unit Uimport;
{-------------------------------------------------------------------}
{ Unit: Uimport.pas }
{ Project: EPA SWMM }
{ Version: 5.1 }
{ Date: 12/02/13 (5.1.001) }
{ 04/04/14 (5.1.003) }
{ 04/14/14 (5.1.004) }
{ 09/15/14 (5.1.007) }
{ 03/19/15 (5.1.008) }
{ 08/05/15 (5.1.010) }
{ 08/01/16 (5.1.011) }
{ Author: L. Rossman }
{ }
{ Delphi Pascal unit that imports a SWMM project's data from a }
{ a formatted text file. }
{ }
{ 5.1.011 - Support for reading [EVENTS] section added. }
{-------------------------------------------------------------------}
interface
uses
Classes, Forms, Controls, Dialogs, SysUtils, Windows, Math, StrUtils,
Uutils, Uglobals;
const
ITEMS_ERR = 1;
KEYWORD_ERR = 2;
SUBCATCH_ERR = 3;
NODE_ERR = 4;
LINK_ERR = 5;
LANDUSE_ERR = 6;
POLLUT_ERR = 7;
NUMBER_ERR = 8;
XSECT_ERR = 9;
TRANSECT_ERR = 10;
TIMESTEP_ERR = 11;
DATE_ERR = 12;
LID_ERR = 13;
MAX_ERRORS = 50;
type
TFileType = (ftInput, ftImport);
// These routines can be called from other units
function ErrMsg(const ErrCode: Integer; const Name: String): Integer;
function OpenProject(const Fname: String): TInputFileType;
function ReadInpFile(const Fname: String):Boolean;
procedure SetDefaultDates;
implementation
uses
Fmain, Fmap, Fstatus, Dxsect, Uexport, Uinifile, Uproject, Umap,
Ucoords, Uvertex, Uupdate, Dreporting, Ulid;
const
MSG_READING_PROJECT_DATA = 'Reading project data... ';
TXT_ERROR = 'Error ';
TXT_AT_LINE = ' at line ';
TXT_MORE_ERRORS = ' more errors found in file.';
TXT_ERROR_REPORT = 'Error Report for File ';
SectionWords : array[0..54] of PChar = //(5.1.011)
('[TITLE', //0
'[OPTION', //1
'[RAINGAGE', //2
'[HYDROGRAPH', //3
'[EVAPORATION', //4
'[SUBCATCHMENT', //5
'[SUBAREA', //6
'[INFILTRATION', //7
'[AQUIFER', //8
'[GROUNDWATER', //9
'[JUNCTION', //10
'[OUTFALL', //11
'[STORAGE', //12
'[DIVIDER', //13
'[CONDUIT', //14
'[PUMP', //15
'[ORIFICE', //16
'[WEIR', //17
'[OUTLET', //18
'[XSECTION', //19
'[TRANSECT', //20
'[LOSS', //21
'[CONTROL', //22
'[POLLUTANT', //23
'[LANDUSE', //24
'[BUILDUP', //25
'[WASHOFF', //26
'[COVERAGE', //27
'[INFLOW', //28
'[DWF', //29
'[PATTERN', //30
'[RDII', //31
'[LOAD', //32
'[CURVE', //33
'[TIMESERIES', //34
'[REPORT', //35
'[FILE', //36
'[MAP', //37
'[COORDINATES', //38
'[VERTICES', //39
'[POLYGONS', //40
'[SYMBOLS', //41
'[LABELS', //42
'[BACKDROP', //43
'[PROFILE', //44
'[TABLE', //45
'[TEMPERATURE', //46
'[SNOWPACK', //47
'[TREATMENT', //48
'[TAG', //49
'[LID_CONTROL', //50
'[LID_USAGE', //51
'[GWF', //52 //(5.1.007)
'[ADJUSTMENTS', //53 //(5.1.007)
'[EVENT'); //54 //(5.1.011)
var
FileType : TFileType;
InpFile : String;
ErrList : TStringlist;
SubcatchList : TStringlist;
NodeList : TStringlist;
LinkList : TStringlist;
TokList : TStringlist;
Ntoks : Integer;
Section : Integer;
LineCount : LongInt;
ErrCount : LongInt;
Line : String;
Comment : String;
TsectComment : String;
PrevID : String;
PrevIndex : Integer;
CurveType : Integer;
MapExtentSet : Boolean;
ManningsN : array[1..3] of String;
// These are deprecated attributes of a backdrop image
BackdropX : Extended;
BackdropY : Extended;
BackdropW : Extended;
BackdropH : Extended;
function ErrMsg(const ErrCode: Integer; const Name: String): Integer;
//-----------------------------------------------------------------------------
// Adds an error message for a specific error code to the list
// of errors encountered when reading an input file.
//-----------------------------------------------------------------------------
var
S: String;
begin
if ErrCount <= MAX_ERRORS then
begin
case ErrCode of
ITEMS_ERR: S := 'Too few items ';
KEYWORD_ERR: S := 'Unrecognized keyword (' + Name + ') ';
SUBCATCH_ERR: S := 'Undefined Subcatchment (' + Name + ') referenced ';
NODE_ERR: S := 'Undefined Node (' + Name + ') referenced ';
LINK_ERR: S := 'Undefined Link (' + Name + ') referenced ';
LANDUSE_ERR: S := 'Undefined Land Use (' + Name + ') referenced ';
POLLUT_ERR: S := 'Undefined Pollutant (' + Name + ') referenced ';
NUMBER_ERR: S := 'Illegal numeric value (' + Name + ') ';
XSECT_ERR: S := 'Illegal cross section for Link ' + Name + ' ';
TRANSECT_ERR: S := 'No Transect defined for these data ';
TIMESTEP_ERR: S := 'Illegal time step value ';
DATE_ERR: S := 'Illegal date/time value ';
LID_ERR: S := 'Undefined LID process (' + Name + ') referenced ';
else S := 'Unknown error ';
end;
S := S + 'at line ' + IntToStr(LineCount) + ':';
ErrList.Add(S);
if Section >= 0 then ErrList.Add(SectionWords[Section] + ']');
ErrList.Add(Line);
ErrList.Add('');
end;
Result := ErrCode;
end;
function FindSubcatch(const ID: String): TSubcatch;
//-----------------------------------------------------------------------------
// Finds a Subcatchment object given its ID name.
//-----------------------------------------------------------------------------
var
Index: Integer;
Atype: Integer;
begin
Result := nil;
if (FileType = ftInput) then
begin
if SubcatchList.Find(ID, Index)
then Result := TSubcatch(SubcatchList.Objects[Index]);
end
else
begin
if (Project.FindSubcatch(ID, Atype, Index))
then Result := Project.GetSubcatch(Atype, Index);
end;
end;
function FindNode(const ID: String): TNode;
//-----------------------------------------------------------------------------
// Finds a Node object given its ID name.
//-----------------------------------------------------------------------------
var
Index: Integer;
Ntype: Integer;
begin
Result := nil;
if (FileType = ftInput) then
begin
if NodeList.Find(ID, Index)
then Result := TNode(NodeList.Objects[Index]);
end
else
begin
if (Project.FindNode(ID, Ntype, Index))
then Result := Project.GetNode(Ntype, Index);
end;
end;
function FindLink(const ID: String): TLink;
//-----------------------------------------------------------------------------
// Finds a Link object given its ID name.
//-----------------------------------------------------------------------------
var
Index : Integer;
Ltype : Integer;
begin
Result := nil;
if (FileType = ftInput) then
begin
if LinkList.Find(ID, Index)
then Result := TLink(LinkList.Objects[Index]);
end
else
begin
if (Project.FindLink(ID, Ltype, Index))
then Result := Project.GetLink(Ltype, Index);
end;
end;
function ReadTitleData(Line: String): Integer;
//-----------------------------------------------------------------------------
// Adds Line of text to a project's title and notes.
//-----------------------------------------------------------------------------
begin
if Project.Lists[NOTES].Count = 0 then Project.Title := Line;
Project.Lists[NOTES].Add(Line);
Project.HasItems[NOTES] := True;
Result := 0;
end;
procedure ReadOldRaingageData(I: Integer; aGage: TRaingage);
//-----------------------------------------------------------------------------
// Reads a line of parsed rain gage data using older format.
//-----------------------------------------------------------------------------
begin
if I = 0 then
begin
aGage.Data[GAGE_DATA_SOURCE] := RaingageOptions[0];
if Ntoks > 2 then aGage.Data[GAGE_SERIES_NAME] := TokList[2];
if Ntoks > 3 then aGage.Data[GAGE_DATA_FORMAT] := TokList[3];
if Ntoks > 4 then aGage.Data[GAGE_DATA_FREQ] := TokList[4];
end;
if I = 1 then
begin
aGage.Data[GAGE_DATA_SOURCE] := RaingageOptions[1];
if Ntoks > 2 then aGage.Data[GAGE_FILE_NAME] := TokList[2];
if Ntoks > 3 then aGage.Data[GAGE_STATION_NUM] := TokList[3];
end;
end;
procedure ReadNewRaingageData(aGage: TRaingage);
//-----------------------------------------------------------------------------
// Reads a line of rain gage data using newer format.
//-----------------------------------------------------------------------------
var
I: Integer;
Fname: String;
begin
if Ntoks > 1 then aGage.Data[GAGE_DATA_FORMAT] := TokList[1];
if Ntoks > 2 then aGage.Data[GAGE_DATA_FREQ] := TokList[2];
if Ntoks > 3 then aGage.Data[GAGE_SNOW_CATCH] := TokList[3];
if Ntoks > 4 then
begin
I := Uutils.FindKeyWord(TokList[4], RaingageOptions, 4);
if I = 0 then
begin
aGage.Data[GAGE_DATA_SOURCE] := RaingageOptions[0];
if Ntoks > 5 then aGage.Data[GAGE_SERIES_NAME] := TokList[5];
end;
if I = 1 then
begin
aGage.Data[GAGE_DATA_SOURCE] := RaingageOptions[1];
if Ntoks > 5 then
begin
Fname := TokList[5];
if ExtractFilePath(Fname) = ''
then Fname := ExtractFilePath(Uglobals.InputFileName) + Fname;
aGage.Data[GAGE_FILE_NAME] := Fname;
end;
if Ntoks > 6 then aGage.Data[GAGE_STATION_NUM] := TokList[6];
if Ntoks > 7 then aGage.Data[GAGE_RAIN_UNITS] := TokList[7];
end;
end;
end;
function ReadRaingageData: Integer;
//-----------------------------------------------------------------------------
// Parses rain gage data from the input line.
//-----------------------------------------------------------------------------
var
aGage : TRaingage;
ID : String;
I : Integer;
begin
if Ntoks < 2 then
begin
Result := ErrMsg(ITEMS_ERR, '');
Exit;
end;
ID := TokList[0];
aGage := TRaingage.Create;
Uutils.CopyStringArray(Project.DefProp[RAINGAGE].Data, aGage.Data);
aGage.X := MISSING;
aGage.Y := MISSING;
aGage.Data[COMMENT_INDEX ] := Comment;
Project.Lists[RAINGAGE].AddObject(ID, aGage);
Project.HasItems[RAINGAGE] := True;
I := Uutils.FindKeyWord(TokList[1], RaingageOptions, 4);
if I >= 0
then ReadOldRaingageData(I, aGage)
else ReadNewRaingageData(aGage);
Result := 0;
end;
function ReadOldHydrographFormat(const I: Integer; UH: THydrograph): Integer;
//-----------------------------------------------------------------------------
// Reads older format of unit hydrograph parameters from a line of input.
//-----------------------------------------------------------------------------
var
J, K, N: Integer;
begin
Result := 0;
if Ntoks < 2 then Result := ErrMsg(ITEMS_ERR, '')
else
begin
N := 2;
for K := 1 to 3 do
begin
for J := 1 to 3 do
begin
UH.Params[I,J,K] := TokList[N];
Inc(N);
end;
end;
for J := 1 to 3 do
begin
UH.InitAbs[I,J,1] := '';
if Ntoks > N then UH.InitAbs[I,J,1] := TokList[N];
Inc(N);
for K := 2 to 3 do UH.InitAbs[I,J,K] := UH.InitAbs[I,J,1];
end;
end;
end;
function ReadHydrographData: Integer;
//-----------------------------------------------------------------------------
// Reads RDII unit hydrograph data from a line of input.
//-----------------------------------------------------------------------------
var
I, J, K: Integer;
ID: String;
aUnitHyd: THydrograph;
Index: Integer;
begin
Result := 0;
if Ntoks < 2 then Result := ErrMsg(ITEMS_ERR, '')
else
begin
// Check if hydrograph ID is same as for previous line
ID := TokList[0];
if (ID = PrevID)
then Index := PrevIndex
else Index := Project.Lists[HYDROGRAPH].IndexOf(ID);
// If starting input for a new hydrograph then create it
if Index < 0 then
begin
aUnitHyd := THydrograph.Create;
Project.Lists[HYDROGRAPH].AddObject(ID, aUnitHyd);
Project.HasItems[HYDROGRAPH] := True;
Index := Project.Lists[HYDROGRAPH].Count - 1;
PrevID := ID;
PrevIndex := Index;
end
else aUnitHyd := THydrograph(Project.Lists[HYDROGRAPH].Objects[Index]);
// Parse rain gage name for 2-token line
if Ntoks = 2 then
begin
aUnitHyd.Raingage := TokList[1];
end
// Extract remaining hydrograph parameters
else if Ntoks < 6 then Result := ErrMsg(ITEMS_ERR, '')
else
begin
// Determine month of year
I := Uutils.FindKeyWord(TokList[1], MonthLabels, 3);
if I < 0 then Result := ErrMsg(KEYWORD_ERR, TokList[1]);
// Determine if response type present - if not, process old format
K := Uutils.FindKeyWord(TokList[2], ResponseTypes, 3) + 1;
if K < 1 then Result := ReadOldHydrographFormat(I, aUnitHyd)
else
begin
// Extract R-T-K values
for J := 3 to 5 do
begin
aUnitHyd.Params[I,J-2,K] := TokList[J];
end;
// Extract IA parameters
for J := 6 to 8 do
begin
if J >= Ntoks then break
else aUnitHyd.InitAbs[I,J-5,K] := TokList[J];
end;
end;
end;
end;
end;
function ReadTemperatureData: Integer;
//-----------------------------------------------------------------------------
// Reads description of air temperature data from a line of input.
//-----------------------------------------------------------------------------
var
I: Integer;
begin
Result := 0;
if Ntoks < 2 then Result := ErrMsg(ITEMS_ERR, '')
else with Project.Climatology do
begin
I := Uutils.FindKeyWord(TokList[0], TempKeywords, 10);
if I < 0 then Result := ErrMsg(KEYWORD_ERR, TokList[0])
else case I of
0: begin // Time series
TempDataSource := 1;
TempTseries := TokList[1];
end;
1: begin // File
TempDataSource := 2;
TempFile := TokList[1];
if ExtractFilePath(TempFile) = '' then
TempFile := ExtractFilePath(Uglobals.InputFileName) + TempFile;
if Ntoks >= 3 then TempStartDate := TokList[2];
end;
2: begin // Wind speed
if SameText(TokList[1], 'MONTHLY') then
begin
if Ntoks < 14 then Result := ErrMsg(ITEMS_ERR, '')
else
begin
WindType := MONTHLY_WINDSPEED;
for I := 1 to 12 do WindSpeed[I] := TokList[I+1];
end;
end
else if SameText(TokList[1], 'FILE') then WindType := FILE_WINDSPEED
else Result := ErrMsg(KEYWORD_ERR, TokList[1]);
end;
3: begin
if Ntoks < 7 then Result := ErrMsg(ITEMS_ERR, '')
else for I := 1 to 6 do SnowMelt[I] := TokList[I];
end;
4: begin
if Ntoks < 12 then Result := ErrMsg(ITEMS_ERR, '')
else
begin
if SameText(TokList[1], 'IMPERVIOUS') then
for I := 1 to 10 do ADCurve[1][I] := TokList[I+1]
else if SameText(TokList[1], 'PERVIOUS') then
for I := 1 to 10 do ADCurve[2][I] := TokList[I+1]
else Result := ErrMsg(KEYWORD_ERR, TokList[1]);
end;
end;
end;
end;
end;
function ReadEvaporationRates(Etype: Integer): Integer;
var
J: Integer;
begin
if (Etype <> TEMP_EVAP) and (Ntoks < 2)
then Result := ErrMsg(ITEMS_ERR, '')
else with Project.Climatology do
begin
EvapType := Etype;
case EvapType of
CONSTANT_EVAP:
for J := 0 to 11 do EvapData[J] := TokList[1];
TSERIES_EVAP:
EvapTseries := TokList[1];
FILE_EVAP:
for J := 1 to 12 do
begin
if J >= Ntoks then break;
PanData[J-1] := TokList[J];
end;
MONTHLY_EVAP:
for J := 1 to 12 do
begin
if J >= Ntoks then break;
EvapData[J-1] := TokList[J];
end;
end;
Result := 0;
end;
end;
function ReadEvaporationData: Integer;
//-----------------------------------------------------------------------------
// Reads evaporation data from a line of input.
//-----------------------------------------------------------------------------
var
I: Integer;
begin
Result := 0;
I := Uutils.FindKeyWord(TokList[0], EvapOptions, 4);
if I >= 0 then Result := ReadEvaporationRates(I)
else if (I <> TEMP_EVAP) and (Ntoks < 2)
then Result := ErrMsg(ITEMS_ERR, '')
else with Project.Climatology do
begin
if SameText(TokList[0], 'RECOVERY')
then RecoveryPat := TokList[1]
else if SameText(TokList[0], 'DRY_ONLY') then
begin
if SameText(TokList[1], 'NO') then EvapDryOnly := False
else if SameText(TokList[1], 'YES') then EvapDryOnly := True
else Result := ErrMsg(KEYWORD_ERR, TokList[1]);
end
else Result := ErrMsg(KEYWORD_ERR, TokList[0]);
end;
end;
function ReadSubcatchmentData: Integer;
//-----------------------------------------------------------------------------
// Reads subcatchment data from a line of input.
//-----------------------------------------------------------------------------
var
S : TSubcatch;
ID : String;
begin
if Ntoks < 8
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
S := TSubcatch.Create;
SubcatchList.AddObject(ID, S);
S.X := MISSING;
S.Y := MISSING;
S.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[SUBCATCH].Data, S.Data);
S.Data[SUBCATCH_RAINGAGE_INDEX] := TokList[1];
S.Data[SUBCATCH_OUTLET_INDEX] := TokList[2];
S.Data[SUBCATCH_AREA_INDEX] := TokList[3];
S.Data[SUBCATCH_IMPERV_INDEX] := TokList[4];
S.Data[SUBCATCH_WIDTH_INDEX] := TokList[5];
S.Data[SUBCATCH_SLOPE_INDEX] := TokList[6];
S.Data[SUBCATCH_CURBLENGTH_INDEX] := TokList[7];
if Ntoks >= 9
then S.Data[SUBCATCH_SNOWPACK_INDEX] := TokList[8];
S.Data[COMMENT_INDEX ] := Comment;
Project.Lists[SUBCATCH].AddObject(ID, S);
Project.HasItems[SUBCATCH] := True;
Result := 0;
end;
end;
function ReadSubareaData: Integer;
//-----------------------------------------------------------------------------
// Reads subcatchment sub-area data from a line of input.
//-----------------------------------------------------------------------------
var
S : TSubcatch;
ID : String;
begin
if Ntoks < 7
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
S := FindSubcatch(ID);
if S = nil
then Result := ErrMsg(SUBCATCH_ERR, ID)
else begin
S.Data[SUBCATCH_IMPERV_N_INDEX] := TokList[1];
S.Data[SUBCATCH_PERV_N_INDEX] := TokList[2];
S.Data[SUBCATCH_IMPERV_DS_INDEX] := TokList[3];
S.Data[SUBCATCH_PERV_DS_INDEX] := TokList[4];
S.Data[SUBCATCH_PCTZERO_INDEX] := TokList[5];
S.Data[SUBCATCH_ROUTE_TO_INDEX] := TokList[6];
if Ntoks >= 8
then S.Data[SUBCATCH_PCT_ROUTED_INDEX] := TokList[7];
Result := 0;
end;
end;
end;
function ReadInfiltrationData: Integer;
//-----------------------------------------------------------------------------
// Reads subcatchment infiltration data from a line of input.
//-----------------------------------------------------------------------------
var
S : TSubcatch;
ID : String;
J : Integer;
Jmax : Integer;
begin
ID := TokList[0];
S := FindSubcatch(ID);
if S = nil
then Result := ErrMsg(SUBCATCH_ERR, ID)
else begin
Jmax := Ntoks-1;
if Jmax > MAXINFILPROPS then Jmax := MAXINFILPROPS;
for J := 1 to Jmax do S.InfilData[J-1] := TokList[J];
Result := 0;
end;
end;
function ReadAquiferData: Integer;
//-----------------------------------------------------------------------------
// Reads aquifer data from a line of input.
//-----------------------------------------------------------------------------
var
ID : String;
A : TAquifer;
I : Integer;
begin
if nToks < MAXAQUIFERPROPS then Result := ErrMsg(ITEMS_ERR, '') //(5.1.003)
else begin
ID := TokList[0];
A := TAquifer.Create;
//Uutils.CopyStringArray(Project.DefProp[AQUIFER].Data, A.Data); //(5.1.004)
Project.Lists[AQUIFER].AddObject(ID, A);
Project.HasItems[AQUIFER] := True;
for I := 0 to MAXAQUIFERPROPS-1 do A.Data[I] := TokList[I+1]; //(5.1.003)
if nToks >= MAXAQUIFERPROPS + 2 //(5.1.004)
then A.Data[MAXAQUIFERPROPS] := TokList[MAXAQUIFERPROPS+1] //(5.1.003)
else A.Data[MAXAQUIFERPROPS] := ''; //(5.1.003)
Result := 0;
end;
end;
function ReadGroundwaterData: Integer;
//-----------------------------------------------------------------------------
// Reads subcatchment groundwater data from a line of input.
//-----------------------------------------------------------------------------
var
S: TSubcatch;
ID: String;
P: String;
J: Integer;
K: Integer;
begin
// Get subcatchment name
ID := TokList[0];
S := FindSubcatch(ID);
if S = nil
then Result := ErrMsg(SUBCATCH_ERR, ID)
else
begin
// Line contains GW flow parameters
if Ntoks < 10 then Result := ErrMsg(ITEMS_ERR, '')
else begin
S.Groundwater.Clear;
// Read required parameters
for J := 1 to 9 do S.Groundwater.Add(TokList[J]);
// Read optional parameters
for K := 10 to 13 do
begin
if Ntoks > K then
begin
P := TokList[K];
if P = '*' then P := '';
S.Groundwater.Add(P);
end
else S.Groundwater.Add('');
end;
S.Data[SUBCATCH_GWATER_INDEX] := 'YES';
Result := 0;
end;
end;
end;
//// This function was re-written for release 5.1.007. //// //(5.1.007)
function ReadGroundwaterFlowEqn(Line: String): Integer;
//-----------------------------------------------------------------------------
// Reads GW flow math expression from a line of input.
//-----------------------------------------------------------------------------
var
S: TSubcatch;
N: Integer;
begin
// Check for enough tokens in line
if Ntoks < 3 then Result := ErrMsg(ITEMS_ERR, '')
// Get subcatchment object referred to by name
else begin
Result := 0;
S := FindSubcatch(TokList[0]);
if S = nil then Result := ErrMsg(SUBCATCH_ERR, TokList[0])
else begin
// Find position in Line where second token ends
N := Pos(TokList[1], Line) + Length(TokList[1]);
// Save remainder of line to correct type of GW flow equation
if SameText(TokList[1], 'LATERAL') then
S.GwLatFlowEqn := Trim(AnsiRightStr(Line, Length(Line)-N))
else if SameText(TokList[1], 'DEEP') then
S.GwDeepFlowEqn := Trim(AnsiRightStr(Line, Length(Line)-N))
else Result := ErrMsg(KEYWORD_ERR, TokList[1]);
end;
end;
end;
function ReadSnowpackData: Integer;
//-----------------------------------------------------------------------------
// Reads snowpack data from a line of input.
//-----------------------------------------------------------------------------
var
ID : String;
P : TSnowpack;
I : Integer;
J : Integer;
Index: Integer;
begin
Result := 0;
if Ntoks < 8
then Result := ErrMsg(ITEMS_ERR, '')
else begin
I := Uutils.FindKeyWord(TokList[1], SnowpackOptions, 7);
if I < 0
then Result := ErrMsg(KEYWORD_ERR, TokList[1])
else begin
// Check if snow pack ID is same as for previous line
ID := TokList[0];
if (ID = PrevID)
then Index := PrevIndex
else Index := Project.Lists[SNOWPACK].IndexOf(ID);
// If starting input for a new snow pack then create it
if Index < 0 then
begin
P := TSnowpack.Create;
Project.Lists[SNOWPACK].AddObject(ID, P);
Project.HasItems[SNOWPACK] := True;
Index := Project.Lists[SNOWPACK].Count - 1;
PrevID := ID;
PrevIndex := Index;
end
else P := TSnowpack(Project.Lists[SNOWPACK].Objects[Index]);
// Parse line depending on data type
case I of
// Plowable area
0: begin
if Ntoks < 9 then Result := ErrMsg(ITEMS_ERR, '')
else
begin
for J := 1 to 6 do P.Data[1][J] := TokList[J+1];
P.FracPlowable := TokList[8];
end;
end;
// Impervious or Pervious area
1,
2: begin
if Ntoks < 9 then Result := ErrMsg(ITEMS_ERR, '')
else for J := 1 to 7 do P.Data[I+1][J] := TokList[J+1];
end;
// Plowing parameters
3: begin
for J := 1 to 6 do P.Plowing[J] := TokList[J+1];
if Ntoks >= 9 then P.Plowing[7] := TokList[8];
end;
end;
end;
end;
end;
function ReadJunctionData: Integer;
//-----------------------------------------------------------------------------
// Reads junction data from a line of input.
//-----------------------------------------------------------------------------
var
aNode: TNode;
ID : String;
begin
if Ntoks < 2
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aNode := TNode.Create;
NodeList.AddObject(ID, aNode);
aNode.Ntype := JUNCTION;
aNode.X := MISSING;
aNode.Y := MISSING;
aNode.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[JUNCTION].Data, aNode.Data);
aNode.Data[NODE_INVERT_INDEX] := TokList[1];
if Ntoks > 2 then aNode.Data[JUNCTION_MAX_DEPTH_INDEX] := TokList[2];
if Ntoks > 3 then aNode.Data[JUNCTION_INIT_DEPTH_INDEX] := TokList[3];
if Ntoks > 4 then aNode.Data[JUNCTION_SURCHARGE_DEPTH_INDEX] := TokList[4];
if Ntoks > 5 then aNode.Data[JUNCTION_PONDED_AREA_INDEX] := TokList[5];
aNode.Data[COMMENT_INDEX ] := Comment;
Project.Lists[JUNCTION].AddObject(ID, aNode);
Project.HasItems[JUNCTION] := True;
Result := 0;
end;
end;
function ReadOutfallData: Integer;
//-----------------------------------------------------------------------------
// Reads outfall data from a line of input.
//-----------------------------------------------------------------------------
var
aNode: TNode;
ID : String;
I : Integer;
N : Integer; //(5.1.008)
begin
if Ntoks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
N := 4; //(5.1.008)
ID := TokList[0];
aNode := TNode.Create;
NodeList.AddObject(ID, aNode);
aNode.Ntype := OUTFALL;
aNode.X := MISSING;
aNode.Y := MISSING;
aNode.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[OUTFALL].Data, aNode.Data);
aNode.Data[NODE_INVERT_INDEX] := TokList[1];
I := Uutils.FindKeyWord(TokList[2], OutfallOptions, 4);
if I < 0 then I := FREE_OUTFALL;
if (I > NORMAL_OUTFALL) and (Ntoks >= 4) then
begin
case I of
FIXED_OUTFALL: aNode.Data[OUTFALL_FIXED_STAGE_INDEX] := TokList[3];
TIDAL_OUTFALL: aNode.Data[OUTFALL_TIDE_TABLE_INDEX] := TokList[3];
TIMESERIES_OUTFALL: aNode.Data[OUTFALL_TIME_SERIES_INDEX] := TokList[3];
end;
N := 5;
if Ntoks >= 5 then aNode.Data[OUTFALL_TIDE_GATE_INDEX] := TokList[4]; // (5.1.008)
end
else if Ntoks >= 4 then aNode.Data[OUTFALL_TIDE_GATE_INDEX] := TokList[3]; //(5.1.008)
if Ntoks > N then aNode.Data[OUTFALL_ROUTETO_INDEX] := TokList[N]; //(5.1.008)
aNode.Data[OUTFALL_TYPE_INDEX] := OutfallOptions[I];
aNode.Data[COMMENT_INDEX ] := Comment;
Project.Lists[OUTFALL].AddObject(ID, aNode);
Project.HasItems[OUTFALL] := True;
Result := 0;
end;
end;
//// The following function was modified for release 5.1.007. //// //(5.1.007)
function ReadStorageData: Integer;
//-----------------------------------------------------------------------------
// Reads storage unit data from a line of input.
//-----------------------------------------------------------------------------
var
aNode: TNode;
ID : String;
N : Integer;
X : Single;
begin
Result := 0;
N := 6;
if Ntoks < 6
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aNode := TNode.Create;
NodeList.AddObject(ID, aNode);
aNode.Ntype := STORAGE;
aNode.X := MISSING;
aNode.Y := MISSING;
aNode.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[STORAGE].Data, aNode.Data);
Project.Lists[STORAGE].AddObject(ID, aNode);
aNode.Data[NODE_INVERT_INDEX] := TokList[1];
aNode.Data[STORAGE_MAX_DEPTH_INDEX] := TokList[2];
aNode.Data[STORAGE_INIT_DEPTH_INDEX] := TokList[3];
aNode.Data[STORAGE_GEOMETRY_INDEX] := TokList[4];
if CompareText(TokList[4], 'TABULAR') = 0 then
begin
aNode.Data[STORAGE_ATABLE_INDEX] := TokList[5];
end
else begin
if Ntoks < 7
then Result := ErrMsg(ITEMS_ERR, '')
else begin
aNode.Data[STORAGE_ACOEFF_INDEX] := TokList[5];
aNode.Data[STORAGE_AEXPON_INDEX] := TokList[6];
if Ntoks >= 8 then aNode.Data[STORAGE_ACONST_INDEX] := TokList[7];
N := 8;
end;
end;
// Optional items
if (Result = 0) and (Ntoks > N) then
begin
// Ponded area
aNode.Data[STORAGE_PONDED_AREA_INDEX] := TokList[N];
// Evaporation factor
if Ntoks > N+1 then aNode.Data[STORAGE_EVAP_FACTOR_INDEX] := TokList[N+1];
// Constant seepage rate
if Ntoks = N+3 then
begin
aNode.InfilData[STORAGE_KSAT_INDEX] := TokList[N+2];
end
// Green-Ampt seepage parameters
else if Ntoks = N+5 then
begin
aNode.InfilData[STORAGE_SUCTION_INDEX] := TokList[N+2];
aNode.InfilData[STORAGE_KSAT_INDEX] := TokList[N+3];
aNode.InfilData[STORAGE_IMDMAX_INDEX] := TokList[N+4];
end;
end;
Uutils.GetSingle(aNode.InfilData[STORAGE_KSAT_INDEX ], X);
if (X > 0) then aNode.Data[STORAGE_SEEPAGE_INDEX] := 'YES'
else aNode.Data[STORAGE_SEEPAGE_INDEX] := 'NO';
aNode.Data[COMMENT_INDEX ] := Comment;
Project.HasItems[STORAGE] := True;
end;
end;
function ReadDividerData: Integer;
//-----------------------------------------------------------------------------
// Reads flow divider data from a line of input.
// (Corrected on 6/14/05)
//-----------------------------------------------------------------------------
var
N, J : Integer;
aNode: TNode;
ID : String;
begin
if Ntoks < 4
then Result := ErrMsg(ITEMS_ERR, '')
else begin
Result := 0;
ID := TokList[0];
aNode := TNode.Create;
NodeList.AddObject(ID, aNode);
aNode.Ntype := DIVIDER;
aNode.X := MISSING;
aNode.Y := MISSING;
aNode.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[DIVIDER].Data, aNode.Data);
Project.Lists[DIVIDER].AddObject(ID, aNode);
Project.HasItems[DIVIDER] := True;
aNode.Data[COMMENT_INDEX ] := Comment;
aNode.Data[NODE_INVERT_INDEX] := TokList[1];
aNode.Data[DIVIDER_LINK_INDEX] := TokList[2];
aNode.Data[DIVIDER_TYPE_INDEX] := TokList[3];
N := 5;
if SameText(TokList[3], 'OVERFLOW') then
begin
N := 4;
end
else if SameText(TokList[3], 'CUTOFF') then
begin
aNode.Data[DIVIDER_CUTOFF_INDEX] := TokList[4];
end
else if SameText(TokList[3], 'TABULAR') then
begin
aNode.Data[DIVIDER_TABLE_INDEX] := TokList[4];
end
else if SameText(TokList[3], 'WEIR') and (Ntoks >= 7) then
begin
aNode.Data[DIVIDER_QMIN_INDEX] := TokList[4];
aNode.Data[DIVIDER_DMAX_INDEX] := TokList[5];
aNode.Data[DIVIDER_QCOEFF_INDEX] := TokList[6];
N := 7;
end
else Result := ErrMsg(KEYWORD_ERR, TokList[3]);
if (Result = 0) and (Ntoks > N) then
begin
for J := N to Ntoks-1 do
aNode.Data[DIVIDER_MAX_DEPTH_INDEX + J - N] := TokList[J];
end;
end;
end;
function ReadConduitData: Integer;
//-----------------------------------------------------------------------------
// Reads conduit data from a line of input.
//-----------------------------------------------------------------------------
var
aLink : TLink;
aNode1: TNode;
aNode2: TNode;
ID : String;
begin
if Ntoks < 7 then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aNode1 := FindNode(TokList[1]);
aNode2 := FindNode(TokList[2]);
if (aNode1 = nil) then Result := ErrMsg(NODE_ERR, TokList[1])
else if (aNode2 = nil) then Result := ErrMsg(NODE_ERR, TokList[2])
else begin
aLink := TLink.Create;
LinkList.AddObject(ID, aLink);
aLink.Ltype := CONDUIT;
aLink.Node1 := aNode1;
aLink.Node2 := aNode2;
aLink.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[CONDUIT].Data, aLink.Data);
Project.Lists[CONDUIT].AddObject(ID, aLink);
Project.HasItems[CONDUIT] := True;
aLink.Data[CONDUIT_LENGTH_INDEX] := TokList[3];
aLink.Data[CONDUIT_ROUGHNESS_INDEX] := TokList[4];
aLink.Data[CONDUIT_INLET_HT_INDEX] := TokList[5];
aLink.Data[CONDUIT_OUTLET_HT_INDEX] := TokList[6];
if Ntoks > 7 then aLink.Data[CONDUIT_INIT_FLOW_INDEX] := TokList[7];
if Ntoks > 8 then aLink.Data[CONDUIT_MAX_FLOW_INDEX] := TokList[8];
aLink.Data[COMMENT_INDEX ] := Comment;
Result := 0;
end;
end;
end;
function ReadPumpData: Integer;
//-----------------------------------------------------------------------------
// Reads pump data from a line of input.
//-----------------------------------------------------------------------------
var
aLink : TLink;
aNode1: TNode;
aNode2: TNode;
ID : String;
N : Integer;
begin
if nToks < 4
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aNode1 := FindNode(TokList[1]);
aNode2 := FindNode(TokList[2]);
if (aNode1 = nil) then Result := ErrMsg(NODE_ERR, TokList[1])
else if (aNode2 = nil) then Result := ErrMsg(NODE_ERR, TokList[2])
else begin
aLink := TLink.Create;
LinkList.AddObject(ID, aLink);
aLink.Ltype := PUMP;
aLink.Node1 := aNode1;
aLink.Node2 := aNode2;
aLink.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[PUMP].Data, aLink.Data);
Project.Lists[PUMP].AddObject(ID, aLink);
Project.HasItems[PUMP] := True;
// Skip over PumpType if line has old format
if Uutils.FindKeyWord(TokList[3], PumpTypes, 5) >= 0 then N := 4
else N := 3;
if Ntoks <= N then Result := ErrMsg(ITEMS_ERR, '')
else
begin
aLink.Data[PUMP_CURVE_INDEX] := TokList[N];
if nToks > N+1 then aLink.Data[PUMP_STATUS_INDEX] := TokList[N+1];
if nToks > N+2 then aLink.Data[PUMP_STARTUP_INDEX] := TokList[N+2];
if nToks > N+3 then aLink.Data[PUMP_SHUTOFF_INDEX] := TokList[N+3];
aLink.Data[COMMENT_INDEX ] := Comment;
Result := 0;
end;
end;
end;
end;
function ReadOrificeData: Integer;
//-----------------------------------------------------------------------------
// Reads orifice data from a line of input.
//-----------------------------------------------------------------------------
var
aLink : TLink;
aNode1: TNode;
aNode2: TNode;
ID : String;
begin
if nToks < 6
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aNode1 := FindNode(TokList[1]);
aNode2 := FindNode(TokList[2]);
if (aNode1 = nil) then Result := ErrMsg(NODE_ERR, TokList[1])
else if (aNode2 = nil) then Result := ErrMsg(NODE_ERR, TokList[2])
else begin
aLink := TLink.Create;
LinkList.AddObject(ID, aLink);
aLink.Ltype := ORIFICE;
aLink.Node1 := aNode1;
aLink.Node2 := aNode2;
aLink.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[ORIFICE].Data, aLink.Data);
Project.Lists[ORIFICE].AddObject(ID, aLink);
Project.HasItems[ORIFICE] := True;
aLink.Data[ORIFICE_TYPE_INDEX] := TokList[3];
aLink.Data[ORIFICE_BOTTOM_HT_INDEX] := TokList[4];
aLink.Data[ORIFICE_COEFF_INDEX] := TokList[5];
if nToks >= 7
then aLink.Data[ORIFICE_FLAPGATE_INDEX] := TokList[6];
if nToks >= 8
then aLink.Data[ORIFICE_ORATE_INDEX] := TokList[7];
aLink.Data[COMMENT_INDEX ] := Comment;
Result := 0;
end;
end;
end;
function ReadWeirData: Integer;
//-----------------------------------------------------------------------------
// Reads weir data from a line of input.
//-----------------------------------------------------------------------------
var
aLink : TLink;
aNode1: TNode;
aNode2: TNode;
ID : String;
begin
if nToks < 6
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aNode1 := FindNode(TokList[1]);
aNode2 := FindNode(TokList[2]);
if (aNode1 = nil) then Result := ErrMsg(NODE_ERR, TokList[1])
else if (aNode2 = nil) then Result := ErrMsg(NODE_ERR, TokList[2])
else begin
aLink := TLink.Create;
LinkList.AddObject(ID, aLink);
aLink.Ltype := WEIR;
aLink.Node1 := aNode1;
aLink.Node2 := aNode2;
aLink.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[WEIR].Data, aLink.Data);
Project.Lists[WEIR].AddObject(ID, aLink);
Project.HasItems[WEIR] := True;
aLink.Data[WEIR_TYPE_INDEX] := TokList[3];
aLink.Data[WEIR_CREST_INDEX] := TokList[4];
aLink.Data[WEIR_COEFF_INDEX] := TokList[5];
//// Following section modified for release 5.1.007. //// //(5.1.007)
if (nToks >= 7) and not SameText(TokList[6], '*') then
aLink.Data[WEIR_FLAPGATE_INDEX] := TokList[6];
if (nToks >= 8) and not SameText(TokList[7], '*') then
aLink.Data[WEIR_CONTRACT_INDEX] := TokList[7];
if (nToks >= 9) and not SameText(TokList[8], '*') then
aLink.Data[WEIR_END_COEFF_INDEX] := TokList[8];
if (nToks >= 10) and not SameText(TokList[9], '*') then
aLink.Data[WEIR_SURCHARGE_INDEX] := TokList[9];
//// Following section added for release 5.1.010. //(5.1.010)
if (nToks >= 11) and not SameText(TokList[10], '*') then
aLink.Data[WEIR_ROAD_WIDTH_INDEX] := TokList[10];
if (nToks >= 12) and not SameText(TokList[11], '*') then
aLink.Data[WEIR_ROAD_SURF_INDEX] := TokList[11];
////
aLink.Data[COMMENT_INDEX] := Comment;
Result := 0;
end;
end;
end;
function ReadOutletData: Integer;
//-----------------------------------------------------------------------------
// Reads outlet data from a line of input.
//-----------------------------------------------------------------------------
var
aLink : TLink;
aNode1: TNode;
aNode2: TNode;
ID : String;
N : Integer;
begin
if nToks < 6
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aNode1 := FindNode(TokList[1]);
aNode2 := FindNode(TokList[2]);
if (aNode1 = nil) then Result := ErrMsg(NODE_ERR, TokList[1])
else if (aNode2 = nil) then Result := ErrMsg(NODE_ERR, TokList[2])
else begin
aLink := TLink.Create;
LinkList.AddObject(ID, aLink);
aLink.Ltype := OUTLET;
aLink.Node1 := aNode1;
aLink.Node2 := aNode2;
aLink.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[OUTLET].Data, aLink.Data);
Project.Lists[OUTLET].AddObject(ID, aLink);
Project.HasItems[OUTLET] := True;
aLink.Data[OUTLET_CREST_INDEX] := TokList[3];
//... added for backwards compatibility
if SameText(TokList[4], 'TABULAR') then TokList[4] := 'TABULAR/DEPTH';
if SameText(TokList[4], 'FUNCTIONAL') then TokList[4] := 'FUNCTIONAL/DEPTH';
aLink.Data[OUTLET_TYPE_INDEX] := TokList[4];
if AnsiContainsText(TokList[4], 'TABULAR') then
begin
aLink.Data[OUTLET_QTABLE_INDEX] := TokList[5];
N := 6;
end
else begin
if Ntoks < 7 then
begin
Result := ErrMsg(ITEMS_ERR, '');
Exit;
end
else
begin
aLink.Data[OUTLET_QCOEFF_INDEX] := TokList[5];
aLink.Data[OUTLET_QEXPON_INDEX] := TokList[6];
N := 7;
end;
end;
if Ntoks > N then aLink.Data[OUTLET_FLAPGATE_INDEX] := TokList[N];
aLink.Data[COMMENT_INDEX ] := Comment;
Result := 0;
end;
end;
end;
function GetXsectShape(const S: String): Integer;
//-----------------------------------------------------------------------------
// Finds the code number corresponding to cross section shape S.
//-----------------------------------------------------------------------------
var
I: Integer;
begin
for I := 0 to High(Dxsect.XsectShapes) do
begin
if CompareText(S, Dxsect.XsectShapes[I].Text[1]) = 0 then
begin
Result := I;
Exit;
end;
end;
Result := -1;
end;
//// New procedure added to release 5.1.008. //// //(5.1.008)
procedure CheckForStdSize;
//-----------------------------------------------------------------------------
// Converts from old format for standard size ellipse and arch pipes
// to new format.
//-----------------------------------------------------------------------------
var
J: Integer;
X: Extended;
begin
// Old format had size code as 3rd token and 0 for 4th token
J := StrToIntDef(TokList[2], 0);
Uutils.GetExtended(TokList[3], X);
if (J > 0) and (X = 0) then
begin
// New format has 5th token as size code
TokList[4] := TokList[2];
TokList[2] := '0';
TokList[3] := '0';
end;
end;
function ReadXsectionData: Integer;
//-----------------------------------------------------------------------------
// Reads cross section data froma line of input.
//-----------------------------------------------------------------------------
var
I : Integer;
ID : String;
aLink : TLink;
begin
if nToks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aLink := FindLink(ID);
if (aLink = nil)
then Result := ErrMsg(LINK_ERR, TokList[0])
else begin
I := GetXsectShape(TokList[1]);
if I < 0 then Result := ErrMsg(KEYWORD_ERR, TokList[1])
else case aLink.Ltype of
CONDUIT:
begin
aLink.Data[CONDUIT_SHAPE_INDEX] := TokList[1];
if I = Dxsect.IRREG_SHAPE_INDEX then
begin
aLink.Data[CONDUIT_TSECT_INDEX] := TokList[2];
aLink.Data[CONDUIT_GEOM1_INDEX] := ''; //(5.1.008)
Result := 0;
end
else begin
if nToks < 6 then Result := ErrMsg(ITEMS_ERR, '')
else begin
{
//// Added to release 5.1.008. //// //(5.1.008)
if I in [Dxsect.HORIZ_ELLIPSE_SHAPE_INDEX,
Dxsect.VERT_ELLIPSE_SHAPE_INDEX,
Dxsect.ARCH_SHAPE_INDEX]
then CheckForStdSize;
}
aLink.Data[CONDUIT_GEOM1_INDEX] := TokList[2];
aLink.Data[CONDUIT_GEOM2_INDEX] := TokList[3];
aLink.Data[CONDUIT_GEOM3_INDEX] := TokList[4];
aLink.Data[CONDUIT_GEOM4_INDEX] := TokList[5];
if Ntoks > 6 then aLink.Data[CONDUIT_BARRELS_INDEX] := TokList[6];
if Ntoks > 7 then aLink.Data[CONDUIT_CULVERT_INDEX] := TokList[7];
if I = Dxsect.CUSTOM_SHAPE_INDEX then
aLink.Data[CONDUIT_TSECT_INDEX] := TokList[3];
Result := 0;
end;
end;
end;
ORIFICE:
begin
if not I in [0, 1] then Result := ErrMsg(XSECT_ERR, TokList[0])
else begin
aLink.Data[ORIFICE_SHAPE_INDEX] := TokList[1];
aLink.Data[ORIFICE_HEIGHT_INDEX] := TokList[2];
aLink.Data[ORIFICE_WIDTH_INDEX] := TokList[3];
Result := 0;
end;
end;
WEIR:
begin
if not I in [2, 3, 4] then Result := ErrMsg(XSECT_ERR, TokList[0])
else begin
aLink.Data[WEIR_SHAPE_INDEX] := TokList[1];
aLink.Data[WEIR_HEIGHT_INDEX] := TokList[2];
aLink.Data[WEIR_WIDTH_INDEX] := TokList[3];
aLink.Data[WEIR_SLOPE_INDEX] := TokList[4];
Result := 0;
end;
end;
else Result := 0;
end;
end;
end;
end;
function ReadTransectData: Integer;
//-----------------------------------------------------------------------------
// Reads transect data from a line of input.
//-----------------------------------------------------------------------------
var
I : Integer;
K : Integer;
N : Integer;
ID : String;
Tsect : TTransect;
begin
Result := 0;
if SameText(TokList[0], 'NC') then
begin
if nToks < 4 then Result := ErrMsg(ITEMS_ERR, '')
else for I := 1 to 3 do ManningsN[I] := TokList[I];
TsectComment := Comment;
Exit;
end;
if SameText(TokList[0], 'X1') then
begin
if nToks < 2 then Exit;
ID := TokList[1];
Tsect := TTransect.Create;
if Length(Comment) > 0 then TsectComment := Comment;
Tsect.Comment := TsectComment;
Project.Lists[TRANSECT].AddObject(ID, Tsect);
Project.HasItems[TRANSECT] := True;
Tsect.Data[TRANSECT_N_LEFT] := ManningsN[1];
Tsect.Data[TRANSECT_N_RIGHT] := ManningsN[2];
Tsect.Data[TRANSECT_N_CHANNEL] := ManningsN[3];
if nToks < 10 then Result := ErrMsg(ITEMS_ERR, '')
else
begin
Tsect.Data[TRANSECT_X_LEFT] := TokList[3];
Tsect.Data[TRANSECT_X_RIGHT] := TokList[4];
Tsect.Data[TRANSECT_L_FACTOR] := TokList[7];
Tsect.Data[TRANSECT_X_FACTOR] := TokList[8];
Tsect.Data[TRANSECT_Y_FACTOR] := TokList[9];
end;
Exit;
end;
if SameText(TokList[0], 'GR') then
begin
N := Project.Lists[TRANSECT].Count;
if N = 0 then Result := ErrMsg(TRANSECT_ERR, '')
else begin
Tsect := TTransect(Project.Lists[TRANSECT].Objects[N-1]);
K := 1;
while K + 1 < Ntoks do
begin
Tsect.Ydata.Add(TokList[K]);
Tsect.Xdata.Add(TokList[K+1]);
K := K + 2;
end;
end;
Exit;
end;
end;
function ReadLossData: Integer;
//-----------------------------------------------------------------------------
// Reads conduit loss data from a line of input.
//-----------------------------------------------------------------------------
var
ID : String;
aLink : TLink;
begin
if nToks < 4
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aLink := FindLink(ID);
if (aLink = nil) then Result := ErrMsg(LINK_ERR, ID)
else if (aLink.Ltype <> CONDUIT) then Result := 0
else begin
aLink.Data[CONDUIT_ENTRY_LOSS_INDEX] := TokList[1];
aLink.Data[CONDUIT_EXIT_LOSS_INDEX] := TokList[2];
aLink.Data[CONDUIT_AVG_LOSS_INDEX] := TokList[3];
if nToks >= 5
then aLink.Data[CONDUIT_CHECK_VALVE_INDEX] := TokList[4];
if nToks >= 6
then aLink.Data[CONDUIT_SEEPAGE_INDEX] := TokList[5];
Result := 0;
end;
end;
end;
function ReadPollutantData: Integer;
//-----------------------------------------------------------------------------
// Reads pollutant data from a line of input.
//-----------------------------------------------------------------------------
var
ID : String;
aPollut : TPollutant;
X : Single;
begin
if nToks < 5
then Result := ErrMsg(ITEMS_ERR, '')
else begin
// Add new pollutant to project
ID := TokList[0];
aPollut := TPollutant.Create;
Uutils.CopyStringArray(Project.DefProp[POLLUTANT].Data, aPollut.Data);
Project.Lists[POLLUTANT].AddObject(ID, aPollut);
Project.HasItems[POLLUTANT] := True;
// Parse units & concens.
aPollut.Data[POLLUT_UNITS_INDEX] := TokList[1];
aPollut.Data[POLLUT_RAIN_INDEX] := TokList[2];
aPollut.Data[POLLUT_GW_INDEX] := TokList[3];
// This is for old format
if (Ntoks = 5)
or ( (Ntoks = 7) and Uutils.GetSingle(TokList[6], X) ) then
begin
aPollut.Data[POLLUT_DECAY_INDEX] := TokList[4];
if nToks >= 7 then
begin
aPollut.Data[POLLUT_COPOLLUT_INDEX] := TokList[5];
aPollut.Data[POLLUT_FRACTION_INDEX] := TokList[6];
end;
end
// This is for new format
else
begin
aPollut.Data[POLLUT_II_INDEX] := TokList[4];
if Ntoks >= 6 then aPollut.Data[POLLUT_DECAY_INDEX] := TokList[5];
if nToks >= 7 then aPollut.Data[POLLUT_SNOW_INDEX] := TokList[6];
if Ntoks >= 9 then
begin
aPollut.Data[POLLUT_COPOLLUT_INDEX] := TokList[7];
aPollut.Data[POLLUT_FRACTION_INDEX] := TokList[8];
end;
if Ntoks >= 10 then aPollut.Data[POLLUT_DWF_INDEX] := TokList[9];
if Ntoks >= 11 then aPollut.Data[POLLUT_INIT_INDEX] := TokList[10];
end;
Result := 0;
end;
end;
function ReadLanduseData: Integer;
//-----------------------------------------------------------------------------
// Reads land use data from a line of input.
//-----------------------------------------------------------------------------
var
ID : String;
aLanduse : TLanduse;
aNonPtSource : TNonpointSource;
J : Integer;
begin
ID := TokList[0];
aLanduse := TLanduse.Create;
for J := 0 to Project.Lists[POLLUTANT].Count - 1 do
begin
aNonPtSource := TNonpointSource.Create;
aLanduse.NonpointSources.AddObject(Project.Lists[POLLUTANT].Strings[J],
aNonPtSource);
end;
Project.Lists[LANDUSE].AddObject(ID, aLanduse);
Project.HasItems[LANDUSE] := True;
if Ntoks > 1 then aLanduse.Data[LANDUSE_CLEANING_INDEX] := TokList[1];
if Ntoks > 2 then aLanduse.Data[LANDUSE_AVAILABLE_INDEX] := TokList[2];
if Ntoks > 3 then aLanduse.Data[LANDUSE_LASTCLEAN_INDEX] := TokList[3];
aLanduse.Data[COMMENT_INDEX ] := Comment;
Result := 0;
end;
function ReadBuildupData: Integer;
//-----------------------------------------------------------------------------
// Reads pollutant buildup function data from a line of input.
//-----------------------------------------------------------------------------
var
LanduseIndex : Integer;
PollutIndex : Integer;
aLanduse : TLanduse;
aNonpointSource: TNonpointSource;
J : Integer;
begin
if nToks < 7
then Result := ErrMsg(ITEMS_ERR, '')
else begin
LanduseIndex := Project.Lists[LANDUSE].IndexOf(TokList[0]);
PollutIndex := Project.Lists[POLLUTANT].IndexOf(TokList[1]);
if (LanduseIndex < 0) then Result := ErrMsg(LANDUSE_ERR, TokList[0])
else if (PollutIndex < 0) then Result := ErrMsg(POLLUT_ERR, TokList[1])
else begin
aLanduse := TLanduse(Project.Lists[LANDUSE].Objects[LanduseIndex]);
aNonpointSource :=
TNonpointSource(aLanduse.NonpointSources.Objects[PollutIndex]);
for J := 2 to 6 do
aNonpointSource.BuildupData[J-2] := TokList[J];
Result := 0;
end;
end;
end;
function ReadWashoffData: Integer;
//-----------------------------------------------------------------------------
// Reads pollutant washoff function data from a line of input.
//-----------------------------------------------------------------------------
var
LanduseIndex : Integer;
PollutIndex : Integer;
aLanduse : TLanduse;
aNonpointSource: TNonpointSource;
J : Integer;
begin
if nToks < 7
then Result := ErrMsg(ITEMS_ERR, '')
else begin
LanduseIndex := Project.Lists[LANDUSE].IndexOf(TokList[0]);
PollutIndex := Project.Lists[POLLUTANT].IndexOf(TokList[1]);
if (LanduseIndex < 0) then Result := ErrMsg(LANDUSE_ERR, TokList[0])
else if (PollutIndex < 0) then Result := ErrMsg(POLLUT_ERR, TokList[1])
else begin
aLanduse := TLanduse(Project.Lists[LANDUSE].Objects[LanduseIndex]);
aNonpointSource :=
TNonpointSource(aLanduse.NonpointSources.Objects[PollutIndex]);
for J := 2 to 6 do
aNonpointSource.WashoffData[J-2] := TokList[J];
Result := 0;
end;
end;
end;
function ReadCoverageData: Integer;
//-----------------------------------------------------------------------------
// Reads land use coverage data from a line of input.
//-----------------------------------------------------------------------------
var
MaxToks: Integer;
X : Single;
S : TSubcatch;
S1 : String;
I : Integer;
begin
Result := 0;
S := FindSubcatch(TokList[0]);
if S = nil
then Result := ErrMsg(SUBCATCH_ERR, TokList[0])
else begin
MaxToks := 3;
while (MaxToks <= nToks) do
begin
if not Uutils.GetSingle(TokList[MaxToks-1], X) then
begin
Result := ErrMsg(NUMBER_ERR, TokList[MaxToks-1]);
break;
end;
S1 := TokList[MaxToks-2];
I := S.LandUses.IndexOfName(S1);
S1 := TokList[MaxToks-2] + '=' + TokList[MaxToks-1];
if I < 0
then S.LandUses.Add(S1)
else S.Landuses[I] := S1;
MaxToks := MaxToks + 2;
end;
S.Data[SUBCATCH_LANDUSE_INDEX] := IntToStr(S.LandUses.Count);
end;
end;
function ReadTreatmentData(Line: String): Integer;
//-----------------------------------------------------------------------------
// Reads pollutant treatment function from a line of input.
//-----------------------------------------------------------------------------
var
S : String;
aNode : TNode;
I : Integer;
begin
if Ntoks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
aNode := FindNode(TokList[0]);
if (aNode = nil) then Result := ErrMsg(NODE_ERR, TokList[0])
else if Project.Lists[POLLUTANT].IndexOf(TokList[1]) < 0 then
Result := ErrMsg(POLLUT_ERR, TokList[1])
else begin
I := aNode.Treatment.IndexOfName(TokList[1]);
S := Copy(Line, Pos(TokList[1], Line)+Length(TokList[1]), Length(Line));
S := TokList[1] + '=' + Trim(S);
if I < 0 then
aNode.Treatment.Add(S)
else
aNode.Treatment[I] := S;
aNode.Data[NODE_TREAT_INDEX] := 'YES';
Result := 0;
end;
end;
end;
function ReadExInflowData: Integer;
//-----------------------------------------------------------------------------
// Reads external inflow data from a line of input.
//-----------------------------------------------------------------------------
var
S : array[1..7] of String;
Inflow: String;
I : Integer;
aNode : TNode;
begin
if Ntoks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
aNode := FindNode(TokList[0]);
if (aNode = nil) then Result := ErrMsg(NODE_ERR, TokList[0])
else begin
S[1] := TokList[1]; // Constituent name
S[2] := TokList[2]; // Time Series name
S[3] := 'FLOW';
S[4] := '1.0';
if not SameText(S[1], 'FLOW') then
begin
if nToks >= 4 then S[3] := TokList[3] else S[3] := 'CONCEN';
if nToks >= 5 then S[4] := TokList[4] else S[4] := '1.0';
end;
if nToks >= 6 then S[5] := TokList[5] else S[5] := '1.0';
if nToks >= 7 then S[6] := TokList[6] else S[6] := '';
if nToks >= 8 then S[7] := TokList[7] else S[7] := '';
Inflow := S[1] + '=' + S[2] + #13 + S[3] + #13 + S[4] + #13 +
S[5] + #13 + S[6] + #13 + S[7];
I := aNode.DXInflow.IndexOfName(S[1]);
if I < 0 then aNode.DXInflow.Add(Inflow)
else aNode.DXInflow[I] := Inflow;
aNode.Data[NODE_INFLOWS_INDEX] := 'YES';
Result := 0;
end;
end;
end;
function ReadDWInflowData: Integer;
//-----------------------------------------------------------------------------
// Reads dry weather inflow data from a line of input.
//-----------------------------------------------------------------------------
var
M : Integer;
S : String;
S1 : String;
I : Integer;
aNode: TNode;
begin
if Ntoks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
aNode := FindNode(TokList[0]);
if (aNode = nil) then Result := ErrMsg(NODE_ERR, TokList[0])
else begin
S1 := TokList[1];
S := S1 + '=' + TokList[2];
for M := 3 to Ntoks-1 do S := S + #13 + TokList[M];
I := aNode.DWInflow.IndexOfName(S1);
if I < 0
then aNode.DWInflow.Add(S)
else aNode.DWInflow[I] := S;
aNode.Data[NODE_INFLOWS_INDEX] := 'YES';
Result := 0;
end;
end;
end;
function ReadPatternData: Integer;
//-----------------------------------------------------------------------------
// Reads time pattern data from a line of input.
//-----------------------------------------------------------------------------
var
ID: String;
Index: Integer;
aPattern: TPattern;
PatType: Integer;
J: Integer;
begin
if nToks < 2
then Result := ErrMsg(ITEMS_ERR, '')
else begin
J := 1;
ID := TokList[0];
Index := Project.Lists[PATTERN].IndexOf(ID);
if Index < 0 then
begin
aPattern := TPattern.Create;
aPattern.Comment := Comment;
Project.Lists[PATTERN].AddObject(ID, aPattern);
Project.HasItems[PATTERN] := True;
PatType := Uutils.FindKeyWord(TokList[1], PatternTypes, 7);
if PatType < 0 then
begin
Result := ErrMsg(KEYWORD_ERR, TokList[1]);
exit;
end;
aPattern.PatternType := PatType;
J := 2;
end
else aPattern := TPattern(Project.Lists[PATTERN].Objects[Index]);
while (J < nToks) and (aPattern.Count <= High(aPattern.Data)) do
begin
aPattern.Data[aPattern.Count] := TokList[J];
Inc(J);
Inc(aPattern.Count);
end;
Result := 0;
end;
end;
function ReadIIInflowData: Integer;
//-----------------------------------------------------------------------------
// Reads RDII inflow data from a line of input.
//-----------------------------------------------------------------------------
var
aNode: TNode;
begin
if Ntoks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
aNode := FindNode(TokList[0]);
if (aNode = nil) then Result := ErrMsg(NODE_ERR, TokList[0])
else begin
aNode.IIInflow.Clear;
aNode.IIInflow.Add(TokList[1]);
aNode.IIInflow.Add(TokList[2]);
aNode.Data[NODE_INFLOWS_INDEX] := 'YES';
Result := 0;
end;
end;
end;
function ReadLoadData: Integer;
//-----------------------------------------------------------------------------
// Reads initial pollutant loading data from a line of input.
//-----------------------------------------------------------------------------
var
X : Single;
S : TSubcatch;
S1 : String;
I : Integer;
begin
S := FindSubcatch(TokList[0]);
if S = nil
then Result := ErrMsg(SUBCATCH_ERR, TokList[0])
else if Project.Lists[POLLUTANT].IndexOf(TokList[1]) < 0
then Result := ErrMsg(POLLUT_ERR, TokList[1])
else if not Uutils.GetSingle(TokList[2], X)
then Result := ErrMsg(NUMBER_ERR, TokList[2])
else
begin
S1 := TokList[1] + '=' + TokList[2];
I := S.Loadings.IndexOfName(TokList[1]);
if I < 0
then S.Loadings.Add(S1)
else S.Loadings[I] := S1;
S.Data[SUBCATCH_LOADING_INDEX] := 'YES';
Result := 0;
end;
end;
function ReadCurveData: Integer;
//-----------------------------------------------------------------------------
// Reads curve data from a line of input.
//-----------------------------------------------------------------------------
var
Index : Integer;
K : Integer;
L : Integer;
M : Integer;
ObjType : Integer;
ID : String;
aCurve : TCurve;
begin
// Check for too few tokens
if Ntoks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
// Check if curve ID is same as for previous line
ID := TokList[0];
if (ID = PrevID) then
begin
Index := PrevIndex;
ObjType := CurveType;
end
else Project.FindCurve(ID, ObjType, Index);
// Create new curve if ID not in data base
K := 2;
if Index < 0 then
begin
// Check for valid curve type keyword
M := -1;
for L := 0 to High(CurveTypeOptions) do
begin
if SameText(TokList[1], CurveTypeOptions[L]) then
begin
M := L;
break;
end;
end;
if M < 0 then
begin
Result := ErrMsg(KEYWORD_ERR, TokList[1]);
Exit;
end;
// Convert curve type keyword index to a curve object category
case M of
0: ObjType := CONTROLCURVE;
1: ObjType := DIVERSIONCURVE;
2..5:
ObjType := PUMPCURVE;
6: ObjType := RATINGCURVE;
7: ObjType := SHAPECURVE;
8: ObjType := STORAGECURVE;
9: ObjType := TIDALCURVE;
end;
// Create a new curve object
aCurve := TCurve.Create;
aCurve.Comment := Comment;
aCurve.CurveType := TokList[1];
if ObjType = PUMPCURVE
then aCurve.CurveCode := M - 1
else aCurve.CurveCode := 0;
Project.Lists[ObjType].AddObject(ID, aCurve);
Project.HasItems[ObjType] := True;
Index := Project.Lists[ObjType].Count - 1;
PrevID := ID;
PrevIndex := Index;
CurveType := ObjType;
K := 3;
end;
// Add x,y values to the list maintained by the curve
aCurve := TCurve(Project.Lists[ObjType].Objects[Index]);
while K <= nToks-1 do
begin
aCurve.Xdata.Add(TokList[K-1]);
aCurve.Ydata.Add(TokList[K]);
K := K + 2;
end;
Result := 0;
end;
end;
function ReadTimeseriesData: Integer;
//-----------------------------------------------------------------------------
// Reads time series data from a line of input.
//-----------------------------------------------------------------------------
const
NEEDS_DATE = 1;
NEEDS_TIME = 2;
NEEDS_VALUE = 3;
var
Index : Integer;
State : Integer;
K : Integer;
ID : String;
StrDate : String;
aTseries : TTimeseries;
begin
// Check for too few tokens
Result := -1;
if Ntoks < 3 then Result := ErrMsg(ITEMS_ERR, '');
// Check if series ID is same as for previous line
ID := TokList[0];
if (ID = PrevID) then Index := PrevIndex
else Index := Project.Lists[TIMESERIES].IndexOf(ID);
// If starting input for a new series then create it
if Index < 0 then
begin
aTseries := TTimeseries.Create;
aTseries.Comment := Comment;
Project.Lists[TIMESERIES].AddObject(ID,aTseries);
Project.HasItems[TIMESERIES] := True;
Index := Project.Lists[TIMESERIES].Count - 1;
PrevID := ID;
PrevIndex := Index;
end;
aTseries := TTimeseries(Project.Lists[TIMESERIES].Objects[Index]);
// Check if external file name used
if SameText(TokList[1], 'FILE') then
begin
aTseries.Filename := TokList[2];
Result := 0;
Exit;
end;
// Add values to the list maintained by the timeseries
State := NEEDS_DATE;
K := 1;
while K < nToks do
begin
case State of
NEEDS_DATE:
begin
try
StrDate := Uutils.ConvertDate(TokList[K]);
StrToDate(StrDate, MyFormatSettings);
aTseries.Dates.Add(StrDate);
Inc(K);
if K >= nToks then break;
except
On EconvertError do aTseries.Dates.Add('');
end;
State := NEEDS_TIME;
end;
NEEDS_TIME:
begin
aTseries.Times.Add(TokList[K]);
Inc(K);
if K >= nToks then break;
State := NEEDS_VALUE;
end;
NEEDS_VALUE:
begin
aTseries.Values.Add(TokList[K]);
Result := 0;
State := NEEDS_DATE;
Inc(K);
end;
end;
end;
if Result = -1 then Result := ErrMsg(ITEMS_ERR, '');
end;
function ReadControlData(Line: String): Integer;
//-----------------------------------------------------------------------------
// Reads a control rule statement from line of input.
//-----------------------------------------------------------------------------
begin
Project.ControlRules.Add(Line);
Result := 0;
end;
function ReadLidUsageData: Integer;
//-----------------------------------------------------------------------------
// Reads LID usage data from line of input.
//-----------------------------------------------------------------------------
var
aSubcatch: TSubcatch;
begin
aSubcatch := FindSubcatch(TokList[0]);
if aSubcatch = nil then Result := ErrMsg(SUBCATCH_ERR, TokList[0])
else Result := Ulid.ReadLIDUsageData(aSubcatch, TokList, Ntoks);
end;
procedure ReadReportOption(Index: Integer);
begin
if (Ntoks >= 2) and SameText(TokList[1], 'YES') then
Project.Options.Data[Index] := 'YES'
else
Project.Options.Data[Index] := 'NO';
end;
function ReadReportData: Integer;
//-----------------------------------------------------------------------------
// Reads reporting options from a line of input.
//-----------------------------------------------------------------------------
begin
if SameText(TokList[0], 'CONTROLS')
then ReadReportOption(REPORT_CONTROLS_INDEX)
else if SameText(TokList[0], 'INPUT')
then ReadReportOption(REPORT_INPUT_INDEX)
else ReportingForm.Import(TokList, Ntoks);
Result := 0;
end;
function ReadFileData: Integer;
//-----------------------------------------------------------------------------
// Reads interface file usage from a line of input.
//-----------------------------------------------------------------------------
var
Fname: String;
begin
if Ntoks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
Fname := TokList[2];
if ExtractFilePath(Fname) = ''
then Fname := ExtractFilePath(Uglobals.InputFileName) + Fname;
Project.IfaceFiles.Add(TokList[0] + ' ' + TokList[1] + ' ' +
'"' + Fname + '"');
Result := 0;
end;
end;
//// This function was added to release 5.1.007. //// //(5.1.007)
function ReadAdjustmentData: Integer;
//-----------------------------------------------------------------------------
// Reads climate adjustments from a line of input.
//-----------------------------------------------------------------------------
var
I: Integer;
begin
Result := 0;
if Ntoks < 2 then exit;
if SameText(TokList[0], 'Temperature') then
begin
if Ntoks < 13 then Result := ErrMsg(ITEMS_ERR, '')
else with Project.Climatology do
begin
for I := 0 to 11 do
if StrToFloatDef(TokList[I+1], 0.0) = 0.0
then TempAdjust[I] := ''
else TempAdjust[I] := TokList[I+1];
end;
end
else if SameText(TokList[0], 'Evaporation') then
begin
if Ntoks < 13 then Result := ErrMsg(ITEMS_ERR, '')
else with Project.Climatology do
begin
for I := 0 to 11 do
if StrToFloatDef(TokList[I+1], 0.0) = 0.0
then EvapAdjust[I] := ''
else EvapAdjust[I] := TokList[I+1];
end;
end
else if SameText(TokList[0], 'Rainfall') then
begin
if Ntoks < 13 then Result := ErrMsg(ITEMS_ERR, '')
else with Project.Climatology do
begin
for I := 0 to 11 do
if StrToFloatDef(TokList[I+1], 1.0) = 1.0
then RainAdjust[I] := ''
else RainAdjust[I] := TokList[I+1];
end;
end
//// Added to release 5.1.008. //// //(5.1.008)
else if SameText(TokList[0], 'Conductivity') then
begin
if Ntoks < 13 then Result := ErrMsg(ITEMS_ERR, '')
else with Project.Climatology do
begin
for I := 0 to 11 do
if StrToFloatDef(TokList[I+1], 1.0) = 1.0
then CondAdjust[I] := ''
else CondAdjust[I] := TokList[I+1];
end;
end;
////////////////////////////////////////////////////////
end;
//// This function was added to release 5.1.011. //// //(5.1.011)
function ReadEventData(Line: String): Integer;
//-----------------------------------------------------------------------------
// Reads hydraulic event data from a line of input.
//-----------------------------------------------------------------------------
begin
Result := 0;
if Length(Line) = 0 then exit;
if LeftStr(Line,2) = ';;' then exit;
Project.Events.Add(Line);
end;
function ReadOptionData: Integer;
//-----------------------------------------------------------------------------
// Reads an analysis option from a line of input.
//-----------------------------------------------------------------------------
var
Index : Integer;
Keyword : String;
S : String;
S2: String;
I : Integer;
X : Single;
T : Extended;
begin
// Check which keyword applies
Result := 0;
if Ntoks < 2 then exit;
Keyword := TokList[0];
if SameText(Keyword, 'TEMPDIR') then exit;
Index := Uutils.FindKeyWord(Keyword, OptionLabels, 17);
case Index of
-1: Result := ErrMsg(KEYWORD_ERR, Keyword);
ROUTING_MODEL_INDEX:
begin
if SameText(TokList[1], 'NONE') then
begin
Project.Options.Data[IGNORE_ROUTING_INDEX] := 'YES';
Exit;
end;
I := Uutils.FindKeyWord(TokList[1], OldRoutingOptions, 3);
if I >= 0 then TokList[1] := RoutingOptions[I];
end;
START_DATE_INDEX, REPORT_START_DATE_INDEX, END_DATE_INDEX:
begin
S := Uutils.ConvertDate(TokList[1]);
try
StrToDate(S, MyFormatSettings);
TokList[1] := S;
except
on EConvertError do Result := ErrMsg(DATE_ERR, '');
end;
end;
START_TIME_INDEX, REPORT_START_TIME_INDEX, END_TIME_INDEX:
begin
S := TokList[1];
try
StrToTime(S, MyFormatSettings);
TokList[1] := S;
except
on EConvertError do Result := ErrMsg(DATE_ERR, '');
end;
end;
SWEEP_START_INDEX, SWEEP_END_INDEX:
begin
S := Uutils.ConvertDate(TokList[1]);
S2 := S + '/1947';
try
StrToDate(S2, MyFormatSettings);
TokList[1] := S;
except
on EConvertError do Result := ErrMsg(DATE_ERR, '');
end;
end;
WET_STEP_INDEX, DRY_STEP_INDEX, REPORT_STEP_INDEX:
begin
S := TokList[1];
if Uutils.StrHoursToTime(S) = -1 then Result := ErrMsg(TIMESTEP_ERR, '');
end;
ROUTING_STEP_INDEX:
begin
S := TokList[1];
T := 0.0;
if not Uutils.GetExtended(S, T) then
begin
T := Uutils.StrHoursToTime(S)*86400.;
if T <= 0.0 then Result := ErrMsg(TIMESTEP_ERR, '')
else TokList[1] := Format('%.0f',[T]);
end;
end;
VARIABLE_STEP_INDEX:
begin
if Uutils.GetSingle(TokList[1], X) then
TokList[1] := IntToStr(Round(100.0*X))
else
TokList[1] := '0';
end;
INERTIAL_DAMPING_INDEX:
begin
if Uutils.GetSingle(TokList[1], X) then
begin
if X = 0 then TokList[1] := 'NONE'
else TokList[1] := 'PARTIAL';
end;
end;
// This option is now fixed to SWMM 4.
COMPATIBILITY_INDEX:
begin
TokList[1] := '4';
end;
MIN_ROUTE_STEP_INDEX, //(5.1.008)
LENGTHEN_STEP_INDEX,
MIN_SURFAREA_INDEX,
MIN_SLOPE_INDEX,
MAX_TRIALS_INDEX,
HEAD_TOL_INDEX,
SYS_FLOW_TOL_INDEX,
LAT_FLOW_TOL_INDEX:
begin
Uutils.GetSingle(TokList[1], X);
if X <= 0 then TokList[1] := '0';
end;
NORMAL_FLOW_LTD_INDEX:
begin
if SameText(TokList[1], 'NO') or SameText(TokList[1], 'SLOPE')
then TokList[1] := 'SLOPE'
else if SameText(TokList[1], 'YES') or SameText(TokList[1], 'FROUDE')
then TokList[1] := 'FROUDE'
else if SameText(TokList[1], 'BOTH') then TokList[1] := 'BOTH'
else Result := ErrMsg(KEYWORD_ERR, TokList[1]);
end;
FORCE_MAIN_EQN_INDEX:
begin
I := Uutils.FindKeyWord(TokList[1], ForceMainEqnOptions, 3);
if I < 0 then Result := ErrMsg(KEYWORD_ERR, TokList[1])
else TokList[1] := ForceMainEqnOptions[I];
end;
LINK_OFFSETS_INDEX:
begin
I := Uutils.FindKeyWord(TokList[1], LinkOffsetsOptions, 10);
if I < 0 then Result := ErrMsg(KEYWORD_ERR, TokList[1])
else TokList[1] := LinkOffsetsOptions[I];
end;
IGNORE_RAINFALL_INDEX,
IGNORE_SNOWMELT_INDEX,
IGNORE_GRNDWTR_INDEX,
IGNORE_ROUTING_INDEX,
IGNORE_QUALITY_INDEX:
begin
if not SameText(TokList[1], 'YES') and not SameText(TokList[1], 'NO')
then Result := ErrMsg(KEYWORD_ERR, TokList[1]);
end;
//// Following section added to release 5.1.010. //// //(5.1.010)
NUM_THREADS_INDEX:
begin
I := StrToIntDef(TokList[1], 1);
if I < 0 then I := 1;
if (I = 0) or (I > Uutils.GetCPUs) then I := Uutils.GetCPUs;
TokList[1] := IntToStr(I);
end;
////
end;
if Result = 0 then Project.Options.Data[Index] := TokList[1];
end;
function ReadTagData: Integer;
//-----------------------------------------------------------------------------
// Reads in tag data from a line of input.
//-----------------------------------------------------------------------------
const
TagTypes: array[0..3] of PChar = ('Gage', 'Subcatch', 'Node', 'Link');
var
I, J : Integer;
aNode: TNode;
aLink: TLink;
begin
Result := 0;
if Ntoks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
I := Uutils.FindKeyWord(TokList[0], TagTypes, 4);
case I of
-1: Result := ErrMsg(KEYWORD_ERR, TokList[0]);
0: begin
J := Project.Lists[RAINGAGE].IndexOf(TokList[1]);
if J >= 0 then with Project.GetGage(J) do Data[TAG_INDEX] := TokList[2];
end;
1: begin
J := Project.Lists[SUBCATCH].IndexOf(TokList[1]);
if J >= 0 then with Project.GetSubcatch(SUBCATCH, J) do
Data[TAG_INDEX] := TokList[2];
end;
2: begin
aNode := FindNode(TokList[1]);
if (aNode <> nil) then aNode.Data[TAG_INDEX] := TokList[2];
end;
3: begin
aLink := FindLink(TokList[1]);
if (aLink <> nil) then aLink.Data[TAG_INDEX] := TokList[2];
end;
end;
end;
end;
function ReadSymbolData: Integer;
//-----------------------------------------------------------------------------
// Reads rain gage coordinate data from a line of input.
//-----------------------------------------------------------------------------
var
J : Integer;
X, Y : Extended;
aGage : TRaingage;
begin
Result := 0;
if (Ntoks < 3)
then Result := ErrMsg(ITEMS_ERR, '')
else begin
// Locate the gage ID in the database
J := Project.Lists[RAINGAGE].IndexOf(TokList[0]);
// If gage exists then assign it X & Y coordinates
if (J >= 0) then
begin
aGage := Project.GetGage(J);
if not Uutils.GetExtended(TokList[1], X) then
Result := ErrMsg(NUMBER_ERR, TokList[1])
else if not Uutils.GetExtended(TokList[2], Y) then
Result := ErrMsg(NUMBER_ERR, TokList[2])
else
begin
aGage.X := X;
aGage.Y := Y;
end;
end;
end;
end;
function ReadMapData: Integer;
//-----------------------------------------------------------------------------
// Reads map dimensions data from a line of input.
//-----------------------------------------------------------------------------
var
I : Integer;
Index : Integer;
Keyword : String;
X : array[1..4] of Extended;
begin
// Check which keyword applies
Result := 0;
Keyword := TokList[0];
Index := Uutils.FindKeyWord(Keyword, MapWords, 4);
case Index of
0: // Map dimensions
begin
if Ntoks < 5 then Result := ErrMsg(ITEMS_ERR, '')
else begin
for I := 1 to 4 do
if not Uutils.GetExtended(TokList[I], X[I]) then
Result := ErrMsg(NUMBER_ERR, TokList[I]);
if Result = 0 then with MapForm.Map.Dimensions do
begin
LowerLeft.X := X[1];
LowerLeft.Y := X[2];
UpperRight.X := X[3];
UpperRight.Y := X[4];
MapExtentSet := True;
end;
end;
end;
1: //Map units
if Ntoks > 1 then
begin
I := Uutils.FindKeyWord(Copy(TokList[1], 1, 1), MapUnits, 1);
if I < 0 then Result := ErrMsg(KEYWORD_ERR, TokList[1])
else MapForm.Map.Dimensions.Units := TMapUnits(I);
with MapForm.Map.Dimensions do
begin
if Units = muDegrees then Digits := MAXDEGDIGITS
else Digits := Umap.DefMapDimensions.Digits;
end;
end;
else Result := ErrMsg(KEYWORD_ERR, Keyword);
end;
end;
function ReadCoordData: Integer;
//-----------------------------------------------------------------------------
// Reads node coordinate data from a line of input.
//-----------------------------------------------------------------------------
var
X, Y : Extended;
aNode : TNode;
begin
Result := 0;
if (Ntoks < 3)
then Result := ErrMsg(ITEMS_ERR, '')
else begin
// Locate the node ID in the database
aNode := FindNode(TokList[0]);
// If node exists then assign it X & Y coordinates
if (aNode <> nil) then
begin
if not Uutils.GetExtended(TokList[1], X) then
Result := ErrMsg(NUMBER_ERR, TokList[1])
else if not Uutils.GetExtended(TokList[2], Y) then
Result := ErrMsg(NUMBER_ERR, TokList[2])
else
begin
aNode.X := X;
aNode.Y := Y;
end;
end;
end;
end;
function ReadVertexData: Integer;
//-----------------------------------------------------------------------------
// Reads link vertex coordinate data from a line of input.
//-----------------------------------------------------------------------------
var
X, Y : Extended;
aLink : TLink;
begin
Result := 0;
if (Ntoks < 3)
then Result := ErrMsg(ITEMS_ERR, '')
else begin
// Locate the link ID in the database
aLink := FindLink(TokList[0]);;
// If link exists then assign it X & Y coordinates
if (aLink <> nil) then
begin
if not Uutils.GetExtended(TokList[1], X) then
Result := ErrMsg(NUMBER_ERR, TokList[1])
else if not Uutils.GetExtended(TokList[2], Y) then
Result := ErrMsg(NUMBER_ERR, TokList[2])
else aLink.Vlist.Add(X, Y);
end;
end;
end;
function ReadPolygonData: Integer;
//-----------------------------------------------------------------------------
// Reads polygon coordinates associated with subcatchment outlines.
//-----------------------------------------------------------------------------
var
Index : Integer;
X, Y : Extended;
S : TSubcatch;
begin
Result := 0;
if (Ntoks < 3)
then Result := ErrMsg(ITEMS_ERR, '')
else begin
// Locate the subcatchment ID in the database
S := nil;
Index := Project.Lists[SUBCATCH].IndexOf(TokList[0]);
if Index >= 0 then S := Project.GetSubcatch(SUBCATCH, Index);
// If subcatchment exists then add a new vertex to it
if (S <> nil) then
begin
if not Uutils.GetExtended(TokList[1], X) then
Result := ErrMsg(NUMBER_ERR, TokList[1])
else if not Uutils.GetExtended(TokList[2], Y) then
Result := ErrMsg(NUMBER_ERR, TokList[2])
else S.Vlist.Add(X, Y);
end;
end;
end;
function ReadLabelData: Integer;
//-----------------------------------------------------------------------------
// Reads map label data from a line of input.
//-----------------------------------------------------------------------------
var
Ntype : Integer;
Index : Integer;
X, Y : Extended;
S : String;
aMapLabel: TMapLabel;
begin
if (Ntoks < 3)
then Result := ErrMsg(ITEMS_ERR, '')
else begin
if not Uutils.GetExtended(TokList[0], X) then
Result := ErrMsg(NUMBER_ERR, TokList[0])
else if not Uutils.GetExtended(TokList[1], Y) then
Result := ErrMsg(NUMBER_ERR, TokList[1])
else begin
S := TokList[2];
aMapLabel := TMapLabel.Create;
aMapLabel.X := X;
aMapLabel.Y := Y;
Project.Lists[MAPLABEL].AddObject(S, aMapLabel);
Index := Project.Lists[MAPLABEL].Count - 1;
aMapLabel.Text := PChar(Project.Lists[MAPLABEL].Strings[Index]);
Project.HasItems[MAPLABEL] := True;
if Ntoks >= 4 then
begin
if (Length(TokList[3]) > 0) and
Project.FindNode(TokList[3], Ntype, Index) then
aMapLabel.Anchor := Project.GetNode(Ntype, Index);
end;
if Ntoks >= 5 then aMapLabel.FontName := TokList[4];
if Ntoks >= 6 then aMapLabel.FontSize := StrToInt(TokList[5]);
if Ntoks >= 7 then
if StrToInt(TokList[6]) = 1 then aMapLabel.FontBold := True;
if Ntoks >= 8 then
if StrToInt(TokList[7]) = 1 then aMapLabel.FontItalic := True;
Result := 0;
end;
end;
end;
function ReadBackdropData: Integer;
//-----------------------------------------------------------------------------
// Reads map backdrop image information from a line of input.
//-----------------------------------------------------------------------------
var
Index : Integer;
Keyword : String;
I : Integer;
X : array[1..4] of Extended;
begin
// Check which keyword applies
Result := 0;
Keyword := TokList[0];
Index := Uutils.FindKeyWord(Keyword, BackdropWords, 4);
case Index of
0: //Backdrop file
if Ntoks > 1 then MapForm.Map.Backdrop.Filename := TokList[1];
1: // Backdrop dimensions
begin
if Ntoks < 5 then Result := ErrMsg(ITEMS_ERR, '')
else begin
for i := 1 to 4 do
if not Uutils.GetExtended(TokList[I], X[I]) then
Result := ErrMsg(NUMBER_ERR, TokList[I]);
if Result = 0 then with MapForm.Map.Backdrop do
begin
LowerLeft.X := X[1];
LowerLeft.Y := X[2];
UpperRight.X := X[3];
UpperRight.Y := X[4];
end;
end;
end;
2: //Map units - deprecated
if Ntoks > 1 then
begin
i := Uutils.FindKeyWord(Copy(TokList[1], 1, 1), MapUnits, 1);
if I < 0 then Result := ErrMsg(KEYWORD_ERR, TokList[1])
else MapForm.Map.Dimensions.Units := TMapUnits(I);
end;
3, 4: //Backdrop offset or scaling -- deprecated
begin
if Ntoks < 3 then Result := ErrMsg(ITEMS_ERR, '')
else if not Uutils.GetExtended(TokList[1], X[1]) then
Result := ErrMsg(NUMBER_ERR, TokList[1])
else if not Uutils.GetExtended(TokList[2], X[2]) then
Result := ErrMsg(NUMBER_ERR, TokList[2])
else
begin
if Index = 3 then
begin
BackdropX := X[1];
BackdropY := X[2];
end
else
begin
BackdropW := X[1];
BackdropH := X[2];
end;
end;
end;
else Result := ErrMsg(KEYWORD_ERR, Keyword);
end;
end;
function ReadProfileData: Integer;
//-----------------------------------------------------------------------------
// Reads profile plot data from a line of input.
//-----------------------------------------------------------------------------
var
I, J: Integer;
S : String;
begin
Result := 0;
if (Ntoks < 2) then Exit;
// Locate the profile name in the database
I := Project.ProfileNames.IndexOf(TokList[0]);
// If profile does not exist then create it
if (I < 0) then
begin
Project.ProfileNames.Add(TokList[0]);
I := Project.ProfileNames.Count-1;
S := '';
Project.ProfileLinks.Add(S);
end
else S := Project.ProfileLinks[I] + #13;
// Add each remaining token to the list of links in the profile
S := S + TokList[1];
for J := 2 to Ntoks-1 do
S := S + #13 + TokList[J];
Project.ProfileLinks[I] := S;
end;
procedure SetMapDimensions;
//-----------------------------------------------------------------------------
// Determines map dimensions based on range of object coordinates.
//-----------------------------------------------------------------------------
begin
with MapForm.Map do
begin
// Dimensions not provided in [MAP] section
if not MapExtentSet then
begin
// Dimensions were provided in [BACKDROP] section
if (Backdrop.LowerLeft.X <> Backdrop.UpperRight.X) then
begin
// Interpret these as map dimensions
Dimensions.LowerLeft := Backdrop.LowerLeft;
Dimensions.UpperRight := Backdrop.UpperRight;
// Compute backdrop dimensions from Offset and Scale values
Backdrop.LowerLeft.X := BackdropX;
Backdrop.LowerLeft.Y := BackdropY - BackdropH;
Backdrop.UpperRight.X := BackdropX + BackdropW;
Backdrop.UpperRight.Y := BackdropY;
end
// No dimensions of any kind provided
else with Dimensions do
Ucoords.GetCoordExtents(LowerLeft.X, LowerLeft.Y,
UpperRight.X, UpperRight.Y);
end;
end;
end;
function ParseInpLine(S: String): Integer;
//-----------------------------------------------------------------------------
// Parses current input line depending on current section of input file.
//-----------------------------------------------------------------------------
begin
case Section of
1: Result := ReadOptionData;
2: Result := ReadRaingageData;
3: Result := ReadHydrographData;
4: Result := ReadEvaporationData;
5: Result := ReadSubcatchmentData;
6: Result := ReadSubareaData;
7: Result := ReadInfiltrationData;
8: Result := ReadAquiferData;
9: Result := ReadGroundwaterData;
10: Result := ReadJunctionData;
11: Result := ReadOutfallData;
12: Result := ReadStorageData;
13: Result := ReadDividerData;
14: Result := ReadConduitData;
15: Result := ReadPumpData;
16: Result := ReadOrificeData;
17: Result := ReadWeirData;
18: Result := ReadOutletData;
19: Result := ReadXsectionData;
20: Result := ReadTransectData;
21: Result := ReadLossData;
//22: ReadControlData called directly from ReadFile
23: Result := ReadPollutantData;
24: Result := ReadLanduseData;
25: Result := ReadBuildupData;
26: Result := ReadWashoffData;
27: Result := ReadCoverageData;
28: Result := ReadExInflowData;
29: Result := ReadDWInflowData;
30: Result := ReadPatternData;
31: Result := ReadIIInflowData;
32: Result := ReadLoadData;
33: Result := ReadCurveData;
34: Result := ReadTimeseriesData;
35: Result := ReadReportData;
36: Result := ReadFileData;
37: Result := ReadMapData;
38: Result := ReadCoordData;
39: Result := ReadVertexdata;
40: Result := ReadPolygonData;
41: Result := ReadSymbolData;
42: Result := ReadLabelData;
43: Result := ReadBackdropData;
44: Result := ReadProfileData;
45: Result := ReadCurveData;
46: Result := ReadTemperatureData;
47: Result := ReadSnowpackData;
48: Result := ReadTreatmentData(S);
49: Result := ReadTagData;
50: Result := Ulid.ReadLidData(TokList, Ntoks);
51: Result := ReadLidUsageData;
52: Result := ReadGroundwaterFlowEqn(S);
53: Result := ReadAdjustmentData; //(5.1.007)
else Result := 0;
end;
end;
function ParseImportLine(Line: String): Integer;
//-----------------------------------------------------------------------------
// Processes line of input from imported scenario or map file.
// (Not currently used.)
//-----------------------------------------------------------------------------
begin
Result := 0;
end;
procedure StripComment(const Line: String; var S: String);
//-----------------------------------------------------------------------------
// Strips comment (text following a ';') from a line of input.
// Ignores comment if it begins with ';;'.
//-----------------------------------------------------------------------------
var
P: Integer;
N: Integer;
C: String;
begin
C := '';
S := Trim(Line);
P := Pos(';', S);
if P > 0 then
begin
N := Length(S);
C := Copy(S, P+1, N);
if (Length(C) >= 1) and (C[1] <> ';') then
begin
if Length(Comment) > 0 then Comment := Comment + #13;
Comment := Comment + C;
end;
Delete(S, P, N);
end;
end;
function FindNewSection(const S: String): Integer;
//-----------------------------------------------------------------------------
// Checks if S matches any of the section heading key words.
//-----------------------------------------------------------------------------
var
K: Integer;
begin
for K := 0 to High(SectionWords) do
begin
if Pos(SectionWords[K], S) = 1 then
begin
Result := K;
Exit;
end;
end;
Result := -1;
end;
function StartNewSection(S: String): Integer;
//-----------------------------------------------------------------------------
// Begins reading a new section of the input file.
//-----------------------------------------------------------------------------
var
K : Integer;
begin
// Determine which new section to begin
K := FindNewSection(UpperCase(S));
if (K >= 0) then
begin
//Update section code
Section := K;
PrevID := '';
Result := 0;
end
else Result := ErrMsg(KEYWORD_ERR, S);
Comment := '';
end;
function ReadFile(var F: Textfile; const Fsize: Int64):Boolean;
//-----------------------------------------------------------------------------
// Reads each line of a SWMM input file.
//-----------------------------------------------------------------------------
var
Err : Integer;
ByteCount : Integer;
StepCount : Integer;
StepSize : Integer;
S : String;
begin
Result := True;
ErrCount := 0;
LineCount := 0;
Comment := '';
// Initialize progress meter settings
StepCount := MainForm.ProgressBar.Max div MainForm.ProgressBar.Step;
StepSize := Fsize div StepCount;
if StepSize < 1000 then StepSize := 0;
ByteCount := 0;
// Read each line of input file
Reset(F);
while not Eof(F) do
begin
Err := 0;
Readln(F, Line);
Inc(LineCount);
if StepSize > 0 then
begin
Inc(ByteCount, Length(Line));
MainForm.UpdateProgressBar(ByteCount, StepSize);
end;
// Strip out trailing spaces, control characters & comment
Line := TrimRight(Line);
StripComment(Line, S);
// Check if line begins a new input section
if (Pos('[', S) = 1) then Err := StartNewSection(S)
else
begin
//// Following code section modified for release 5.1.011. //// //(5.1.011)
// Check if line contains project title/notes
if (Section = 0) and (Length(Line) > 0) then
begin
if LeftStr(Line,2) <> ';;' then Err := ReadTitleData(Line);
end
// Check if line contains a control rule clause
else if (Section = 22) then Err := ReadControlData(Line)
// Check if line contains an event start/end dates
else if (Section = 54) then Err := ReadEventData(Trim(Line))
// If in some section, then process the input line
else
begin
// Break line into string tokens and parse their contents
Uutils.Tokenize(S, TokList, Ntoks);
if (Ntoks > 0) and (Section >= 0) then
begin
Err := ParseInpLine(S);
Comment := '';
end
// No current section -- file was probably not an EPA-SWMM file
else if (Ntoks > 0) then
begin
Result := False;
Exit;
end;
end;
end;
////
// Increment error count
if Err > 0 then Inc(ErrCount);
end; //End of file.
if ErrCount > MAX_ERRORS then ErrList.Add(
IntToStr(ErrCount-MAX_ERRORS) + TXT_MORE_ERRORS);
end;
procedure DisplayInpErrForm(const Fname: String);
//-----------------------------------------------------------------------------
// Displays Status Report form that lists any error messages.
//-----------------------------------------------------------------------------
begin
SysUtils.DeleteFile((TempReportFile));
TempReportFile := Uutils.GetTempFile(TempDir,'swmm');
ErrList.Insert(0, TXT_ERROR_REPORT + Fname + #13);
ErrList.SaveToFile(TempReportFile);
MainForm.MnuReportStatusClick(MainForm);
end;
procedure ReverseVertexLists;
//-----------------------------------------------------------------------------
// Reverses list of vertex points for each link in the project.
//-----------------------------------------------------------------------------
var
I, J: Integer;
begin
for I := 0 to MAXCLASS do
begin
if not Project.IsLink(I) then continue;
for J := 0 to Project.Lists[I].Count-1 do
if Project.GetLink(I, J).Vlist <> nil then
Project.GetLink(I, J).Vlist.Reverse;
end;
end;
procedure SetSubcatchCentroids;
//-----------------------------------------------------------------------------
// Determines the centroid of each subcatchment polygon.
//-----------------------------------------------------------------------------
var
I : Integer;
begin
for I := 0 to Project.Lists[SUBCATCH].Count - 1 do
begin
Project.GetSubcatch(SUBCATCH, I).SetCentroid;
end;
end;
procedure SetIDPtrs;
//-----------------------------------------------------------------------------
// Makes pointers to ID strings the ID property of objects.
//-----------------------------------------------------------------------------
var
I, J : Integer;
C : TSubcatch;
S : String;
begin
for I := 0 to MAXCLASS do
begin
if I = RAINGAGE then with Project.Lists[RAINGAGE] do
begin
for J := 0 to Count-1 do TRaingage(Objects[J]).ID := PChar(Strings[J]);
end
else if Project.IsSubcatch(I) then with Project.Lists[SUBCATCH] do
begin
for J := 0 to Count-1 do
begin
C := TSubcatch(Objects[J]);
C.ID := PChar(Strings[J]);
S := Trim(C.Data[SUBCATCH_OUTLET_INDEX]);
C.OutSubcatch := FindSubcatch(S);
if C.OutSubcatch = nil then C.OutNode := FindNode(S);
end;
end
else if Project.IsNode(I) then with Project.Lists[I] do
begin
for J := 0 to Count-1 do TNode(Objects[J]).ID := PChar(Strings[J]);
end
else if Project.IsLink(I) then with Project.Lists[I] do
begin
for J := 0 to Count-1 do TLink(Objects[J]).ID := PChar(Strings[J]);
end
else if I = TRANSECT then with Project.Lists[I] do
begin
for J := 0 to Count-1 do
begin
TTransect(Objects[J]).CheckData;
TTransect(Objects[J]).SetMaxDepth;
Project.SetTransectConduitDepth(Strings[J],
TTransect(Objects[J]).Data[TRANSECT_MAX_DEPTH]);
end;
end
else continue;
end;
end;
function ReadInpFile(const Fname: String):Boolean;
//-----------------------------------------------------------------------------
// Reads SWMM input data from a text file.
//-----------------------------------------------------------------------------
var
F : Textfile;
begin
// Try to open the file
Result := False;
AssignFile(F,Fname);
{$I-}
Reset(F);
{$I+}
if (IOResult = 0) then
begin
// Create stringlists
Screen.Cursor := crHourGlass;
MapExtentSet := False;
ErrList := TStringList.Create;
TokList := TStringList.Create;
SubcatchList := TStringList.Create;
NodeList := TStringList.Create;
LinkList := TStringList.Create;
FileType := ftInput;
InpFile := Fname;
try
// Read the file
MainForm.ShowProgressBar(MSG_READING_PROJECT_DATA);
SubcatchList.Sorted := True;
NodeList.Sorted := True;
LinkList.Sorted := True;
Section := -1;
Result := ReadFile(F, Uutils.GetFileSize(Fname));
if (Result = True) then
begin
// Establish pointers to ID names
SetIDPtrs;
end;
finally
// Free the stringlists
SubcatchList.Free;
NodeList.Free;
LinkList.Free;
TokList.Free;
MainForm.PageSetupDialog.Header.Text := Project.Title;
MainForm.HideProgressBar;
Screen.Cursor := crDefault;
// Display errors if found & set map dimensions
if Result = True then
begin
if ErrList.Count > 0 then DisplayInpErrForm(Fname);
SetSubcatchCentroids;
SetMapDimensions;
end;
ErrList.Free;
end;
end;
// Close the input file
CloseFile(F);
end;
procedure ClearDefaultDates;
//-----------------------------------------------------------------------------
// Clears project's date/time settings.
//-----------------------------------------------------------------------------
begin
with Project.Options do
begin
Data[START_DATE_INDEX] := '';
Data[START_TIME_INDEX] := '';
Data[REPORT_START_DATE_INDEX] := '';
Data[REPORT_START_TIME_INDEX] := '';
Data[END_DATE_INDEX] := '';
Data[END_TIME_INDEX] := '';
end;
end;
procedure SetDefaultDates;
//-----------------------------------------------------------------------------
// Sets default values for project's date/time settings.
//-----------------------------------------------------------------------------
var
StartTime: TDateTime;
StartDate: TDateTime;
T: TDateTime;
D: TDateTime;
begin
with Project.Options do
begin
// Process starting date/time
try
StartDate := StrToDate(Data[START_DATE_INDEX], MyFormatSettings);
except
On EConvertError do StartDate := Date;
end;
StartTime := Uutils.StrHoursToTime(Data[START_TIME_INDEX]);
if StartTime < 0 then StartTime := 0;
D := StartDate + StartTime;
Data[START_DATE_INDEX] := DateToStr(D, MyFormatSettings);
Data[START_TIME_INDEX] := TimeToStr(D, MyFormatSettings);
// Process reporting start date/time
try
D := StrToDate(Data[REPORT_START_DATE_INDEX], MyFormatSettings);
except
On EConvertError do D := StartDate;
end;
T := Uutils.StrHoursToTime(Data[REPORT_START_TIME_INDEX]);
if T < 0 then T := StartTime;
D := D + T;
Data[REPORT_START_DATE_INDEX] := DateToStr(D, MyFormatSettings);
Data[REPORT_START_TIME_INDEX] := TimeToStr(D, MyFormatSettings);
// Process ending date/time
try
D := StrToDate(Data[END_DATE_INDEX], MyFormatSettings);
except
On EConvertError do D := StartDate;
end;
T := Uutils.StrHoursToTime(Data[END_TIME_INDEX]);
if T < 0 then T := StartTime;
D := D + T;
Data[END_DATE_INDEX] := DateToStr(D, MyFormatSettings);
Data[END_TIME_INDEX] := TimeToStr(D, MyFormatSettings);
end;
end;
function OpenProject(const Fname: String): TInputFileType;
//-----------------------------------------------------------------------------
// Reads in project data from a file.
//-----------------------------------------------------------------------------
begin
// Show progress meter
ClearDefaultDates;
Screen.Cursor := crHourGlass;
MainForm.ShowProgressBar(MSG_READING_PROJECT_DATA);
// Use default map dimensions and backdrop settings
MapForm.Map.Dimensions := DefMapDimensions;
MapForm.Map.Backdrop := DefMapBackdrop;
// Do the following for non-temporary input files
if not SameText(Fname, Uglobals.TempInputFile) then
begin
// Create a backup file
if AutoBackup
then CopyFile(PChar(Fname), PChar(ChangeFileExt(Fname, '.bak')), FALSE);
// Retrieve project defaults from .INI file
if CompareText(ExtractFileExt(Fname), '.ini') <> 0
then Uinifile.ReadProjIniFile(ChangeFileExt(Fname, '.ini'));
end;
// Read and parse each line of input file
Result := iftNone;
if ReadInpFile(Fname) then Result := iftINP;
// Finish processing the input dataunit Uimport;
{-------------------------------------------------------------------}
{ Unit: Uimport.pas }
{ Project: EPA SWMM }
{ Version: 5.1 }
{ Date: 12/02/13 (5.1.001) }
{ 04/04/14 (5.1.003) }
{ 04/14/14 (5.1.004) }
{ 09/15/14 (5.1.007) }
{ 03/19/15 (5.1.008) }
{ 08/05/15 (5.1.010) }
{ 08/01/16 (5.1.011) }
{ Author: L. Rossman }
{ }
{ Delphi Pascal unit that imports a SWMM project's data from a }
{ a formatted text file. }
{ }
{ 5.1.011 - Support for reading [EVENTS] section added. }
{-------------------------------------------------------------------}
interface
uses
Classes, Forms, Controls, Dialogs, SysUtils, Windows, Math, StrUtils,
Uutils, Uglobals;
const
ITEMS_ERR = 1;
KEYWORD_ERR = 2;
SUBCATCH_ERR = 3;
NODE_ERR = 4;
LINK_ERR = 5;
LANDUSE_ERR = 6;
POLLUT_ERR = 7;
NUMBER_ERR = 8;
XSECT_ERR = 9;
TRANSECT_ERR = 10;
TIMESTEP_ERR = 11;
DATE_ERR = 12;
LID_ERR = 13;
MAX_ERRORS = 50;
type
TFileType = (ftInput, ftImport);
// These routines can be called from other units
function ErrMsg(const ErrCode: Integer; const Name: String): Integer;
function OpenProject(const Fname: String): TInputFileType;
function ReadInpFile(const Fname: String):Boolean;
procedure SetDefaultDates;
implementation
uses
Fmain, Fmap, Fstatus, Dxsect, Uexport, Uinifile, Uproject, Umap,
Ucoords, Uvertex, Uupdate, Dreporting, Ulid;
const
MSG_READING_PROJECT_DATA = 'Reading project data... ';
TXT_ERROR = 'Error ';
TXT_AT_LINE = ' at line ';
TXT_MORE_ERRORS = ' more errors found in file.';
TXT_ERROR_REPORT = 'Error Report for File ';
SectionWords : array[0..54] of PChar = //(5.1.011)
('[TITLE', //0
'[OPTION', //1
'[RAINGAGE', //2
'[HYDROGRAPH', //3
'[EVAPORATION', //4
'[SUBCATCHMENT', //5
'[SUBAREA', //6
'[INFILTRATION', //7
'[AQUIFER', //8
'[GROUNDWATER', //9
'[JUNCTION', //10
'[OUTFALL', //11
'[STORAGE', //12
'[DIVIDER', //13
'[CONDUIT', //14
'[PUMP', //15
'[ORIFICE', //16
'[WEIR', //17
'[OUTLET', //18
'[XSECTION', //19
'[TRANSECT', //20
'[LOSS', //21
'[CONTROL', //22
'[POLLUTANT', //23
'[LANDUSE', //24
'[BUILDUP', //25
'[WASHOFF', //26
'[COVERAGE', //27
'[INFLOW', //28
'[DWF', //29
'[PATTERN', //30
'[RDII', //31
'[LOAD', //32
'[CURVE', //33
'[TIMESERIES', //34
'[REPORT', //35
'[FILE', //36
'[MAP', //37
'[COORDINATES', //38
'[VERTICES', //39
'[POLYGONS', //40
'[SYMBOLS', //41
'[LABELS', //42
'[BACKDROP', //43
'[PROFILE', //44
'[TABLE', //45
'[TEMPERATURE', //46
'[SNOWPACK', //47
'[TREATMENT', //48
'[TAG', //49
'[LID_CONTROL', //50
'[LID_USAGE', //51
'[GWF', //52 //(5.1.007)
'[ADJUSTMENTS', //53 //(5.1.007)
'[EVENT'); //54 //(5.1.011)
var
FileType : TFileType;
InpFile : String;
ErrList : TStringlist;
SubcatchList : TStringlist;
NodeList : TStringlist;
LinkList : TStringlist;
TokList : TStringlist;
Ntoks : Integer;
Section : Integer;
LineCount : LongInt;
ErrCount : LongInt;
Line : String;
Comment : String;
TsectComment : String;
PrevID : String;
PrevIndex : Integer;
CurveType : Integer;
MapExtentSet : Boolean;
ManningsN : array[1..3] of String;
// These are deprecated attributes of a backdrop image
BackdropX : Extended;
BackdropY : Extended;
BackdropW : Extended;
BackdropH : Extended;
function ErrMsg(const ErrCode: Integer; const Name: String): Integer;
//-----------------------------------------------------------------------------
// Adds an error message for a specific error code to the list
// of errors encountered when reading an input file.
//-----------------------------------------------------------------------------
var
S: String;
begin
if ErrCount <= MAX_ERRORS then
begin
case ErrCode of
ITEMS_ERR: S := 'Too few items ';
KEYWORD_ERR: S := 'Unrecognized keyword (' + Name + ') ';
SUBCATCH_ERR: S := 'Undefined Subcatchment (' + Name + ') referenced ';
NODE_ERR: S := 'Undefined Node (' + Name + ') referenced ';
LINK_ERR: S := 'Undefined Link (' + Name + ') referenced ';
LANDUSE_ERR: S := 'Undefined Land Use (' + Name + ') referenced ';
POLLUT_ERR: S := 'Undefined Pollutant (' + Name + ') referenced ';
NUMBER_ERR: S := 'Illegal numeric value (' + Name + ') ';
XSECT_ERR: S := 'Illegal cross section for Link ' + Name + ' ';
TRANSECT_ERR: S := 'No Transect defined for these data ';
TIMESTEP_ERR: S := 'Illegal time step value ';
DATE_ERR: S := 'Illegal date/time value ';
LID_ERR: S := 'Undefined LID process (' + Name + ') referenced ';
else S := 'Unknown error ';
end;
S := S + 'at line ' + IntToStr(LineCount) + ':';
ErrList.Add(S);
if Section >= 0 then ErrList.Add(SectionWords[Section] + ']');
ErrList.Add(Line);
ErrList.Add('');
end;
Result := ErrCode;
end;
function FindSubcatch(const ID: String): TSubcatch;
//-----------------------------------------------------------------------------
// Finds a Subcatchment object given its ID name.
//-----------------------------------------------------------------------------
var
Index: Integer;
Atype: Integer;
begin
Result := nil;
if (FileType = ftInput) then
begin
if SubcatchList.Find(ID, Index)
then Result := TSubcatch(SubcatchList.Objects[Index]);
end
else
begin
if (Project.FindSubcatch(ID, Atype, Index))
then Result := Project.GetSubcatch(Atype, Index);
end;
end;
function FindNode(const ID: String): TNode;
//-----------------------------------------------------------------------------
// Finds a Node object given its ID name.
//-----------------------------------------------------------------------------
var
Index: Integer;
Ntype: Integer;
begin
Result := nil;
if (FileType = ftInput) then
begin
if NodeList.Find(ID, Index)
then Result := TNode(NodeList.Objects[Index]);
end
else
begin
if (Project.FindNode(ID, Ntype, Index))
then Result := Project.GetNode(Ntype, Index);
end;
end;
function FindLink(const ID: String): TLink;
//-----------------------------------------------------------------------------
// Finds a Link object given its ID name.
//-----------------------------------------------------------------------------
var
Index : Integer;
Ltype : Integer;
begin
Result := nil;
if (FileType = ftInput) then
begin
if LinkList.Find(ID, Index)
then Result := TLink(LinkList.Objects[Index]);
end
else
begin
if (Project.FindLink(ID, Ltype, Index))
then Result := Project.GetLink(Ltype, Index);
end;
end;
function ReadTitleData(Line: String): Integer;
//-----------------------------------------------------------------------------
// Adds Line of text to a project's title and notes.
//-----------------------------------------------------------------------------
begin
if Project.Lists[NOTES].Count = 0 then Project.Title := Line;
Project.Lists[NOTES].Add(Line);
Project.HasItems[NOTES] := True;
Result := 0;
end;
procedure ReadOldRaingageData(I: Integer; aGage: TRaingage);
//-----------------------------------------------------------------------------
// Reads a line of parsed rain gage data using older format.
//-----------------------------------------------------------------------------
begin
if I = 0 then
begin
aGage.Data[GAGE_DATA_SOURCE] := RaingageOptions[0];
if Ntoks > 2 then aGage.Data[GAGE_SERIES_NAME] := TokList[2];
if Ntoks > 3 then aGage.Data[GAGE_DATA_FORMAT] := TokList[3];
if Ntoks > 4 then aGage.Data[GAGE_DATA_FREQ] := TokList[4];
end;
if I = 1 then
begin
aGage.Data[GAGE_DATA_SOURCE] := RaingageOptions[1];
if Ntoks > 2 then aGage.Data[GAGE_FILE_NAME] := TokList[2];
if Ntoks > 3 then aGage.Data[GAGE_STATION_NUM] := TokList[3];
end;
end;
procedure ReadNewRaingageData(aGage: TRaingage);
//-----------------------------------------------------------------------------
// Reads a line of rain gage data using newer format.
//-----------------------------------------------------------------------------
var
I: Integer;
Fname: String;
begin
if Ntoks > 1 then aGage.Data[GAGE_DATA_FORMAT] := TokList[1];
if Ntoks > 2 then aGage.Data[GAGE_DATA_FREQ] := TokList[2];
if Ntoks > 3 then aGage.Data[GAGE_SNOW_CATCH] := TokList[3];
if Ntoks > 4 then
begin
I := Uutils.FindKeyWord(TokList[4], RaingageOptions, 4);
if I = 0 then
begin
aGage.Data[GAGE_DATA_SOURCE] := RaingageOptions[0];
if Ntoks > 5 then aGage.Data[GAGE_SERIES_NAME] := TokList[5];
end;
if I = 1 then
begin
aGage.Data[GAGE_DATA_SOURCE] := RaingageOptions[1];
if Ntoks > 5 then
begin
Fname := TokList[5];
if ExtractFilePath(Fname) = ''
then Fname := ExtractFilePath(Uglobals.InputFileName) + Fname;
aGage.Data[GAGE_FILE_NAME] := Fname;
end;
if Ntoks > 6 then aGage.Data[GAGE_STATION_NUM] := TokList[6];
if Ntoks > 7 then aGage.Data[GAGE_RAIN_UNITS] := TokList[7];
end;
end;
end;
function ReadRaingageData: Integer;
//-----------------------------------------------------------------------------
// Parses rain gage data from the input line.
//-----------------------------------------------------------------------------
var
aGage : TRaingage;
ID : String;
I : Integer;
begin
if Ntoks < 2 then
begin
Result := ErrMsg(ITEMS_ERR, '');
Exit;
end;
ID := TokList[0];
aGage := TRaingage.Create;
Uutils.CopyStringArray(Project.DefProp[RAINGAGE].Data, aGage.Data);
aGage.X := MISSING;
aGage.Y := MISSING;
aGage.Data[COMMENT_INDEX ] := Comment;
Project.Lists[RAINGAGE].AddObject(ID, aGage);
Project.HasItems[RAINGAGE] := True;
I := Uutils.FindKeyWord(TokList[1], RaingageOptions, 4);
if I >= 0
then ReadOldRaingageData(I, aGage)
else ReadNewRaingageData(aGage);
Result := 0;
end;
function ReadOldHydrographFormat(const I: Integer; UH: THydrograph): Integer;
//-----------------------------------------------------------------------------
// Reads older format of unit hydrograph parameters from a line of input.
//-----------------------------------------------------------------------------
var
J, K, N: Integer;
begin
Result := 0;
if Ntoks < 2 then Result := ErrMsg(ITEMS_ERR, '')
else
begin
N := 2;
for K := 1 to 3 do
begin
for J := 1 to 3 do
begin
UH.Params[I,J,K] := TokList[N];
Inc(N);
end;
end;
for J := 1 to 3 do
begin
UH.InitAbs[I,J,1] := '';
if Ntoks > N then UH.InitAbs[I,J,1] := TokList[N];
Inc(N);
for K := 2 to 3 do UH.InitAbs[I,J,K] := UH.InitAbs[I,J,1];
end;
end;
end;
function ReadHydrographData: Integer;
//-----------------------------------------------------------------------------
// Reads RDII unit hydrograph data from a line of input.
//-----------------------------------------------------------------------------
var
I, J, K: Integer;
ID: String;
aUnitHyd: THydrograph;
Index: Integer;
begin
Result := 0;
if Ntoks < 2 then Result := ErrMsg(ITEMS_ERR, '')
else
begin
// Check if hydrograph ID is same as for previous line
ID := TokList[0];
if (ID = PrevID)
then Index := PrevIndex
else Index := Project.Lists[HYDROGRAPH].IndexOf(ID);
// If starting input for a new hydrograph then create it
if Index < 0 then
begin
aUnitHyd := THydrograph.Create;
Project.Lists[HYDROGRAPH].AddObject(ID, aUnitHyd);
Project.HasItems[HYDROGRAPH] := True;
Index := Project.Lists[HYDROGRAPH].Count - 1;
PrevID := ID;
PrevIndex := Index;
end
else aUnitHyd := THydrograph(Project.Lists[HYDROGRAPH].Objects[Index]);
// Parse rain gage name for 2-token line
if Ntoks = 2 then
begin
aUnitHyd.Raingage := TokList[1];
end
// Extract remaining hydrograph parameters
else if Ntoks < 6 then Result := ErrMsg(ITEMS_ERR, '')
else
begin
// Determine month of year
I := Uutils.FindKeyWord(TokList[1], MonthLabels, 3);
if I < 0 then Result := ErrMsg(KEYWORD_ERR, TokList[1]);
// Determine if response type present - if not, process old format
K := Uutils.FindKeyWord(TokList[2], ResponseTypes, 3) + 1;
if K < 1 then Result := ReadOldHydrographFormat(I, aUnitHyd)
else
begin
// Extract R-T-K values
for J := 3 to 5 do
begin
aUnitHyd.Params[I,J-2,K] := TokList[J];
end;
// Extract IA parameters
for J := 6 to 8 do
begin
if J >= Ntoks then break
else aUnitHyd.InitAbs[I,J-5,K] := TokList[J];
end;
end;
end;
end;
end;
function ReadTemperatureData: Integer;
//-----------------------------------------------------------------------------
// Reads description of air temperature data from a line of input.
//-----------------------------------------------------------------------------
var
I: Integer;
begin
Result := 0;
if Ntoks < 2 then Result := ErrMsg(ITEMS_ERR, '')
else with Project.Climatology do
begin
I := Uutils.FindKeyWord(TokList[0], TempKeywords, 10);
if I < 0 then Result := ErrMsg(KEYWORD_ERR, TokList[0])
else case I of
0: begin // Time series
TempDataSource := 1;
TempTseries := TokList[1];
end;
1: begin // File
TempDataSource := 2;
TempFile := TokList[1];
if ExtractFilePath(TempFile) = '' then
TempFile := ExtractFilePath(Uglobals.InputFileName) + TempFile;
if Ntoks >= 3 then TempStartDate := TokList[2];
end;
2: begin // Wind speed
if SameText(TokList[1], 'MONTHLY') then
begin
if Ntoks < 14 then Result := ErrMsg(ITEMS_ERR, '')
else
begin
WindType := MONTHLY_WINDSPEED;
for I := 1 to 12 do WindSpeed[I] := TokList[I+1];
end;
end
else if SameText(TokList[1], 'FILE') then WindType := FILE_WINDSPEED
else Result := ErrMsg(KEYWORD_ERR, TokList[1]);
end;
3: begin
if Ntoks < 7 then Result := ErrMsg(ITEMS_ERR, '')
else for I := 1 to 6 do SnowMelt[I] := TokList[I];
end;
4: begin
if Ntoks < 12 then Result := ErrMsg(ITEMS_ERR, '')
else
begin
if SameText(TokList[1], 'IMPERVIOUS') then
for I := 1 to 10 do ADCurve[1][I] := TokList[I+1]
else if SameText(TokList[1], 'PERVIOUS') then
for I := 1 to 10 do ADCurve[2][I] := TokList[I+1]
else Result := ErrMsg(KEYWORD_ERR, TokList[1]);
end;
end;
end;
end;
end;
function ReadEvaporationRates(Etype: Integer): Integer;
var
J: Integer;
begin
if (Etype <> TEMP_EVAP) and (Ntoks < 2)
then Result := ErrMsg(ITEMS_ERR, '')
else with Project.Climatology do
begin
EvapType := Etype;
case EvapType of
CONSTANT_EVAP:
for J := 0 to 11 do EvapData[J] := TokList[1];
TSERIES_EVAP:
EvapTseries := TokList[1];
FILE_EVAP:
for J := 1 to 12 do
begin
if J >= Ntoks then break;
PanData[J-1] := TokList[J];
end;
MONTHLY_EVAP:
for J := 1 to 12 do
begin
if J >= Ntoks then break;
EvapData[J-1] := TokList[J];
end;
end;
Result := 0;
end;
end;
function ReadEvaporationData: Integer;
//-----------------------------------------------------------------------------
// Reads evaporation data from a line of input.
//-----------------------------------------------------------------------------
var
I: Integer;
begin
Result := 0;
I := Uutils.FindKeyWord(TokList[0], EvapOptions, 4);
if I >= 0 then Result := ReadEvaporationRates(I)
else if (I <> TEMP_EVAP) and (Ntoks < 2)
then Result := ErrMsg(ITEMS_ERR, '')
else with Project.Climatology do
begin
if SameText(TokList[0], 'RECOVERY')
then RecoveryPat := TokList[1]
else if SameText(TokList[0], 'DRY_ONLY') then
begin
if SameText(TokList[1], 'NO') then EvapDryOnly := False
else if SameText(TokList[1], 'YES') then EvapDryOnly := True
else Result := ErrMsg(KEYWORD_ERR, TokList[1]);
end
else Result := ErrMsg(KEYWORD_ERR, TokList[0]);
end;
end;
function ReadSubcatchmentData: Integer;
//-----------------------------------------------------------------------------
// Reads subcatchment data from a line of input.
//-----------------------------------------------------------------------------
var
S : TSubcatch;
ID : String;
begin
if Ntoks < 8
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
S := TSubcatch.Create;
SubcatchList.AddObject(ID, S);
S.X := MISSING;
S.Y := MISSING;
S.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[SUBCATCH].Data, S.Data);
S.Data[SUBCATCH_RAINGAGE_INDEX] := TokList[1];
S.Data[SUBCATCH_OUTLET_INDEX] := TokList[2];
S.Data[SUBCATCH_AREA_INDEX] := TokList[3];
S.Data[SUBCATCH_IMPERV_INDEX] := TokList[4];
S.Data[SUBCATCH_WIDTH_INDEX] := TokList[5];
S.Data[SUBCATCH_SLOPE_INDEX] := TokList[6];
S.Data[SUBCATCH_CURBLENGTH_INDEX] := TokList[7];
if Ntoks >= 9
then S.Data[SUBCATCH_SNOWPACK_INDEX] := TokList[8];
S.Data[COMMENT_INDEX ] := Comment;
Project.Lists[SUBCATCH].AddObject(ID, S);
Project.HasItems[SUBCATCH] := True;
Result := 0;
end;
end;
function ReadSubareaData: Integer;
//-----------------------------------------------------------------------------
// Reads subcatchment sub-area data from a line of input.
//-----------------------------------------------------------------------------
var
S : TSubcatch;
ID : String;
begin
if Ntoks < 7
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
S := FindSubcatch(ID);
if S = nil
then Result := ErrMsg(SUBCATCH_ERR, ID)
else begin
S.Data[SUBCATCH_IMPERV_N_INDEX] := TokList[1];
S.Data[SUBCATCH_PERV_N_INDEX] := TokList[2];
S.Data[SUBCATCH_IMPERV_DS_INDEX] := TokList[3];
S.Data[SUBCATCH_PERV_DS_INDEX] := TokList[4];
S.Data[SUBCATCH_PCTZERO_INDEX] := TokList[5];
S.Data[SUBCATCH_ROUTE_TO_INDEX] := TokList[6];
if Ntoks >= 8
then S.Data[SUBCATCH_PCT_ROUTED_INDEX] := TokList[7];
Result := 0;
end;
end;
end;
function ReadInfiltrationData: Integer;
//-----------------------------------------------------------------------------
// Reads subcatchment infiltration data from a line of input.
//-----------------------------------------------------------------------------
var
S : TSubcatch;
ID : String;
J : Integer;
Jmax : Integer;
begin
ID := TokList[0];
S := FindSubcatch(ID);
if S = nil
then Result := ErrMsg(SUBCATCH_ERR, ID)
else begin
Jmax := Ntoks-1;
if Jmax > MAXINFILPROPS then Jmax := MAXINFILPROPS;
for J := 1 to Jmax do S.InfilData[J-1] := TokList[J];
Result := 0;
end;
end;
function ReadAquiferData: Integer;
//-----------------------------------------------------------------------------
// Reads aquifer data from a line of input.
//-----------------------------------------------------------------------------
var
ID : String;
A : TAquifer;
I : Integer;
begin
if nToks < MAXAQUIFERPROPS then Result := ErrMsg(ITEMS_ERR, '') //(5.1.003)
else begin
ID := TokList[0];
A := TAquifer.Create;
//Uutils.CopyStringArray(Project.DefProp[AQUIFER].Data, A.Data); //(5.1.004)
Project.Lists[AQUIFER].AddObject(ID, A);
Project.HasItems[AQUIFER] := True;
for I := 0 to MAXAQUIFERPROPS-1 do A.Data[I] := TokList[I+1]; //(5.1.003)
if nToks >= MAXAQUIFERPROPS + 2 //(5.1.004)
then A.Data[MAXAQUIFERPROPS] := TokList[MAXAQUIFERPROPS+1] //(5.1.003)
else A.Data[MAXAQUIFERPROPS] := ''; //(5.1.003)
Result := 0;
end;
end;
function ReadGroundwaterData: Integer;
//-----------------------------------------------------------------------------
// Reads subcatchment groundwater data from a line of input.
//-----------------------------------------------------------------------------
var
S: TSubcatch;
ID: String;
P: String;
J: Integer;
K: Integer;
begin
// Get subcatchment name
ID := TokList[0];
S := FindSubcatch(ID);
if S = nil
then Result := ErrMsg(SUBCATCH_ERR, ID)
else
begin
// Line contains GW flow parameters
if Ntoks < 10 then Result := ErrMsg(ITEMS_ERR, '')
else begin
S.Groundwater.Clear;
// Read required parameters
for J := 1 to 9 do S.Groundwater.Add(TokList[J]);
// Read optional parameters
for K := 10 to 13 do
begin
if Ntoks > K then
begin
P := TokList[K];
if P = '*' then P := '';
S.Groundwater.Add(P);
end
else S.Groundwater.Add('');
end;
S.Data[SUBCATCH_GWATER_INDEX] := 'YES';
Result := 0;
end;
end;
end;
//// This function was re-written for release 5.1.007. //// //(5.1.007)
function ReadGroundwaterFlowEqn(Line: String): Integer;
//-----------------------------------------------------------------------------
// Reads GW flow math expression from a line of input.
//-----------------------------------------------------------------------------
var
S: TSubcatch;
N: Integer;
begin
// Check for enough tokens in line
if Ntoks < 3 then Result := ErrMsg(ITEMS_ERR, '')
// Get subcatchment object referred to by name
else begin
Result := 0;
S := FindSubcatch(TokList[0]);
if S = nil then Result := ErrMsg(SUBCATCH_ERR, TokList[0])
else begin
// Find position in Line where second token ends
N := Pos(TokList[1], Line) + Length(TokList[1]);
// Save remainder of line to correct type of GW flow equation
if SameText(TokList[1], 'LATERAL') then
S.GwLatFlowEqn := Trim(AnsiRightStr(Line, Length(Line)-N))
else if SameText(TokList[1], 'DEEP') then
S.GwDeepFlowEqn := Trim(AnsiRightStr(Line, Length(Line)-N))
else Result := ErrMsg(KEYWORD_ERR, TokList[1]);
end;
end;
end;
function ReadSnowpackData: Integer;
//-----------------------------------------------------------------------------
// Reads snowpack data from a line of input.
//-----------------------------------------------------------------------------
var
ID : String;
P : TSnowpack;
I : Integer;
J : Integer;
Index: Integer;
begin
Result := 0;
if Ntoks < 8
then Result := ErrMsg(ITEMS_ERR, '')
else begin
I := Uutils.FindKeyWord(TokList[1], SnowpackOptions, 7);
if I < 0
then Result := ErrMsg(KEYWORD_ERR, TokList[1])
else begin
// Check if snow pack ID is same as for previous line
ID := TokList[0];
if (ID = PrevID)
then Index := PrevIndex
else Index := Project.Lists[SNOWPACK].IndexOf(ID);
// If starting input for a new snow pack then create it
if Index < 0 then
begin
P := TSnowpack.Create;
Project.Lists[SNOWPACK].AddObject(ID, P);
Project.HasItems[SNOWPACK] := True;
Index := Project.Lists[SNOWPACK].Count - 1;
PrevID := ID;
PrevIndex := Index;
end
else P := TSnowpack(Project.Lists[SNOWPACK].Objects[Index]);
// Parse line depending on data type
case I of
// Plowable area
0: begin
if Ntoks < 9 then Result := ErrMsg(ITEMS_ERR, '')
else
begin
for J := 1 to 6 do P.Data[1][J] := TokList[J+1];
P.FracPlowable := TokList[8];
end;
end;
// Impervious or Pervious area
1,
2: begin
if Ntoks < 9 then Result := ErrMsg(ITEMS_ERR, '')
else for J := 1 to 7 do P.Data[I+1][J] := TokList[J+1];
end;
// Plowing parameters
3: begin
for J := 1 to 6 do P.Plowing[J] := TokList[J+1];
if Ntoks >= 9 then P.Plowing[7] := TokList[8];
end;
end;
end;
end;
end;
function ReadJunctionData: Integer;
//-----------------------------------------------------------------------------
// Reads junction data from a line of input.
//-----------------------------------------------------------------------------
var
aNode: TNode;
ID : String;
begin
if Ntoks < 2
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aNode := TNode.Create;
NodeList.AddObject(ID, aNode);
aNode.Ntype := JUNCTION;
aNode.X := MISSING;
aNode.Y := MISSING;
aNode.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[JUNCTION].Data, aNode.Data);
aNode.Data[NODE_INVERT_INDEX] := TokList[1];
if Ntoks > 2 then aNode.Data[JUNCTION_MAX_DEPTH_INDEX] := TokList[2];
if Ntoks > 3 then aNode.Data[JUNCTION_INIT_DEPTH_INDEX] := TokList[3];
if Ntoks > 4 then aNode.Data[JUNCTION_SURCHARGE_DEPTH_INDEX] := TokList[4];
if Ntoks > 5 then aNode.Data[JUNCTION_PONDED_AREA_INDEX] := TokList[5];
aNode.Data[COMMENT_INDEX ] := Comment;
Project.Lists[JUNCTION].AddObject(ID, aNode);
Project.HasItems[JUNCTION] := True;
Result := 0;
end;
end;
function ReadOutfallData: Integer;
//-----------------------------------------------------------------------------
// Reads outfall data from a line of input.
//-----------------------------------------------------------------------------
var
aNode: TNode;
ID : String;
I : Integer;
N : Integer; //(5.1.008)
begin
if Ntoks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
N := 4; //(5.1.008)
ID := TokList[0];
aNode := TNode.Create;
NodeList.AddObject(ID, aNode);
aNode.Ntype := OUTFALL;
aNode.X := MISSING;
aNode.Y := MISSING;
aNode.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[OUTFALL].Data, aNode.Data);
aNode.Data[NODE_INVERT_INDEX] := TokList[1];
I := Uutils.FindKeyWord(TokList[2], OutfallOptions, 4);
if I < 0 then I := FREE_OUTFALL;
if (I > NORMAL_OUTFALL) and (Ntoks >= 4) then
begin
case I of
FIXED_OUTFALL: aNode.Data[OUTFALL_FIXED_STAGE_INDEX] := TokList[3];
TIDAL_OUTFALL: aNode.Data[OUTFALL_TIDE_TABLE_INDEX] := TokList[3];
TIMESERIES_OUTFALL: aNode.Data[OUTFALL_TIME_SERIES_INDEX] := TokList[3];
end;
N := 5;
if Ntoks >= 5 then aNode.Data[OUTFALL_TIDE_GATE_INDEX] := TokList[4]; // (5.1.008)
end
else if Ntoks >= 4 then aNode.Data[OUTFALL_TIDE_GATE_INDEX] := TokList[3]; //(5.1.008)
if Ntoks > N then aNode.Data[OUTFALL_ROUTETO_INDEX] := TokList[N]; //(5.1.008)
aNode.Data[OUTFALL_TYPE_INDEX] := OutfallOptions[I];
aNode.Data[COMMENT_INDEX ] := Comment;
Project.Lists[OUTFALL].AddObject(ID, aNode);
Project.HasItems[OUTFALL] := True;
Result := 0;
end;
end;
//// The following function was modified for release 5.1.007. //// //(5.1.007)
function ReadStorageData: Integer;
//-----------------------------------------------------------------------------
// Reads storage unit data from a line of input.
//-----------------------------------------------------------------------------
var
aNode: TNode;
ID : String;
N : Integer;
X : Single;
begin
Result := 0;
N := 6;
if Ntoks < 6
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aNode := TNode.Create;
NodeList.AddObject(ID, aNode);
aNode.Ntype := STORAGE;
aNode.X := MISSING;
aNode.Y := MISSING;
aNode.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[STORAGE].Data, aNode.Data);
Project.Lists[STORAGE].AddObject(ID, aNode);
aNode.Data[NODE_INVERT_INDEX] := TokList[1];
aNode.Data[STORAGE_MAX_DEPTH_INDEX] := TokList[2];
aNode.Data[STORAGE_INIT_DEPTH_INDEX] := TokList[3];
aNode.Data[STORAGE_GEOMETRY_INDEX] := TokList[4];
if CompareText(TokList[4], 'TABULAR') = 0 then
begin
aNode.Data[STORAGE_ATABLE_INDEX] := TokList[5];
end
else begin
if Ntoks < 7
then Result := ErrMsg(ITEMS_ERR, '')
else begin
aNode.Data[STORAGE_ACOEFF_INDEX] := TokList[5];
aNode.Data[STORAGE_AEXPON_INDEX] := TokList[6];
if Ntoks >= 8 then aNode.Data[STORAGE_ACONST_INDEX] := TokList[7];
N := 8;
end;
end;
// Optional items
if (Result = 0) and (Ntoks > N) then
begin
// Ponded area
aNode.Data[STORAGE_PONDED_AREA_INDEX] := TokList[N];
// Evaporation factor
if Ntoks > N+1 then aNode.Data[STORAGE_EVAP_FACTOR_INDEX] := TokList[N+1];
// Constant seepage rate
if Ntoks = N+3 then
begin
aNode.InfilData[STORAGE_KSAT_INDEX] := TokList[N+2];
end
// Green-Ampt seepage parameters
else if Ntoks = N+5 then
begin
aNode.InfilData[STORAGE_SUCTION_INDEX] := TokList[N+2];
aNode.InfilData[STORAGE_KSAT_INDEX] := TokList[N+3];
aNode.InfilData[STORAGE_IMDMAX_INDEX] := TokList[N+4];
end;
end;
Uutils.GetSingle(aNode.InfilData[STORAGE_KSAT_INDEX ], X);
if (X > 0) then aNode.Data[STORAGE_SEEPAGE_INDEX] := 'YES'
else aNode.Data[STORAGE_SEEPAGE_INDEX] := 'NO';
aNode.Data[COMMENT_INDEX ] := Comment;
Project.HasItems[STORAGE] := True;
end;
end;
function ReadDividerData: Integer;
//-----------------------------------------------------------------------------
// Reads flow divider data from a line of input.
// (Corrected on 6/14/05)
//-----------------------------------------------------------------------------
var
N, J : Integer;
aNode: TNode;
ID : String;
begin
if Ntoks < 4
then Result := ErrMsg(ITEMS_ERR, '')
else begin
Result := 0;
ID := TokList[0];
aNode := TNode.Create;
NodeList.AddObject(ID, aNode);
aNode.Ntype := DIVIDER;
aNode.X := MISSING;
aNode.Y := MISSING;
aNode.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[DIVIDER].Data, aNode.Data);
Project.Lists[DIVIDER].AddObject(ID, aNode);
Project.HasItems[DIVIDER] := True;
aNode.Data[COMMENT_INDEX ] := Comment;
aNode.Data[NODE_INVERT_INDEX] := TokList[1];
aNode.Data[DIVIDER_LINK_INDEX] := TokList[2];
aNode.Data[DIVIDER_TYPE_INDEX] := TokList[3];
N := 5;
if SameText(TokList[3], 'OVERFLOW') then
begin
N := 4;
end
else if SameText(TokList[3], 'CUTOFF') then
begin
aNode.Data[DIVIDER_CUTOFF_INDEX] := TokList[4];
end
else if SameText(TokList[3], 'TABULAR') then
begin
aNode.Data[DIVIDER_TABLE_INDEX] := TokList[4];
end
else if SameText(TokList[3], 'WEIR') and (Ntoks >= 7) then
begin
aNode.Data[DIVIDER_QMIN_INDEX] := TokList[4];
aNode.Data[DIVIDER_DMAX_INDEX] := TokList[5];
aNode.Data[DIVIDER_QCOEFF_INDEX] := TokList[6];
N := 7;
end
else Result := ErrMsg(KEYWORD_ERR, TokList[3]);
if (Result = 0) and (Ntoks > N) then
begin
for J := N to Ntoks-1 do
aNode.Data[DIVIDER_MAX_DEPTH_INDEX + J - N] := TokList[J];
end;
end;
end;
function ReadConduitData: Integer;
//-----------------------------------------------------------------------------
// Reads conduit data from a line of input.
//-----------------------------------------------------------------------------
var
aLink : TLink;
aNode1: TNode;
aNode2: TNode;
ID : String;
begin
if Ntoks < 7 then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aNode1 := FindNode(TokList[1]);
aNode2 := FindNode(TokList[2]);
if (aNode1 = nil) then Result := ErrMsg(NODE_ERR, TokList[1])
else if (aNode2 = nil) then Result := ErrMsg(NODE_ERR, TokList[2])
else begin
aLink := TLink.Create;
LinkList.AddObject(ID, aLink);
aLink.Ltype := CONDUIT;
aLink.Node1 := aNode1;
aLink.Node2 := aNode2;
aLink.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[CONDUIT].Data, aLink.Data);
Project.Lists[CONDUIT].AddObject(ID, aLink);
Project.HasItems[CONDUIT] := True;
aLink.Data[CONDUIT_LENGTH_INDEX] := TokList[3];
aLink.Data[CONDUIT_ROUGHNESS_INDEX] := TokList[4];
aLink.Data[CONDUIT_INLET_HT_INDEX] := TokList[5];
aLink.Data[CONDUIT_OUTLET_HT_INDEX] := TokList[6];
if Ntoks > 7 then aLink.Data[CONDUIT_INIT_FLOW_INDEX] := TokList[7];
if Ntoks > 8 then aLink.Data[CONDUIT_MAX_FLOW_INDEX] := TokList[8];
aLink.Data[COMMENT_INDEX ] := Comment;
Result := 0;
end;
end;
end;
function ReadPumpData: Integer;
//-----------------------------------------------------------------------------
// Reads pump data from a line of input.
//-----------------------------------------------------------------------------
var
aLink : TLink;
aNode1: TNode;
aNode2: TNode;
ID : String;
N : Integer;
begin
if nToks < 4
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aNode1 := FindNode(TokList[1]);
aNode2 := FindNode(TokList[2]);
if (aNode1 = nil) then Result := ErrMsg(NODE_ERR, TokList[1])
else if (aNode2 = nil) then Result := ErrMsg(NODE_ERR, TokList[2])
else begin
aLink := TLink.Create;
LinkList.AddObject(ID, aLink);
aLink.Ltype := PUMP;
aLink.Node1 := aNode1;
aLink.Node2 := aNode2;
aLink.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[PUMP].Data, aLink.Data);
Project.Lists[PUMP].AddObject(ID, aLink);
Project.HasItems[PUMP] := True;
// Skip over PumpType if line has old format
if Uutils.FindKeyWord(TokList[3], PumpTypes, 5) >= 0 then N := 4
else N := 3;
if Ntoks <= N then Result := ErrMsg(ITEMS_ERR, '')
else
begin
aLink.Data[PUMP_CURVE_INDEX] := TokList[N];
if nToks > N+1 then aLink.Data[PUMP_STATUS_INDEX] := TokList[N+1];
if nToks > N+2 then aLink.Data[PUMP_STARTUP_INDEX] := TokList[N+2];
if nToks > N+3 then aLink.Data[PUMP_SHUTOFF_INDEX] := TokList[N+3];
aLink.Data[COMMENT_INDEX ] := Comment;
Result := 0;
end;
end;
end;
end;
function ReadOrificeData: Integer;
//-----------------------------------------------------------------------------
// Reads orifice data from a line of input.
//-----------------------------------------------------------------------------
var
aLink : TLink;
aNode1: TNode;
aNode2: TNode;
ID : String;
begin
if nToks < 6
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aNode1 := FindNode(TokList[1]);
aNode2 := FindNode(TokList[2]);
if (aNode1 = nil) then Result := ErrMsg(NODE_ERR, TokList[1])
else if (aNode2 = nil) then Result := ErrMsg(NODE_ERR, TokList[2])
else begin
aLink := TLink.Create;
LinkList.AddObject(ID, aLink);
aLink.Ltype := ORIFICE;
aLink.Node1 := aNode1;
aLink.Node2 := aNode2;
aLink.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[ORIFICE].Data, aLink.Data);
Project.Lists[ORIFICE].AddObject(ID, aLink);
Project.HasItems[ORIFICE] := True;
aLink.Data[ORIFICE_TYPE_INDEX] := TokList[3];
aLink.Data[ORIFICE_BOTTOM_HT_INDEX] := TokList[4];
aLink.Data[ORIFICE_COEFF_INDEX] := TokList[5];
if nToks >= 7
then aLink.Data[ORIFICE_FLAPGATE_INDEX] := TokList[6];
if nToks >= 8
then aLink.Data[ORIFICE_ORATE_INDEX] := TokList[7];
aLink.Data[COMMENT_INDEX ] := Comment;
Result := 0;
end;
end;
end;
function ReadWeirData: Integer;
//-----------------------------------------------------------------------------
// Reads weir data from a line of input.
//-----------------------------------------------------------------------------
var
aLink : TLink;
aNode1: TNode;
aNode2: TNode;
ID : String;
begin
if nToks < 6
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aNode1 := FindNode(TokList[1]);
aNode2 := FindNode(TokList[2]);
if (aNode1 = nil) then Result := ErrMsg(NODE_ERR, TokList[1])
else if (aNode2 = nil) then Result := ErrMsg(NODE_ERR, TokList[2])
else begin
aLink := TLink.Create;
LinkList.AddObject(ID, aLink);
aLink.Ltype := WEIR;
aLink.Node1 := aNode1;
aLink.Node2 := aNode2;
aLink.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[WEIR].Data, aLink.Data);
Project.Lists[WEIR].AddObject(ID, aLink);
Project.HasItems[WEIR] := True;
aLink.Data[WEIR_TYPE_INDEX] := TokList[3];
aLink.Data[WEIR_CREST_INDEX] := TokList[4];
aLink.Data[WEIR_COEFF_INDEX] := TokList[5];
//// Following section modified for release 5.1.007. //// //(5.1.007)
if (nToks >= 7) and not SameText(TokList[6], '*') then
aLink.Data[WEIR_FLAPGATE_INDEX] := TokList[6];
if (nToks >= 8) and not SameText(TokList[7], '*') then
aLink.Data[WEIR_CONTRACT_INDEX] := TokList[7];
if (nToks >= 9) and not SameText(TokList[8], '*') then
aLink.Data[WEIR_END_COEFF_INDEX] := TokList[8];
if (nToks >= 10) and not SameText(TokList[9], '*') then
aLink.Data[WEIR_SURCHARGE_INDEX] := TokList[9];
//// Following section added for release 5.1.010. //(5.1.010)
if (nToks >= 11) and not SameText(TokList[10], '*') then
aLink.Data[WEIR_ROAD_WIDTH_INDEX] := TokList[10];
if (nToks >= 12) and not SameText(TokList[11], '*') then
aLink.Data[WEIR_ROAD_SURF_INDEX] := TokList[11];
////
aLink.Data[COMMENT_INDEX] := Comment;
Result := 0;
end;
end;
end;
function ReadOutletData: Integer;
//-----------------------------------------------------------------------------
// Reads outlet data from a line of input.
//-----------------------------------------------------------------------------
var
aLink : TLink;
aNode1: TNode;
aNode2: TNode;
ID : String;
N : Integer;
begin
if nToks < 6
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aNode1 := FindNode(TokList[1]);
aNode2 := FindNode(TokList[2]);
if (aNode1 = nil) then Result := ErrMsg(NODE_ERR, TokList[1])
else if (aNode2 = nil) then Result := ErrMsg(NODE_ERR, TokList[2])
else begin
aLink := TLink.Create;
LinkList.AddObject(ID, aLink);
aLink.Ltype := OUTLET;
aLink.Node1 := aNode1;
aLink.Node2 := aNode2;
aLink.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[OUTLET].Data, aLink.Data);
Project.Lists[OUTLET].AddObject(ID, aLink);
Project.HasItems[OUTLET] := True;
aLink.Data[OUTLET_CREST_INDEX] := TokList[3];
//... added for backwards compatibility
if SameText(TokList[4], 'TABULAR') then TokList[4] := 'TABULAR/DEPTH';
if SameText(TokList[4], 'FUNCTIONAL') then TokList[4] := 'FUNCTIONAL/DEPTH';
aLink.Data[OUTLET_TYPE_INDEX] := TokList[4];
if AnsiContainsText(TokList[4], 'TABULAR') then
begin
aLink.Data[OUTLET_QTABLE_INDEX] := TokList[5];
N := 6;
end
else begin
if Ntoks < 7 then
begin
Result := ErrMsg(ITEMS_ERR, '');
Exit;
end
else
begin
aLink.Data[OUTLET_QCOEFF_INDEX] := TokList[5];
aLink.Data[OUTLET_QEXPON_INDEX] := TokList[6];
N := 7;
end;
end;
if Ntoks > N then aLink.Data[OUTLET_FLAPGATE_INDEX] := TokList[N];
aLink.Data[COMMENT_INDEX ] := Comment;
Result := 0;
end;
end;
end;
function GetXsectShape(const S: String): Integer;
//-----------------------------------------------------------------------------
// Finds the code number corresponding to cross section shape S.
//-----------------------------------------------------------------------------
var
I: Integer;
begin
for I := 0 to High(Dxsect.XsectShapes) do
begin
if CompareText(S, Dxsect.XsectShapes[I].Text[1]) = 0 then
begin
Result := I;
Exit;
end;
end;
Result := -1;
end;
//// New procedure added to release 5.1.008. //// //(5.1.008)
procedure CheckForStdSize;
//-----------------------------------------------------------------------------
// Converts from old format for standard size ellipse and arch pipes
// to new format.
//-----------------------------------------------------------------------------
var
J: Integer;
X: Extended;
begin
// Old format had size code as 3rd token and 0 for 4th token
J := StrToIntDef(TokList[2], 0);
Uutils.GetExtended(TokList[3], X);
if (J > 0) and (X = 0) then
begin
// New format has 5th token as size code
TokList[4] := TokList[2];
TokList[2] := '0';
TokList[3] := '0';
end;
end;
function ReadXsectionData: Integer;
//-----------------------------------------------------------------------------
// Reads cross section data froma line of input.
//-----------------------------------------------------------------------------
var
I : Integer;
ID : String;
aLink : TLink;
begin
if nToks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aLink := FindLink(ID);
if (aLink = nil)
then Result := ErrMsg(LINK_ERR, TokList[0])
else begin
I := GetXsectShape(TokList[1]);
if I < 0 then Result := ErrMsg(KEYWORD_ERR, TokList[1])
else case aLink.Ltype of
CONDUIT:
begin
aLink.Data[CONDUIT_SHAPE_INDEX] := TokList[1];
if I = Dxsect.IRREG_SHAPE_INDEX then
begin
aLink.Data[CONDUIT_TSECT_INDEX] := TokList[2];
aLink.Data[CONDUIT_GEOM1_INDEX] := ''; //(5.1.008)
Result := 0;
end
else begin
if nToks < 6 then Result := ErrMsg(ITEMS_ERR, '')
else begin
{
//// Added to release 5.1.008. //// //(5.1.008)
if I in [Dxsect.HORIZ_ELLIPSE_SHAPE_INDEX,
Dxsect.VERT_ELLIPSE_SHAPE_INDEX,
Dxsect.ARCH_SHAPE_INDEX]
then CheckForStdSize;
}
aLink.Data[CONDUIT_GEOM1_INDEX] := TokList[2];
aLink.Data[CONDUIT_GEOM2_INDEX] := TokList[3];
aLink.Data[CONDUIT_GEOM3_INDEX] := TokList[4];
aLink.Data[CONDUIT_GEOM4_INDEX] := TokList[5];
if Ntoks > 6 then aLink.Data[CONDUIT_BARRELS_INDEX] := TokList[6];
if Ntoks > 7 then aLink.Data[CONDUIT_CULVERT_INDEX] := TokList[7];
if I = Dxsect.CUSTOM_SHAPE_INDEX then
aLink.Data[CONDUIT_TSECT_INDEX] := TokList[3];
Result := 0;
end;
end;
end;
ORIFICE:
begin
if not I in [0, 1] then Result := ErrMsg(XSECT_ERR, TokList[0])
else begin
aLink.Data[ORIFICE_SHAPE_INDEX] := TokList[1];
aLink.Data[ORIFICE_HEIGHT_INDEX] := TokList[2];
aLink.Data[ORIFICE_WIDTH_INDEX] := TokList[3];
Result := 0;
end;
end;
WEIR:
begin
if not I in [2, 3, 4] then Result := ErrMsg(XSECT_ERR, TokList[0])
else begin
aLink.Data[WEIR_SHAPE_INDEX] := TokList[1];
aLink.Data[WEIR_HEIGHT_INDEX] := TokList[2];
aLink.Data[WEIR_WIDTH_INDEX] := TokList[3];
aLink.Data[WEIR_SLOPE_INDEX] := TokList[4];
Result := 0;
end;
end;
else Result := 0;
end;
end;
end;
end;
function ReadTransectData: Integer;
//-----------------------------------------------------------------------------
// Reads transect data from a line of input.
//-----------------------------------------------------------------------------
var
I : Integer;
K : Integer;
N : Integer;
ID : String;
Tsect : TTransect;
begin
Result := 0;
if SameText(TokList[0], 'NC') then
begin
if nToks < 4 then Result := ErrMsg(ITEMS_ERR, '')
else for I := 1 to 3 do ManningsN[I] := TokList[I];
TsectComment := Comment;
Exit;
end;
if SameText(TokList[0], 'X1') then
begin
if nToks < 2 then Exit;
ID := TokList[1];
Tsect := TTransect.Create;
if Length(Comment) > 0 then TsectComment := Comment;
Tsect.Comment := TsectComment;
Project.Lists[TRANSECT].AddObject(ID, Tsect);
Project.HasItems[TRANSECT] := True;
Tsect.Data[TRANSECT_N_LEFT] := ManningsN[1];
Tsect.Data[TRANSECT_N_RIGHT] := ManningsN[2];
Tsect.Data[TRANSECT_N_CHANNEL] := ManningsN[3];
if nToks < 10 then Result := ErrMsg(ITEMS_ERR, '')
else
begin
Tsect.Data[TRANSECT_X_LEFT] := TokList[3];
Tsect.Data[TRANSECT_X_RIGHT] := TokList[4];
Tsect.Data[TRANSECT_L_FACTOR] := TokList[7];
Tsect.Data[TRANSECT_X_FACTOR] := TokList[8];
Tsect.Data[TRANSECT_Y_FACTOR] := TokList[9];
end;
Exit;
end;
if SameText(TokList[0], 'GR') then
begin
N := Project.Lists[TRANSECT].Count;
if N = 0 then Result := ErrMsg(TRANSECT_ERR, '')
else begin
Tsect := TTransect(Project.Lists[TRANSECT].Objects[N-1]);
K := 1;
while K + 1 < Ntoks do
begin
Tsect.Ydata.Add(TokList[K]);
Tsect.Xdata.Add(TokList[K+1]);
K := K + 2;
end;
end;
Exit;
end;
end;
function ReadLossData: Integer;
//-----------------------------------------------------------------------------
// Reads conduit loss data from a line of input.
//-----------------------------------------------------------------------------
var
ID : String;
aLink : TLink;
begin
if nToks < 4
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aLink := FindLink(ID);
if (aLink = nil) then Result := ErrMsg(LINK_ERR, ID)
else if (aLink.Ltype <> CONDUIT) then Result := 0
else begin
aLink.Data[CONDUIT_ENTRY_LOSS_INDEX] := TokList[1];
aLink.Data[CONDUIT_EXIT_LOSS_INDEX] := TokList[2];
aLink.Data[CONDUIT_AVG_LOSS_INDEX] := TokList[3];
if nToks >= 5
then aLink.Data[CONDUIT_CHECK_VALVE_INDEX] := TokList[4];
if nToks >= 6
then aLink.Data[CONDUIT_SEEPAGE_INDEX] := TokList[5];
Result := 0;
end;
end;
end;
function ReadPollutantData: Integer;
//-----------------------------------------------------------------------------
// Reads pollutant data from a line of input.
//-----------------------------------------------------------------------------
var
ID : String;
aPollut : TPollutant;
X : Single;
begin
if nToks < 5
then Result := ErrMsg(ITEMS_ERR, '')
else begin
// Add new pollutant to project
ID := TokList[0];
aPollut := TPollutant.Create;
Uutils.CopyStringArray(Project.DefProp[POLLUTANT].Data, aPollut.Data);
Project.Lists[POLLUTANT].AddObject(ID, aPollut);
Project.HasItems[POLLUTANT] := True;
// Parse units & concens.
aPollut.Data[POLLUT_UNITS_INDEX] := TokList[1];
aPollut.Data[POLLUT_RAIN_INDEX] := TokList[2];
aPollut.Data[POLLUT_GW_INDEX] := TokList[3];
// This is for old format
if (Ntoks = 5)
or ( (Ntoks = 7) and Uutils.GetSingle(TokList[6], X) ) then
begin
aPollut.Data[POLLUT_DECAY_INDEX] := TokList[4];
if nToks >= 7 then
begin
aPollut.Data[POLLUT_COPOLLUT_INDEX] := TokList[5];
aPollut.Data[POLLUT_FRACTION_INDEX] := TokList[6];
end;
end
// This is for new format
else
begin
aPollut.Data[POLLUT_II_INDEX] := TokList[4];
if Ntoks >= 6 then aPollut.Data[POLLUT_DECAY_INDEX] := TokList[5];
if nToks >= 7 then aPollut.Data[POLLUT_SNOW_INDEX] := TokList[6];
if Ntoks >= 9 then
begin
aPollut.Data[POLLUT_COPOLLUT_INDEX] := TokList[7];
aPollut.Data[POLLUT_FRACTION_INDEX] := TokList[8];
end;
if Ntoks >= 10 then aPollut.Data[POLLUT_DWF_INDEX] := TokList[9];
if Ntoks >= 11 then aPollut.Data[POLLUT_INIT_INDEX] := TokList[10];
end;
Result := 0;
end;
end;
function ReadLanduseData: Integer;
//-----------------------------------------------------------------------------
// Reads land use data from a line of input.
//-----------------------------------------------------------------------------
var
ID : String;
aLanduse : TLanduse;
aNonPtSource : TNonpointSource;
J : Integer;
begin
ID := TokList[0];
aLanduse := TLanduse.Create;
for J := 0 to Project.Lists[POLLUTANT].Count - 1 do
begin
aNonPtSource := TNonpointSource.Create;
aLanduse.NonpointSources.AddObject(Project.Lists[POLLUTANT].Strings[J],
aNonPtSource);
end;
Project.Lists[LANDUSE].AddObject(ID, aLanduse);
Project.HasItems[LANDUSE] := True;
if Ntoks > 1 then aLanduse.Data[LANDUSE_CLEANING_INDEX] := TokList[1];
if Ntoks > 2 then aLanduse.Data[LANDUSE_AVAILABLE_INDEX] := TokList[2];
if Ntoks > 3 then aLanduse.Data[LANDUSE_LASTCLEAN_INDEX] := TokList[3];
aLanduse.Data[COMMENT_INDEX ] := Comment;
Result := 0;
end;
function ReadBuildupData: Integer;
//-----------------------------------------------------------------------------
// Reads pollutant buildup function data from a line of input.
//-----------------------------------------------------------------------------
var
LanduseIndex : Integer;
PollutIndex : Integer;
aLanduse : TLanduse;
aNonpointSource: TNonpointSource;
J : Integer;
begin
if nToks < 7
then Result := ErrMsg(ITEMS_ERR, '')
else begin
LanduseIndex := Project.Lists[LANDUSE].IndexOf(TokList[0]);
PollutIndex := Project.Lists[POLLUTANT].IndexOf(TokList[1]);
if (LanduseIndex < 0) then Result := ErrMsg(LANDUSE_ERR, TokList[0])
else if (PollutIndex < 0) then Result := ErrMsg(POLLUT_ERR, TokList[1])
else begin
aLanduse := TLanduse(Project.Lists[LANDUSE].Objects[LanduseIndex]);
aNonpointSource :=
TNonpointSource(aLanduse.NonpointSources.Objects[PollutIndex]);
for J := 2 to 6 do
aNonpointSource.BuildupData[J-2] := TokList[J];
Result := 0;
end;
end;
end;
function ReadWashoffData: Integer;
//-----------------------------------------------------------------------------
// Reads pollutant washoff function data from a line of input.
//-----------------------------------------------------------------------------
var
LanduseIndex : Integer;
PollutIndex : Integer;
aLanduse : TLanduse;
aNonpointSource: TNonpointSource;
J : Integer;
begin
if nToks < 7
then Result := ErrMsg(ITEMS_ERR, '')
else begin
LanduseIndex := Project.Lists[LANDUSE].IndexOf(TokList[0]);
PollutIndex := Project.Lists[POLLUTANT].IndexOf(TokList[1]);
if (LanduseIndex < 0) then Result := ErrMsg(LANDUSE_ERR, TokList[0])
else if (PollutIndex < 0) then Result := ErrMsg(POLLUT_ERR, TokList[1])
else begin
aLanduse := TLanduse(Project.Lists[LANDUSE].Objects[LanduseIndex]);
aNonpointSource :=
TNonpointSource(aLanduse.NonpointSources.Objects[PollutIndex]);
for J := 2 to 6 do
aNonpointSource.WashoffData[J-2] := TokList[J];
Result := 0;
end;
end;
end;
function ReadCoverageData: Integer;
//-----------------------------------------------------------------------------
// Reads land use coverage data from a line of input.
//-----------------------------------------------------------------------------
var
MaxToks: Integer;
X : Single;
S : TSubcatch;
S1 : String;
I : Integer;
begin
Result := 0;
S := FindSubcatch(TokList[0]);
if S = nil
then Result := ErrMsg(SUBCATCH_ERR, TokList[0])
else begin
MaxToks := 3;
while (MaxToks <= nToks) do
begin
if not Uutils.GetSingle(TokList[MaxToks-1], X) then
begin
Result := ErrMsg(NUMBER_ERR, TokList[MaxToks-1]);
break;
end;
S1 := TokList[MaxToks-2];
I := S.LandUses.IndexOfName(S1);
S1 := TokList[MaxToks-2] + '=' + TokList[MaxToks-1];
if I < 0
then S.LandUses.Add(S1)
else S.Landuses[I] := S1;
MaxToks := MaxToks + 2;
end;
S.Data[SUBCATCH_LANDUSE_INDEX] := IntToStr(S.LandUses.Count);
end;
end;
function ReadTreatmentData(Line: String): Integer;
//-----------------------------------------------------------------------------
// Reads pollutant treatment function from a line of input.
//-----------------------------------------------------------------------------
var
S : String;
aNode : TNode;
I : Integer;
begin
if Ntoks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
aNode := FindNode(TokList[0]);
if (aNode = nil) then Result := ErrMsg(NODE_ERR, TokList[0])
else if Project.Lists[POLLUTANT].IndexOf(TokList[1]) < 0 then
Result := ErrMsg(POLLUT_ERR, TokList[1])
else begin
I := aNode.Treatment.IndexOfName(TokList[1]);
S := Copy(Line, Pos(TokList[1], Line)+Length(TokList[1]), Length(Line));
S := TokList[1] + '=' + Trim(S);
if I < 0 then
aNode.Treatment.Add(S)
else
aNode.Treatment[I] := S;
aNode.Data[NODE_TREAT_INDEX] := 'YES';
Result := 0;
end;
end;
end;
function ReadExInflowData: Integer;
//-----------------------------------------------------------------------------
// Reads external inflow data from a line of input.
//-----------------------------------------------------------------------------
var
S : array[1..7] of String;
Inflow: String;
I : Integer;
aNode : TNode;
begin
if Ntoks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
aNode := FindNode(TokList[0]);
if (aNode = nil) then Result := ErrMsg(NODE_ERR, TokList[0])
else begin
S[1] := TokList[1]; // Constituent name
S[2] := TokList[2]; // Time Series name
S[3] := 'FLOW';
S[4] := '1.0';
if not SameText(S[1], 'FLOW') then
begin
if nToks >= 4 then S[3] := TokList[3] else S[3] := 'CONCEN';
if nToks >= 5 then S[4] := TokList[4] else S[4] := '1.0';
end;
if nToks >= 6 then S[5] := TokList[5] else S[5] := '1.0';
if nToks >= 7 then S[6] := TokList[6] else S[6] := '';
if nToks >= 8 then S[7] := TokList[7] else S[7] := '';
Inflow := S[1] + '=' + S[2] + #13 + S[3] + #13 + S[4] + #13 +
S[5] + #13 + S[6] + #13 + S[7];
I := aNode.DXInflow.IndexOfName(S[1]);
if I < 0 then aNode.DXInflow.Add(Inflow)
else aNode.DXInflow[I] := Inflow;
aNode.Data[NODE_INFLOWS_INDEX] := 'YES';
Result := 0;
end;
end;
end;
function ReadDWInflowData: Integer;
//-----------------------------------------------------------------------------
// Reads dry weather inflow data from a line of input.
//-----------------------------------------------------------------------------
var
M : Integer;
S : String;
S1 : String;
I : Integer;
aNode: TNode;
begin
if Ntoks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
aNode := FindNode(TokList[0]);
if (aNode = nil) then Result := ErrMsg(NODE_ERR, TokList[0])
else begin
S1 := TokList[1];
S := S1 + '=' + TokList[2];
for M := 3 to Ntoks-1 do S := S + #13 + TokList[M];
I := aNode.DWInflow.IndexOfName(S1);
if I < 0
then aNode.DWInflow.Add(S)
else aNode.DWInflow[I] := S;
aNode.Data[NODE_INFLOWS_INDEX] := 'YES';
Result := 0;
end;
end;
end;
function ReadPatternData: Integer;
//-----------------------------------------------------------------------------
// Reads time pattern data from a line of input.
//-----------------------------------------------------------------------------
var
ID: String;
Index: Integer;
aPattern: TPattern;
PatType: Integer;
J: Integer;
begin
if nToks < 2
then Result := ErrMsg(ITEMS_ERR, '')
else begin
J := 1;
ID := TokList[0];
Index := Project.Lists[PATTERN].IndexOf(ID);
if Index < 0 then
begin
aPattern := TPattern.Create;
aPattern.Comment := Comment;
Project.Lists[PATTERN].AddObject(ID, aPattern);
Project.HasItems[PATTERN] := True;
PatType := Uutils.FindKeyWord(TokList[1], PatternTypes, 7);
if PatType < 0 then
begin
Result := ErrMsg(KEYWORD_ERR, TokList[1]);
exit;
end;
aPattern.PatternType := PatType;
J := 2;
end
else aPattern := TPattern(Project.Lists[PATTERN].Objects[Index]);
while (J < nToks) and (aPattern.Count <= High(aPattern.Data)) do
begin
aPattern.Data[aPattern.Count] := TokList[J];
Inc(J);
Inc(aPattern.Count);
end;
Result := 0;
end;
end;
function ReadIIInflowData: Integer;
//-----------------------------------------------------------------------------
// Reads RDII inflow data from a line of input.
//-----------------------------------------------------------------------------
var
aNode: TNode;
begin
if Ntoks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
aNode := FindNode(TokList[0]);
if (aNode = nil) then Result := ErrMsg(NODE_ERR, TokList[0])
else begin
aNode.IIInflow.Clear;
aNode.IIInflow.Add(TokList[1]);
aNode.IIInflow.Add(TokList[2]);
aNode.Data[NODE_INFLOWS_INDEX] := 'YES';
Result := 0;
end;
end;
end;
function ReadLoadData: Integer;
//-----------------------------------------------------------------------------
// Reads initial pollutant loading data from a line of input.
//-----------------------------------------------------------------------------
var
X : Single;
S : TSubcatch;
S1 : String;
I : Integer;
begin
S := FindSubcatch(TokList[0]);
if S = nil
then Result := ErrMsg(SUBCATCH_ERR, TokList[0])
else if Project.Lists[POLLUTANT].IndexOf(TokList[1]) < 0
then Result := ErrMsg(POLLUT_ERR, TokList[1])
else if not Uutils.GetSingle(TokList[2], X)
then Result := ErrMsg(NUMBER_ERR, TokList[2])
else
begin
S1 := TokList[1] + '=' + TokList[2];
I := S.Loadings.IndexOfName(TokList[1]);
if I < 0
then S.Loadings.Add(S1)
else S.Loadings[I] := S1;
S.Data[SUBCATCH_LOADING_INDEX] := 'YES';
Result := 0;
end;
end;
function ReadCurveData: Integer;
//-----------------------------------------------------------------------------
// Reads curve data from a line of input.
//-----------------------------------------------------------------------------
var
Index : Integer;
K : Integer;
L : Integer;
M : Integer;
ObjType : Integer;
ID : String;
aCurve : TCurve;
begin
// Check for too few tokens
if Ntoks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
// Check if curve ID is same as for previous line
ID := TokList[0];
if (ID = PrevID) then
begin
Index := PrevIndex;
ObjType := CurveType;
end
else Project.FindCurve(ID, ObjType, Index);
// Create new curve if ID not in data base
K := 2;
if Index < 0 then
begin
// Check for valid curve type keyword
M := -1;
for L := 0 to High(CurveTypeOptions) do
begin
if SameText(TokList[1], CurveTypeOptions[L]) then
begin
M := L;
break;
end;
end;
if M < 0 then
begin
Result := ErrMsg(KEYWORD_ERR, TokList[1]);
Exit;
end;
// Convert curve type keyword index to a curve object category
case M of
0: ObjType := CONTROLCURVE;
1: ObjType := DIVERSIONCURVE;
2..5:
ObjType := PUMPCURVE;
6: ObjType := RATINGCURVE;
7: ObjType := SHAPECURVE;
8: ObjType := STORAGECURVE;
9: ObjType := TIDALCURVE;
end;
// Create a new curve object
aCurve := TCurve.Create;
aCurve.Comment := Comment;
aCurve.CurveType := TokList[1];
if ObjType = PUMPCURVE
then aCurve.CurveCode := M - 1
else aCurve.CurveCode := 0;
Project.Lists[ObjType].AddObject(ID, aCurve);
Project.HasItems[ObjType] := True;
Index := Project.Lists[ObjType].Count - 1;
PrevID := ID;
PrevIndex := Index;
CurveType := ObjType;
K := 3;
end;
// Add x,y values to the list maintained by the curve
aCurve := TCurve(Project.Lists[ObjType].Objects[Index]);
while K <= nToks-1 do
begin
aCurve.Xdata.Add(TokList[K-1]);
aCurve.Ydata.Add(TokList[K]);
K := K + 2;
end;
Result := 0;
end;
end;
function ReadTimeseriesData: Integer;
//-----------------------------------------------------------------------------
// Reads time series data from a line of input.
//-----------------------------------------------------------------------------
const
NEEDS_DATE = 1;
NEEDS_TIME = 2;
NEEDS_VALUE = 3;
var
Index : Integer;
State : Integer;
K : Integer;
ID : String;
StrDate : String;
aTseries : TTimeseries;
begin
// Check for too few tokens
Result := -1;
if Ntoks < 3 then Result := ErrMsg(ITEMS_ERR, '');
// Check if series ID is same as for previous line
ID := TokList[0];
if (ID = PrevID) then Index := PrevIndex
else Index := Project.Lists[TIMESERIES].IndexOf(ID);
// If starting input for a new series then create it
if Index < 0 then
begin
aTseries := TTimeseries.Create;
aTseries.Comment := Comment;
Project.Lists[TIMESERIES].AddObject(ID,aTseries);
Project.HasItems[TIMESERIES] := True;
Index := Project.Lists[TIMESERIES].Count - 1;
PrevID := ID;
PrevIndex := Index;
end;
aTseries := TTimeseries(Project.Lists[TIMESERIES].Objects[Index]);
// Check if external file name used
if SameText(TokList[1], 'FILE') then
begin
aTseries.Filename := TokList[2];
Result := 0;
Exit;
end;
// Add values to the list maintained by the timeseries
State := NEEDS_DATE;
K := 1;
while K < nToks do
begin
case State of
NEEDS_DATE:
begin
try
StrDate := Uutils.ConvertDate(TokList[K]);
StrToDate(StrDate, MyFormatSettings);
aTseries.Dates.Add(StrDate);
Inc(K);
if K >= nToks then break;
except
On EconvertError do aTseries.Dates.Add('');
end;
State := NEEDS_TIME;
end;
NEEDS_TIME:
begin
aTseries.Times.Add(TokList[K]);
Inc(K);
if K >= nToks then break;
State := NEEDS_VALUE;
end;
NEEDS_VALUE:
begin
aTseries.Values.Add(TokList[K]);
Result := 0;
State := NEEDS_DATE;
Inc(K);
end;
end;
end;
if Result = -1 then Result := ErrMsg(ITEMS_ERR, '');
end;
function ReadControlData(Line: String): Integer;
//-----------------------------------------------------------------------------
// Reads a control rule statement from line of input.
//-----------------------------------------------------------------------------
begin
Project.ControlRules.Add(Line);
Result := 0;
end;
function ReadLidUsageData: Integer;
//-----------------------------------------------------------------------------
// Reads LID usage data from line of input.
//-----------------------------------------------------------------------------
var
aSubcatch: TSubcatch;
begin
aSubcatch := FindSubcatch(TokList[0]);
if aSubcatch = nil then Result := ErrMsg(SUBCATCH_ERR, TokList[0])
else Result := Ulid.ReadLIDUsageData(aSubcatch, TokList, Ntoks);
end;
procedure ReadReportOption(Index: Integer);
begin
if (Ntoks >= 2) and SameText(TokList[1], 'YES') then
Project.Options.Data[Index] := 'YES'
else
Project.Options.Data[Index] := 'NO';
end;
function ReadReportData: Integer;
//-----------------------------------------------------------------------------
// Reads reporting options from a line of input.
//-----------------------------------------------------------------------------
begin
if SameText(TokList[0], 'CONTROLS')
then ReadReportOption(REPORT_CONTROLS_INDEX)
else if SameText(TokList[0], 'INPUT')
then ReadReportOption(REPORT_INPUT_INDEX)
else ReportingForm.Import(TokList, Ntoks);
Result := 0;
end;
function ReadFileData: Integer;
//-----------------------------------------------------------------------------
// Reads interface file usage from a line of input.
//-----------------------------------------------------------------------------
var
Fname: String;
begin
if Ntoks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
Fname := TokList[2];
if ExtractFilePath(Fname) = ''
then Fname := ExtractFilePath(Uglobals.InputFileName) + Fname;
Project.IfaceFiles.Add(TokList[0] + ' ' + TokList[1] + ' ' +
'"' + Fname + '"');
Result := 0;
end;
end;
//// This function was added to release 5.1.007. //// //(5.1.007)
function ReadAdjustmentData: Integer;
//-----------------------------------------------------------------------------
// Reads climate adjustments from a line of input.
//-----------------------------------------------------------------------------
var
I: Integer;
begin
Result := 0;
if Ntoks < 2 then exit;
if SameText(TokList[0], 'Temperature') then
begin
if Ntoks < 13 then Result := ErrMsg(ITEMS_ERR, '')
else with Project.Climatology do
begin
for I := 0 to 11 do
if StrToFloatDef(TokList[I+1], 0.0) = 0.0
then TempAdjust[I] := ''
else TempAdjust[I] := TokList[I+1];
end;
end
else if SameText(TokList[0], 'Evaporation') then
begin
if Ntoks < 13 then Result := ErrMsg(ITEMS_ERR, '')
else with Project.Climatology do
begin
for I := 0 to 11 do
if StrToFloatDef(TokList[I+1], 0.0) = 0.0
then EvapAdjust[I] := ''
else EvapAdjust[I] := TokList[I+1];
end;
end
else if SameText(TokList[0], 'Rainfall') then
begin
if Ntoks < 13 then Result := ErrMsg(ITEMS_ERR, '')
else with Project.Climatology do
begin
for I := 0 to 11 do
if StrToFloatDef(TokList[I+1], 1.0) = 1.0
then RainAdjust[I] := ''
else RainAdjust[I] := TokList[I+1];
end;
end
//// Added to release 5.1.008. //// //(5.1.008)
else if SameText(TokList[0], 'Conductivity') then
begin
if Ntoks < 13 then Result := ErrMsg(ITEMS_ERR, '')
else with Project.Climatology do
begin
for I := 0 to 11 do
if StrToFloatDef(TokList[I+1], 1.0) = 1.0
then CondAdjust[I] := ''
else CondAdjust[I] := TokList[I+1];
end;
end;
////////////////////////////////////////////////////////
end;
//// This function was added to release 5.1.011. //// //(5.1.011)
function ReadEventData(Line: String): Integer;
//-----------------------------------------------------------------------------
// Reads hydraulic event data from a line of input.
//-----------------------------------------------------------------------------
begin
Result := 0;
if Length(Line) = 0 then exit;
if LeftStr(Line,2) = ';;' then exit;
Project.Events.Add(Line);
end;
function ReadOptionData: Integer;
//-----------------------------------------------------------------------------
// Reads an analysis option from a line of input.
//-----------------------------------------------------------------------------
var
Index : Integer;
Keyword : String;
S : String;
S2: String;
I : Integer;
X : Single;
T : Extended;
begin
// Check which keyword applies
Result := 0;
if Ntoks < 2 then exit;
Keyword := TokList[0];
if SameText(Keyword, 'TEMPDIR') then exit;
Index := Uutils.FindKeyWord(Keyword, OptionLabels, 17);
case Index of
-1: Result := ErrMsg(KEYWORD_ERR, Keyword);
ROUTING_MODEL_INDEX:
begin
if SameText(TokList[1], 'NONE') then
begin
Project.Options.Data[IGNORE_ROUTING_INDEX] := 'YES';
Exit;
end;
I := Uutils.FindKeyWord(TokList[1], OldRoutingOptions, 3);
if I >= 0 then TokList[1] := RoutingOptions[I];
end;
START_DATE_INDEX, REPORT_START_DATE_INDEX, END_DATE_INDEX:
begin
S := Uutils.ConvertDate(TokList[1]);
try
StrToDate(S, MyFormatSettings);
TokList[1] := S;
except
on EConvertError do Result := ErrMsg(DATE_ERR, '');
end;
end;
START_TIME_INDEX, REPORT_START_TIME_INDEX, END_TIME_INDEX:
begin
S := TokList[1];
try
StrToTime(S, MyFormatSettings);
TokList[1] := S;
except
on EConvertError do Result := ErrMsg(DATE_ERR, '');
end;
end;
SWEEP_START_INDEX, SWEEP_END_INDEX:
begin
S := Uutils.ConvertDate(TokList[1]);
S2 := S + '/1947';
try
StrToDate(S2, MyFormatSettings);
TokList[1] := S;
except
on EConvertError do Result := ErrMsg(DATE_ERR, '');
end;
end;
WET_STEP_INDEX, DRY_STEP_INDEX, REPORT_STEP_INDEX:
begin
S := TokList[1];
if Uutils.StrHoursToTime(S) = -1 then Result := ErrMsg(TIMESTEP_ERR, '');
end;
ROUTING_STEP_INDEX:
begin
S := TokList[1];
T := 0.0;
if not Uutils.GetExtended(S, T) then
begin
T := Uutils.StrHoursToTime(S)*86400.;
if T <= 0.0 then Result := ErrMsg(TIMESTEP_ERR, '')
else TokList[1] := Format('%.0f',[T]);
end;
end;
VARIABLE_STEP_INDEX:
begin
if Uutils.GetSingle(TokList[1], X) then
TokList[1] := IntToStr(Round(100.0*X))
else
TokList[1] := '0';
end;
INERTIAL_DAMPING_INDEX:
begin
if Uutils.GetSingle(TokList[1], X) then
begin
if X = 0 then TokList[1] := 'NONE'
else TokList[1] := 'PARTIAL';
end;
end;
// This option is now fixed to SWMM 4.
COMPATIBILITY_INDEX:
begin
TokList[1] := '4';
end;
MIN_ROUTE_STEP_INDEX, //(5.1.008)
LENGTHEN_STEP_INDEX,
MIN_SURFAREA_INDEX,
MIN_SLOPE_INDEX,
MAX_TRIALS_INDEX,
HEAD_TOL_INDEX,
SYS_FLOW_TOL_INDEX,
LAT_FLOW_TOL_INDEX:
begin
Uutils.GetSingle(TokList[1], X);
if X <= 0 then TokList[1] := '0';
end;
NORMAL_FLOW_LTD_INDEX:
begin
if SameText(TokList[1], 'NO') or SameText(TokList[1], 'SLOPE')
then TokList[1] := 'SLOPE'
else if SameText(TokList[1], 'YES') or SameText(TokList[1], 'FROUDE')
then TokList[1] := 'FROUDE'
else if SameText(TokList[1], 'BOTH') then TokList[1] := 'BOTH'
else Result := ErrMsg(KEYWORD_ERR, TokList[1]);
end;
FORCE_MAIN_EQN_INDEX:
begin
I := Uutils.FindKeyWord(TokList[1], ForceMainEqnOptions, 3);
if I < 0 then Result := ErrMsg(KEYWORD_ERR, TokList[1])
else TokList[1] := ForceMainEqnOptions[I];
end;
LINK_OFFSETS_INDEX:
begin
I := Uutils.FindKeyWord(TokList[1], LinkOffsetsOptions, 10);
if I < 0 then Result := ErrMsg(KEYWORD_ERR, TokList[1])
else TokList[1] := LinkOffsetsOptions[I];
end;
IGNORE_RAINFALL_INDEX,
IGNORE_SNOWMELT_INDEX,
IGNORE_GRNDWTR_INDEX,
IGNORE_ROUTING_INDEX,
IGNORE_QUALITY_INDEX:
begin
if not SameText(TokList[1], 'YES') and not SameText(TokList[1], 'NO')
then Result := ErrMsg(KEYWORD_ERR, TokList[1]);
end;
//// Following section added to release 5.1.010. //// //(5.1.010)
NUM_THREADS_INDEX:
begin
I := StrToIntDef(TokList[1], 1);
if I < 0 then I := 1;
if (I = 0) or (I > Uutils.GetCPUs) then I := Uutils.GetCPUs;
TokList[1] := IntToStr(I);
end;
////
end;
if Result = 0 then Project.Options.Data[Index] := TokList[1];
end;
function ReadTagData: Integer;
//-----------------------------------------------------------------------------
// Reads in tag data from a line of input.
//-----------------------------------------------------------------------------
const
TagTypes: array[0..3] of PChar = ('Gage', 'Subcatch', 'Node', 'Link');
var
I, J : Integer;
aNode: TNode;
aLink: TLink;
begin
Result := 0;
if Ntoks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
I := Uutils.FindKeyWord(TokList[0], TagTypes, 4);
case I of
-1: Result := ErrMsg(KEYWORD_ERR, TokList[0]);
0: begin
J := Project.Lists[RAINGAGE].IndexOf(TokList[1]);
if J >= 0 then with Project.GetGage(J) do Data[TAG_INDEX] := TokList[2];
end;
1: begin
J := Project.Lists[SUBCATCH].IndexOf(TokList[1]);
if J >= 0 then with Project.GetSubcatch(SUBCATCH, J) do
Data[TAG_INDEX] := TokList[2];
end;
2: begin
aNode := FindNode(TokList[1]);
if (aNode <> nil) then aNode.Data[TAG_INDEX] := TokList[2];
end;
3: begin
aLink := FindLink(TokList[1]);
if (aLink <> nil) then aLink.Data[TAG_INDEX] := TokList[2];
end;
end;
end;
end;
function ReadSymbolData: Integer;
//-----------------------------------------------------------------------------
// Reads rain gage coordinate data from a line of input.
//-----------------------------------------------------------------------------
var
J : Integer;
X, Y : Extended;
aGage : TRaingage;
begin
Result := 0;
if (Ntoks < 3)
then Result := ErrMsg(ITEMS_ERR, '')
else begin
// Locate the gage ID in the database
J := Project.Lists[RAINGAGE].IndexOf(TokList[0]);
// If gage exists then assign it X & Y coordinates
if (J >= 0) then
begin
aGage := Project.GetGage(J);
if not Uutils.GetExtended(TokList[1], X) then
Result := ErrMsg(NUMBER_ERR, TokList[1])
else if not Uutils.GetExtended(TokList[2], Y) then
Result := ErrMsg(NUMBER_ERR, TokList[2])
else
begin
aGage.X := X;
aGage.Y := Y;
end;
end;
end;
end;
function ReadMapData: Integer;
//-----------------------------------------------------------------------------
// Reads map dimensions data from a line of input.
//-----------------------------------------------------------------------------
var
I : Integer;
Index : Integer;
Keyword : String;
X : array[1..4] of Extended;
begin
// Check which keyword applies
Result := 0;
Keyword := TokList[0];
Index := Uutils.FindKeyWord(Keyword, MapWords, 4);
case Index of
0: // Map dimensions
begin
if Ntoks < 5 then Result := ErrMsg(ITEMS_ERR, '')
else begin
for I := 1 to 4 do
if not Uutils.GetExtended(TokList[I], X[I]) then
Result := ErrMsg(NUMBER_ERR, TokList[I]);
if Result = 0 then with MapForm.Map.Dimensions do
begin
LowerLeft.X := X[1];
LowerLeft.Y := X[2];
UpperRight.X := X[3];
UpperRight.Y := X[4];
MapExtentSet := True;
end;
end;
end;
1: //Map units
if Ntoks > 1 then
begin
I := Uutils.FindKeyWord(Copy(TokList[1], 1, 1), MapUnits, 1);
if I < 0 then Result := ErrMsg(KEYWORD_ERR, TokList[1])
else MapForm.Map.Dimensions.Units := TMapUnits(I);
with MapForm.Map.Dimensions do
begin
if Units = muDegrees then Digits := MAXDEGDIGITS
else Digits := Umap.DefMapDimensions.Digits;
end;
end;
else Result := ErrMsg(KEYWORD_ERR, Keyword);
end;
end;
function ReadCoordData: Integer;
//-----------------------------------------------------------------------------
// Reads node coordinate data from a line of input.
//-----------------------------------------------------------------------------
var
X, Y : Extended;
aNode : TNode;
begin
Result := 0;
if (Ntoks < 3)
then Result := ErrMsg(ITEMS_ERR, '')
else begin
// Locate the node ID in the database
aNode := FindNode(TokList[0]);
// If node exists then assign it X & Y coordinates
if (aNode <> nil) then
begin
if not Uutils.GetExtended(TokList[1], X) then
Result := ErrMsg(NUMBER_ERR, TokList[1])
else if not Uutils.GetExtended(TokList[2], Y) then
Result := ErrMsg(NUMBER_ERR, TokList[2])
else
begin
aNode.X := X;
aNode.Y := Y;
end;
end;
end;
end;
function ReadVertexData: Integer;
//-----------------------------------------------------------------------------
// Reads link vertex coordinate data from a line of input.
//-----------------------------------------------------------------------------
var
X, Y : Extended;
aLink : TLink;
begin
Result := 0;
if (Ntoks < 3)
then Result := ErrMsg(ITEMS_ERR, '')
else begin
// Locate the link ID in the database
aLink := FindLink(TokList[0]);;
// If link exists then assign it X & Y coordinates
if (aLink <> nil) then
begin
if not Uutils.GetExtended(TokList[1], X) then
Result := ErrMsg(NUMBER_ERR, TokList[1])
else if not Uutils.GetExtended(TokList[2], Y) then
Result := ErrMsg(NUMBER_ERR, TokList[2])
else aLink.Vlist.Add(X, Y);
end;
end;
end;
function ReadPolygonData: Integer;
//-----------------------------------------------------------------------------
// Reads polygon coordinates associated with subcatchment outlines.
//-----------------------------------------------------------------------------
var
Index : Integer;
X, Y : Extended;
S : TSubcatch;
begin
Result := 0;
if (Ntoks < 3)
then Result := ErrMsg(ITEMS_ERR, '')
else begin
// Locate the subcatchment ID in the database
S := nil;
Index := Project.Lists[SUBCATCH].IndexOf(TokList[0]);
if Index >= 0 then S := Project.GetSubcatch(SUBCATCH, Index);
// If subcatchment exists then add a new vertex to it
if (S <> nil) then
begin
if not Uutils.GetExtended(TokList[1], X) then
Result := ErrMsg(NUMBER_ERR, TokList[1])
else if not Uutils.GetExtended(TokList[2], Y) then
Result := ErrMsg(NUMBER_ERR, TokList[2])
else S.Vlist.Add(X, Y);
end;
end;
end;
function ReadLabelData: Integer;
//-----------------------------------------------------------------------------
// Reads map label data from a line of input.
//-----------------------------------------------------------------------------
var
Ntype : Integer;
Index : Integer;
X, Y : Extended;
S : String;
aMapLabel: TMapLabel;
begin
if (Ntoks < 3)
then Result := ErrMsg(ITEMS_ERR, '')
else begin
if not Uutils.GetExtended(TokList[0], X) then
Result := ErrMsg(NUMBER_ERR, TokList[0])
else if not Uutils.GetExtended(TokList[1], Y) then
Result := ErrMsg(NUMBER_ERR, TokList[1])
else begin
S := TokList[2];
aMapLabel := TMapLabel.Create;
aMapLabel.X := X;
aMapLabel.Y := Y;
Project.Lists[MAPLABEL].AddObject(S, aMapLabel);
Index := Project.Lists[MAPLABEL].Count - 1;
aMapLabel.Text := PChar(Project.Lists[MAPLABEL].Strings[Index]);
Project.HasItems[MAPLABEL] := True;
if Ntoks >= 4 then
begin
if (Length(TokList[3]) > 0) and
Project.FindNode(TokList[3], Ntype, Index) then
aMapLabel.Anchor := Project.GetNode(Ntype, Index);
end;
if Ntoks >= 5 then aMapLabel.FontName := TokList[4];
if Ntoks >= 6 then aMapLabel.FontSize := StrToInt(TokList[5]);
if Ntoks >= 7 then
if StrToInt(TokList[6]) = 1 then aMapLabel.FontBold := True;
if Ntoks >= 8 then
if StrToInt(TokList[7]) = 1 then aMapLabel.FontItalic := True;
Result := 0;
end;
end;
end;
function ReadBackdropData: Integer;
//-----------------------------------------------------------------------------
// Reads map backdrop image information from a line of input.
//-----------------------------------------------------------------------------
var
Index : Integer;
Keyword : String;
I : Integer;
X : array[1..4] of Extended;
begin
// Check which keyword applies
Result := 0;
Keyword := TokList[0];
Index := Uutils.FindKeyWord(Keyword, BackdropWords, 4);
case Index of
0: //Backdrop file
if Ntoks > 1 then MapForm.Map.Backdrop.Filename := TokList[1];
1: // Backdrop dimensions
begin
if Ntoks < 5 then Result := ErrMsg(ITEMS_ERR, '')
else begin
for i := 1 to 4 do
if not Uutils.GetExtended(TokList[I], X[I]) then
Result := ErrMsg(NUMBER_ERR, TokList[I]);
if Result = 0 then with MapForm.Map.Backdrop do
begin
LowerLeft.X := X[1];
LowerLeft.Y := X[2];
UpperRight.X := X[3];
UpperRight.Y := X[4];
end;
end;
end;
2: //Map units - deprecated
if Ntoks > 1 then
begin
i := Uutils.FindKeyWord(Copy(TokList[1], 1, 1), MapUnits, 1);
if I < 0 then Result := ErrMsg(KEYWORD_ERR, TokList[1])
else MapForm.Map.Dimensions.Units := TMapUnits(I);
end;
3, 4: //Backdrop offset or scaling -- deprecated
begin
if Ntoks < 3 then Result := ErrMsg(ITEMS_ERR, '')
else if not Uutils.GetExtended(TokList[1], X[1]) then
Result := ErrMsg(NUMBER_ERR, TokList[1])
else if not Uutils.GetExtended(TokList[2], X[2]) then
Result := ErrMsg(NUMBER_ERR, TokList[2])
else
begin
if Index = 3 then
begin
BackdropX := X[1];
BackdropY := X[2];
end
else
begin
BackdropW := X[1];
BackdropH := X[2];
end;
end;
end;
else Result := ErrMsg(KEYWORD_ERR, Keyword);
end;
end;
function ReadProfileData: Integer;
//-----------------------------------------------------------------------------
// Reads profile plot data from a line of input.
//-----------------------------------------------------------------------------
var
I, J: Integer;
S : String;
begin
Result := 0;
if (Ntoks < 2) then Exit;
// Locate the profile name in the database
I := Project.ProfileNames.IndexOf(TokList[0]);
// If profile does not exist then create it
if (I < 0) then
begin
Project.ProfileNames.Add(TokList[0]);
I := Project.ProfileNames.Count-1;
S := '';
Project.ProfileLinks.Add(S);
end
else S := Project.ProfileLinks[I] + #13;
// Add each remaining token to the list of links in the profile
S := S + TokList[1];
for J := 2 to Ntoks-1 do
S := S + #13 + TokList[J];
Project.ProfileLinks[I] := S;
end;
procedure SetMapDimensions;
//-----------------------------------------------------------------------------
// Determines map dimensions based on range of object coordinates.
//-----------------------------------------------------------------------------
begin
with MapForm.Map do
begin
// Dimensions not provided in [MAP] section
if not MapExtentSet then
begin
// Dimensions were provided in [BACKDROP] section
if (Backdrop.LowerLeft.X <> Backdrop.UpperRight.X) then
begin
// Interpret these as map dimensions
Dimensions.LowerLeft := Backdrop.LowerLeft;
Dimensions.UpperRight := Backdrop.UpperRight;
// Compute backdrop dimensions from Offset and Scale values
Backdrop.LowerLeft.X := BackdropX;
Backdrop.LowerLeft.Y := BackdropY - BackdropH;
Backdrop.UpperRight.X := BackdropX + BackdropW;
Backdrop.UpperRight.Y := BackdropY;
end
// No dimensions of any kind provided
else with Dimensions do
Ucoords.GetCoordExtents(LowerLeft.X, LowerLeft.Y,
UpperRight.X, UpperRight.Y);
end;
end;
end;
function ParseInpLine(S: String): Integer;
//-----------------------------------------------------------------------------
// Parses current input line depending on current section of input file.
//-----------------------------------------------------------------------------
begin
case Section of
1: Result := ReadOptionData;
2: Result := ReadRaingageData;
3: Result := ReadHydrographData;
4: Result := ReadEvaporationData;
5: Result := ReadSubcatchmentData;
6: Result := ReadSubareaData;
7: Result := ReadInfiltrationData;
8: Result := ReadAquiferData;
9: Result := ReadGroundwaterData;
10: Result := ReadJunctionData;
11: Result := ReadOutfallData;
12: Result := ReadStorageData;
13: Result := ReadDividerData;
14: Result := ReadConduitData;
15: Result := ReadPumpData;
16: Result := ReadOrificeData;
17: Result := ReadWeirData;
18: Result := ReadOutletData;
19: Result := ReadXsectionData;
20: Result := ReadTransectData;
21: Result := ReadLossData;
//22: ReadControlData called directly from ReadFile
23: Result := ReadPollutantData;
24: Result := ReadLanduseData;
25: Result := ReadBuildupData;
26: Result := ReadWashoffData;
27: Result := ReadCoverageData;
28: Result := ReadExInflowData;
29: Result := ReadDWInflowData;
30: Result := ReadPatternData;
31: Result := ReadIIInflowData;
32: Result := ReadLoadData;
33: Result := ReadCurveData;
34: Result := ReadTimeseriesData;
35: Result := ReadReportData;
36: Result := ReadFileData;
37: Result := ReadMapData;
38: Result := ReadCoordData;
39: Result := ReadVertexdata;
40: Result := ReadPolygonData;
41: Result := ReadSymbolData;
42: Result := ReadLabelData;
43: Result := ReadBackdropData;
44: Result := ReadProfileData;
45: Result := ReadCurveData;
46: Result := ReadTemperatureData;
47: Result := ReadSnowpackData;
48: Result := ReadTreatmentData(S);
49: Result := ReadTagData;
50: Result := Ulid.ReadLidData(TokList, Ntoks);
51: Result := ReadLidUsageData;
52: Result := ReadGroundwaterFlowEqn(S);
53: Result := ReadAdjustmentData; //(5.1.007)
else Result := 0;
end;
end;
function ParseImportLine(Line: String): Integer;
//-----------------------------------------------------------------------------
// Processes line of input from imported scenario or map file.
// (Not currently used.)
//-----------------------------------------------------------------------------
begin
Result := 0;
end;
procedure StripComment(const Line: String; var S: String);
//-----------------------------------------------------------------------------
// Strips comment (text following a ';') from a line of input.
// Ignores comment if it begins with ';;'.
//-----------------------------------------------------------------------------
var
P: Integer;
N: Integer;
C: String;
begin
C := '';
S := Trim(Line);
P := Pos(';', S);
if P > 0 then
begin
N := Length(S);
C := Copy(S, P+1, N);
if (Length(C) >= 1) and (C[1] <> ';') then
begin
if Length(Comment) > 0 then Comment := Comment + #13;
Comment := Comment + C;
end;
Delete(S, P, N);
end;
end;
function FindNewSection(const S: String): Integer;
//-----------------------------------------------------------------------------
// Checks if S matches any of the section heading key words.
//-----------------------------------------------------------------------------
var
K: Integer;
begin
for K := 0 to High(SectionWords) do
begin
if Pos(SectionWords[K], S) = 1 then
begin
Result := K;
Exit;
end;
end;
Result := -1;
end;
function StartNewSection(S: String): Integer;
//-----------------------------------------------------------------------------
// Begins reading a new section of the input file.
//-----------------------------------------------------------------------------
var
K : Integer;
begin
// Determine which new section to begin
K := FindNewSection(UpperCase(S));
if (K >= 0) then
begin
//Update section code
Section := K;
PrevID := '';
Result := 0;
end
else Result := ErrMsg(KEYWORD_ERR, S);
Comment := '';
end;
function ReadFile(var F: Textfile; const Fsize: Int64):Boolean;
//-----------------------------------------------------------------------------
// Reads each line of a SWMM input file.
//-----------------------------------------------------------------------------
var
Err : Integer;
ByteCount : Integer;
StepCount : Integer;
StepSize : Integer;
S : String;
begin
Result := True;
ErrCount := 0;
LineCount := 0;
Comment := '';
// Initialize progress meter settings
StepCount := MainForm.ProgressBar.Max div MainForm.ProgressBar.Step;
StepSize := Fsize div StepCount;
if StepSize < 1000 then StepSize := 0;
ByteCount := 0;
// Read each line of input file
Reset(F);
while not Eof(F) do
begin
Err := 0;
Readln(F, Line);
Inc(LineCount);
if StepSize > 0 then
begin
Inc(ByteCount, Length(Line));
MainForm.UpdateProgressBar(ByteCount, StepSize);
end;
// Strip out trailing spaces, control characters & comment
Line := TrimRight(Line);
StripComment(Line, S);
// Check if line begins a new input section
if (Pos('[', S) = 1) then Err := StartNewSection(S)
else
begin
//// Following code section modified for release 5.1.011. //// //(5.1.011)
// Check if line contains project title/notes
if (Section = 0) and (Length(Line) > 0) then
begin
if LeftStr(Line,2) <> ';;' then Err := ReadTitleData(Line);
end
// Check if line contains a control rule clause
else if (Section = 22) then Err := ReadControlData(Line)
// Check if line contains an event start/end dates
else if (Section = 54) then Err := ReadEventData(Trim(Line))
// If in some section, then process the input line
else
begin
// Break line into string tokens and parse their contents
Uutils.Tokenize(S, TokList, Ntoks);
if (Ntoks > 0) and (Section >= 0) then
begin
Err := ParseInpLine(S);
Comment := '';
end
// No current section -- file was probably not an EPA-SWMM file
else if (Ntoks > 0) then
begin
Result := False;
Exit;
end;
end;
end;
////
// Increment error count
if Err > 0 then Inc(ErrCount);
end; //End of file.
if ErrCount > MAX_ERRORS then ErrList.Add(
IntToStr(ErrCount-MAX_ERRORS) + TXT_MORE_ERRORS);
end;
procedure DisplayInpErrForm(const Fname: String);
//-----------------------------------------------------------------------------
// Displays Status Report form that lists any error messages.
//-----------------------------------------------------------------------------
begin
SysUtils.DeleteFile((TempReportFile));
TempReportFile := Uutils.GetTempFile(TempDir,'swmm');
ErrList.Insert(0, TXT_ERROR_REPORT + Fname + #13);
ErrList.SaveToFile(TempReportFile);
MainForm.MnuReportStatusClick(MainForm);
end;
procedure ReverseVertexLists;
//-----------------------------------------------------------------------------
// Reverses list of vertex points for each link in the project.
//-----------------------------------------------------------------------------
var
I, J: Integer;
begin
for I := 0 to MAXCLASS do
begin
if not Project.IsLink(I) then continue;
for J := 0 to Project.Lists[I].Count-1 do
if Project.GetLink(I, J).Vlist <> nil then
Project.GetLink(I, J).Vlist.Reverse;
end;
end;
procedure SetSubcatchCentroids;
//-----------------------------------------------------------------------------
// Determines the centroid of each subcatchment polygon.
//-----------------------------------------------------------------------------
var
I : Integer;
begin
for I := 0 to Project.Lists[SUBCATCH].Count - 1 do
begin
Project.GetSubcatch(SUBCATCH, I).SetCentroid;
end;
end;
procedure SetIDPtrs;
//-----------------------------------------------------------------------------
// Makes pointers to ID strings the ID property of objects.
//-----------------------------------------------------------------------------
var
I, J : Integer;
C : TSubcatch;
S : String;
begin
for I := 0 to MAXCLASS do
begin
if I = RAINGAGE then with Project.Lists[RAINGAGE] do
begin
for J := 0 to Count-1 do TRaingage(Objects[J]).ID := PChar(Strings[J]);
end
else if Project.IsSubcatch(I) then with Project.Lists[SUBCATCH] do
begin
for J := 0 to Count-1 do
begin
C := TSubcatch(Objects[J]);
C.ID := PChar(Strings[J]);
S := Trim(C.Data[SUBCATCH_OUTLET_INDEX]);
C.OutSubcatch := FindSubcatch(S);
if C.OutSubcatch = nil then C.OutNode := FindNode(S);
end;
end
else if Project.IsNode(I) then with Project.Lists[I] do
begin
for J := 0 to Count-1 do TNode(Objects[J]).ID := PChar(Strings[J]);
end
else if Project.IsLink(I) then with Project.Lists[I] do
begin
for J := 0 to Count-1 do TLink(Objects[J]).ID := PChar(Strings[J]);
end
else if I = TRANSECT then with Project.Lists[I] do
begin
for J := 0 to Count-1 do
begin
TTransect(Objects[J]).CheckData;
TTransect(Objects[J]).SetMaxDepth;
Project.SetTransectConduitDepth(Strings[J],
TTransect(Objects[J]).Data[TRANSECT_MAX_DEPTH]);
end;
end
else continue;
end;
end;
function ReadInpFile(const Fname: String):Boolean;
//-----------------------------------------------------------------------------
// Reads SWMM input data from a text file.
//-----------------------------------------------------------------------------
var
F : Textfile;
begin
// Try to open the file
Result := False;
AssignFile(F,Fname);
{$I-}
Reset(F);
{$I+}
if (IOResult = 0) then
begin
// Create stringlists
Screen.Cursor := crHourGlass;
MapExtentSet := False;
ErrList := TStringList.Create;
TokList := TStringList.Create;
SubcatchList := TStringList.Create;
NodeList := TStringList.Create;
LinkList := TStringList.Create;
FileType := ftInput;
InpFile := Fname;
try
// Read the file
MainForm.ShowProgressBar(MSG_READING_PROJECT_DATA);
SubcatchList.Sorted := True;
NodeList.Sorted := True;
LinkList.Sorted := True;
Section := -1;
Result := ReadFile(F, Uutils.GetFileSize(Fname));
if (Result = True) then
begin
// Establish pointers to ID names
SetIDPtrs;
end;
finally
// Free the stringlists
SubcatchList.Free;
NodeList.Free;
LinkList.Free;
TokList.Free;
MainForm.PageSetupDialog.Header.Text := Project.Title;
MainForm.HideProgressBar;
Screen.Cursor := crDefault;
// Display errors if found & set map dimensions
if Result = True then
begin
if ErrList.Count > 0 then DisplayInpErrForm(Fname);
SetSubcatchCentroids;
SetMapDimensions;
end;
ErrList.Free;
end;
end;
// Close the input file
CloseFile(F);
end;
procedure ClearDefaultDates;
//-----------------------------------------------------------------------------
// Clears project's date/time settings.
//-----------------------------------------------------------------------------
begin
with Project.Options do
begin
Data[START_DATE_INDEX] := '';
Data[START_TIME_INDEX] := '';
Data[REPORT_START_DATE_INDEX] := '';
Data[REPORT_START_TIME_INDEX] := '';
Data[END_DATE_INDEX] := '';
Data[END_TIME_INDEX] := '';
end;
end;
procedure SetDefaultDates;
//-----------------------------------------------------------------------------
// Sets default values for project's date/time settings.
//-----------------------------------------------------------------------------
var
StartTime: TDateTime;
StartDate: TDateTime;
T: TDateTime;
D: TDateTime;
begin
with Project.Options do
begin
// Process starting date/time
try
StartDate := StrToDate(Data[START_DATE_INDEX], MyFormatSettings);
except
On EConvertError do StartDate := Date;
end;
StartTime := Uutils.StrHoursToTime(Data[START_TIME_INDEX]);
if StartTime < 0 then StartTime := 0;
D := StartDate + StartTime;
Data[START_DATE_INDEX] := DateToStr(D, MyFormatSettings);
Data[START_TIME_INDEX] := TimeToStr(D, MyFormatSettings);
// Process reporting start date/time
try
D := StrToDate(Data[REPORT_START_DATE_INDEX], MyFormatSettings);
except
On EConvertError do D := StartDate;
end;
T := Uutils.StrHoursToTime(Data[REPORT_START_TIME_INDEX]);
if T < 0 then T := StartTime;
D := D + T;
Data[REPORT_START_DATE_INDEX] := DateToStr(D, MyFormatSettings);
Data[REPORT_START_TIME_INDEX] := TimeToStr(D, MyFormatSettings);
// Process ending date/time
try
D := StrToDate(Data[END_DATE_INDEX], MyFormatSettings);
except
On EConvertError do D := StartDate;
end;
T := Uutils.StrHoursToTime(Data[END_TIME_INDEX]);
if T < 0 then T := StartTime;
D := D + T;
Data[END_DATE_INDEX] := DateToStr(D, MyFormatSettings);
Data[END_TIME_INDEX] := TimeToStr(D, MyFormatSettings);
end;
end;
function OpenProject(const Fname: String): TInputFileType;
//-----------------------------------------------------------------------------
// Reads in project data from a file.
//-----------------------------------------------------------------------------
begin
// Show progress meter
ClearDefaultDates;
Screen.Cursor := crHourGlass;
MainForm.ShowProgressBar(MSG_READING_PROJECT_DATA);
// Use default map dimensions and backdrop settings
MapForm.Map.Dimensions := DefMapDimensions;
MapForm.Map.Backdrop := DefMapBackdrop;
// Do the following for non-temporary input files
if not SameText(Fname, Uglobals.TempInputFile) then
begin
// Create a backup file
if AutoBackup
then CopyFile(PChar(Fname), PChar(ChangeFileExt(Fname, '.bak')), FALSE);
// Retrieve project defaults from .INI file
if CompareText(ExtractFileExt(Fname), '.ini') <> 0
then Uinifile.ReadProjIniFile(ChangeFileExt(Fname, '.ini'));
end;
// Read and parse each line of input file
Result := iftNone;
if ReadInpFile(Fname) then Result := iftINP;
// Finish processing the input data
if Result <> iftNone then
begin
SetDefaultDates; // set any missing analysis dates
Uglobals.RegisterCalibData; // register calibration data files
Uupdate.UpdateUnits; // update choice of unit system
Uupdate.UpdateDefOptions; // update default analysis options
Uupdate.UpdateLinkHints; // update hints used for offsets
Project.GetControlRuleNames; // store control ruunit Uimport;
{-------------------------------------------------------------------}
{ Unit: Uimport.pas }
{ Project: EPA SWMM }
{ Version: 5.1 }
{ Date: 12/02/13 (5.1.001) }
{ 04/04/14 (5.1.003) }
{ 04/14/14 (5.1.004) }
{ 09/15/14 (5.1.007) }
{ 03/19/15 (5.1.008) }
{ 08/05/15 (5.1.010) }
{ 08/01/16 (5.1.011) }
{ Author: L. Rossman }
{ }
{ Delphi Pascal unit that imports a SWMM project's data from a }
{ a formatted text file. }
{ }
{ 5.1.011 - Support for reading [EVENTS] section added. }
{-------------------------------------------------------------------}
interface
uses
Classes, Forms, Controls, Dialogs, SysUtils, Windows, Math, StrUtils,
Uutils, Uglobals;
const
ITEMS_ERR = 1;
KEYWORD_ERR = 2;
SUBCATCH_ERR = 3;
NODE_ERR = 4;
LINK_ERR = 5;
LANDUSE_ERR = 6;
POLLUT_ERR = 7;
NUMBER_ERR = 8;
XSECT_ERR = 9;
TRANSECT_ERR = 10;
TIMESTEP_ERR = 11;
DATE_ERR = 12;
LID_ERR = 13;
MAX_ERRORS = 50;
type
TFileType = (ftInput, ftImport);
// These routines can be called from other units
function ErrMsg(const ErrCode: Integer; const Name: String): Integer;
function OpenProject(const Fname: String): TInputFileType;
function ReadInpFile(const Fname: String):Boolean;
procedure SetDefaultDates;
implementation
uses
Fmain, Fmap, Fstatus, Dxsect, Uexport, Uinifile, Uproject, Umap,
Ucoords, Uvertex, Uupdate, Dreporting, Ulid;
const
MSG_READING_PROJECT_DATA = 'Reading project data... ';
TXT_ERROR = 'Error ';
TXT_AT_LINE = ' at line ';
TXT_MORE_ERRORS = ' more errors found in file.';
TXT_ERROR_REPORT = 'Error Report for File ';
SectionWords : array[0..54] of PChar = //(5.1.011)
('[TITLE', //0
'[OPTION', //1
'[RAINGAGE', //2
'[HYDROGRAPH', //3
'[EVAPORATION', //4
'[SUBCATCHMENT', //5
'[SUBAREA', //6
'[INFILTRATION', //7
'[AQUIFER', //8
'[GROUNDWATER', //9
'[JUNCTION', //10
'[OUTFALL', //11
'[STORAGE', //12
'[DIVIDER', //13
'[CONDUIT', //14
'[PUMP', //15
'[ORIFICE', //16
'[WEIR', //17
'[OUTLET', //18
'[XSECTION', //19
'[TRANSECT', //20
'[LOSS', //21
'[CONTROL', //22
'[POLLUTANT', //23
'[LANDUSE', //24
'[BUILDUP', //25
'[WASHOFF', //26
'[COVERAGE', //27
'[INFLOW', //28
'[DWF', //29
'[PATTERN', //30
'[RDII', //31
'[LOAD', //32
'[CURVE', //33
'[TIMESERIES', //34
'[REPORT', //35
'[FILE', //36
'[MAP', //37
'[COORDINATES', //38
'[VERTICES', //39
'[POLYGONS', //40
'[SYMBOLS', //41
'[LABELS', //42
'[BACKDROP', //43
'[PROFILE', //44
'[TABLE', //45
'[TEMPERATURE', //46
'[SNOWPACK', //47
'[TREATMENT', //48
'[TAG', //49
'[LID_CONTROL', //50
'[LID_USAGE', //51
'[GWF', //52 //(5.1.007)
'[ADJUSTMENTS', //53 //(5.1.007)
'[EVENT'); //54 //(5.1.011)
var
FileType : TFileType;
InpFile : String;
ErrList : TStringlist;
SubcatchList : TStringlist;
NodeList : TStringlist;
LinkList : TStringlist;
TokList : TStringlist;
Ntoks : Integer;
Section : Integer;
LineCount : LongInt;
ErrCount : LongInt;
Line : String;
Comment : String;
TsectComment : String;
PrevID : String;
PrevIndex : Integer;
CurveType : Integer;
MapExtentSet : Boolean;
ManningsN : array[1..3] of String;
// These are deprecated attributes of a backdrop image
BackdropX : Extended;
BackdropY : Extended;
BackdropW : Extended;
BackdropH : Extended;
function ErrMsg(const ErrCode: Integer; const Name: String): Integer;
//-----------------------------------------------------------------------------
// Adds an error message for a specific error code to the list
// of errors encountered when reading an input file.
//-----------------------------------------------------------------------------
var
S: String;
begin
if ErrCount <= MAX_ERRORS then
begin
case ErrCode of
ITEMS_ERR: S := 'Too few items ';
KEYWORD_ERR: S := 'Unrecognized keyword (' + Name + ') ';
SUBCATCH_ERR: S := 'Undefined Subcatchment (' + Name + ') referenced ';
NODE_ERR: S := 'Undefined Node (' + Name + ') referenced ';
LINK_ERR: S := 'Undefined Link (' + Name + ') referenced ';
LANDUSE_ERR: S := 'Undefined Land Use (' + Name + ') referenced ';
POLLUT_ERR: S := 'Undefined Pollutant (' + Name + ') referenced ';
NUMBER_ERR: S := 'Illegal numeric value (' + Name + ') ';
XSECT_ERR: S := 'Illegal cross section for Link ' + Name + ' ';
TRANSECT_ERR: S := 'No Transect defined for these data ';
TIMESTEP_ERR: S := 'Illegal time step value ';
DATE_ERR: S := 'Illegal date/time value ';
LID_ERR: S := 'Undefined LID process (' + Name + ') referenced ';
else S := 'Unknown error ';
end;
S := S + 'at line ' + IntToStr(LineCount) + ':';
ErrList.Add(S);
if Section >= 0 then ErrList.Add(SectionWords[Section] + ']');
ErrList.Add(Line);
ErrList.Add('');
end;
Result := ErrCode;
end;
function FindSubcatch(const ID: String): TSubcatch;
//-----------------------------------------------------------------------------
// Finds a Subcatchment object given its ID name.
//-----------------------------------------------------------------------------
var
Index: Integer;
Atype: Integer;
begin
Result := nil;
if (FileType = ftInput) then
begin
if SubcatchList.Find(ID, Index)
then Result := TSubcatch(SubcatchList.Objects[Index]);
end
else
begin
if (Project.FindSubcatch(ID, Atype, Index))
then Result := Project.GetSubcatch(Atype, Index);
end;
end;
function FindNode(const ID: String): TNode;
//-----------------------------------------------------------------------------
// Finds a Node object given its ID name.
//-----------------------------------------------------------------------------
var
Index: Integer;
Ntype: Integer;
begin
Result := nil;
if (FileType = ftInput) then
begin
if NodeList.Find(ID, Index)
then Result := TNode(NodeList.Objects[Index]);
end
else
begin
if (Project.FindNode(ID, Ntype, Index))
then Result := Project.GetNode(Ntype, Index);
end;
end;
function FindLink(const ID: String): TLink;
//-----------------------------------------------------------------------------
// Finds a Link object given its ID name.
//-----------------------------------------------------------------------------
var
Index : Integer;
Ltype : Integer;
begin
Result := nil;
if (FileType = ftInput) then
begin
if LinkList.Find(ID, Index)
then Result := TLink(LinkList.Objects[Index]);
end
else
begin
if (Project.FindLink(ID, Ltype, Index))
then Result := Project.GetLink(Ltype, Index);
end;
end;
function ReadTitleData(Line: String): Integer;
//-----------------------------------------------------------------------------
// Adds Line of text to a project's title and notes.
//-----------------------------------------------------------------------------
begin
if Project.Lists[NOTES].Count = 0 then Project.Title := Line;
Project.Lists[NOTES].Add(Line);
Project.HasItems[NOTES] := True;
Result := 0;
end;
procedure ReadOldRaingageData(I: Integer; aGage: TRaingage);
//-----------------------------------------------------------------------------
// Reads a line of parsed rain gage data using older format.
//-----------------------------------------------------------------------------
begin
if I = 0 then
begin
aGage.Data[GAGE_DATA_SOURCE] := RaingageOptions[0];
if Ntoks > 2 then aGage.Data[GAGE_SERIES_NAME] := TokList[2];
if Ntoks > 3 then aGage.Data[GAGE_DATA_FORMAT] := TokList[3];
if Ntoks > 4 then aGage.Data[GAGE_DATA_FREQ] := TokList[4];
end;
if I = 1 then
begin
aGage.Data[GAGE_DATA_SOURCE] := RaingageOptions[1];
if Ntoks > 2 then aGage.Data[GAGE_FILE_NAME] := TokList[2];
if Ntoks > 3 then aGage.Data[GAGE_STATION_NUM] := TokList[3];
end;
end;
procedure ReadNewRaingageData(aGage: TRaingage);
//-----------------------------------------------------------------------------
// Reads a line of rain gage data using newer format.
//-----------------------------------------------------------------------------
var
I: Integer;
Fname: String;
begin
if Ntoks > 1 then aGage.Data[GAGE_DATA_FORMAT] := TokList[1];
if Ntoks > 2 then aGage.Data[GAGE_DATA_FREQ] := TokList[2];
if Ntoks > 3 then aGage.Data[GAGE_SNOW_CATCH] := TokList[3];
if Ntoks > 4 then
begin
I := Uutils.FindKeyWord(TokList[4], RaingageOptions, 4);
if I = 0 then
begin
aGage.Data[GAGE_DATA_SOURCE] := RaingageOptions[0];
if Ntoks > 5 then aGage.Data[GAGE_SERIES_NAME] := TokList[5];
end;
if I = 1 then
begin
aGage.Data[GAGE_DATA_SOURCE] := RaingageOptions[1];
if Ntoks > 5 then
begin
Fname := TokList[5];
if ExtractFilePath(Fname) = ''
then Fname := ExtractFilePath(Uglobals.InputFileName) + Fname;
aGage.Data[GAGE_FILE_NAME] := Fname;
end;
if Ntoks > 6 then aGage.Data[GAGE_STATION_NUM] := TokList[6];
if Ntoks > 7 then aGage.Data[GAGE_RAIN_UNITS] := TokList[7];
end;
end;
end;
function ReadRaingageData: Integer;
//-----------------------------------------------------------------------------
// Parses rain gage data from the input line.
//-----------------------------------------------------------------------------
var
aGage : TRaingage;
ID : String;
I : Integer;
begin
if Ntoks < 2 then
begin
Result := ErrMsg(ITEMS_ERR, '');
Exit;
end;
ID := TokList[0];
aGage := TRaingage.Create;
Uutils.CopyStringArray(Project.DefProp[RAINGAGE].Data, aGage.Data);
aGage.X := MISSING;
aGage.Y := MISSING;
aGage.Data[COMMENT_INDEX ] := Comment;
Project.Lists[RAINGAGE].AddObject(ID, aGage);
Project.HasItems[RAINGAGE] := True;
I := Uutils.FindKeyWord(TokList[1], RaingageOptions, 4);
if I >= 0
then ReadOldRaingageData(I, aGage)
else ReadNewRaingageData(aGage);
Result := 0;
end;
function ReadOldHydrographFormat(const I: Integer; UH: THydrograph): Integer;
//-----------------------------------------------------------------------------
// Reads older format of unit hydrograph parameters from a line of input.
//-----------------------------------------------------------------------------
var
J, K, N: Integer;
begin
Result := 0;
if Ntoks < 2 then Result := ErrMsg(ITEMS_ERR, '')
else
begin
N := 2;
for K := 1 to 3 do
begin
for J := 1 to 3 do
begin
UH.Params[I,J,K] := TokList[N];
Inc(N);
end;
end;
for J := 1 to 3 do
begin
UH.InitAbs[I,J,1] := '';
if Ntoks > N then UH.InitAbs[I,J,1] := TokList[N];
Inc(N);
for K := 2 to 3 do UH.InitAbs[I,J,K] := UH.InitAbs[I,J,1];
end;
end;
end;
function ReadHydrographData: Integer;
//-----------------------------------------------------------------------------
// Reads RDII unit hydrograph data from a line of input.
//-----------------------------------------------------------------------------
var
I, J, K: Integer;
ID: String;
aUnitHyd: THydrograph;
Index: Integer;
begin
Result := 0;
if Ntoks < 2 then Result := ErrMsg(ITEMS_ERR, '')
else
begin
// Check if hydrograph ID is same as for previous line
ID := TokList[0];
if (ID = PrevID)
then Index := PrevIndex
else Index := Project.Lists[HYDROGRAPH].IndexOf(ID);
// If starting input for a new hydrograph then create it
if Index < 0 then
begin
aUnitHyd := THydrograph.Create;
Project.Lists[HYDROGRAPH].AddObject(ID, aUnitHyd);
Project.HasItems[HYDROGRAPH] := True;
Index := Project.Lists[HYDROGRAPH].Count - 1;
PrevID := ID;
PrevIndex := Index;
end
else aUnitHyd := THydrograph(Project.Lists[HYDROGRAPH].Objects[Index]);
// Parse rain gage name for 2-token line
if Ntoks = 2 then
begin
aUnitHyd.Raingage := TokList[1];
end
// Extract remaining hydrograph parameters
else if Ntoks < 6 then Result := ErrMsg(ITEMS_ERR, '')
else
begin
// Determine month of year
I := Uutils.FindKeyWord(TokList[1], MonthLabels, 3);
if I < 0 then Result := ErrMsg(KEYWORD_ERR, TokList[1]);
// Determine if response type present - if not, process old format
K := Uutils.FindKeyWord(TokList[2], ResponseTypes, 3) + 1;
if K < 1 then Result := ReadOldHydrographFormat(I, aUnitHyd)
else
begin
// Extract R-T-K values
for J := 3 to 5 do
begin
aUnitHyd.Params[I,J-2,K] := TokList[J];
end;
// Extract IA parameters
for J := 6 to 8 do
begin
if J >= Ntoks then break
else aUnitHyd.InitAbs[I,J-5,K] := TokList[J];
end;
end;
end;
end;
end;
function ReadTemperatureData: Integer;
//-----------------------------------------------------------------------------
// Reads description of air temperature data from a line of input.
//-----------------------------------------------------------------------------
var
I: Integer;
begin
Result := 0;
if Ntoks < 2 then Result := ErrMsg(ITEMS_ERR, '')
else with Project.Climatology do
begin
I := Uutils.FindKeyWord(TokList[0], TempKeywords, 10);
if I < 0 then Result := ErrMsg(KEYWORD_ERR, TokList[0])
else case I of
0: begin // Time series
TempDataSource := 1;
TempTseries := TokList[1];
end;
1: begin // File
TempDataSource := 2;
TempFile := TokList[1];
if ExtractFilePath(TempFile) = '' then
TempFile := ExtractFilePath(Uglobals.InputFileName) + TempFile;
if Ntoks >= 3 then TempStartDate := TokList[2];
end;
2: begin // Wind speed
if SameText(TokList[1], 'MONTHLY') then
begin
if Ntoks < 14 then Result := ErrMsg(ITEMS_ERR, '')
else
begin
WindType := MONTHLY_WINDSPEED;
for I := 1 to 12 do WindSpeed[I] := TokList[I+1];
end;
end
else if SameText(TokList[1], 'FILE') then WindType := FILE_WINDSPEED
else Result := ErrMsg(KEYWORD_ERR, TokList[1]);
end;
3: begin
if Ntoks < 7 then Result := ErrMsg(ITEMS_ERR, '')
else for I := 1 to 6 do SnowMelt[I] := TokList[I];
end;
4: begin
if Ntoks < 12 then Result := ErrMsg(ITEMS_ERR, '')
else
begin
if SameText(TokList[1], 'IMPERVIOUS') then
for I := 1 to 10 do ADCurve[1][I] := TokList[I+1]
else if SameText(TokList[1], 'PERVIOUS') then
for I := 1 to 10 do ADCurve[2][I] := TokList[I+1]
else Result := ErrMsg(KEYWORD_ERR, TokList[1]);
end;
end;
end;
end;
end;
function ReadEvaporationRates(Etype: Integer): Integer;
var
J: Integer;
begin
if (Etype <> TEMP_EVAP) and (Ntoks < 2)
then Result := ErrMsg(ITEMS_ERR, '')
else with Project.Climatology do
begin
EvapType := Etype;
case EvapType of
CONSTANT_EVAP:
for J := 0 to 11 do EvapData[J] := TokList[1];
TSERIES_EVAP:
EvapTseries := TokList[1];
FILE_EVAP:
for J := 1 to 12 do
begin
if J >= Ntoks then break;
PanData[J-1] := TokList[J];
end;
MONTHLY_EVAP:
for J := 1 to 12 do
begin
if J >= Ntoks then break;
EvapData[J-1] := TokList[J];
end;
end;
Result := 0;
end;
end;
function ReadEvaporationData: Integer;
//-----------------------------------------------------------------------------
// Reads evaporation data from a line of input.
//-----------------------------------------------------------------------------
var
I: Integer;
begin
Result := 0;
I := Uutils.FindKeyWord(TokList[0], EvapOptions, 4);
if I >= 0 then Result := ReadEvaporationRates(I)
else if (I <> TEMP_EVAP) and (Ntoks < 2)
then Result := ErrMsg(ITEMS_ERR, '')
else with Project.Climatology do
begin
if SameText(TokList[0], 'RECOVERY')
then RecoveryPat := TokList[1]
else if SameText(TokList[0], 'DRY_ONLY') then
begin
if SameText(TokList[1], 'NO') then EvapDryOnly := False
else if SameText(TokList[1], 'YES') then EvapDryOnly := True
else Result := ErrMsg(KEYWORD_ERR, TokList[1]);
end
else Result := ErrMsg(KEYWORD_ERR, TokList[0]);
end;
end;
function ReadSubcatchmentData: Integer;
//-----------------------------------------------------------------------------
// Reads subcatchment data from a line of input.
//-----------------------------------------------------------------------------
var
S : TSubcatch;
ID : String;
begin
if Ntoks < 8
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
S := TSubcatch.Create;
SubcatchList.AddObject(ID, S);
S.X := MISSING;
S.Y := MISSING;
S.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[SUBCATCH].Data, S.Data);
S.Data[SUBCATCH_RAINGAGE_INDEX] := TokList[1];
S.Data[SUBCATCH_OUTLET_INDEX] := TokList[2];
S.Data[SUBCATCH_AREA_INDEX] := TokList[3];
S.Data[SUBCATCH_IMPERV_INDEX] := TokList[4];
S.Data[SUBCATCH_WIDTH_INDEX] := TokList[5];
S.Data[SUBCATCH_SLOPE_INDEX] := TokList[6];
S.Data[SUBCATCH_CURBLENGTH_INDEX] := TokList[7];
if Ntoks >= 9
then S.Data[SUBCATCH_SNOWPACK_INDEX] := TokList[8];
S.Data[COMMENT_INDEX ] := Comment;
Project.Lists[SUBCATCH].AddObject(ID, S);
Project.HasItems[SUBCATCH] := True;
Result := 0;
end;
end;
function ReadSubareaData: Integer;
//-----------------------------------------------------------------------------
// Reads subcatchment sub-area data from a line of input.
//-----------------------------------------------------------------------------
var
S : TSubcatch;
ID : String;
begin
if Ntoks < 7
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
S := FindSubcatch(ID);
if S = nil
then Result := ErrMsg(SUBCATCH_ERR, ID)
else begin
S.Data[SUBCATCH_IMPERV_N_INDEX] := TokList[1];
S.Data[SUBCATCH_PERV_N_INDEX] := TokList[2];
S.Data[SUBCATCH_IMPERV_DS_INDEX] := TokList[3];
S.Data[SUBCATCH_PERV_DS_INDEX] := TokList[4];
S.Data[SUBCATCH_PCTZERO_INDEX] := TokList[5];
S.Data[SUBCATCH_ROUTE_TO_INDEX] := TokList[6];
if Ntoks >= 8
then S.Data[SUBCATCH_PCT_ROUTED_INDEX] := TokList[7];
Result := 0;
end;
end;
end;
function ReadInfiltrationData: Integer;
//-----------------------------------------------------------------------------
// Reads subcatchment infiltration data from a line of input.
//-----------------------------------------------------------------------------
var
S : TSubcatch;
ID : String;
J : Integer;
Jmax : Integer;
begin
ID := TokList[0];
S := FindSubcatch(ID);
if S = nil
then Result := ErrMsg(SUBCATCH_ERR, ID)
else begin
Jmax := Ntoks-1;
if Jmax > MAXINFILPROPS then Jmax := MAXINFILPROPS;
for J := 1 to Jmax do S.InfilData[J-1] := TokList[J];
Result := 0;
end;
end;
function ReadAquiferData: Integer;
//-----------------------------------------------------------------------------
// Reads aquifer data from a line of input.
//-----------------------------------------------------------------------------
var
ID : String;
A : TAquifer;
I : Integer;
begin
if nToks < MAXAQUIFERPROPS then Result := ErrMsg(ITEMS_ERR, '') //(5.1.003)
else begin
ID := TokList[0];
A := TAquifer.Create;
//Uutils.CopyStringArray(Project.DefProp[AQUIFER].Data, A.Data); //(5.1.004)
Project.Lists[AQUIFER].AddObject(ID, A);
Project.HasItems[AQUIFER] := True;
for I := 0 to MAXAQUIFERPROPS-1 do A.Data[I] := TokList[I+1]; //(5.1.003)
if nToks >= MAXAQUIFERPROPS + 2 //(5.1.004)
then A.Data[MAXAQUIFERPROPS] := TokList[MAXAQUIFERPROPS+1] //(5.1.003)
else A.Data[MAXAQUIFERPROPS] := ''; //(5.1.003)
Result := 0;
end;
end;
function ReadGroundwaterData: Integer;
//-----------------------------------------------------------------------------
// Reads subcatchment groundwater data from a line of input.
//-----------------------------------------------------------------------------
var
S: TSubcatch;
ID: String;
P: String;
J: Integer;
K: Integer;
begin
// Get subcatchment name
ID := TokList[0];
S := FindSubcatch(ID);
if S = nil
then Result := ErrMsg(SUBCATCH_ERR, ID)
else
begin
// Line contains GW flow parameters
if Ntoks < 10 then Result := ErrMsg(ITEMS_ERR, '')
else begin
S.Groundwater.Clear;
// Read required parameters
for J := 1 to 9 do S.Groundwater.Add(TokList[J]);
// Read optional parameters
for K := 10 to 13 do
begin
if Ntoks > K then
begin
P := TokList[K];
if P = '*' then P := '';
S.Groundwater.Add(P);
end
else S.Groundwater.Add('');
end;
S.Data[SUBCATCH_GWATER_INDEX] := 'YES';
Result := 0;
end;
end;
end;
//// This function was re-written for release 5.1.007. //// //(5.1.007)
function ReadGroundwaterFlowEqn(Line: String): Integer;
//-----------------------------------------------------------------------------
// Reads GW flow math expression from a line of input.
//-----------------------------------------------------------------------------
var
S: TSubcatch;
N: Integer;
begin
// Check for enough tokens in line
if Ntoks < 3 then Result := ErrMsg(ITEMS_ERR, '')
// Get subcatchment object referred to by name
else begin
Result := 0;
S := FindSubcatch(TokList[0]);
if S = nil then Result := ErrMsg(SUBCATCH_ERR, TokList[0])
else begin
// Find position in Line where second token ends
N := Pos(TokList[1], Line) + Length(TokList[1]);
// Save remainder of line to correct type of GW flow equation
if SameText(TokList[1], 'LATERAL') then
S.GwLatFlowEqn := Trim(AnsiRightStr(Line, Length(Line)-N))
else if SameText(TokList[1], 'DEEP') then
S.GwDeepFlowEqn := Trim(AnsiRightStr(Line, Length(Line)-N))
else Result := ErrMsg(KEYWORD_ERR, TokList[1]);
end;
end;
end;
function ReadSnowpackData: Integer;
//-----------------------------------------------------------------------------
// Reads snowpack data from a line of input.
//-----------------------------------------------------------------------------
var
ID : String;
P : TSnowpack;
I : Integer;
J : Integer;
Index: Integer;
begin
Result := 0;
if Ntoks < 8
then Result := ErrMsg(ITEMS_ERR, '')
else begin
I := Uutils.FindKeyWord(TokList[1], SnowpackOptions, 7);
if I < 0
then Result := ErrMsg(KEYWORD_ERR, TokList[1])
else begin
// Check if snow pack ID is same as for previous line
ID := TokList[0];
if (ID = PrevID)
then Index := PrevIndex
else Index := Project.Lists[SNOWPACK].IndexOf(ID);
// If starting input for a new snow pack then create it
if Index < 0 then
begin
P := TSnowpack.Create;
Project.Lists[SNOWPACK].AddObject(ID, P);
Project.HasItems[SNOWPACK] := True;
Index := Project.Lists[SNOWPACK].Count - 1;
PrevID := ID;
PrevIndex := Index;
end
else P := TSnowpack(Project.Lists[SNOWPACK].Objects[Index]);
// Parse line depending on data type
case I of
// Plowable area
0: begin
if Ntoks < 9 then Result := ErrMsg(ITEMS_ERR, '')
else
begin
for J := 1 to 6 do P.Data[1][J] := TokList[J+1];
P.FracPlowable := TokList[8];
end;
end;
// Impervious or Pervious area
1,
2: begin
if Ntoks < 9 then Result := ErrMsg(ITEMS_ERR, '')
else for J := 1 to 7 do P.Data[I+1][J] := TokList[J+1];
end;
// Plowing parameters
3: begin
for J := 1 to 6 do P.Plowing[J] := TokList[J+1];
if Ntoks >= 9 then P.Plowing[7] := TokList[8];
end;
end;
end;
end;
end;
function ReadJunctionData: Integer;
//-----------------------------------------------------------------------------
// Reads junction data from a line of input.
//-----------------------------------------------------------------------------
var
aNode: TNode;
ID : String;
begin
if Ntoks < 2
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aNode := TNode.Create;
NodeList.AddObject(ID, aNode);
aNode.Ntype := JUNCTION;
aNode.X := MISSING;
aNode.Y := MISSING;
aNode.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[JUNCTION].Data, aNode.Data);
aNode.Data[NODE_INVERT_INDEX] := TokList[1];
if Ntoks > 2 then aNode.Data[JUNCTION_MAX_DEPTH_INDEX] := TokList[2];
if Ntoks > 3 then aNode.Data[JUNCTION_INIT_DEPTH_INDEX] := TokList[3];
if Ntoks > 4 then aNode.Data[JUNCTION_SURCHARGE_DEPTH_INDEX] := TokList[4];
if Ntoks > 5 then aNode.Data[JUNCTION_PONDED_AREA_INDEX] := TokList[5];
aNode.Data[COMMENT_INDEX ] := Comment;
Project.Lists[JUNCTION].AddObject(ID, aNode);
Project.HasItems[JUNCTION] := True;
Result := 0;
end;
end;
function ReadOutfallData: Integer;
//-----------------------------------------------------------------------------
// Reads outfall data from a line of input.
//-----------------------------------------------------------------------------
var
aNode: TNode;
ID : String;
I : Integer;
N : Integer; //(5.1.008)
begin
if Ntoks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
N := 4; //(5.1.008)
ID := TokList[0];
aNode := TNode.Create;
NodeList.AddObject(ID, aNode);
aNode.Ntype := OUTFALL;
aNode.X := MISSING;
aNode.Y := MISSING;
aNode.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[OUTFALL].Data, aNode.Data);
aNode.Data[NODE_INVERT_INDEX] := TokList[1];
I := Uutils.FindKeyWord(TokList[2], OutfallOptions, 4);
if I < 0 then I := FREE_OUTFALL;
if (I > NORMAL_OUTFALL) and (Ntoks >= 4) then
begin
case I of
FIXED_OUTFALL: aNode.Data[OUTFALL_FIXED_STAGE_INDEX] := TokList[3];
TIDAL_OUTFALL: aNode.Data[OUTFALL_TIDE_TABLE_INDEX] := TokList[3];
TIMESERIES_OUTFALL: aNode.Data[OUTFALL_TIME_SERIES_INDEX] := TokList[3];
end;
N := 5;
if Ntoks >= 5 then aNode.Data[OUTFALL_TIDE_GATE_INDEX] := TokList[4]; // (5.1.008)
end
else if Ntoks >= 4 then aNode.Data[OUTFALL_TIDE_GATE_INDEX] := TokList[3]; //(5.1.008)
if Ntoks > N then aNode.Data[OUTFALL_ROUTETO_INDEX] := TokList[N]; //(5.1.008)
aNode.Data[OUTFALL_TYPE_INDEX] := OutfallOptions[I];
aNode.Data[COMMENT_INDEX ] := Comment;
Project.Lists[OUTFALL].AddObject(ID, aNode);
Project.HasItems[OUTFALL] := True;
Result := 0;
end;
end;
//// The following function was modified for release 5.1.007. //// //(5.1.007)
function ReadStorageData: Integer;
//-----------------------------------------------------------------------------
// Reads storage unit data from a line of input.
//-----------------------------------------------------------------------------
var
aNode: TNode;
ID : String;
N : Integer;
X : Single;
begin
Result := 0;
N := 6;
if Ntoks < 6
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aNode := TNode.Create;
NodeList.AddObject(ID, aNode);
aNode.Ntype := STORAGE;
aNode.X := MISSING;
aNode.Y := MISSING;
aNode.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[STORAGE].Data, aNode.Data);
Project.Lists[STORAGE].AddObject(ID, aNode);
aNode.Data[NODE_INVERT_INDEX] := TokList[1];
aNode.Data[STORAGE_MAX_DEPTH_INDEX] := TokList[2];
aNode.Data[STORAGE_INIT_DEPTH_INDEX] := TokList[3];
aNode.Data[STORAGE_GEOMETRY_INDEX] := TokList[4];
if CompareText(TokList[4], 'TABULAR') = 0 then
begin
aNode.Data[STORAGE_ATABLE_INDEX] := TokList[5];
end
else begin
if Ntoks < 7
then Result := ErrMsg(ITEMS_ERR, '')
else begin
aNode.Data[STORAGE_ACOEFF_INDEX] := TokList[5];
aNode.Data[STORAGE_AEXPON_INDEX] := TokList[6];
if Ntoks >= 8 then aNode.Data[STORAGE_ACONST_INDEX] := TokList[7];
N := 8;
end;
end;
// Optional items
if (Result = 0) and (Ntoks > N) then
begin
// Ponded area
aNode.Data[STORAGE_PONDED_AREA_INDEX] := TokList[N];
// Evaporation factor
if Ntoks > N+1 then aNode.Data[STORAGE_EVAP_FACTOR_INDEX] := TokList[N+1];
// Constant seepage rate
if Ntoks = N+3 then
begin
aNode.InfilData[STORAGE_KSAT_INDEX] := TokList[N+2];
end
// Green-Ampt seepage parameters
else if Ntoks = N+5 then
begin
aNode.InfilData[STORAGE_SUCTION_INDEX] := TokList[N+2];
aNode.InfilData[STORAGE_KSAT_INDEX] := TokList[N+3];
aNode.InfilData[STORAGE_IMDMAX_INDEX] := TokList[N+4];
end;
end;
Uutils.GetSingle(aNode.InfilData[STORAGE_KSAT_INDEX ], X);
if (X > 0) then aNode.Data[STORAGE_SEEPAGE_INDEX] := 'YES'
else aNode.Data[STORAGE_SEEPAGE_INDEX] := 'NO';
aNode.Data[COMMENT_INDEX ] := Comment;
Project.HasItems[STORAGE] := True;
end;
end;
function ReadDividerData: Integer;
//-----------------------------------------------------------------------------
// Reads flow divider data from a line of input.
// (Corrected on 6/14/05)
//-----------------------------------------------------------------------------
var
N, J : Integer;
aNode: TNode;
ID : String;
begin
if Ntoks < 4
then Result := ErrMsg(ITEMS_ERR, '')
else begin
Result := 0;
ID := TokList[0];
aNode := TNode.Create;
NodeList.AddObject(ID, aNode);
aNode.Ntype := DIVIDER;
aNode.X := MISSING;
aNode.Y := MISSING;
aNode.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[DIVIDER].Data, aNode.Data);
Project.Lists[DIVIDER].AddObject(ID, aNode);
Project.HasItems[DIVIDER] := True;
aNode.Data[COMMENT_INDEX ] := Comment;
aNode.Data[NODE_INVERT_INDEX] := TokList[1];
aNode.Data[DIVIDER_LINK_INDEX] := TokList[2];
aNode.Data[DIVIDER_TYPE_INDEX] := TokList[3];
N := 5;
if SameText(TokList[3], 'OVERFLOW') then
begin
N := 4;
end
else if SameText(TokList[3], 'CUTOFF') then
begin
aNode.Data[DIVIDER_CUTOFF_INDEX] := TokList[4];
end
else if SameText(TokList[3], 'TABULAR') then
begin
aNode.Data[DIVIDER_TABLE_INDEX] := TokList[4];
end
else if SameText(TokList[3], 'WEIR') and (Ntoks >= 7) then
begin
aNode.Data[DIVIDER_QMIN_INDEX] := TokList[4];
aNode.Data[DIVIDER_DMAX_INDEX] := TokList[5];
aNode.Data[DIVIDER_QCOEFF_INDEX] := TokList[6];
N := 7;
end
else Result := ErrMsg(KEYWORD_ERR, TokList[3]);
if (Result = 0) and (Ntoks > N) then
begin
for J := N to Ntoks-1 do
aNode.Data[DIVIDER_MAX_DEPTH_INDEX + J - N] := TokList[J];
end;
end;
end;
function ReadConduitData: Integer;
//-----------------------------------------------------------------------------
// Reads conduit data from a line of input.
//-----------------------------------------------------------------------------
var
aLink : TLink;
aNode1: TNode;
aNode2: TNode;
ID : String;
begin
if Ntoks < 7 then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aNode1 := FindNode(TokList[1]);
aNode2 := FindNode(TokList[2]);
if (aNode1 = nil) then Result := ErrMsg(NODE_ERR, TokList[1])
else if (aNode2 = nil) then Result := ErrMsg(NODE_ERR, TokList[2])
else begin
aLink := TLink.Create;
LinkList.AddObject(ID, aLink);
aLink.Ltype := CONDUIT;
aLink.Node1 := aNode1;
aLink.Node2 := aNode2;
aLink.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[CONDUIT].Data, aLink.Data);
Project.Lists[CONDUIT].AddObject(ID, aLink);
Project.HasItems[CONDUIT] := True;
aLink.Data[CONDUIT_LENGTH_INDEX] := TokList[3];
aLink.Data[CONDUIT_ROUGHNESS_INDEX] := TokList[4];
aLink.Data[CONDUIT_INLET_HT_INDEX] := TokList[5];
aLink.Data[CONDUIT_OUTLET_HT_INDEX] := TokList[6];
if Ntoks > 7 then aLink.Data[CONDUIT_INIT_FLOW_INDEX] := TokList[7];
if Ntoks > 8 then aLink.Data[CONDUIT_MAX_FLOW_INDEX] := TokList[8];
aLink.Data[COMMENT_INDEX ] := Comment;
Result := 0;
end;
end;
end;
function ReadPumpData: Integer;
//-----------------------------------------------------------------------------
// Reads pump data from a line of input.
//-----------------------------------------------------------------------------
var
aLink : TLink;
aNode1: TNode;
aNode2: TNode;
ID : String;
N : Integer;
begin
if nToks < 4
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aNode1 := FindNode(TokList[1]);
aNode2 := FindNode(TokList[2]);
if (aNode1 = nil) then Result := ErrMsg(NODE_ERR, TokList[1])
else if (aNode2 = nil) then Result := ErrMsg(NODE_ERR, TokList[2])
else begin
aLink := TLink.Create;
LinkList.AddObject(ID, aLink);
aLink.Ltype := PUMP;
aLink.Node1 := aNode1;
aLink.Node2 := aNode2;
aLink.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[PUMP].Data, aLink.Data);
Project.Lists[PUMP].AddObject(ID, aLink);
Project.HasItems[PUMP] := True;
// Skip over PumpType if line has old format
if Uutils.FindKeyWord(TokList[3], PumpTypes, 5) >= 0 then N := 4
else N := 3;
if Ntoks <= N then Result := ErrMsg(ITEMS_ERR, '')
else
begin
aLink.Data[PUMP_CURVE_INDEX] := TokList[N];
if nToks > N+1 then aLink.Data[PUMP_STATUS_INDEX] := TokList[N+1];
if nToks > N+2 then aLink.Data[PUMP_STARTUP_INDEX] := TokList[N+2];
if nToks > N+3 then aLink.Data[PUMP_SHUTOFF_INDEX] := TokList[N+3];
aLink.Data[COMMENT_INDEX ] := Comment;
Result := 0;
end;
end;
end;
end;
function ReadOrificeData: Integer;
//-----------------------------------------------------------------------------
// Reads orifice data from a line of input.
//-----------------------------------------------------------------------------
var
aLink : TLink;
aNode1: TNode;
aNode2: TNode;
ID : String;
begin
if nToks < 6
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aNode1 := FindNode(TokList[1]);
aNode2 := FindNode(TokList[2]);
if (aNode1 = nil) then Result := ErrMsg(NODE_ERR, TokList[1])
else if (aNode2 = nil) then Result := ErrMsg(NODE_ERR, TokList[2])
else begin
aLink := TLink.Create;
LinkList.AddObject(ID, aLink);
aLink.Ltype := ORIFICE;
aLink.Node1 := aNode1;
aLink.Node2 := aNode2;
aLink.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[ORIFICE].Data, aLink.Data);
Project.Lists[ORIFICE].AddObject(ID, aLink);
Project.HasItems[ORIFICE] := True;
aLink.Data[ORIFICE_TYPE_INDEX] := TokList[3];
aLink.Data[ORIFICE_BOTTOM_HT_INDEX] := TokList[4];
aLink.Data[ORIFICE_COEFF_INDEX] := TokList[5];
if nToks >= 7
then aLink.Data[ORIFICE_FLAPGATE_INDEX] := TokList[6];
if nToks >= 8
then aLink.Data[ORIFICE_ORATE_INDEX] := TokList[7];
aLink.Data[COMMENT_INDEX ] := Comment;
Result := 0;
end;
end;
end;
function ReadWeirData: Integer;
//-----------------------------------------------------------------------------
// Reads weir data from a line of input.
//-----------------------------------------------------------------------------
var
aLink : TLink;
aNode1: TNode;
aNode2: TNode;
ID : String;
begin
if nToks < 6
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aNode1 := FindNode(TokList[1]);
aNode2 := FindNode(TokList[2]);
if (aNode1 = nil) then Result := ErrMsg(NODE_ERR, TokList[1])
else if (aNode2 = nil) then Result := ErrMsg(NODE_ERR, TokList[2])
else begin
aLink := TLink.Create;
LinkList.AddObject(ID, aLink);
aLink.Ltype := WEIR;
aLink.Node1 := aNode1;
aLink.Node2 := aNode2;
aLink.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[WEIR].Data, aLink.Data);
Project.Lists[WEIR].AddObject(ID, aLink);
Project.HasItems[WEIR] := True;
aLink.Data[WEIR_TYPE_INDEX] := TokList[3];
aLink.Data[WEIR_CREST_INDEX] := TokList[4];
aLink.Data[WEIR_COEFF_INDEX] := TokList[5];
//// Following section modified for release 5.1.007. //// //(5.1.007)
if (nToks >= 7) and not SameText(TokList[6], '*') then
aLink.Data[WEIR_FLAPGATE_INDEX] := TokList[6];
if (nToks >= 8) and not SameText(TokList[7], '*') then
aLink.Data[WEIR_CONTRACT_INDEX] := TokList[7];
if (nToks >= 9) and not SameText(TokList[8], '*') then
aLink.Data[WEIR_END_COEFF_INDEX] := TokList[8];
if (nToks >= 10) and not SameText(TokList[9], '*') then
aLink.Data[WEIR_SURCHARGE_INDEX] := TokList[9];
//// Following section added for release 5.1.010. //(5.1.010)
if (nToks >= 11) and not SameText(TokList[10], '*') then
aLink.Data[WEIR_ROAD_WIDTH_INDEX] := TokList[10];
if (nToks >= 12) and not SameText(TokList[11], '*') then
aLink.Data[WEIR_ROAD_SURF_INDEX] := TokList[11];
////
aLink.Data[COMMENT_INDEX] := Comment;
Result := 0;
end;
end;
end;
function ReadOutletData: Integer;
//-----------------------------------------------------------------------------
// Reads outlet data from a line of input.
//-----------------------------------------------------------------------------
var
aLink : TLink;
aNode1: TNode;
aNode2: TNode;
ID : String;
N : Integer;
begin
if nToks < 6
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aNode1 := FindNode(TokList[1]);
aNode2 := FindNode(TokList[2]);
if (aNode1 = nil) then Result := ErrMsg(NODE_ERR, TokList[1])
else if (aNode2 = nil) then Result := ErrMsg(NODE_ERR, TokList[2])
else begin
aLink := TLink.Create;
LinkList.AddObject(ID, aLink);
aLink.Ltype := OUTLET;
aLink.Node1 := aNode1;
aLink.Node2 := aNode2;
aLink.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[OUTLET].Data, aLink.Data);
Project.Lists[OUTLET].AddObject(ID, aLink);
Project.HasItems[OUTLET] := True;
aLink.Data[OUTLET_CREST_INDEX] := TokList[3];
//... added for backwards compatibility
if SameText(TokList[4], 'TABULAR') then TokList[4] := 'TABULAR/DEPTH';
if SameText(TokList[4], 'FUNCTIONAL') then TokList[4] := 'FUNCTIONAL/DEPTH';
aLink.Data[OUTLET_TYPE_INDEX] := TokList[4];
if AnsiContainsText(TokList[4], 'TABULAR') then
begin
aLink.Data[OUTLET_QTABLE_INDEX] := TokList[5];
N := 6;
end
else begin
if Ntoks < 7 then
begin
Result := ErrMsg(ITEMS_ERR, '');
Exit;
end
else
begin
aLink.Data[OUTLET_QCOEFF_INDEX] := TokList[5];
aLink.Data[OUTLET_QEXPON_INDEX] := TokList[6];
N := 7;
end;
end;
if Ntoks > N then aLink.Data[OUTLET_FLAPGATE_INDEX] := TokList[N];
aLink.Data[COMMENT_INDEX ] := Comment;
Result := 0;
end;
end;
end;
function GetXsectShape(const S: String): Integer;
//-----------------------------------------------------------------------------
// Finds the code number corresponding to cross section shape S.
//-----------------------------------------------------------------------------
var
I: Integer;
begin
for I := 0 to High(Dxsect.XsectShapes) do
begin
if CompareText(S, Dxsect.XsectShapes[I].Text[1]) = 0 then
begin
Result := I;
Exit;
end;
end;
Result := -1;
end;
//// New procedure added to release 5.1.008. //// //(5.1.008)
procedure CheckForStdSize;
//-----------------------------------------------------------------------------
// Converts from old format for standard size ellipse and arch pipes
// to new format.
//-----------------------------------------------------------------------------
var
J: Integer;
X: Extended;
begin
// Old format had size code as 3rd token and 0 for 4th token
J := StrToIntDef(TokList[2], 0);
Uutils.GetExtended(TokList[3], X);
if (J > 0) and (X = 0) then
begin
// New format has 5th token as size code
TokList[4] := TokList[2];
TokList[2] := '0';
TokList[3] := '0';
end;
end;
function ReadXsectionData: Integer;
//-----------------------------------------------------------------------------
// Reads cross section data froma line of input.
//-----------------------------------------------------------------------------
var
I : Integer;
ID : String;
aLink : TLink;
begin
if nToks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aLink := FindLink(ID);
if (aLink = nil)
then Result := ErrMsg(LINK_ERR, TokList[0])
else begin
I := GetXsectShape(TokList[1]);
if I < 0 then Result := ErrMsg(KEYWORD_ERR, TokList[1])
else case aLink.Ltype of
CONDUIT:
begin
aLink.Data[CONDUIT_SHAPE_INDEX] := TokList[1];
if I = Dxsect.IRREG_SHAPE_INDEX then
begin
aLink.Data[CONDUIT_TSECT_INDEX] := TokList[2];
aLink.Data[CONDUIT_GEOM1_INDEX] := ''; //(5.1.008)
Result := 0;
end
else begin
if nToks < 6 then Result := ErrMsg(ITEMS_ERR, '')
else begin
{
//// Added to release 5.1.008. //// //(5.1.008)
if I in [Dxsect.HORIZ_ELLIPSE_SHAPE_INDEX,
Dxsect.VERT_ELLIPSE_SHAPE_INDEX,
Dxsect.ARCH_SHAPE_INDEX]
then CheckForStdSize;
}
aLink.Data[CONDUIT_GEOM1_INDEX] := TokList[2];
aLink.Data[CONDUIT_GEOM2_INDEX] := TokList[3];
aLink.Data[CONDUIT_GEOM3_INDEX] := TokList[4];
aLink.Data[CONDUIT_GEOM4_INDEX] := TokList[5];
if Ntoks > 6 then aLink.Data[CONDUIT_BARRELS_INDEX] := TokList[6];
if Ntoks > 7 then aLink.Data[CONDUIT_CULVERT_INDEX] := TokList[7];
if I = Dxsect.CUSTOM_SHAPE_INDEX then
aLink.Data[CONDUIT_TSECT_INDEX] := TokList[3];
Result := 0;
end;
end;
end;
ORIFICE:
begin
if not I in [0, 1] then Result := ErrMsg(XSECT_ERR, TokList[0])
else begin
aLink.Data[ORIFICE_SHAPE_INDEX] := TokList[1];
aLink.Data[ORIFICE_HEIGHT_INDEX] := TokList[2];
aLink.Data[ORIFICE_WIDTH_INDEX] := TokList[3];
Result := 0;
end;
end;
WEIR:
begin
if not I in [2, 3, 4] then Result := ErrMsg(XSECT_ERR, TokList[0])
else begin
aLink.Data[WEIR_SHAPE_INDEX] := TokList[1];
aLink.Data[WEIR_HEIGHT_INDEX] := TokList[2];
aLink.Data[WEIR_WIDTH_INDEX] := TokList[3];
aLink.Data[WEIR_SLOPE_INDEX] := TokList[4];
Result := 0;
end;
end;
else Result := 0;
end;
end;
end;
end;
function ReadTransectData: Integer;
//-----------------------------------------------------------------------------
// Reads transect data from a line of input.
//-----------------------------------------------------------------------------
var
I : Integer;
K : Integer;
N : Integer;
ID : String;
Tsect : TTransect;
begin
Result := 0;
if SameText(TokList[0], 'NC') then
begin
if nToks < 4 then Result := ErrMsg(ITEMS_ERR, '')
else for I := 1 to 3 do ManningsN[I] := TokList[I];
TsectComment := Comment;
Exit;
end;
if SameText(TokList[0], 'X1') then
begin
if nToks < 2 then Exit;
ID := TokList[1];
Tsect := TTransect.Create;
if Length(Comment) > 0 then TsectComment := Comment;
Tsect.Comment := TsectComment;
Project.Lists[TRANSECT].AddObject(ID, Tsect);
Project.HasItems[TRANSECT] := True;
Tsect.Data[TRANSECT_N_LEFT] := ManningsN[1];
Tsect.Data[TRANSECT_N_RIGHT] := ManningsN[2];
Tsect.Data[TRANSECT_N_CHANNEL] := ManningsN[3];
if nToks < 10 then Result := ErrMsg(ITEMS_ERR, '')
else
begin
Tsect.Data[TRANSECT_X_LEFT] := TokList[3];
Tsect.Data[TRANSECT_X_RIGHT] := TokList[4];
Tsect.Data[TRANSECT_L_FACTOR] := TokList[7];
Tsect.Data[TRANSECT_X_FACTOR] := TokList[8];
Tsect.Data[TRANSECT_Y_FACTOR] := TokList[9];
end;
Exit;
end;
if SameText(TokList[0], 'GR') then
begin
N := Project.Lists[TRANSECT].Count;
if N = 0 then Result := ErrMsg(TRANSECT_ERR, '')
else begin
Tsect := TTransect(Project.Lists[TRANSECT].Objects[N-1]);
K := 1;
while K + 1 < Ntoks do
begin
Tsect.Ydata.Add(TokList[K]);
Tsect.Xdata.Add(TokList[K+1]);
K := K + 2;
end;
end;
Exit;
end;
end;
function ReadLossData: Integer;
//-----------------------------------------------------------------------------
// Reads conduit loss data from a line of input.
//-----------------------------------------------------------------------------
var
ID : String;
aLink : TLink;
begin
if nToks < 4
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aLink := FindLink(ID);
if (aLink = nil) then Result := ErrMsg(LINK_ERR, ID)
else if (aLink.Ltype <> CONDUIT) then Result := 0
else begin
aLink.Data[CONDUIT_ENTRY_LOSS_INDEX] := TokList[1];
aLink.Data[CONDUIT_EXIT_LOSS_INDEX] := TokList[2];
aLink.Data[CONDUIT_AVG_LOSS_INDEX] := TokList[3];
if nToks >= 5
then aLink.Data[CONDUIT_CHECK_VALVE_INDEX] := TokList[4];
if nToks >= 6
then aLink.Data[CONDUIT_SEEPAGE_INDEX] := TokList[5];
Result := 0;
end;
end;
end;
function ReadPollutantData: Integer;
//-----------------------------------------------------------------------------
// Reads pollutant data from a line of input.
//-----------------------------------------------------------------------------
var
ID : String;
aPollut : TPollutant;
X : Single;
begin
if nToks < 5
then Result := ErrMsg(ITEMS_ERR, '')
else begin
// Add new pollutant to project
ID := TokList[0];
aPollut := TPollutant.Create;
Uutils.CopyStringArray(Project.DefProp[POLLUTANT].Data, aPollut.Data);
Project.Lists[POLLUTANT].AddObject(ID, aPollut);
Project.HasItems[POLLUTANT] := True;
// Parse units & concens.
aPollut.Data[POLLUT_UNITS_INDEX] := TokList[1];
aPollut.Data[POLLUT_RAIN_INDEX] := TokList[2];
aPollut.Data[POLLUT_GW_INDEX] := TokList[3];
// This is for old format
if (Ntoks = 5)
or ( (Ntoks = 7) and Uutils.GetSingle(TokList[6], X) ) then
begin
aPollut.Data[POLLUT_DECAY_INDEX] := TokList[4];
if nToks >= 7 then
begin
aPollut.Data[POLLUT_COPOLLUT_INDEX] := TokList[5];
aPollut.Data[POLLUT_FRACTION_INDEX] := TokList[6];
end;
end
// This is for new format
else
begin
aPollut.Data[POLLUT_II_INDEX] := TokList[4];
if Ntoks >= 6 then aPollut.Data[POLLUT_DECAY_INDEX] := TokList[5];
if nToks >= 7 then aPollut.Data[POLLUT_SNOW_INDEX] := TokList[6];
if Ntoks >= 9 then
begin
aPollut.Data[POLLUT_COPOLLUT_INDEX] := TokList[7];
aPollut.Data[POLLUT_FRACTION_INDEX] := TokList[8];
end;
if Ntoks >= 10 then aPollut.Data[POLLUT_DWF_INDEX] := TokList[9];
if Ntoks >= 11 then aPollut.Data[POLLUT_INIT_INDEX] := TokList[10];
end;
Result := 0;
end;
end;
function ReadLanduseData: Integer;
//-----------------------------------------------------------------------------
// Reads land use data from a line of input.
//-----------------------------------------------------------------------------
var
ID : String;
aLanduse : TLanduse;
aNonPtSource : TNonpointSource;
J : Integer;
begin
ID := TokList[0];
aLanduse := TLanduse.Create;
for J := 0 to Project.Lists[POLLUTANT].Count - 1 do
begin
aNonPtSource := TNonpointSource.Create;
aLanduse.NonpointSources.AddObject(Project.Lists[POLLUTANT].Strings[J],
aNonPtSource);
end;
Project.Lists[LANDUSE].AddObject(ID, aLanduse);
Project.HasItems[LANDUSE] := True;
if Ntoks > 1 then aLanduse.Data[LANDUSE_CLEANING_INDEX] := TokList[1];
if Ntoks > 2 then aLanduse.Data[LANDUSE_AVAILABLE_INDEX] := TokList[2];
if Ntoks > 3 then aLanduse.Data[LANDUSE_LASTCLEAN_INDEX] := TokList[3];
aLanduse.Data[COMMENT_INDEX ] := Comment;
Result := 0;
end;
function ReadBuildupData: Integer;
//-----------------------------------------------------------------------------
// Reads pollutant buildup function data from a line of input.
//-----------------------------------------------------------------------------
var
LanduseIndex : Integer;
PollutIndex : Integer;
aLanduse : TLanduse;
aNonpointSource: TNonpointSource;
J : Integer;
begin
if nToks < 7
then Result := ErrMsg(ITEMS_ERR, '')
else begin
LanduseIndex := Project.Lists[LANDUSE].IndexOf(TokList[0]);
PollutIndex := Project.Lists[POLLUTANT].IndexOf(TokList[1]);
if (LanduseIndex < 0) then Result := ErrMsg(LANDUSE_ERR, TokList[0])
else if (PollutIndex < 0) then Result := ErrMsg(POLLUT_ERR, TokList[1])
else begin
aLanduse := TLanduse(Project.Lists[LANDUSE].Objects[LanduseIndex]);
aNonpointSource :=
TNonpointSource(aLanduse.NonpointSources.Objects[PollutIndex]);
for J := 2 to 6 do
aNonpointSource.BuildupData[J-2] := TokList[J];
Result := 0;
end;
end;
end;
function ReadWashoffData: Integer;
//-----------------------------------------------------------------------------
// Reads pollutant washoff function data from a line of input.
//-----------------------------------------------------------------------------
var
LanduseIndex : Integer;
PollutIndex : Integer;
aLanduse : TLanduse;
aNonpointSource: TNonpointSource;
J : Integer;
begin
if nToks < 7
then Result := ErrMsg(ITEMS_ERR, '')
else begin
LanduseIndex := Project.Lists[LANDUSE].IndexOf(TokList[0]);
PollutIndex := Project.Lists[POLLUTANT].IndexOf(TokList[1]);
if (LanduseIndex < 0) then Result := ErrMsg(LANDUSE_ERR, TokList[0])
else if (PollutIndex < 0) then Result := ErrMsg(POLLUT_ERR, TokList[1])
else begin
aLanduse := TLanduse(Project.Lists[LANDUSE].Objects[LanduseIndex]);
aNonpointSource :=
TNonpointSource(aLanduse.NonpointSources.Objects[PollutIndex]);
for J := 2 to 6 do
aNonpointSource.WashoffData[J-2] := TokList[J];
Result := 0;
end;
end;
end;
function ReadCoverageData: Integer;
//-----------------------------------------------------------------------------
// Reads land use coverage data from a line of input.
//-----------------------------------------------------------------------------
var
MaxToks: Integer;
X : Single;
S : TSubcatch;
S1 : String;
I : Integer;
begin
Result := 0;
S := FindSubcatch(TokList[0]);
if S = nil
then Result := ErrMsg(SUBCATCH_ERR, TokList[0])
else begin
MaxToks := 3;
while (MaxToks <= nToks) do
begin
if not Uutils.GetSingle(TokList[MaxToks-1], X) then
begin
Result := ErrMsg(NUMBER_ERR, TokList[MaxToks-1]);
break;
end;
S1 := TokList[MaxToks-2];
I := S.LandUses.IndexOfName(S1);
S1 := TokList[MaxToks-2] + '=' + TokList[MaxToks-1];
if I < 0
then S.LandUses.Add(S1)
else S.Landuses[I] := S1;
MaxToks := MaxToks + 2;
end;
S.Data[SUBCATCH_LANDUSE_INDEX] := IntToStr(S.LandUses.Count);
end;
end;
function ReadTreatmentData(Line: String): Integer;
//-----------------------------------------------------------------------------
// Reads pollutant treatment function from a line of input.
//-----------------------------------------------------------------------------
var
S : String;
aNode : TNode;
I : Integer;
begin
if Ntoks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
aNode := FindNode(TokList[0]);
if (aNode = nil) then Result := ErrMsg(NODE_ERR, TokList[0])
else if Project.Lists[POLLUTANT].IndexOf(TokList[1]) < 0 then
Result := ErrMsg(POLLUT_ERR, TokList[1])
else begin
I := aNode.Treatment.IndexOfName(TokList[1]);
S := Copy(Line, Pos(TokList[1], Line)+Length(TokList[1]), Length(Line));
S := TokList[1] + '=' + Trim(S);
if I < 0 then
aNode.Treatment.Add(S)
else
aNode.Treatment[I] := S;
aNode.Data[NODE_TREAT_INDEX] := 'YES';
Result := 0;
end;
end;
end;
function ReadExInflowData: Integer;
//-----------------------------------------------------------------------------
// Reads external inflow data from a line of input.
//-----------------------------------------------------------------------------
var
S : array[1..7] of String;
Inflow: String;
I : Integer;
aNode : TNode;
begin
if Ntoks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
aNode := FindNode(TokList[0]);
if (aNode = nil) then Result := ErrMsg(NODE_ERR, TokList[0])
else begin
S[1] := TokList[1]; // Constituent name
S[2] := TokList[2]; // Time Series name
S[3] := 'FLOW';
S[4] := '1.0';
if not SameText(S[1], 'FLOW') then
begin
if nToks >= 4 then S[3] := TokList[3] else S[3] := 'CONCEN';
if nToks >= 5 then S[4] := TokList[4] else S[4] := '1.0';
end;
if nToks >= 6 then S[5] := TokList[5] else S[5] := '1.0';
if nToks >= 7 then S[6] := TokList[6] else S[6] := '';
if nToks >= 8 then S[7] := TokList[7] else S[7] := '';
Inflow := S[1] + '=' + S[2] + #13 + S[3] + #13 + S[4] + #13 +
S[5] + #13 + S[6] + #13 + S[7];
I := aNode.DXInflow.IndexOfName(S[1]);
if I < 0 then aNode.DXInflow.Add(Inflow)
else aNode.DXInflow[I] := Inflow;
aNode.Data[NODE_INFLOWS_INDEX] := 'YES';
Result := 0;
end;
end;
end;
function ReadDWInflowData: Integer;
//-----------------------------------------------------------------------------
// Reads dry weather inflow data from a line of input.
//-----------------------------------------------------------------------------
var
M : Integer;
S : String;
S1 : String;
I : Integer;
aNode: TNode;
begin
if Ntoks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
aNode := FindNode(TokList[0]);
if (aNode = nil) then Result := ErrMsg(NODE_ERR, TokList[0])
else begin
S1 := TokList[1];
S := S1 + '=' + TokList[2];
for M := 3 to Ntoks-1 do S := S + #13 + TokList[M];
I := aNode.DWInflow.IndexOfName(S1);
if I < 0
then aNode.DWInflow.Add(S)
else aNode.DWInflow[I] := S;
aNode.Data[NODE_INFLOWS_INDEX] := 'YES';
Result := 0;
end;
end;
end;
function ReadPatternData: Integer;
//-----------------------------------------------------------------------------
// Reads time pattern data from a line of input.
//-----------------------------------------------------------------------------
var
ID: String;
Index: Integer;
aPattern: TPattern;
PatType: Integer;
J: Integer;
begin
if nToks < 2
then Result := ErrMsg(ITEMS_ERR, '')
else begin
J := 1;
ID := TokList[0];
Index := Project.Lists[PATTERN].IndexOf(ID);
if Index < 0 then
begin
aPattern := TPattern.Create;
aPattern.Comment := Comment;
Project.Lists[PATTERN].AddObject(ID, aPattern);
Project.HasItems[PATTERN] := True;
PatType := Uutils.FindKeyWord(TokList[1], PatternTypes, 7);
if PatType < 0 then
begin
Result := ErrMsg(KEYWORD_ERR, TokList[1]);
exit;
end;
aPattern.PatternType := PatType;
J := 2;
end
else aPattern := TPattern(Project.Lists[PATTERN].Objects[Index]);
while (J < nToks) and (aPattern.Count <= High(aPattern.Data)) do
begin
aPattern.Data[aPattern.Count] := TokList[J];
Inc(J);
Inc(aPattern.Count);
end;
Result := 0;
end;
end;
function ReadIIInflowData: Integer;
//-----------------------------------------------------------------------------
// Reads RDII inflow data from a line of input.
//-----------------------------------------------------------------------------
var
aNode: TNode;
begin
if Ntoks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
aNode := FindNode(TokList[0]);
if (aNode = nil) then Result := ErrMsg(NODE_ERR, TokList[0])
else begin
aNode.IIInflow.Clear;
aNode.IIInflow.Add(TokList[1]);
aNode.IIInflow.Add(TokList[2]);
aNode.Data[NODE_INFLOWS_INDEX] := 'YES';
Result := 0;
end;
end;
end;
function ReadLoadData: Integer;
//-----------------------------------------------------------------------------
// Reads initial pollutant loading data from a line of input.
//-----------------------------------------------------------------------------
var
X : Single;
S : TSubcatch;
S1 : String;
I : Integer;
begin
S := FindSubcatch(TokList[0]);
if S = nil
then Result := ErrMsg(SUBCATCH_ERR, TokList[0])
else if Project.Lists[POLLUTANT].IndexOf(TokList[1]) < 0
then Result := ErrMsg(POLLUT_ERR, TokList[1])
else if not Uutils.GetSingle(TokList[2], X)
then Result := ErrMsg(NUMBER_ERR, TokList[2])
else
begin
S1 := TokList[1] + '=' + TokList[2];
I := S.Loadings.IndexOfName(TokList[1]);
if I < 0
then S.Loadings.Add(S1)
else S.Loadings[I] := S1;
S.Data[SUBCATCH_LOADING_INDEX] := 'YES';
Result := 0;
end;
end;
function ReadCurveData: Integer;
//-----------------------------------------------------------------------------
// Reads curve data from a line of input.
//-----------------------------------------------------------------------------
var
Index : Integer;
K : Integer;
L : Integer;
M : Integer;
ObjType : Integer;
ID : String;
aCurve : TCurve;
begin
// Check for too few tokens
if Ntoks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
// Check if curve ID is same as for previous line
ID := TokList[0];
if (ID = PrevID) then
begin
Index := PrevIndex;
ObjType := CurveType;
end
else Project.FindCurve(ID, ObjType, Index);
// Create new curve if ID not in data base
K := 2;
if Index < 0 then
begin
// Check for valid curve type keyword
M := -1;
for L := 0 to High(CurveTypeOptions) do
begin
if SameText(TokList[1], CurveTypeOptions[L]) then
begin
M := L;
break;
end;
end;
if M < 0 then
begin
Result := ErrMsg(KEYWORD_ERR, TokList[1]);
Exit;
end;
// Convert curve type keyword index to a curve object category
case M of
0: ObjType := CONTROLCURVE;
1: ObjType := DIVERSIONCURVE;
2..5:
ObjType := PUMPCURVE;
6: ObjType := RATINGCURVE;
7: ObjType := SHAPECURVE;
8: ObjType := STORAGECURVE;
9: ObjType := TIDALCURVE;
end;
// Create a new curve object
aCurve := TCurve.Create;
aCurve.Comment := Comment;
aCurve.CurveType := TokList[1];
if ObjType = PUMPCURVE
then aCurve.CurveCode := M - 1
else aCurve.CurveCode := 0;
Project.Lists[ObjType].AddObject(ID, aCurve);
Project.HasItems[ObjType] := True;
Index := Project.Lists[ObjType].Count - 1;
PrevID := ID;
PrevIndex := Index;
CurveType := ObjType;
K := 3;
end;
// Add x,y values to the list maintained by the curve
aCurve := TCurve(Project.Lists[ObjType].Objects[Index]);
while K <= nToks-1 do
begin
aCurve.Xdata.Add(TokList[K-1]);
aCurve.Ydata.Add(TokList[K]);
K := K + 2;
end;
Result := 0;
end;
end;
function ReadTimeseriesData: Integer;
//-----------------------------------------------------------------------------
// Reads time series data from a line of input.
//-----------------------------------------------------------------------------
const
NEEDS_DATE = 1;
NEEDS_TIME = 2;
NEEDS_VALUE = 3;
var
Index : Integer;
State : Integer;
K : Integer;
ID : String;
StrDate : String;
aTseries : TTimeseries;
begin
// Check for too few tokens
Result := -1;
if Ntoks < 3 then Result := ErrMsg(ITEMS_ERR, '');
// Check if series ID is same as for previous line
ID := TokList[0];
if (ID = PrevID) then Index := PrevIndex
else Index := Project.Lists[TIMESERIES].IndexOf(ID);
// If starting input for a new series then create it
if Index < 0 then
begin
aTseries := TTimeseries.Create;
aTseries.Comment := Comment;
Project.Lists[TIMESERIES].AddObject(ID,aTseries);
Project.HasItems[TIMESERIES] := True;
Index := Project.Lists[TIMESERIES].Count - 1;
PrevID := ID;
PrevIndex := Index;
end;
aTseries := TTimeseries(Project.Lists[TIMESERIES].Objects[Index]);
// Check if external file name used
if SameText(TokList[1], 'FILE') then
begin
aTseries.Filename := TokList[2];
Result := 0;
Exit;
end;
// Add values to the list maintained by the timeseries
State := NEEDS_DATE;
K := 1;
while K < nToks do
begin
case State of
NEEDS_DATE:
begin
try
StrDate := Uutils.ConvertDate(TokList[K]);
StrToDate(StrDate, MyFormatSettings);
aTseries.Dates.Add(StrDate);
Inc(K);
if K >= nToks then break;
except
On EconvertError do aTseries.Dates.Add('');
end;
State := NEEDS_TIME;
end;
NEEDS_TIME:
begin
aTseries.Times.Add(TokList[K]);
Inc(K);
if K >= nToks then break;
State := NEEDS_VALUE;
end;
NEEDS_VALUE:
begin
aTseries.Values.Add(TokList[K]);
Result := 0;
State := NEEDS_DATE;
Inc(K);
end;
end;
end;
if Result = -1 then Result := ErrMsg(ITEMS_ERR, '');
end;
function ReadControlData(Line: String): Integer;
//-----------------------------------------------------------------------------
// Reads a control rule statement from line of input.
//-----------------------------------------------------------------------------
begin
Project.ControlRules.Add(Line);
Result := 0;
end;
function ReadLidUsageData: Integer;
//-----------------------------------------------------------------------------
// Reads LID usage data from line of input.
//-----------------------------------------------------------------------------
var
aSubcatch: TSubcatch;
begin
aSubcatch := FindSubcatch(TokList[0]);
if aSubcatch = nil then Result := ErrMsg(SUBCATCH_ERR, TokList[0])
else Result := Ulid.ReadLIDUsageData(aSubcatch, TokList, Ntoks);
end;
procedure ReadReportOption(Index: Integer);
begin
if (Ntoks >= 2) and SameText(TokList[1], 'YES') then
Project.Options.Data[Index] := 'YES'
else
Project.Options.Data[Index] := 'NO';
end;
function ReadReportData: Integer;
//-----------------------------------------------------------------------------
// Reads reporting options from a line of input.
//-----------------------------------------------------------------------------
begin
if SameText(TokList[0], 'CONTROLS')
then ReadReportOption(REPORT_CONTROLS_INDEX)
else if SameText(TokList[0], 'INPUT')
then ReadReportOption(REPORT_INPUT_INDEX)
else ReportingForm.Import(TokList, Ntoks);
Result := 0;
end;
function ReadFileData: Integer;
//-----------------------------------------------------------------------------
// Reads interface file usage from a line of input.
//-----------------------------------------------------------------------------
var
Fname: String;
begin
if Ntoks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
Fname := TokList[2];
if ExtractFilePath(Fname) = ''
then Fname := ExtractFilePath(Uglobals.InputFileName) + Fname;
Project.IfaceFiles.Add(TokList[0] + ' ' + TokList[1] + ' ' +
'"' + Fname + '"');
Result := 0;
end;
end;
//// This function was added to release 5.1.007. //// //(5.1.007)
function ReadAdjustmentData: Integer;
//-----------------------------------------------------------------------------
// Reads climate adjustments from a line of input.
//-----------------------------------------------------------------------------
var
I: Integer;
begin
Result := 0;
if Ntoks < 2 then exit;
if SameText(TokList[0], 'Temperature') then
begin
if Ntoks < 13 then Result := ErrMsg(ITEMS_ERR, '')
else with Project.Climatology do
begin
for I := 0 to 11 do
if StrToFloatDef(TokList[I+1], 0.0) = 0.0
then TempAdjust[I] := ''
else TempAdjust[I] := TokList[I+1];
end;
end
else if SameText(TokList[0], 'Evaporation') then
begin
if Ntoks < 13 then Result := ErrMsg(ITEMS_ERR, '')
else with Project.Climatology do
begin
for I := 0 to 11 do
if StrToFloatDef(TokList[I+1], 0.0) = 0.0
then EvapAdjust[I] := ''
else EvapAdjust[I] := TokList[I+1];
end;
end
else if SameText(TokList[0], 'Rainfall') then
begin
if Ntoks < 13 then Result := ErrMsg(ITEMS_ERR, '')
else with Project.Climatology do
begin
for I := 0 to 11 do
if StrToFloatDef(TokList[I+1], 1.0) = 1.0
then RainAdjust[I] := ''
else RainAdjust[I] := TokList[I+1];
end;
end
//// Added to release 5.1.008. //// //(5.1.008)
else if SameText(TokList[0], 'Conductivity') then
begin
if Ntoks < 13 then Result := ErrMsg(ITEMS_ERR, '')
else with Project.Climatology do
begin
for I := 0 to 11 do
if StrToFloatDef(TokList[I+1], 1.0) = 1.0
then CondAdjust[I] := ''
else CondAdjust[I] := TokList[I+1];
end;
end;
////////////////////////////////////////////////////////
end;
//// This function was added to release 5.1.011. //// //(5.1.011)
function ReadEventData(Line: String): Integer;
//-----------------------------------------------------------------------------
// Reads hydraulic event data from a line of input.
//-----------------------------------------------------------------------------
begin
Result := 0;
if Length(Line) = 0 then exit;
if LeftStr(Line,2) = ';;' then exit;
Project.Events.Add(Line);
end;
function ReadOptionData: Integer;
//-----------------------------------------------------------------------------
// Reads an analysis option from a line of input.
//-----------------------------------------------------------------------------
var
Index : Integer;
Keyword : String;
S : String;
S2: String;
I : Integer;
X : Single;
T : Extended;
begin
// Check which keyword applies
Result := 0;
if Ntoks < 2 then exit;
Keyword := TokList[0];
if SameText(Keyword, 'TEMPDIR') then exit;
Index := Uutils.FindKeyWord(Keyword, OptionLabels, 17);
case Index of
-1: Result := ErrMsg(KEYWORD_ERR, Keyword);
ROUTING_MODEL_INDEX:
begin
if SameText(TokList[1], 'NONE') then
begin
Project.Options.Data[IGNORE_ROUTING_INDEX] := 'YES';
Exit;
end;
I := Uutils.FindKeyWord(TokList[1], OldRoutingOptions, 3);
if I >= 0 then TokList[1] := RoutingOptions[I];
end;
START_DATE_INDEX, REPORT_START_DATE_INDEX, END_DATE_INDEX:
begin
S := Uutils.ConvertDate(TokList[1]);
try
StrToDate(S, MyFormatSettings);
TokList[1] := S;
except
on EConvertError do Result := ErrMsg(DATE_ERR, '');
end;
end;
START_TIME_INDEX, REPORT_START_TIME_INDEX, END_TIME_INDEX:
begin
S := TokList[1];
try
StrToTime(S, MyFormatSettings);
TokList[1] := S;
except
on EConvertError do Result := ErrMsg(DATE_ERR, '');
end;
end;
SWEEP_START_INDEX, SWEEP_END_INDEX:
begin
S := Uutils.ConvertDate(TokList[1]);
S2 := S + '/1947';
try
StrToDate(S2, MyFormatSettings);
TokList[1] := S;
except
on EConvertError do Result := ErrMsg(DATE_ERR, '');
end;
end;
WET_STEP_INDEX, DRY_STEP_INDEX, REPORT_STEP_INDEX:
begin
S := TokList[1];
if Uutils.StrHoursToTime(S) = -1 then Result := ErrMsg(TIMESTEP_ERR, '');
end;
ROUTING_STEP_INDEX:
begin
S := TokList[1];
T := 0.0;
if not Uutils.GetExtended(S, T) then
begin
T := Uutils.StrHoursToTime(S)*86400.;
if T <= 0.0 then Result := ErrMsg(TIMESTEP_ERR, '')
else TokList[1] := Format('%.0f',[T]);
end;
end;
VARIABLE_STEP_INDEX:
begin
if Uutils.GetSingle(TokList[1], X) then
TokList[1] := IntToStr(Round(100.0*X))
else
TokList[1] := '0';
end;
INERTIAL_DAMPING_INDEX:
begin
if Uutils.GetSingle(TokList[1], X) then
begin
if X = 0 then TokList[1] := 'NONE'
else TokList[1] := 'PARTIAL';
end;
end;
// This option is now fixed to SWMM 4.
COMPATIBILITY_INDEX:
begin
TokList[1] := '4';
end;
MIN_ROUTE_STEP_INDEX, //(5.1.008)
LENGTHEN_STEP_INDEX,
MIN_SURFAREA_INDEX,
MIN_SLOPE_INDEX,
MAX_TRIALS_INDEX,
HEAD_TOL_INDEX,
SYS_FLOW_TOL_INDEX,
LAT_FLOW_TOL_INDEX:
begin
Uutils.GetSingle(TokList[1], X);
if X <= 0 then TokList[1] := '0';
end;
NORMAL_FLOW_LTD_INDEX:
begin
if SameText(TokList[1], 'NO') or SameText(TokList[1], 'SLOPE')
then TokList[1] := 'SLOPE'
else if SameText(TokList[1], 'YES') or SameText(TokList[1], 'FROUDE')
then TokList[1] := 'FROUDE'
else if SameText(TokList[1], 'BOTH') then TokList[1] := 'BOTH'
else Result := ErrMsg(KEYWORD_ERR, TokList[1]);
end;
FORCE_MAIN_EQN_INDEX:
begin
I := Uutils.FindKeyWord(TokList[1], ForceMainEqnOptions, 3);
if I < 0 then Result := ErrMsg(KEYWORD_ERR, TokList[1])
else TokList[1] := ForceMainEqnOptions[I];
end;
LINK_OFFSETS_INDEX:
begin
I := Uutils.FindKeyWord(TokList[1], LinkOffsetsOptions, 10);
if I < 0 then Result := ErrMsg(KEYWORD_ERR, TokList[1])
else TokList[1] := LinkOffsetsOptions[I];
end;
IGNORE_RAINFALL_INDEX,
IGNORE_SNOWMELT_INDEX,
IGNORE_GRNDWTR_INDEX,
IGNORE_ROUTING_INDEX,
IGNORE_QUALITY_INDEX:
begin
if not SameText(TokList[1], 'YES') and not SameText(TokList[1], 'NO')
then Result := ErrMsg(KEYWORD_ERR, TokList[1]);
end;
//// Following section added to release 5.1.010. //// //(5.1.010)
NUM_THREADS_INDEX:
begin
I := StrToIntDef(TokList[1], 1);
if I < 0 then I := 1;
if (I = 0) or (I > Uutils.GetCPUs) then I := Uutils.GetCPUs;
TokList[1] := IntToStr(I);
end;
////
end;
if Result = 0 then Project.Options.Data[Index] := TokList[1];
end;
function ReadTagData: Integer;
//-----------------------------------------------------------------------------
// Reads in tag data from a line of input.
//-----------------------------------------------------------------------------
const
TagTypes: array[0..3] of PChar = ('Gage', 'Subcatch', 'Node', 'Link');
var
I, J : Integer;
aNode: TNode;
aLink: TLink;
begin
Result := 0;
if Ntoks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
I := Uutils.FindKeyWord(TokList[0], TagTypes, 4);
case I of
-1: Result := ErrMsg(KEYWORD_ERR, TokList[0]);
0: begin
J := Project.Lists[RAINGAGE].IndexOf(TokList[1]);
if J >= 0 then with Project.GetGage(J) do Data[TAG_INDEX] := TokList[2];
end;
1: begin
J := Project.Lists[SUBCATCH].IndexOf(TokList[1]);
if J >= 0 then with Project.GetSubcatch(SUBCATCH, J) do
Data[TAG_INDEX] := TokList[2];
end;
2: begin
aNode := FindNode(TokList[1]);
if (aNode <> nil) then aNode.Data[TAG_INDEX] := TokList[2];
end;
3: begin
aLink := FindLink(TokList[1]);
if (aLink <> nil) then aLink.Data[TAG_INDEX] := TokList[2];
end;
end;
end;
end;
function ReadSymbolData: Integer;
//-----------------------------------------------------------------------------
// Reads rain gage coordinate data from a line of input.
//-----------------------------------------------------------------------------
var
J : Integer;
X, Y : Extended;
aGage : TRaingage;
begin
Result := 0;
if (Ntoks < 3)
then Result := ErrMsg(ITEMS_ERR, '')
else begin
// Locate the gage ID in the database
J := Project.Lists[RAINGAGE].IndexOf(TokList[0]);
// If gage exists then assign it X & Y coordinates
if (J >= 0) then
begin
aGage := Project.GetGage(J);
if not Uutils.GetExtended(TokList[1], X) then
Result := ErrMsg(NUMBER_ERR, TokList[1])
else if not Uutils.GetExtended(TokList[2], Y) then
Result := ErrMsg(NUMBER_ERR, TokList[2])
else
begin
aGage.X := X;
aGage.Y := Y;
end;
end;
end;
end;
function ReadMapData: Integer;
//-----------------------------------------------------------------------------
// Reads map dimensions data from a line of input.
//-----------------------------------------------------------------------------
var
I : Integer;
Index : Integer;
Keyword : String;
X : array[1..4] of Extended;
begin
// Check which keyword applies
Result := 0;
Keyword := TokList[0];
Index := Uutils.FindKeyWord(Keyword, MapWords, 4);
case Index of
0: // Map dimensions
begin
if Ntoks < 5 then Result := ErrMsg(ITEMS_ERR, '')
else begin
for I := 1 to 4 do
if not Uutils.GetExtended(TokList[I], X[I]) then
Result := ErrMsg(NUMBER_ERR, TokList[I]);
if Result = 0 then with MapForm.Map.Dimensions do
begin
LowerLeft.X := X[1];
LowerLeft.Y := X[2];
UpperRight.X := X[3];
UpperRight.Y := X[4];
MapExtentSet := True;
end;
end;
end;
1: //Map units
if Ntoks > 1 then
begin
I := Uutils.FindKeyWord(Copy(TokList[1], 1, 1), MapUnits, 1);
if I < 0 then Result := ErrMsg(KEYWORD_ERR, TokList[1])
else MapForm.Map.Dimensions.Units := TMapUnits(I);
with MapForm.Map.Dimensions do
begin
if Units = muDegrees then Digits := MAXDEGDIGITS
else Digits := Umap.DefMapDimensions.Digits;
end;
end;
else Result := ErrMsg(KEYWORD_ERR, Keyword);
end;
end;
function ReadCoordData: Integer;
//-----------------------------------------------------------------------------
// Reads node coordinate data from a line of input.
//-----------------------------------------------------------------------------
var
X, Y : Extended;
aNode : TNode;
begin
Result := 0;
if (Ntoks < 3)
then Result := ErrMsg(ITEMS_ERR, '')
else begin
// Locate the node ID in the database
aNode := FindNode(TokList[0]);
// If node exists then assign it X & Y coordinates
if (aNode <> nil) then
begin
if not Uutils.GetExtended(TokList[1], X) then
Result := ErrMsg(NUMBER_ERR, TokList[1])
else if not Uutils.GetExtended(TokList[2], Y) then
Result := ErrMsg(NUMBER_ERR, TokList[2])
else
begin
aNode.X := X;
aNode.Y := Y;
end;
end;
end;
end;
function ReadVertexData: Integer;
//-----------------------------------------------------------------------------
// Reads link vertex coordinate data from a line of input.
//-----------------------------------------------------------------------------
var
X, Y : Extended;
aLink : TLink;
begin
Result := 0;
if (Ntoks < 3)
then Result := ErrMsg(ITEMS_ERR, '')
else begin
// Locate the link ID in the database
aLink := FindLink(TokList[0]);;
// If link exists then assign it X & Y coordinates
if (aLink <> nil) then
begin
if not Uutils.GetExtended(TokList[1], X) then
Result := ErrMsg(NUMBER_ERR, TokList[1])
else if not Uutils.GetExtended(TokList[2], Y) then
Result := ErrMsg(NUMBER_ERR, TokList[2])
else aLink.Vlist.Add(X, Y);
end;
end;
end;
function ReadPolygonData: Integer;
//-----------------------------------------------------------------------------
// Reads polygon coordinates associated with subcatchment outlines.
//-----------------------------------------------------------------------------
var
Index : Integer;
X, Y : Extended;
S : TSubcatch;
begin
Result := 0;
if (Ntoks < 3)
then Result := ErrMsg(ITEMS_ERR, '')
else begin
// Locate the subcatchment ID in the database
S := nil;
Index := Project.Lists[SUBCATCH].IndexOf(TokList[0]);
if Index >= 0 then S := Project.GetSubcatch(SUBCATCH, Index);
// If subcatchment exists then add a new vertex to it
if (S <> nil) then
begin
if not Uutils.GetExtended(TokList[1], X) then
Result := ErrMsg(NUMBER_ERR, TokList[1])
else if not Uutils.GetExtended(TokList[2], Y) then
Result := ErrMsg(NUMBER_ERR, TokList[2])
else S.Vlist.Add(X, Y);
end;
end;
end;
function ReadLabelData: Integer;
//-----------------------------------------------------------------------------
// Reads map label data from a line of input.
//-----------------------------------------------------------------------------
var
Ntype : Integer;
Index : Integer;
X, Y : Extended;
S : String;
aMapLabel: TMapLabel;
begin
if (Ntoks < 3)
then Result := ErrMsg(ITEMS_ERR, '')
else begin
if not Uutils.GetExtended(TokList[0], X) then
Result := ErrMsg(NUMBER_ERR, TokList[0])
else if not Uutils.GetExtended(TokList[1], Y) then
Result := ErrMsg(NUMBER_ERR, TokList[1])
else begin
S := TokList[2];
aMapLabel := TMapLabel.Create;
aMapLabel.X := X;
aMapLabel.Y := Y;
Project.Lists[MAPLABEL].AddObject(S, aMapLabel);
Index := Project.Lists[MAPLABEL].Count - 1;
aMapLabel.Text := PChar(Project.Lists[MAPLABEL].Strings[Index]);
Project.HasItems[MAPLABEL] := True;
if Ntoks >= 4 then
begin
if (Length(TokList[3]) > 0) and
Project.FindNode(TokList[3], Ntype, Index) then
aMapLabel.Anchor := Project.GetNode(Ntype, Index);
end;
if Ntoks >= 5 then aMapLabel.FontName := TokList[4];
if Ntoks >= 6 then aMapLabel.FontSize := StrToInt(TokList[5]);
if Ntoks >= 7 then
if StrToInt(TokList[6]) = 1 then aMapLabel.FontBold := True;
if Ntoks >= 8 then
if StrToInt(TokList[7]) = 1 then aMapLabel.FontItalic := True;
Result := 0;
end;
end;
end;
function ReadBackdropData: Integer;
//-----------------------------------------------------------------------------
// Reads map backdrop image information from a line of input.
//-----------------------------------------------------------------------------
var
Index : Integer;
Keyword : String;
I : Integer;
X : array[1..4] of Extended;
begin
// Check which keyword applies
Result := 0;
Keyword := TokList[0];
Index := Uutils.FindKeyWord(Keyword, BackdropWords, 4);
case Index of
0: //Backdrop file
if Ntoks > 1 then MapForm.Map.Backdrop.Filename := TokList[1];
1: // Backdrop dimensions
begin
if Ntoks < 5 then Result := ErrMsg(ITEMS_ERR, '')
else begin
for i := 1 to 4 do
if not Uutils.GetExtended(TokList[I], X[I]) then
Result := ErrMsg(NUMBER_ERR, TokList[I]);
if Result = 0 then with MapForm.Map.Backdrop do
begin
LowerLeft.X := X[1];
LowerLeft.Y := X[2];
UpperRight.X := X[3];
UpperRight.Y := X[4];
end;
end;
end;
2: //Map units - deprecated
if Ntoks > 1 then
begin
i := Uutils.FindKeyWord(Copy(TokList[1], 1, 1), MapUnits, 1);
if I < 0 then Result := ErrMsg(KEYWORD_ERR, TokList[1])
else MapForm.Map.Dimensions.Units := TMapUnits(I);
end;
3, 4: //Backdrop offset or scaling -- deprecated
begin
if Ntoks < 3 then Result := ErrMsg(ITEMS_ERR, '')
else if not Uutils.GetExtended(TokList[1], X[1]) then
Result := ErrMsg(NUMBER_ERR, TokList[1])
else if not Uutils.GetExtended(TokList[2], X[2]) then
Result := ErrMsg(NUMBER_ERR, TokList[2])
else
begin
if Index = 3 then
begin
BackdropX := X[1];
BackdropY := X[2];
end
else
begin
BackdropW := X[1];
BackdropH := X[2];
end;
end;
end;
else Result := ErrMsg(KEYWORD_ERR, Keyword);
end;
end;
function ReadProfileData: Integer;
//-----------------------------------------------------------------------------
// Reads profile plot data from a line of input.
//-----------------------------------------------------------------------------
var
I, J: Integer;
S : String;
begin
Result := 0;
if (Ntoks < 2) then Exit;
// Locate the profile name in the database
I := Project.ProfileNames.IndexOf(TokList[0]);
// If profile does not exist then create it
if (I < 0) then
begin
Project.ProfileNames.Add(TokList[0]);
I := Project.ProfileNames.Count-1;
S := '';
Project.ProfileLinks.Add(S);
end
else S := Project.ProfileLinks[I] + #13;
// Add each remaining token to the list of links in the profile
S := S + TokList[1];
for J := 2 to Ntoks-1 do
S := S + #13 + TokList[J];
Project.ProfileLinks[I] := S;
end;
procedure SetMapDimensions;
//-----------------------------------------------------------------------------
// Determines map dimensions based on range of object coordinates.
//-----------------------------------------------------------------------------
begin
with MapForm.Map do
begin
// Dimensions not provided in [MAP] section
if not MapExtentSet then
begin
// Dimensions were provided in [BACKDROP] section
if (Backdrop.LowerLeft.X <> Backdrop.UpperRight.X) then
begin
// Interpret these as map dimensions
Dimensions.LowerLeft := Backdrop.LowerLeft;
Dimensions.UpperRight := Backdrop.UpperRight;
// Compute backdrop dimensions from Offset and Scale values
Backdrop.LowerLeft.X := BackdropX;
Backdrop.LowerLeft.Y := BackdropY - BackdropH;
Backdrop.UpperRight.X := BackdropX + BackdropW;
Backdrop.UpperRight.Y := BackdropY;
end
// No dimensions of any kind provided
else with Dimensions do
Ucoords.GetCoordExtents(LowerLeft.X, LowerLeft.Y,
UpperRight.X, UpperRight.Y);
end;
end;
end;
function ParseInpLine(S: String): Integer;
//-----------------------------------------------------------------------------
// Parses current input line depending on current section of input file.
//-----------------------------------------------------------------------------
begin
case Section of
1: Result := ReadOptionData;
2: Result := ReadRaingageData;
3: Result := ReadHydrographData;
4: Result := ReadEvaporationData;
5: Result := ReadSubcatchmentData;
6: Result := ReadSubareaData;
7: Result := ReadInfiltrationData;
8: Result := ReadAquiferData;
9: Result := ReadGroundwaterData;
10: Result := ReadJunctionData;
11: Result := ReadOutfallData;
12: Result := ReadStorageData;
13: Result := ReadDividerData;
14: Result := ReadConduitData;
15: Result := ReadPumpData;
16: Result := ReadOrificeData;
17: Result := ReadWeirData;
18: Result := ReadOutletData;
19: Result := ReadXsectionData;
20: Result := ReadTransectData;
21: Result := ReadLossData;
//22: ReadControlData called directly from ReadFile
23: Result := ReadPollutantData;
24: Result := ReadLanduseData;
25: Result := ReadBuildupData;
26: Result := ReadWashoffData;
27: Result := ReadCoverageData;
28: Result := ReadExInflowData;
29: Result := ReadDWInflowData;
30: Result := ReadPatternData;
31: Result := ReadIIInflowData;
32: Result := ReadLoadData;
33: Result := ReadCurveData;
34: Result := ReadTimeseriesData;
35: Result := ReadReportData;
36: Result := ReadFileData;
37: Result := ReadMapData;
38: Result := ReadCoordData;
39: Result := ReadVertexdata;
40: Result := ReadPolygonData;
41: Result := ReadSymbolData;
42: Result := ReadLabelData;
43: Result := ReadBackdropData;
44: Result := ReadProfileData;
45: Result := ReadCurveData;
46: Result := ReadTemperatureData;
47: Result := ReadSnowpackData;
48: Result := ReadTreatmentData(S);
49: Result := ReadTagData;
50: Result := Ulid.ReadLidData(TokList, Ntoks);
51: Result := ReadLidUsageData;
52: Result := ReadGroundwaterFlowEqn(S);
53: Result := ReadAdjustmentData; //(5.1.007)
else Result := 0;
end;
end;
function ParseImportLine(Line: String): Integer;
//-----------------------------------------------------------------------------
// Processes line of input from imported scenario or map file.
// (Not currently used.)
//-----------------------------------------------------------------------------
begin
Result := 0;
end;
procedure StripComment(const Line: String; var S: String);
//-----------------------------------------------------------------------------
// Strips comment (text following a ';') from a line of input.
// Ignores comment if it begins with ';;'.
//-----------------------------------------------------------------------------
var
P: Integer;
N: Integer;
C: String;
begin
C := '';
S := Trim(Line);
P := Pos(';', S);
if P > 0 then
begin
N := Length(S);
C := Copy(S, P+1, N);
if (Length(C) >= 1) and (C[1] <> ';') then
begin
if Length(Comment) > 0 then Comment := Comment + #13;
Comment := Comment + C;
end;
Delete(S, P, N);
end;
end;
function FindNewSection(const S: String): Integer;
//-----------------------------------------------------------------------------
// Checks if S matches any of the section heading key words.
//-----------------------------------------------------------------------------
var
K: Integer;
begin
for K := 0 to High(SectionWords) do
begin
if Pos(SectionWords[K], S) = 1 then
begin
Result := K;
Exit;
end;
end;
Result := -1;
end;
function StartNewSection(S: String): Integer;
//-----------------------------------------------------------------------------
// Begins reading a new section of the input file.
//-----------------------------------------------------------------------------
var
K : Integer;
begin
// Determine which new section to begin
K := FindNewSection(UpperCase(S));
if (K >= 0) then
begin
//Update section code
Section := K;
PrevID := '';
Result := 0;
end
else Result := ErrMsg(KEYWORD_ERR, S);
Comment := '';
end;
function ReadFile(var F: Textfile; const Fsize: Int64):Boolean;
//-----------------------------------------------------------------------------
// Reads each line of a SWMM input file.
//-----------------------------------------------------------------------------
var
Err : Integer;
ByteCount : Integer;
StepCount : Integer;
StepSize : Integer;
S : String;
begin
Result := True;
ErrCount := 0;
LineCount := 0;
Comment := '';
// Initialize progress meter settings
StepCount := MainForm.ProgressBar.Max div MainForm.ProgressBar.Step;
StepSize := Fsize div StepCount;
if StepSize < 1000 then StepSize := 0;
ByteCount := 0;
// Read each line of input file
Reset(F);
while not Eof(F) do
begin
Err := 0;
Readln(F, Line);
Inc(LineCount);
if StepSize > 0 then
begin
Inc(ByteCount, Length(Line));
MainForm.UpdateProgressBar(ByteCount, StepSize);
end;
// Strip out trailing spaces, control characters & comment
Line := TrimRight(Line);
StripComment(Line, S);
// Check if line begins a new input section
if (Pos('[', S) = 1) then Err := StartNewSection(S)
else
begin
//// Following code section modified for release 5.1.011. //// //(5.1.011)
// Check if line contains project title/notes
if (Section = 0) and (Length(Line) > 0) then
begin
if LeftStr(Line,2) <> ';;' then Err := ReadTitleData(Line);
end
// Check if line contains a control rule clause
else if (Section = 22) then Err := ReadControlData(Line)
// Check if line contains an event start/end dates
else if (Section = 54) then Err := ReadEventData(Trim(Line))
// If in some section, then process the input line
else
begin
// Break line into string tokens and parse their contents
Uutils.Tokenize(S, TokList, Ntoks);
if (Ntoks > 0) and (Section >= 0) then
begin
Err := ParseInpLine(S);
Comment := '';
end
// No current section -- file was probably not an EPA-SWMM file
else if (Ntoks > 0) then
begin
Result := False;
Exit;
end;
end;
end;
////
// Increment error count
if Err > 0 then Inc(ErrCount);
end; //End of file.
if ErrCount > MAX_ERRORS then ErrList.Add(
IntToStr(ErrCount-MAX_ERRORS) + TXT_MORE_ERRORS);
end;
procedure DisplayInpErrForm(const Fname: String);
//-----------------------------------------------------------------------------
// Displays Status Report form that lists any error messages.
//-----------------------------------------------------------------------------
begin
SysUtils.DeleteFile((TempReportFile));
TempReportFile := Uutils.GetTempFile(TempDir,'swmm');
ErrList.Insert(0, TXT_ERROR_REPORT + Fname + #13);
ErrList.SaveToFile(TempReportFile);
MainForm.MnuReportStatusClick(MainForm);
end;
procedure ReverseVertexLists;
//-----------------------------------------------------------------------------
// Reverses list of vertex points for each link in the project.
//-----------------------------------------------------------------------------
var
I, J: Integer;
begin
for I := 0 to MAXCLASS do
begin
if not Project.IsLink(I) then continue;
for J := 0 to Project.Lists[I].Count-1 do
if Project.GetLink(I, J).Vlist <> nil then
Project.GetLink(I, J).Vlist.Reverse;
end;
end;
procedure SetSubcatchCentroids;
//-----------------------------------------------------------------------------
// Determines the centroid of each subcatchment polygon.
//-----------------------------------------------------------------------------
var
I : Integer;
begin
for I := 0 to Project.Lists[SUBCATCH].Count - 1 do
begin
Project.GetSubcatch(SUBCATCH, I).SetCentroid;
end;
end;
procedure SetIDPtrs;
//-----------------------------------------------------------------------------
// Makes pointers to ID strings the ID property of objects.
//-----------------------------------------------------------------------------
var
I, J : Integer;
C : TSubcatch;
S : String;
begin
for I := 0 to MAXCLASS do
begin
if I = RAINGAGE then with Project.Lists[RAINGAGE] do
begin
for J := 0 to Count-1 do TRaingage(Objects[J]).ID := PChar(Strings[J]);
end
else if Project.IsSubcatch(I) then with Project.Lists[SUBCATCH] do
begin
for J := 0 to Count-1 do
begin
C := TSubcatch(Objects[J]);
C.ID := PChar(Strings[J]);
S := Trim(C.Data[SUBCATCH_OUTLET_INDEX]);
C.OutSubcatch := FindSubcatch(S);
if C.OutSubcatch = nil then C.OutNode := FindNode(S);
end;
end
else if Project.IsNode(I) then with Project.Lists[I] do
begin
for J := 0 to Count-1 do TNode(Objects[J]).ID := PChar(Strings[J]);
end
else if Project.IsLink(I) then with Project.Lists[I] do
begin
for J := 0 to Count-1 do TLink(Objects[J]).ID := PChar(Strings[J]);
end
else if I = TRANSECT then with Project.Lists[I] do
begin
for J := 0 to Count-1 do
begin
TTransect(Objects[J]).CheckData;
TTransect(Objects[J]).SetMaxDepth;
Project.SetTransectConduitDepth(Strings[J],
TTransect(Objects[J]).Data[TRANSECT_MAX_DEPTH]);
end;
end
else continue;
end;
end;
function ReadInpFile(const Fname: String):Boolean;
//-----------------------------------------------------------------------------
// Reads SWMM input data from a text file.
//-----------------------------------------------------------------------------
var
F : Textfile;
begin
// Try to open the file
Result := False;
AssignFile(F,Fname);
{$I-}
Reset(F);
{$I+}
if (IOResult = 0) then
begin
// Create stringlists
Screen.Cursor := crHourGlass;
MapExtentSet := False;
ErrList := TStringList.Create;
TokList := TStringList.Create;
SubcatchList := TStringList.Create;
NodeList := TStringList.Create;
LinkList := TStringList.Create;
FileType := ftInput;
InpFile := Fname;
try
// Read the file
MainForm.ShowProgressBar(MSG_READING_PROJECT_DATA);
SubcatchList.Sorted := True;
NodeList.Sorted := True;
LinkList.Sorted := True;
Section := -1;
Result := ReadFile(F, Uutils.GetFileSize(Fname));
if (Result = True) then
begin
// Establish pointers to ID names
SetIDPtrs;
end;
finally
// Free the stringlists
SubcatchList.Free;
NodeList.Free;
LinkList.Free;
TokList.Free;
MainForm.PageSetupDialog.Header.Text := Project.Title;
MainForm.HideProgressBar;
Screen.Cursor := crDefault;
// Display errors if found & set map dimensions
if Result = True then
begin
if ErrList.Count > 0 then DisplayInpErrForm(Fname);
SetSubcatchCentroids;
SetMapDimensions;
end;
ErrList.Free;
end;
end;
// Close the input file
CloseFile(F);
end;
procedure ClearDefaultDates;
//-----------------------------------------------------------------------------
// Clears project's date/time settings.
//-----------------------------------------------------------------------------
begin
with Project.Options do
begin
Data[START_DATE_INDEX] := '';
Data[START_TIME_INDEX] := '';
Data[REPORT_START_DATE_INDEX] := '';
Data[REPORT_START_TIME_INDEX] := '';
Data[END_DATE_INDEX] := '';
Data[END_TIME_INDEX] := '';
end;
end;
procedure SetDefaultDates;
//-----------------------------------------------------------------------------
// Sets default values for project's date/time settings.
//-----------------------------------------------------------------------------
var
StartTime: TDateTime;
StartDate: TDateTime;
T: TDateTime;
D: TDateTime;
begin
with Project.Options do
begin
// Process starting date/time
try
StartDate := StrToDate(Data[START_DATE_INDEX], MyFormatSettings);
except
On EConvertError do StartDate := Date;
end;
StartTime := Uutils.StrHoursToTime(Data[START_TIME_INDEX]);
if StartTime < 0 then StartTime := 0;
D := StartDate + StartTime;
Data[START_DATE_INDEX] := DateToStr(D, MyFormatSettings);
Data[START_TIME_INDEX] := TimeToStr(D, MyFormatSettings);
// Process reporting start date/time
try
D := StrToDate(Data[REPORT_START_DATE_INDEX], MyFormatSettings);
except
On EConvertError do D := StartDate;
end;
T := Uutils.StrHoursToTime(Data[REPORT_START_TIME_INDEX]);
if T < 0 then T := StartTime;
D := D + T;
Data[REPORT_START_DATE_INDEX] := DateToStr(D, MyFormatSettings);
Data[REPORT_START_TIME_INDEX] := TimeToStr(D, MyFormatSettings);
// Process ending date/time
try
D := StrToDate(Data[END_DATE_INDEX], MyFormatSettings);
except
On EConvertError do D := StartDate;
end;
T := Uutils.StrHoursToTime(Data[END_TIME_INDEX]);
if T < 0 then T := StartTime;
D := D + T;
Data[END_DATE_INDEX] := DateToStr(D, MyFormatSettings);
Data[END_TIME_INDEX] := TimeToStr(D, MyFormatSettings);
end;
end;
function OpenProject(const Fname: String): TInputFileType;
//-----------------------------------------------------------------------------
// Reads in project data from a file.
//-----------------------------------------------------------------------------
begin
// Show progress meter
ClearDefaultDates;
Screen.Cursor := crHourGlass;
MainForm.ShowProgressBar(MSG_READING_PROJECT_DATA);
// Use default map dimensions and backdrop settings
MapForm.Map.Dimensions := DefMapDimensions;
MapForm.Map.Backdrop := DefMapBackdrop;
// Do the following for non-temporary input files
if not SameText(Fname, Uglobals.TempInputFile) then
begin
// Create a backup file
if AutoBackup
then CopyFile(PChar(Fname), PChar(ChangeFileExt(Fname, '.bak')), FALSE);
// Retrieve project defaults from .INI file
if CompareText(ExtractFileExt(Fname), '.ini') <> 0
then Uinifile.ReadProjIniFile(ChangeFileExt(Fname, '.ini'));
end;
// Read and parse each line of input file
Result := iftNone;
if ReadInpFile(Fname) then Result := iftINP;
// Finish processing the input data
if Result <> iftNone then
begin
SetDefaultDates; // set any missing analysis dates
Uglobals.RegisterCalibData; // register calibration data files
Uupdate.UpdateUnits; // update choice of unit system
Uupdate.UpdateDefOptions; // update default analysis options
Uupdate.UpdateLinkHints; // update hints used for offsets
Project.GetControlRuleNames; // store control rule names in a list
end;
// Hide progress meter.
MainForm.HideProgressBar;
Screen.Cursor := crDefault;
end;
end.le names in a list
end;
// Hide progress meter.
MainForm.HideProgressBar;
Screen.Cursor := crDefault;
end;
end.
if Result <> iftNone then
begin
SetDefaultDates; // set any missing analysis dates
Uglobals.RegisterCalibData; // register calibration data files
Uupdate.UpdateUnits; // update choice of unit system
Uupdate.UpdateDefOptions; // update default analysis options
Uupdate.UpdateLinkHints; // update hints used for offsets
Project.GetControlRuleNames; // store control rule names in a list
end;
// Hide progress meter.
MainForm.HideProgressBar;
Screen.Cursor := crDefault;
end;
end.
{-------------------------------------------------------------------}
{ Unit: Uimport.pas }
{ Project: EPA SWMM }
{ Version: 5.1 }
{ Date: 12/02/13 (5.1.001) }
{ 04/04/14 (5.1.003) }
{ 04/14/14 (5.1.004) }
{ 09/15/14 (5.1.007) }
{ 03/19/15 (5.1.008) }
{ 08/05/15 (5.1.010) }
{ 08/01/16 (5.1.011) }
{ Author: L. Rossman }
{ }
{ Delphi Pascal unit that imports a SWMM project's data from a }
{ a formatted text file. }
{ }
{ 5.1.011 - Support for reading [EVENTS] section added. }
{-------------------------------------------------------------------}
interface
uses
Classes, Forms, Controls, Dialogs, SysUtils, Windows, Math, StrUtils,
Uutils, Uglobals;
const
ITEMS_ERR = 1;
KEYWORD_ERR = 2;
SUBCATCH_ERR = 3;
NODE_ERR = 4;
LINK_ERR = 5;
LANDUSE_ERR = 6;
POLLUT_ERR = 7;
NUMBER_ERR = 8;
XSECT_ERR = 9;
TRANSECT_ERR = 10;
TIMESTEP_ERR = 11;
DATE_ERR = 12;
LID_ERR = 13;
MAX_ERRORS = 50;
type
TFileType = (ftInput, ftImport);
// These routines can be called from other units
function ErrMsg(const ErrCode: Integer; const Name: String): Integer;
function OpenProject(const Fname: String): TInputFileType;
function ReadInpFile(const Fname: String):Boolean;
procedure SetDefaultDates;
implementation
uses
Fmain, Fmap, Fstatus, Dxsect, Uexport, Uinifile, Uproject, Umap,
Ucoords, Uvertex, Uupdate, Dreporting, Ulid;
const
MSG_READING_PROJECT_DATA = 'Reading project data... ';
TXT_ERROR = 'Error ';
TXT_AT_LINE = ' at line ';
TXT_MORE_ERRORS = ' more errors found in file.';
TXT_ERROR_REPORT = 'Error Report for File ';
SectionWords : array[0..54] of PChar = //(5.1.011)
('[TITLE', //0
'[OPTION', //1
'[RAINGAGE', //2
'[HYDROGRAPH', //3
'[EVAPORATION', //4
'[SUBCATCHMENT', //5
'[SUBAREA', //6
'[INFILTRATION', //7
'[AQUIFER', //8
'[GROUNDWATER', //9
'[JUNCTION', //10
'[OUTFALL', //11
'[STORAGE', //12
'[DIVIDER', //13
'[CONDUIT', //14
'[PUMP', //15
'[ORIFICE', //16
'[WEIR', //17
'[OUTLET', //18
'[XSECTION', //19
'[TRANSECT', //20
'[LOSS', //21
'[CONTROL', //22
'[POLLUTANT', //23
'[LANDUSE', //24
'[BUILDUP', //25
'[WASHOFF', //26
'[COVERAGE', //27
'[INFLOW', //28
'[DWF', //29
'[PATTERN', //30
'[RDII', //31
'[LOAD', //32
'[CURVE', //33
'[TIMESERIES', //34
'[REPORT', //35
'[FILE', //36
'[MAP', //37
'[COORDINATES', //38
'[VERTICES', //39
'[POLYGONS', //40
'[SYMBOLS', //41
'[LABELS', //42
'[BACKDROP', //43
'[PROFILE', //44
'[TABLE', //45
'[TEMPERATURE', //46
'[SNOWPACK', //47
'[TREATMENT', //48
'[TAG', //49
'[LID_CONTROL', //50
'[LID_USAGE', //51
'[GWF', //52 //(5.1.007)
'[ADJUSTMENTS', //53 //(5.1.007)
'[EVENT'); //54 //(5.1.011)
var
FileType : TFileType;
InpFile : String;
ErrList : TStringlist;
SubcatchList : TStringlist;
NodeList : TStringlist;
LinkList : TStringlist;
TokList : TStringlist;
Ntoks : Integer;
Section : Integer;
LineCount : LongInt;
ErrCount : LongInt;
Line : String;
Comment : String;
TsectComment : String;
PrevID : String;
PrevIndex : Integer;
CurveType : Integer;
MapExtentSet : Boolean;
ManningsN : array[1..3] of String;
// These are deprecated attributes of a backdrop image
BackdropX : Extended;
BackdropY : Extended;
BackdropW : Extended;
BackdropH : Extended;
function ErrMsg(const ErrCode: Integer; const Name: String): Integer;
//-----------------------------------------------------------------------------
// Adds an error message for a specific error code to the list
// of errors encountered when reading an input file.
//-----------------------------------------------------------------------------
var
S: String;
begin
if ErrCount <= MAX_ERRORS then
begin
case ErrCode of
ITEMS_ERR: S := 'Too few items ';
KEYWORD_ERR: S := 'Unrecognized keyword (' + Name + ') ';
SUBCATCH_ERR: S := 'Undefined Subcatchment (' + Name + ') referenced ';
NODE_ERR: S := 'Undefined Node (' + Name + ') referenced ';
LINK_ERR: S := 'Undefined Link (' + Name + ') referenced ';
LANDUSE_ERR: S := 'Undefined Land Use (' + Name + ') referenced ';
POLLUT_ERR: S := 'Undefined Pollutant (' + Name + ') referenced ';
NUMBER_ERR: S := 'Illegal numeric value (' + Name + ') ';
XSECT_ERR: S := 'Illegal cross section for Link ' + Name + ' ';
TRANSECT_ERR: S := 'No Transect defined for these data ';
TIMESTEP_ERR: S := 'Illegal time step value ';
DATE_ERR: S := 'Illegal date/time value ';
LID_ERR: S := 'Undefined LID process (' + Name + ') referenced ';
else S := 'Unknown error ';
end;
S := S + 'at line ' + IntToStr(LineCount) + ':';
ErrList.Add(S);
if Section >= 0 then ErrList.Add(SectionWords[Section] + ']');
ErrList.Add(Line);
ErrList.Add('');
end;
Result := ErrCode;
end;
function FindSubcatch(const ID: String): TSubcatch;
//-----------------------------------------------------------------------------
// Finds a Subcatchment object given its ID name.
//-----------------------------------------------------------------------------
var
Index: Integer;
Atype: Integer;
begin
Result := nil;
if (FileType = ftInput) then
begin
if SubcatchList.Find(ID, Index)
then Result := TSubcatch(SubcatchList.Objects[Index]);
end
else
begin
if (Project.FindSubcatch(ID, Atype, Index))
then Result := Project.GetSubcatch(Atype, Index);
end;
end;
function FindNode(const ID: String): TNode;
//-----------------------------------------------------------------------------
// Finds a Node object given its ID name.
//-----------------------------------------------------------------------------
var
Index: Integer;
Ntype: Integer;
begin
Result := nil;
if (FileType = ftInput) then
begin
if NodeList.Find(ID, Index)
then Result := TNode(NodeList.Objects[Index]);
end
else
begin
if (Project.FindNode(ID, Ntype, Index))
then Result := Project.GetNode(Ntype, Index);
end;
end;
function FindLink(const ID: String): TLink;
//-----------------------------------------------------------------------------
// Finds a Link object given its ID name.
//-----------------------------------------------------------------------------
var
Index : Integer;
Ltype : Integer;
begin
Result := nil;
if (FileType = ftInput) then
begin
if LinkList.Find(ID, Index)
then Result := TLink(LinkList.Objects[Index]);
end
else
begin
if (Project.FindLink(ID, Ltype, Index))
then Result := Project.GetLink(Ltype, Index);
end;
end;
function ReadTitleData(Line: String): Integer;
//-----------------------------------------------------------------------------
// Adds Line of text to a project's title and notes.
//-----------------------------------------------------------------------------
begin
if Project.Lists[NOTES].Count = 0 then Project.Title := Line;
Project.Lists[NOTES].Add(Line);
Project.HasItems[NOTES] := True;
Result := 0;
end;
procedure ReadOldRaingageData(I: Integer; aGage: TRaingage);
//-----------------------------------------------------------------------------
// Reads a line of parsed rain gage data using older format.
//-----------------------------------------------------------------------------
begin
if I = 0 then
begin
aGage.Data[GAGE_DATA_SOURCE] := RaingageOptions[0];
if Ntoks > 2 then aGage.Data[GAGE_SERIES_NAME] := TokList[2];
if Ntoks > 3 then aGage.Data[GAGE_DATA_FORMAT] := TokList[3];
if Ntoks > 4 then aGage.Data[GAGE_DATA_FREQ] := TokList[4];
end;
if I = 1 then
begin
aGage.Data[GAGE_DATA_SOURCE] := RaingageOptions[1];
if Ntoks > 2 then aGage.Data[GAGE_FILE_NAME] := TokList[2];
if Ntoks > 3 then aGage.Data[GAGE_STATION_NUM] := TokList[3];
end;
end;
procedure ReadNewRaingageData(aGage: TRaingage);
//-----------------------------------------------------------------------------
// Reads a line of rain gage data using newer format.
//-----------------------------------------------------------------------------
var
I: Integer;
Fname: String;
begin
if Ntoks > 1 then aGage.Data[GAGE_DATA_FORMAT] := TokList[1];
if Ntoks > 2 then aGage.Data[GAGE_DATA_FREQ] := TokList[2];
if Ntoks > 3 then aGage.Data[GAGE_SNOW_CATCH] := TokList[3];
if Ntoks > 4 then
begin
I := Uutils.FindKeyWord(TokList[4], RaingageOptions, 4);
if I = 0 then
begin
aGage.Data[GAGE_DATA_SOURCE] := RaingageOptions[0];
if Ntoks > 5 then aGage.Data[GAGE_SERIES_NAME] := TokList[5];
end;
if I = 1 then
begin
aGage.Data[GAGE_DATA_SOURCE] := RaingageOptions[1];
if Ntoks > 5 then
begin
Fname := TokList[5];
if ExtractFilePath(Fname) = ''
then Fname := ExtractFilePath(Uglobals.InputFileName) + Fname;
aGage.Data[GAGE_FILE_NAME] := Fname;
end;
if Ntoks > 6 then aGage.Data[GAGE_STATION_NUM] := TokList[6];
if Ntoks > 7 then aGage.Data[GAGE_RAIN_UNITS] := TokList[7];
end;
end;
end;
function ReadRaingageData: Integer;
//-----------------------------------------------------------------------------
// Parses rain gage data from the input line.
//-----------------------------------------------------------------------------
var
aGage : TRaingage;
ID : String;
I : Integer;
begin
if Ntoks < 2 then
begin
Result := ErrMsg(ITEMS_ERR, '');
Exit;
end;
ID := TokList[0];
aGage := TRaingage.Create;
Uutils.CopyStringArray(Project.DefProp[RAINGAGE].Data, aGage.Data);
aGage.X := MISSING;
aGage.Y := MISSING;
aGage.Data[COMMENT_INDEX ] := Comment;
Project.Lists[RAINGAGE].AddObject(ID, aGage);
Project.HasItems[RAINGAGE] := True;
I := Uutils.FindKeyWord(TokList[1], RaingageOptions, 4);
if I >= 0
then ReadOldRaingageData(I, aGage)
else ReadNewRaingageData(aGage);
Result := 0;
end;
function ReadOldHydrographFormat(const I: Integer; UH: THydrograph): Integer;
//-----------------------------------------------------------------------------
// Reads older format of unit hydrograph parameters from a line of input.
//-----------------------------------------------------------------------------
var
J, K, N: Integer;
begin
Result := 0;
if Ntoks < 2 then Result := ErrMsg(ITEMS_ERR, '')
else
begin
N := 2;
for K := 1 to 3 do
begin
for J := 1 to 3 do
begin
UH.Params[I,J,K] := TokList[N];
Inc(N);
end;
end;
for J := 1 to 3 do
begin
UH.InitAbs[I,J,1] := '';
if Ntoks > N then UH.InitAbs[I,J,1] := TokList[N];
Inc(N);
for K := 2 to 3 do UH.InitAbs[I,J,K] := UH.InitAbs[I,J,1];
end;
end;
end;
function ReadHydrographData: Integer;
//-----------------------------------------------------------------------------
// Reads RDII unit hydrograph data from a line of input.
//-----------------------------------------------------------------------------
var
I, J, K: Integer;
ID: String;
aUnitHyd: THydrograph;
Index: Integer;
begin
Result := 0;
if Ntoks < 2 then Result := ErrMsg(ITEMS_ERR, '')
else
begin
// Check if hydrograph ID is same as for previous line
ID := TokList[0];
if (ID = PrevID)
then Index := PrevIndex
else Index := Project.Lists[HYDROGRAPH].IndexOf(ID);
// If starting input for a new hydrograph then create it
if Index < 0 then
begin
aUnitHyd := THydrograph.Create;
Project.Lists[HYDROGRAPH].AddObject(ID, aUnitHyd);
Project.HasItems[HYDROGRAPH] := True;
Index := Project.Lists[HYDROGRAPH].Count - 1;
PrevID := ID;
PrevIndex := Index;
end
else aUnitHyd := THydrograph(Project.Lists[HYDROGRAPH].Objects[Index]);
// Parse rain gage name for 2-token line
if Ntoks = 2 then
begin
aUnitHyd.Raingage := TokList[1];
end
// Extract remaining hydrograph parameters
else if Ntoks < 6 then Result := ErrMsg(ITEMS_ERR, '')
else
begin
// Determine month of year
I := Uutils.FindKeyWord(TokList[1], MonthLabels, 3);
if I < 0 then Result := ErrMsg(KEYWORD_ERR, TokList[1]);
// Determine if response type present - if not, process old format
K := Uutils.FindKeyWord(TokList[2], ResponseTypes, 3) + 1;
if K < 1 then Result := ReadOldHydrographFormat(I, aUnitHyd)
else
begin
// Extract R-T-K values
for J := 3 to 5 do
begin
aUnitHyd.Params[I,J-2,K] := TokList[J];
end;
// Extract IA parameters
for J := 6 to 8 do
begin
if J >= Ntoks then break
else aUnitHyd.InitAbs[I,J-5,K] := TokList[J];
end;
end;
end;
end;
end;
function ReadTemperatureData: Integer;
//-----------------------------------------------------------------------------
// Reads description of air temperature data from a line of input.
//-----------------------------------------------------------------------------
var
I: Integer;
begin
Result := 0;
if Ntoks < 2 then Result := ErrMsg(ITEMS_ERR, '')
else with Project.Climatology do
begin
I := Uutils.FindKeyWord(TokList[0], TempKeywords, 10);
if I < 0 then Result := ErrMsg(KEYWORD_ERR, TokList[0])
else case I of
0: begin // Time series
TempDataSource := 1;
TempTseries := TokList[1];
end;
1: begin // File
TempDataSource := 2;
TempFile := TokList[1];
if ExtractFilePath(TempFile) = '' then
TempFile := ExtractFilePath(Uglobals.InputFileName) + TempFile;
if Ntoks >= 3 then TempStartDate := TokList[2];
end;
2: begin // Wind speed
if SameText(TokList[1], 'MONTHLY') then
begin
if Ntoks < 14 then Result := ErrMsg(ITEMS_ERR, '')
else
begin
WindType := MONTHLY_WINDSPEED;
for I := 1 to 12 do WindSpeed[I] := TokList[I+1];
end;
end
else if SameText(TokList[1], 'FILE') then WindType := FILE_WINDSPEED
else Result := ErrMsg(KEYWORD_ERR, TokList[1]);
end;
3: begin
if Ntoks < 7 then Result := ErrMsg(ITEMS_ERR, '')
else for I := 1 to 6 do SnowMelt[I] := TokList[I];
end;
4: begin
if Ntoks < 12 then Result := ErrMsg(ITEMS_ERR, '')
else
begin
if SameText(TokList[1], 'IMPERVIOUS') then
for I := 1 to 10 do ADCurve[1][I] := TokList[I+1]
else if SameText(TokList[1], 'PERVIOUS') then
for I := 1 to 10 do ADCurve[2][I] := TokList[I+1]
else Result := ErrMsg(KEYWORD_ERR, TokList[1]);
end;
end;
end;
end;
end;
function ReadEvaporationRates(Etype: Integer): Integer;
var
J: Integer;
begin
if (Etype <> TEMP_EVAP) and (Ntoks < 2)
then Result := ErrMsg(ITEMS_ERR, '')
else with Project.Climatology do
begin
EvapType := Etype;
case EvapType of
CONSTANT_EVAP:
for J := 0 to 11 do EvapData[J] := TokList[1];
TSERIES_EVAP:
EvapTseries := TokList[1];
FILE_EVAP:
for J := 1 to 12 do
begin
if J >= Ntoks then break;
PanData[J-1] := TokList[J];
end;
MONTHLY_EVAP:
for J := 1 to 12 do
begin
if J >= Ntoks then break;
EvapData[J-1] := TokList[J];
end;
end;
Result := 0;
end;
end;
function ReadEvaporationData: Integer;
//-----------------------------------------------------------------------------
// Reads evaporation data from a line of input.
//-----------------------------------------------------------------------------
var
I: Integer;
begin
Result := 0;
I := Uutils.FindKeyWord(TokList[0], EvapOptions, 4);
if I >= 0 then Result := ReadEvaporationRates(I)
else if (I <> TEMP_EVAP) and (Ntoks < 2)
then Result := ErrMsg(ITEMS_ERR, '')
else with Project.Climatology do
begin
if SameText(TokList[0], 'RECOVERY')
then RecoveryPat := TokList[1]
else if SameText(TokList[0], 'DRY_ONLY') then
begin
if SameText(TokList[1], 'NO') then EvapDryOnly := False
else if SameText(TokList[1], 'YES') then EvapDryOnly := True
else Result := ErrMsg(KEYWORD_ERR, TokList[1]);
end
else Result := ErrMsg(KEYWORD_ERR, TokList[0]);
end;
end;
function ReadSubcatchmentData: Integer;
//-----------------------------------------------------------------------------
// Reads subcatchment data from a line of input.
//-----------------------------------------------------------------------------
var
S : TSubcatch;
ID : String;
begin
if Ntoks < 8
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
S := TSubcatch.Create;
SubcatchList.AddObject(ID, S);
S.X := MISSING;
S.Y := MISSING;
S.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[SUBCATCH].Data, S.Data);
S.Data[SUBCATCH_RAINGAGE_INDEX] := TokList[1];
S.Data[SUBCATCH_OUTLET_INDEX] := TokList[2];
S.Data[SUBCATCH_AREA_INDEX] := TokList[3];
S.Data[SUBCATCH_IMPERV_INDEX] := TokList[4];
S.Data[SUBCATCH_WIDTH_INDEX] := TokList[5];
S.Data[SUBCATCH_SLOPE_INDEX] := TokList[6];
S.Data[SUBCATCH_CURBLENGTH_INDEX] := TokList[7];
if Ntoks >= 9
then S.Data[SUBCATCH_SNOWPACK_INDEX] := TokList[8];
S.Data[COMMENT_INDEX ] := Comment;
Project.Lists[SUBCATCH].AddObject(ID, S);
Project.HasItems[SUBCATCH] := True;
Result := 0;
end;
end;
function ReadSubareaData: Integer;
//-----------------------------------------------------------------------------
// Reads subcatchment sub-area data from a line of input.
//-----------------------------------------------------------------------------
var
S : TSubcatch;
ID : String;
begin
if Ntoks < 7
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
S := FindSubcatch(ID);
if S = nil
then Result := ErrMsg(SUBCATCH_ERR, ID)
else begin
S.Data[SUBCATCH_IMPERV_N_INDEX] := TokList[1];
S.Data[SUBCATCH_PERV_N_INDEX] := TokList[2];
S.Data[SUBCATCH_IMPERV_DS_INDEX] := TokList[3];
S.Data[SUBCATCH_PERV_DS_INDEX] := TokList[4];
S.Data[SUBCATCH_PCTZERO_INDEX] := TokList[5];
S.Data[SUBCATCH_ROUTE_TO_INDEX] := TokList[6];
if Ntoks >= 8
then S.Data[SUBCATCH_PCT_ROUTED_INDEX] := TokList[7];
Result := 0;
end;
end;
end;
function ReadInfiltrationData: Integer;
//-----------------------------------------------------------------------------
// Reads subcatchment infiltration data from a line of input.
//-----------------------------------------------------------------------------
var
S : TSubcatch;
ID : String;
J : Integer;
Jmax : Integer;
begin
ID := TokList[0];
S := FindSubcatch(ID);
if S = nil
then Result := ErrMsg(SUBCATCH_ERR, ID)
else begin
Jmax := Ntoks-1;
if Jmax > MAXINFILPROPS then Jmax := MAXINFILPROPS;
for J := 1 to Jmax do S.InfilData[J-1] := TokList[J];
Result := 0;
end;
end;
function ReadAquiferData: Integer;
//-----------------------------------------------------------------------------
// Reads aquifer data from a line of input.
//-----------------------------------------------------------------------------
var
ID : String;
A : TAquifer;
I : Integer;
begin
if nToks < MAXAQUIFERPROPS then Result := ErrMsg(ITEMS_ERR, '') //(5.1.003)
else begin
ID := TokList[0];
A := TAquifer.Create;
//Uutils.CopyStringArray(Project.DefProp[AQUIFER].Data, A.Data); //(5.1.004)
Project.Lists[AQUIFER].AddObject(ID, A);
Project.HasItems[AQUIFER] := True;
for I := 0 to MAXAQUIFERPROPS-1 do A.Data[I] := TokList[I+1]; //(5.1.003)
if nToks >= MAXAQUIFERPROPS + 2 //(5.1.004)
then A.Data[MAXAQUIFERPROPS] := TokList[MAXAQUIFERPROPS+1] //(5.1.003)
else A.Data[MAXAQUIFERPROPS] := ''; //(5.1.003)
Result := 0;
end;
end;
function ReadGroundwaterData: Integer;
//-----------------------------------------------------------------------------
// Reads subcatchment groundwater data from a line of input.
//-----------------------------------------------------------------------------
var
S: TSubcatch;
ID: String;
P: String;
J: Integer;
K: Integer;
begin
// Get subcatchment name
ID := TokList[0];
S := FindSubcatch(ID);
if S = nil
then Result := ErrMsg(SUBCATCH_ERR, ID)
else
begin
// Line contains GW flow parameters
if Ntoks < 10 then Result := ErrMsg(ITEMS_ERR, '')
else begin
S.Groundwater.Clear;
// Read required parameters
for J := 1 to 9 do S.Groundwater.Add(TokList[J]);
// Read optional parameters
for K := 10 to 13 do
begin
if Ntoks > K then
begin
P := TokList[K];
if P = '*' then P := '';
S.Groundwater.Add(P);
end
else S.Groundwater.Add('');
end;
S.Data[SUBCATCH_GWATER_INDEX] := 'YES';
Result := 0;
end;
end;
end;
//// This function was re-written for release 5.1.007. //// //(5.1.007)
function ReadGroundwaterFlowEqn(Line: String): Integer;
//-----------------------------------------------------------------------------
// Reads GW flow math expression from a line of input.
//-----------------------------------------------------------------------------
var
S: TSubcatch;
N: Integer;
begin
// Check for enough tokens in line
if Ntoks < 3 then Result := ErrMsg(ITEMS_ERR, '')
// Get subcatchment object referred to by name
else begin
Result := 0;
S := FindSubcatch(TokList[0]);
if S = nil then Result := ErrMsg(SUBCATCH_ERR, TokList[0])
else begin
// Find position in Line where second token ends
N := Pos(TokList[1], Line) + Length(TokList[1]);
// Save remainder of line to correct type of GW flow equation
if SameText(TokList[1], 'LATERAL') then
S.GwLatFlowEqn := Trim(AnsiRightStr(Line, Length(Line)-N))
else if SameText(TokList[1], 'DEEP') then
S.GwDeepFlowEqn := Trim(AnsiRightStr(Line, Length(Line)-N))
else Result := ErrMsg(KEYWORD_ERR, TokList[1]);
end;
end;
end;
function ReadSnowpackData: Integer;
//-----------------------------------------------------------------------------
// Reads snowpack data from a line of input.
//-----------------------------------------------------------------------------
var
ID : String;
P : TSnowpack;
I : Integer;
J : Integer;
Index: Integer;
begin
Result := 0;
if Ntoks < 8
then Result := ErrMsg(ITEMS_ERR, '')
else begin
I := Uutils.FindKeyWord(TokList[1], SnowpackOptions, 7);
if I < 0
then Result := ErrMsg(KEYWORD_ERR, TokList[1])
else begin
// Check if snow pack ID is same as for previous line
ID := TokList[0];
if (ID = PrevID)
then Index := PrevIndex
else Index := Project.Lists[SNOWPACK].IndexOf(ID);
// If starting input for a new snow pack then create it
if Index < 0 then
begin
P := TSnowpack.Create;
Project.Lists[SNOWPACK].AddObject(ID, P);
Project.HasItems[SNOWPACK] := True;
Index := Project.Lists[SNOWPACK].Count - 1;
PrevID := ID;
PrevIndex := Index;
end
else P := TSnowpack(Project.Lists[SNOWPACK].Objects[Index]);
// Parse line depending on data type
case I of
// Plowable area
0: begin
if Ntoks < 9 then Result := ErrMsg(ITEMS_ERR, '')
else
begin
for J := 1 to 6 do P.Data[1][J] := TokList[J+1];
P.FracPlowable := TokList[8];
end;
end;
// Impervious or Pervious area
1,
2: begin
if Ntoks < 9 then Result := ErrMsg(ITEMS_ERR, '')
else for J := 1 to 7 do P.Data[I+1][J] := TokList[J+1];
end;
// Plowing parameters
3: begin
for J := 1 to 6 do P.Plowing[J] := TokList[J+1];
if Ntoks >= 9 then P.Plowing[7] := TokList[8];
end;
end;
end;
end;
end;
function ReadJunctionData: Integer;
//-----------------------------------------------------------------------------
// Reads junction data from a line of input.
//-----------------------------------------------------------------------------
var
aNode: TNode;
ID : String;
begin
if Ntoks < 2
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aNode := TNode.Create;
NodeList.AddObject(ID, aNode);
aNode.Ntype := JUNCTION;
aNode.X := MISSING;
aNode.Y := MISSING;
aNode.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[JUNCTION].Data, aNode.Data);
aNode.Data[NODE_INVERT_INDEX] := TokList[1];
if Ntoks > 2 then aNode.Data[JUNCTION_MAX_DEPTH_INDEX] := TokList[2];
if Ntoks > 3 then aNode.Data[JUNCTION_INIT_DEPTH_INDEX] := TokList[3];
if Ntoks > 4 then aNode.Data[JUNCTION_SURCHARGE_DEPTH_INDEX] := TokList[4];
if Ntoks > 5 then aNode.Data[JUNCTION_PONDED_AREA_INDEX] := TokList[5];
aNode.Data[COMMENT_INDEX ] := Comment;
Project.Lists[JUNCTION].AddObject(ID, aNode);
Project.HasItems[JUNCTION] := True;
Result := 0;
end;
end;
function ReadOutfallData: Integer;
//-----------------------------------------------------------------------------
// Reads outfall data from a line of input.
//-----------------------------------------------------------------------------
var
aNode: TNode;
ID : String;
I : Integer;
N : Integer; //(5.1.008)
begin
if Ntoks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
N := 4; //(5.1.008)
ID := TokList[0];
aNode := TNode.Create;
NodeList.AddObject(ID, aNode);
aNode.Ntype := OUTFALL;
aNode.X := MISSING;
aNode.Y := MISSING;
aNode.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[OUTFALL].Data, aNode.Data);
aNode.Data[NODE_INVERT_INDEX] := TokList[1];
I := Uutils.FindKeyWord(TokList[2], OutfallOptions, 4);
if I < 0 then I := FREE_OUTFALL;
if (I > NORMAL_OUTFALL) and (Ntoks >= 4) then
begin
case I of
FIXED_OUTFALL: aNode.Data[OUTFALL_FIXED_STAGE_INDEX] := TokList[3];
TIDAL_OUTFALL: aNode.Data[OUTFALL_TIDE_TABLE_INDEX] := TokList[3];
TIMESERIES_OUTFALL: aNode.Data[OUTFALL_TIME_SERIES_INDEX] := TokList[3];
end;
N := 5;
if Ntoks >= 5 then aNode.Data[OUTFALL_TIDE_GATE_INDEX] := TokList[4]; // (5.1.008)
end
else if Ntoks >= 4 then aNode.Data[OUTFALL_TIDE_GATE_INDEX] := TokList[3]; //(5.1.008)
if Ntoks > N then aNode.Data[OUTFALL_ROUTETO_INDEX] := TokList[N]; //(5.1.008)
aNode.Data[OUTFALL_TYPE_INDEX] := OutfallOptions[I];
aNode.Data[COMMENT_INDEX ] := Comment;
Project.Lists[OUTFALL].AddObject(ID, aNode);
Project.HasItems[OUTFALL] := True;
Result := 0;
end;
end;
//// The following function was modified for release 5.1.007. //// //(5.1.007)
function ReadStorageData: Integer;
//-----------------------------------------------------------------------------
// Reads storage unit data from a line of input.
//-----------------------------------------------------------------------------
var
aNode: TNode;
ID : String;
N : Integer;
X : Single;
begin
Result := 0;
N := 6;
if Ntoks < 6
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aNode := TNode.Create;
NodeList.AddObject(ID, aNode);
aNode.Ntype := STORAGE;
aNode.X := MISSING;
aNode.Y := MISSING;
aNode.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[STORAGE].Data, aNode.Data);
Project.Lists[STORAGE].AddObject(ID, aNode);
aNode.Data[NODE_INVERT_INDEX] := TokList[1];
aNode.Data[STORAGE_MAX_DEPTH_INDEX] := TokList[2];
aNode.Data[STORAGE_INIT_DEPTH_INDEX] := TokList[3];
aNode.Data[STORAGE_GEOMETRY_INDEX] := TokList[4];
if CompareText(TokList[4], 'TABULAR') = 0 then
begin
aNode.Data[STORAGE_ATABLE_INDEX] := TokList[5];
end
else begin
if Ntoks < 7
then Result := ErrMsg(ITEMS_ERR, '')
else begin
aNode.Data[STORAGE_ACOEFF_INDEX] := TokList[5];
aNode.Data[STORAGE_AEXPON_INDEX] := TokList[6];
if Ntoks >= 8 then aNode.Data[STORAGE_ACONST_INDEX] := TokList[7];
N := 8;
end;
end;
// Optional items
if (Result = 0) and (Ntoks > N) then
begin
// Ponded area
aNode.Data[STORAGE_PONDED_AREA_INDEX] := TokList[N];
// Evaporation factor
if Ntoks > N+1 then aNode.Data[STORAGE_EVAP_FACTOR_INDEX] := TokList[N+1];
// Constant seepage rate
if Ntoks = N+3 then
begin
aNode.InfilData[STORAGE_KSAT_INDEX] := TokList[N+2];
end
// Green-Ampt seepage parameters
else if Ntoks = N+5 then
begin
aNode.InfilData[STORAGE_SUCTION_INDEX] := TokList[N+2];
aNode.InfilData[STORAGE_KSAT_INDEX] := TokList[N+3];
aNode.InfilData[STORAGE_IMDMAX_INDEX] := TokList[N+4];
end;
end;
Uutils.GetSingle(aNode.InfilData[STORAGE_KSAT_INDEX ], X);
if (X > 0) then aNode.Data[STORAGE_SEEPAGE_INDEX] := 'YES'
else aNode.Data[STORAGE_SEEPAGE_INDEX] := 'NO';
aNode.Data[COMMENT_INDEX ] := Comment;
Project.HasItems[STORAGE] := True;
end;
end;
function ReadDividerData: Integer;
//-----------------------------------------------------------------------------
// Reads flow divider data from a line of input.
// (Corrected on 6/14/05)
//-----------------------------------------------------------------------------
var
N, J : Integer;
aNode: TNode;
ID : String;
begin
if Ntoks < 4
then Result := ErrMsg(ITEMS_ERR, '')
else begin
Result := 0;
ID := TokList[0];
aNode := TNode.Create;
NodeList.AddObject(ID, aNode);
aNode.Ntype := DIVIDER;
aNode.X := MISSING;
aNode.Y := MISSING;
aNode.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[DIVIDER].Data, aNode.Data);
Project.Lists[DIVIDER].AddObject(ID, aNode);
Project.HasItems[DIVIDER] := True;
aNode.Data[COMMENT_INDEX ] := Comment;
aNode.Data[NODE_INVERT_INDEX] := TokList[1];
aNode.Data[DIVIDER_LINK_INDEX] := TokList[2];
aNode.Data[DIVIDER_TYPE_INDEX] := TokList[3];
N := 5;
if SameText(TokList[3], 'OVERFLOW') then
begin
N := 4;
end
else if SameText(TokList[3], 'CUTOFF') then
begin
aNode.Data[DIVIDER_CUTOFF_INDEX] := TokList[4];
end
else if SameText(TokList[3], 'TABULAR') then
begin
aNode.Data[DIVIDER_TABLE_INDEX] := TokList[4];
end
else if SameText(TokList[3], 'WEIR') and (Ntoks >= 7) then
begin
aNode.Data[DIVIDER_QMIN_INDEX] := TokList[4];
aNode.Data[DIVIDER_DMAX_INDEX] := TokList[5];
aNode.Data[DIVIDER_QCOEFF_INDEX] := TokList[6];
N := 7;
end
else Result := ErrMsg(KEYWORD_ERR, TokList[3]);
if (Result = 0) and (Ntoks > N) then
begin
for J := N to Ntoks-1 do
aNode.Data[DIVIDER_MAX_DEPTH_INDEX + J - N] := TokList[J];
end;
end;
end;
function ReadConduitData: Integer;
//-----------------------------------------------------------------------------
// Reads conduit data from a line of input.
//-----------------------------------------------------------------------------
var
aLink : TLink;
aNode1: TNode;
aNode2: TNode;
ID : String;
begin
if Ntoks < 7 then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aNode1 := FindNode(TokList[1]);
aNode2 := FindNode(TokList[2]);
if (aNode1 = nil) then Result := ErrMsg(NODE_ERR, TokList[1])
else if (aNode2 = nil) then Result := ErrMsg(NODE_ERR, TokList[2])
else begin
aLink := TLink.Create;
LinkList.AddObject(ID, aLink);
aLink.Ltype := CONDUIT;
aLink.Node1 := aNode1;
aLink.Node2 := aNode2;
aLink.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[CONDUIT].Data, aLink.Data);
Project.Lists[CONDUIT].AddObject(ID, aLink);
Project.HasItems[CONDUIT] := True;
aLink.Data[CONDUIT_LENGTH_INDEX] := TokList[3];
aLink.Data[CONDUIT_ROUGHNESS_INDEX] := TokList[4];
aLink.Data[CONDUIT_INLET_HT_INDEX] := TokList[5];
aLink.Data[CONDUIT_OUTLET_HT_INDEX] := TokList[6];
if Ntoks > 7 then aLink.Data[CONDUIT_INIT_FLOW_INDEX] := TokList[7];
if Ntoks > 8 then aLink.Data[CONDUIT_MAX_FLOW_INDEX] := TokList[8];
aLink.Data[COMMENT_INDEX ] := Comment;
Result := 0;
end;
end;
end;
function ReadPumpData: Integer;
//-----------------------------------------------------------------------------
// Reads pump data from a line of input.
//-----------------------------------------------------------------------------
var
aLink : TLink;
aNode1: TNode;
aNode2: TNode;
ID : String;
N : Integer;
begin
if nToks < 4
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aNode1 := FindNode(TokList[1]);
aNode2 := FindNode(TokList[2]);
if (aNode1 = nil) then Result := ErrMsg(NODE_ERR, TokList[1])
else if (aNode2 = nil) then Result := ErrMsg(NODE_ERR, TokList[2])
else begin
aLink := TLink.Create;
LinkList.AddObject(ID, aLink);
aLink.Ltype := PUMP;
aLink.Node1 := aNode1;
aLink.Node2 := aNode2;
aLink.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[PUMP].Data, aLink.Data);
Project.Lists[PUMP].AddObject(ID, aLink);
Project.HasItems[PUMP] := True;
// Skip over PumpType if line has old format
if Uutils.FindKeyWord(TokList[3], PumpTypes, 5) >= 0 then N := 4
else N := 3;
if Ntoks <= N then Result := ErrMsg(ITEMS_ERR, '')
else
begin
aLink.Data[PUMP_CURVE_INDEX] := TokList[N];
if nToks > N+1 then aLink.Data[PUMP_STATUS_INDEX] := TokList[N+1];
if nToks > N+2 then aLink.Data[PUMP_STARTUP_INDEX] := TokList[N+2];
if nToks > N+3 then aLink.Data[PUMP_SHUTOFF_INDEX] := TokList[N+3];
aLink.Data[COMMENT_INDEX ] := Comment;
Result := 0;
end;
end;
end;
end;
function ReadOrificeData: Integer;
//-----------------------------------------------------------------------------
// Reads orifice data from a line of input.
//-----------------------------------------------------------------------------
var
aLink : TLink;
aNode1: TNode;
aNode2: TNode;
ID : String;
begin
if nToks < 6
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aNode1 := FindNode(TokList[1]);
aNode2 := FindNode(TokList[2]);
if (aNode1 = nil) then Result := ErrMsg(NODE_ERR, TokList[1])
else if (aNode2 = nil) then Result := ErrMsg(NODE_ERR, TokList[2])
else begin
aLink := TLink.Create;
LinkList.AddObject(ID, aLink);
aLink.Ltype := ORIFICE;
aLink.Node1 := aNode1;
aLink.Node2 := aNode2;
aLink.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[ORIFICE].Data, aLink.Data);
Project.Lists[ORIFICE].AddObject(ID, aLink);
Project.HasItems[ORIFICE] := True;
aLink.Data[ORIFICE_TYPE_INDEX] := TokList[3];
aLink.Data[ORIFICE_BOTTOM_HT_INDEX] := TokList[4];
aLink.Data[ORIFICE_COEFF_INDEX] := TokList[5];
if nToks >= 7
then aLink.Data[ORIFICE_FLAPGATE_INDEX] := TokList[6];
if nToks >= 8
then aLink.Data[ORIFICE_ORATE_INDEX] := TokList[7];
aLink.Data[COMMENT_INDEX ] := Comment;
Result := 0;
end;
end;
end;
function ReadWeirData: Integer;
//-----------------------------------------------------------------------------
// Reads weir data from a line of input.
//-----------------------------------------------------------------------------
var
aLink : TLink;
aNode1: TNode;
aNode2: TNode;
ID : String;
begin
if nToks < 6
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aNode1 := FindNode(TokList[1]);
aNode2 := FindNode(TokList[2]);
if (aNode1 = nil) then Result := ErrMsg(NODE_ERR, TokList[1])
else if (aNode2 = nil) then Result := ErrMsg(NODE_ERR, TokList[2])
else begin
aLink := TLink.Create;
LinkList.AddObject(ID, aLink);
aLink.Ltype := WEIR;
aLink.Node1 := aNode1;
aLink.Node2 := aNode2;
aLink.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[WEIR].Data, aLink.Data);
Project.Lists[WEIR].AddObject(ID, aLink);
Project.HasItems[WEIR] := True;
aLink.Data[WEIR_TYPE_INDEX] := TokList[3];
aLink.Data[WEIR_CREST_INDEX] := TokList[4];
aLink.Data[WEIR_COEFF_INDEX] := TokList[5];
//// Following section modified for release 5.1.007. //// //(5.1.007)
if (nToks >= 7) and not SameText(TokList[6], '*') then
aLink.Data[WEIR_FLAPGATE_INDEX] := TokList[6];
if (nToks >= 8) and not SameText(TokList[7], '*') then
aLink.Data[WEIR_CONTRACT_INDEX] := TokList[7];
if (nToks >= 9) and not SameText(TokList[8], '*') then
aLink.Data[WEIR_END_COEFF_INDEX] := TokList[8];
if (nToks >= 10) and not SameText(TokList[9], '*') then
aLink.Data[WEIR_SURCHARGE_INDEX] := TokList[9];
//// Following section added for release 5.1.010. //(5.1.010)
if (nToks >= 11) and not SameText(TokList[10], '*') then
aLink.Data[WEIR_ROAD_WIDTH_INDEX] := TokList[10];
if (nToks >= 12) and not SameText(TokList[11], '*') then
aLink.Data[WEIR_ROAD_SURF_INDEX] := TokList[11];
////
aLink.Data[COMMENT_INDEX] := Comment;
Result := 0;
end;
end;
end;
function ReadOutletData: Integer;
//-----------------------------------------------------------------------------
// Reads outlet data from a line of input.
//-----------------------------------------------------------------------------
var
aLink : TLink;
aNode1: TNode;
aNode2: TNode;
ID : String;
N : Integer;
begin
if nToks < 6
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aNode1 := FindNode(TokList[1]);
aNode2 := FindNode(TokList[2]);
if (aNode1 = nil) then Result := ErrMsg(NODE_ERR, TokList[1])
else if (aNode2 = nil) then Result := ErrMsg(NODE_ERR, TokList[2])
else begin
aLink := TLink.Create;
LinkList.AddObject(ID, aLink);
aLink.Ltype := OUTLET;
aLink.Node1 := aNode1;
aLink.Node2 := aNode2;
aLink.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[OUTLET].Data, aLink.Data);
Project.Lists[OUTLET].AddObject(ID, aLink);
Project.HasItems[OUTLET] := True;
aLink.Data[OUTLET_CREST_INDEX] := TokList[3];
//... added for backwards compatibility
if SameText(TokList[4], 'TABULAR') then TokList[4] := 'TABULAR/DEPTH';
if SameText(TokList[4], 'FUNCTIONAL') then TokList[4] := 'FUNCTIONAL/DEPTH';
aLink.Data[OUTLET_TYPE_INDEX] := TokList[4];
if AnsiContainsText(TokList[4], 'TABULAR') then
begin
aLink.Data[OUTLET_QTABLE_INDEX] := TokList[5];
N := 6;
end
else begin
if Ntoks < 7 then
begin
Result := ErrMsg(ITEMS_ERR, '');
Exit;
end
else
begin
aLink.Data[OUTLET_QCOEFF_INDEX] := TokList[5];
aLink.Data[OUTLET_QEXPON_INDEX] := TokList[6];
N := 7;
end;
end;
if Ntoks > N then aLink.Data[OUTLET_FLAPGATE_INDEX] := TokList[N];
aLink.Data[COMMENT_INDEX ] := Comment;
Result := 0;
end;
end;
end;
function GetXsectShape(const S: String): Integer;
//-----------------------------------------------------------------------------
// Finds the code number corresponding to cross section shape S.
//-----------------------------------------------------------------------------
var
I: Integer;
begin
for I := 0 to High(Dxsect.XsectShapes) do
begin
if CompareText(S, Dxsect.XsectShapes[I].Text[1]) = 0 then
begin
Result := I;
Exit;
end;
end;
Result := -1;
end;
//// New procedure added to release 5.1.008. //// //(5.1.008)
procedure CheckForStdSize;
//-----------------------------------------------------------------------------
// Converts from old format for standard size ellipse and arch pipes
// to new format.
//-----------------------------------------------------------------------------
var
J: Integer;
X: Extended;
begin
// Old format had size code as 3rd token and 0 for 4th token
J := StrToIntDef(TokList[2], 0);
Uutils.GetExtended(TokList[3], X);
if (J > 0) and (X = 0) then
begin
// New format has 5th token as size code
TokList[4] := TokList[2];
TokList[2] := '0';
TokList[3] := '0';
end;
end;
function ReadXsectionData: Integer;
//-----------------------------------------------------------------------------
// Reads cross section data froma line of input.
//-----------------------------------------------------------------------------
var
I : Integer;
ID : String;
aLink : TLink;
begin
if nToks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aLink := FindLink(ID);
if (aLink = nil)
then Result := ErrMsg(LINK_ERR, TokList[0])
else begin
I := GetXsectShape(TokList[1]);
if I < 0 then Result := ErrMsg(KEYWORD_ERR, TokList[1])
else case aLink.Ltype of
CONDUIT:
begin
aLink.Data[CONDUIT_SHAPE_INDEX] := TokList[1];
if I = Dxsect.IRREG_SHAPE_INDEX then
begin
aLink.Data[CONDUIT_TSECT_INDEX] := TokList[2];
aLink.Data[CONDUIT_GEOM1_INDEX] := ''; //(5.1.008)
Result := 0;
end
else begin
if nToks < 6 then Result := ErrMsg(ITEMS_ERR, '')
else begin
{
//// Added to release 5.1.008. //// //(5.1.008)
if I in [Dxsect.HORIZ_ELLIPSE_SHAPE_INDEX,
Dxsect.VERT_ELLIPSE_SHAPE_INDEX,
Dxsect.ARCH_SHAPE_INDEX]
then CheckForStdSize;
}
aLink.Data[CONDUIT_GEOM1_INDEX] := TokList[2];
aLink.Data[CONDUIT_GEOM2_INDEX] := TokList[3];
aLink.Data[CONDUIT_GEOM3_INDEX] := TokList[4];
aLink.Data[CONDUIT_GEOM4_INDEX] := TokList[5];
if Ntoks > 6 then aLink.Data[CONDUIT_BARRELS_INDEX] := TokList[6];
if Ntoks > 7 then aLink.Data[CONDUIT_CULVERT_INDEX] := TokList[7];
if I = Dxsect.CUSTOM_SHAPE_INDEX then
aLink.Data[CONDUIT_TSECT_INDEX] := TokList[3];
Result := 0;
end;
end;
end;
ORIFICE:
begin
if not I in [0, 1] then Result := ErrMsg(XSECT_ERR, TokList[0])
else begin
aLink.Data[ORIFICE_SHAPE_INDEX] := TokList[1];
aLink.Data[ORIFICE_HEIGHT_INDEX] := TokList[2];
aLink.Data[ORIFICE_WIDTH_INDEX] := TokList[3];
Result := 0;
end;
end;
WEIR:
begin
if not I in [2, 3, 4] then Result := ErrMsg(XSECT_ERR, TokList[0])
else begin
aLink.Data[WEIR_SHAPE_INDEX] := TokList[1];
aLink.Data[WEIR_HEIGHT_INDEX] := TokList[2];
aLink.Data[WEIR_WIDTH_INDEX] := TokList[3];
aLink.Data[WEIR_SLOPE_INDEX] := TokList[4];
Result := 0;
end;
end;
else Result := 0;
end;
end;
end;
end;
function ReadTransectData: Integer;
//-----------------------------------------------------------------------------
// Reads transect data from a line of input.
//-----------------------------------------------------------------------------
var
I : Integer;
K : Integer;
N : Integer;
ID : String;
Tsect : TTransect;
begin
Result := 0;
if SameText(TokList[0], 'NC') then
begin
if nToks < 4 then Result := ErrMsg(ITEMS_ERR, '')
else for I := 1 to 3 do ManningsN[I] := TokList[I];
TsectComment := Comment;
Exit;
end;
if SameText(TokList[0], 'X1') then
begin
if nToks < 2 then Exit;
ID := TokList[1];
Tsect := TTransect.Create;
if Length(Comment) > 0 then TsectComment := Comment;
Tsect.Comment := TsectComment;
Project.Lists[TRANSECT].AddObject(ID, Tsect);
Project.HasItems[TRANSECT] := True;
Tsect.Data[TRANSECT_N_LEFT] := ManningsN[1];
Tsect.Data[TRANSECT_N_RIGHT] := ManningsN[2];
Tsect.Data[TRANSECT_N_CHANNEL] := ManningsN[3];
if nToks < 10 then Result := ErrMsg(ITEMS_ERR, '')
else
begin
Tsect.Data[TRANSECT_X_LEFT] := TokList[3];
Tsect.Data[TRANSECT_X_RIGHT] := TokList[4];
Tsect.Data[TRANSECT_L_FACTOR] := TokList[7];
Tsect.Data[TRANSECT_X_FACTOR] := TokList[8];
Tsect.Data[TRANSECT_Y_FACTOR] := TokList[9];
end;
Exit;
end;
if SameText(TokList[0], 'GR') then
begin
N := Project.Lists[TRANSECT].Count;
if N = 0 then Result := ErrMsg(TRANSECT_ERR, '')
else begin
Tsect := TTransect(Project.Lists[TRANSECT].Objects[N-1]);
K := 1;
while K + 1 < Ntoks do
begin
Tsect.Ydata.Add(TokList[K]);
Tsect.Xdata.Add(TokList[K+1]);
K := K + 2;
end;
end;
Exit;
end;
end;
function ReadLossData: Integer;
//-----------------------------------------------------------------------------
// Reads conduit loss data from a line of input.
//-----------------------------------------------------------------------------
var
ID : String;
aLink : TLink;
begin
if nToks < 4
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aLink := FindLink(ID);
if (aLink = nil) then Result := ErrMsg(LINK_ERR, ID)
else if (aLink.Ltype <> CONDUIT) then Result := 0
else begin
aLink.Data[CONDUIT_ENTRY_LOSS_INDEX] := TokList[1];
aLink.Data[CONDUIT_EXIT_LOSS_INDEX] := TokList[2];
aLink.Data[CONDUIT_AVG_LOSS_INDEX] := TokList[3];
if nToks >= 5
then aLink.Data[CONDUIT_CHECK_VALVE_INDEX] := TokList[4];
if nToks >= 6
then aLink.Data[CONDUIT_SEEPAGE_INDEX] := TokList[5];
Result := 0;
end;
end;
end;
function ReadPollutantData: Integer;
//-----------------------------------------------------------------------------
// Reads pollutant data from a line of input.
//-----------------------------------------------------------------------------
var
ID : String;
aPollut : TPollutant;
X : Single;
begin
if nToks < 5
then Result := ErrMsg(ITEMS_ERR, '')
else begin
// Add new pollutant to project
ID := TokList[0];
aPollut := TPollutant.Create;
Uutils.CopyStringArray(Project.DefProp[POLLUTANT].Data, aPollut.Data);
Project.Lists[POLLUTANT].AddObject(ID, aPollut);
Project.HasItems[POLLUTANT] := True;
// Parse units & concens.
aPollut.Data[POLLUT_UNITS_INDEX] := TokList[1];
aPollut.Data[POLLUT_RAIN_INDEX] := TokList[2];
aPollut.Data[POLLUT_GW_INDEX] := TokList[3];
// This is for old format
if (Ntoks = 5)
or ( (Ntoks = 7) and Uutils.GetSingle(TokList[6], X) ) then
begin
aPollut.Data[POLLUT_DECAY_INDEX] := TokList[4];
if nToks >= 7 then
begin
aPollut.Data[POLLUT_COPOLLUT_INDEX] := TokList[5];
aPollut.Data[POLLUT_FRACTION_INDEX] := TokList[6];
end;
end
// This is for new format
else
begin
aPollut.Data[POLLUT_II_INDEX] := TokList[4];
if Ntoks >= 6 then aPollut.Data[POLLUT_DECAY_INDEX] := TokList[5];
if nToks >= 7 then aPollut.Data[POLLUT_SNOW_INDEX] := TokList[6];
if Ntoks >= 9 then
begin
aPollut.Data[POLLUT_COPOLLUT_INDEX] := TokList[7];
aPollut.Data[POLLUT_FRACTION_INDEX] := TokList[8];
end;
if Ntoks >= 10 then aPollut.Data[POLLUT_DWF_INDEX] := TokList[9];
if Ntoks >= 11 then aPollut.Data[POLLUT_INIT_INDEX] := TokList[10];
end;
Result := 0;
end;
end;
function ReadLanduseData: Integer;
//-----------------------------------------------------------------------------
// Reads land use data from a line of input.
//-----------------------------------------------------------------------------
var
ID : String;
aLanduse : TLanduse;
aNonPtSource : TNonpointSource;
J : Integer;
begin
ID := TokList[0];
aLanduse := TLanduse.Create;
for J := 0 to Project.Lists[POLLUTANT].Count - 1 do
begin
aNonPtSource := TNonpointSource.Create;
aLanduse.NonpointSources.AddObject(Project.Lists[POLLUTANT].Strings[J],
aNonPtSource);
end;
Project.Lists[LANDUSE].AddObject(ID, aLanduse);
Project.HasItems[LANDUSE] := True;
if Ntoks > 1 then aLanduse.Data[LANDUSE_CLEANING_INDEX] := TokList[1];
if Ntoks > 2 then aLanduse.Data[LANDUSE_AVAILABLE_INDEX] := TokList[2];
if Ntoks > 3 then aLanduse.Data[LANDUSE_LASTCLEAN_INDEX] := TokList[3];
aLanduse.Data[COMMENT_INDEX ] := Comment;
Result := 0;
end;
function ReadBuildupData: Integer;
//-----------------------------------------------------------------------------
// Reads pollutant buildup function data from a line of input.
//-----------------------------------------------------------------------------
var
LanduseIndex : Integer;
PollutIndex : Integer;
aLanduse : TLanduse;
aNonpointSource: TNonpointSource;
J : Integer;
begin
if nToks < 7
then Result := ErrMsg(ITEMS_ERR, '')
else begin
LanduseIndex := Project.Lists[LANDUSE].IndexOf(TokList[0]);
PollutIndex := Project.Lists[POLLUTANT].IndexOf(TokList[1]);
if (LanduseIndex < 0) then Result := ErrMsg(LANDUSE_ERR, TokList[0])
else if (PollutIndex < 0) then Result := ErrMsg(POLLUT_ERR, TokList[1])
else begin
aLanduse := TLanduse(Project.Lists[LANDUSE].Objects[LanduseIndex]);
aNonpointSource :=
TNonpointSource(aLanduse.NonpointSources.Objects[PollutIndex]);
for J := 2 to 6 do
aNonpointSource.BuildupData[J-2] := TokList[J];
Result := 0;
end;
end;
end;
function ReadWashoffData: Integer;
//-----------------------------------------------------------------------------
// Reads pollutant washoff function data from a line of input.
//-----------------------------------------------------------------------------
var
LanduseIndex : Integer;
PollutIndex : Integer;
aLanduse : TLanduse;
aNonpointSource: TNonpointSource;
J : Integer;
begin
if nToks < 7
then Result := ErrMsg(ITEMS_ERR, '')
else begin
LanduseIndex := Project.Lists[LANDUSE].IndexOf(TokList[0]);
PollutIndex := Project.Lists[POLLUTANT].IndexOf(TokList[1]);
if (LanduseIndex < 0) then Result := ErrMsg(LANDUSE_ERR, TokList[0])
else if (PollutIndex < 0) then Result := ErrMsg(POLLUT_ERR, TokList[1])
else begin
aLanduse := TLanduse(Project.Lists[LANDUSE].Objects[LanduseIndex]);
aNonpointSource :=
TNonpointSource(aLanduse.NonpointSources.Objects[PollutIndex]);
for J := 2 to 6 do
aNonpointSource.WashoffData[J-2] := TokList[J];
Result := 0;
end;
end;
end;
function ReadCoverageData: Integer;
//-----------------------------------------------------------------------------
// Reads land use coverage data from a line of input.
//-----------------------------------------------------------------------------
var
MaxToks: Integer;
X : Single;
S : TSubcatch;
S1 : String;
I : Integer;
begin
Result := 0;
S := FindSubcatch(TokList[0]);
if S = nil
then Result := ErrMsg(SUBCATCH_ERR, TokList[0])
else begin
MaxToks := 3;
while (MaxToks <= nToks) do
begin
if not Uutils.GetSingle(TokList[MaxToks-1], X) then
begin
Result := ErrMsg(NUMBER_ERR, TokList[MaxToks-1]);
break;
end;
S1 := TokList[MaxToks-2];
I := S.LandUses.IndexOfName(S1);
S1 := TokList[MaxToks-2] + '=' + TokList[MaxToks-1];
if I < 0
then S.LandUses.Add(S1)
else S.Landuses[I] := S1;
MaxToks := MaxToks + 2;
end;
S.Data[SUBCATCH_LANDUSE_INDEX] := IntToStr(S.LandUses.Count);
end;
end;
function ReadTreatmentData(Line: String): Integer;
//-----------------------------------------------------------------------------
// Reads pollutant treatment function from a line of input.
//-----------------------------------------------------------------------------
var
S : String;
aNode : TNode;
I : Integer;
begin
if Ntoks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
aNode := FindNode(TokList[0]);
if (aNode = nil) then Result := ErrMsg(NODE_ERR, TokList[0])
else if Project.Lists[POLLUTANT].IndexOf(TokList[1]) < 0 then
Result := ErrMsg(POLLUT_ERR, TokList[1])
else begin
I := aNode.Treatment.IndexOfName(TokList[1]);
S := Copy(Line, Pos(TokList[1], Line)+Length(TokList[1]), Length(Line));
S := TokList[1] + '=' + Trim(S);
if I < 0 then
aNode.Treatment.Add(S)
else
aNode.Treatment[I] := S;
aNode.Data[NODE_TREAT_INDEX] := 'YES';
Result := 0;
end;
end;
end;
function ReadExInflowData: Integer;
//-----------------------------------------------------------------------------
// Reads external inflow data from a line of input.
//-----------------------------------------------------------------------------
var
S : array[1..7] of String;
Inflow: String;
I : Integer;
aNode : TNode;
begin
if Ntoks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
aNode := FindNode(TokList[0]);
if (aNode = nil) then Result := ErrMsg(NODE_ERR, TokList[0])
else begin
S[1] := TokList[1]; // Constituent name
S[2] := TokList[2]; // Time Series name
S[3] := 'FLOW';
S[4] := '1.0';
if not SameText(S[1], 'FLOW') then
begin
if nToks >= 4 then S[3] := TokList[3] else S[3] := 'CONCEN';
if nToks >= 5 then S[4] := TokList[4] else S[4] := '1.0';
end;
if nToks >= 6 then S[5] := TokList[5] else S[5] := '1.0';
if nToks >= 7 then S[6] := TokList[6] else S[6] := '';
if nToks >= 8 then S[7] := TokList[7] else S[7] := '';
Inflow := S[1] + '=' + S[2] + #13 + S[3] + #13 + S[4] + #13 +
S[5] + #13 + S[6] + #13 + S[7];
I := aNode.DXInflow.IndexOfName(S[1]);
if I < 0 then aNode.DXInflow.Add(Inflow)
else aNode.DXInflow[I] := Inflow;
aNode.Data[NODE_INFLOWS_INDEX] := 'YES';
Result := 0;
end;
end;
end;
function ReadDWInflowData: Integer;
//-----------------------------------------------------------------------------
// Reads dry weather inflow data from a line of input.
//-----------------------------------------------------------------------------
var
M : Integer;
S : String;
S1 : String;
I : Integer;
aNode: TNode;
begin
if Ntoks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
aNode := FindNode(TokList[0]);
if (aNode = nil) then Result := ErrMsg(NODE_ERR, TokList[0])
else begin
S1 := TokList[1];
S := S1 + '=' + TokList[2];
for M := 3 to Ntoks-1 do S := S + #13 + TokList[M];
I := aNode.DWInflow.IndexOfName(S1);
if I < 0
then aNode.DWInflow.Add(S)
else aNode.DWInflow[I] := S;
aNode.Data[NODE_INFLOWS_INDEX] := 'YES';
Result := 0;
end;
end;
end;
function ReadPatternData: Integer;
//-----------------------------------------------------------------------------
// Reads time pattern data from a line of input.
//-----------------------------------------------------------------------------
var
ID: String;
Index: Integer;
aPattern: TPattern;
PatType: Integer;
J: Integer;
begin
if nToks < 2
then Result := ErrMsg(ITEMS_ERR, '')
else begin
J := 1;
ID := TokList[0];
Index := Project.Lists[PATTERN].IndexOf(ID);
if Index < 0 then
begin
aPattern := TPattern.Create;
aPattern.Comment := Comment;
Project.Lists[PATTERN].AddObject(ID, aPattern);
Project.HasItems[PATTERN] := True;
PatType := Uutils.FindKeyWord(TokList[1], PatternTypes, 7);
if PatType < 0 then
begin
Result := ErrMsg(KEYWORD_ERR, TokList[1]);
exit;
end;
aPattern.PatternType := PatType;
J := 2;
end
else aPattern := TPattern(Project.Lists[PATTERN].Objects[Index]);
while (J < nToks) and (aPattern.Count <= High(aPattern.Data)) do
begin
aPattern.Data[aPattern.Count] := TokList[J];
Inc(J);
Inc(aPattern.Count);
end;
Result := 0;
end;
end;
function ReadIIInflowData: Integer;
//-----------------------------------------------------------------------------
// Reads RDII inflow data from a line of input.
//-----------------------------------------------------------------------------
var
aNode: TNode;
begin
if Ntoks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
aNode := FindNode(TokList[0]);
if (aNode = nil) then Result := ErrMsg(NODE_ERR, TokList[0])
else begin
aNode.IIInflow.Clear;
aNode.IIInflow.Add(TokList[1]);
aNode.IIInflow.Add(TokList[2]);
aNode.Data[NODE_INFLOWS_INDEX] := 'YES';
Result := 0;
end;
end;
end;
function ReadLoadData: Integer;
//-----------------------------------------------------------------------------
// Reads initial pollutant loading data from a line of input.
//-----------------------------------------------------------------------------
var
X : Single;
S : TSubcatch;
S1 : String;
I : Integer;
begin
S := FindSubcatch(TokList[0]);
if S = nil
then Result := ErrMsg(SUBCATCH_ERR, TokList[0])
else if Project.Lists[POLLUTANT].IndexOf(TokList[1]) < 0
then Result := ErrMsg(POLLUT_ERR, TokList[1])
else if not Uutils.GetSingle(TokList[2], X)
then Result := ErrMsg(NUMBER_ERR, TokList[2])
else
begin
S1 := TokList[1] + '=' + TokList[2];
I := S.Loadings.IndexOfName(TokList[1]);
if I < 0
then S.Loadings.Add(S1)
else S.Loadings[I] := S1;
S.Data[SUBCATCH_LOADING_INDEX] := 'YES';
Result := 0;
end;
end;
function ReadCurveData: Integer;
//-----------------------------------------------------------------------------
// Reads curve data from a line of input.
//-----------------------------------------------------------------------------
var
Index : Integer;
K : Integer;
L : Integer;
M : Integer;
ObjType : Integer;
ID : String;
aCurve : TCurve;
begin
// Check for too few tokens
if Ntoks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
// Check if curve ID is same as for previous line
ID := TokList[0];
if (ID = PrevID) then
begin
Index := PrevIndex;
ObjType := CurveType;
end
else Project.FindCurve(ID, ObjType, Index);
// Create new curve if ID not in data base
K := 2;
if Index < 0 then
begin
// Check for valid curve type keyword
M := -1;
for L := 0 to High(CurveTypeOptions) do
begin
if SameText(TokList[1], CurveTypeOptions[L]) then
begin
M := L;
break;
end;
end;
if M < 0 then
begin
Result := ErrMsg(KEYWORD_ERR, TokList[1]);
Exit;
end;
// Convert curve type keyword index to a curve object category
case M of
0: ObjType := CONTROLCURVE;
1: ObjType := DIVERSIONCURVE;
2..5:
ObjType := PUMPCURVE;
6: ObjType := RATINGCURVE;
7: ObjType := SHAPECURVE;
8: ObjType := STORAGECURVE;
9: ObjType := TIDALCURVE;
end;
// Create a new curve object
aCurve := TCurve.Create;
aCurve.Comment := Comment;
aCurve.CurveType := TokList[1];
if ObjType = PUMPCURVE
then aCurve.CurveCode := M - 1
else aCurve.CurveCode := 0;
Project.Lists[ObjType].AddObject(ID, aCurve);
Project.HasItems[ObjType] := True;
Index := Project.Lists[ObjType].Count - 1;
PrevID := ID;
PrevIndex := Index;
CurveType := ObjType;
K := 3;
end;
// Add x,y values to the list maintained by the curve
aCurve := TCurve(Project.Lists[ObjType].Objects[Index]);
while K <= nToks-1 do
begin
aCurve.Xdata.Add(TokList[K-1]);
aCurve.Ydata.Add(TokList[K]);
K := K + 2;
end;
Result := 0;
end;
end;
function ReadTimeseriesData: Integer;
//-----------------------------------------------------------------------------
// Reads time series data from a line of input.
//-----------------------------------------------------------------------------
const
NEEDS_DATE = 1;
NEEDS_TIME = 2;
NEEDS_VALUE = 3;
var
Index : Integer;
State : Integer;
K : Integer;
ID : String;
StrDate : String;
aTseries : TTimeseries;
begin
// Check for too few tokens
Result := -1;
if Ntoks < 3 then Result := ErrMsg(ITEMS_ERR, '');
// Check if series ID is same as for previous line
ID := TokList[0];
if (ID = PrevID) then Index := PrevIndex
else Index := Project.Lists[TIMESERIES].IndexOf(ID);
// If starting input for a new series then create it
if Index < 0 then
begin
aTseries := TTimeseries.Create;
aTseries.Comment := Comment;
Project.Lists[TIMESERIES].AddObject(ID,aTseries);
Project.HasItems[TIMESERIES] := True;
Index := Project.Lists[TIMESERIES].Count - 1;
PrevID := ID;
PrevIndex := Index;
end;
aTseries := TTimeseries(Project.Lists[TIMESERIES].Objects[Index]);
// Check if external file name used
if SameText(TokList[1], 'FILE') then
begin
aTseries.Filename := TokList[2];
Result := 0;
Exit;
end;
// Add values to the list maintained by the timeseries
State := NEEDS_DATE;
K := 1;
while K < nToks do
begin
case State of
NEEDS_DATE:
begin
try
StrDate := Uutils.ConvertDate(TokList[K]);
StrToDate(StrDate, MyFormatSettings);
aTseries.Dates.Add(StrDate);
Inc(K);
if K >= nToks then break;
except
On EconvertError do aTseries.Dates.Add('');
end;
State := NEEDS_TIME;
end;
NEEDS_TIME:
begin
aTseries.Times.Add(TokList[K]);
Inc(K);
if K >= nToks then break;
State := NEEDS_VALUE;
end;
NEEDS_VALUE:
begin
aTseries.Values.Add(TokList[K]);
Result := 0;
State := NEEDS_DATE;
Inc(K);
end;
end;
end;
if Result = -1 then Result := ErrMsg(ITEMS_ERR, '');
end;
function ReadControlData(Line: String): Integer;
//-----------------------------------------------------------------------------
// Reads a control rule statement from line of input.
//-----------------------------------------------------------------------------
begin
Project.ControlRules.Add(Line);
Result := 0;
end;
function ReadLidUsageData: Integer;
//-----------------------------------------------------------------------------
// Reads LID usage data from line of input.
//-----------------------------------------------------------------------------
var
aSubcatch: TSubcatch;
begin
aSubcatch := FindSubcatch(TokList[0]);
if aSubcatch = nil then Result := ErrMsg(SUBCATCH_ERR, TokList[0])
else Result := Ulid.ReadLIDUsageData(aSubcatch, TokList, Ntoks);
end;
procedure ReadReportOption(Index: Integer);
begin
if (Ntoks >= 2) and SameText(TokList[1], 'YES') then
Project.Options.Data[Index] := 'YES'
else
Project.Options.Data[Index] := 'NO';
end;
function ReadReportData: Integer;
//-----------------------------------------------------------------------------
// Reads reporting options from a line of input.
//-----------------------------------------------------------------------------
begin
if SameText(TokList[0], 'CONTROLS')
then ReadReportOption(REPORT_CONTROLS_INDEX)
else if SameText(TokList[0], 'INPUT')
then ReadReportOption(REPORT_INPUT_INDEX)
else ReportingForm.Import(TokList, Ntoks);
Result := 0;
end;
function ReadFileData: Integer;
//-----------------------------------------------------------------------------
// Reads interface file usage from a line of input.
//-----------------------------------------------------------------------------
var
Fname: String;
begin
if Ntoks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
Fname := TokList[2];
if ExtractFilePath(Fname) = ''
then Fname := ExtractFilePath(Uglobals.InputFileName) + Fname;
Project.IfaceFiles.Add(TokList[0] + ' ' + TokList[1] + ' ' +
'"' + Fname + '"');
Result := 0;
end;
end;
//// This function was added to release 5.1.007. //// //(5.1.007)
function ReadAdjustmentData: Integer;
//-----------------------------------------------------------------------------
// Reads climate adjustments from a line of input.
//-----------------------------------------------------------------------------
var
I: Integer;
begin
Result := 0;
if Ntoks < 2 then exit;
if SameText(TokList[0], 'Temperature') then
begin
if Ntoks < 13 then Result := ErrMsg(ITEMS_ERR, '')
else with Project.Climatology do
begin
for I := 0 to 11 do
if StrToFloatDef(TokList[I+1], 0.0) = 0.0
then TempAdjust[I] := ''
else TempAdjust[I] := TokList[I+1];
end;
end
else if SameText(TokList[0], 'Evaporation') then
begin
if Ntoks < 13 then Result := ErrMsg(ITEMS_ERR, '')
else with Project.Climatology do
begin
for I := 0 to 11 do
if StrToFloatDef(TokList[I+1], 0.0) = 0.0
then EvapAdjust[I] := ''
else EvapAdjust[I] := TokList[I+1];
end;
end
else if SameText(TokList[0], 'Rainfall') then
begin
if Ntoks < 13 then Result := ErrMsg(ITEMS_ERR, '')
else with Project.Climatology do
begin
for I := 0 to 11 do
if StrToFloatDef(TokList[I+1], 1.0) = 1.0
then RainAdjust[I] := ''
else RainAdjust[I] := TokList[I+1];
end;
end
//// Added to release 5.1.008. //// //(5.1.008)
else if SameText(TokList[0], 'Conductivity') then
begin
if Ntoks < 13 then Result := ErrMsg(ITEMS_ERR, '')
else with Project.Climatology do
begin
for I := 0 to 11 do
if StrToFloatDef(TokList[I+1], 1.0) = 1.0
then CondAdjust[I] := ''
else CondAdjust[I] := TokList[I+1];
end;
end;
////////////////////////////////////////////////////////
end;
//// This function was added to release 5.1.011. //// //(5.1.011)
function ReadEventData(Line: String): Integer;
//-----------------------------------------------------------------------------
// Reads hydraulic event data from a line of input.
//-----------------------------------------------------------------------------
begin
Result := 0;
if Length(Line) = 0 then exit;
if LeftStr(Line,2) = ';;' then exit;
Project.Events.Add(Line);
end;
function ReadOptionData: Integer;
//-----------------------------------------------------------------------------
// Reads an analysis option from a line of input.
//-----------------------------------------------------------------------------
var
Index : Integer;
Keyword : String;
S : String;
S2: String;
I : Integer;
X : Single;
T : Extended;
begin
// Check which keyword applies
Result := 0;
if Ntoks < 2 then exit;
Keyword := TokList[0];
if SameText(Keyword, 'TEMPDIR') then exit;
Index := Uutils.FindKeyWord(Keyword, OptionLabels, 17);
case Index of
-1: Result := ErrMsg(KEYWORD_ERR, Keyword);
ROUTING_MODEL_INDEX:
begin
if SameText(TokList[1], 'NONE') then
begin
Project.Options.Data[IGNORE_ROUTING_INDEX] := 'YES';
Exit;
end;
I := Uutils.FindKeyWord(TokList[1], OldRoutingOptions, 3);
if I >= 0 then TokList[1] := RoutingOptions[I];
end;
START_DATE_INDEX, REPORT_START_DATE_INDEX, END_DATE_INDEX:
begin
S := Uutils.ConvertDate(TokList[1]);
try
StrToDate(S, MyFormatSettings);
TokList[1] := S;
except
on EConvertError do Result := ErrMsg(DATE_ERR, '');
end;
end;
START_TIME_INDEX, REPORT_START_TIME_INDEX, END_TIME_INDEX:
begin
S := TokList[1];
try
StrToTime(S, MyFormatSettings);
TokList[1] := S;
except
on EConvertError do Result := ErrMsg(DATE_ERR, '');
end;
end;
SWEEP_START_INDEX, SWEEP_END_INDEX:
begin
S := Uutils.ConvertDate(TokList[1]);
S2 := S + '/1947';
try
StrToDate(S2, MyFormatSettings);
TokList[1] := S;
except
on EConvertError do Result := ErrMsg(DATE_ERR, '');
end;
end;
WET_STEP_INDEX, DRY_STEP_INDEX, REPORT_STEP_INDEX:
begin
S := TokList[1];
if Uutils.StrHoursToTime(S) = -1 then Result := ErrMsg(TIMESTEP_ERR, '');
end;
ROUTING_STEP_INDEX:
begin
S := TokList[1];
T := 0.0;
if not Uutils.GetExtended(S, T) then
begin
T := Uutils.StrHoursToTime(S)*86400.;
if T <= 0.0 then Result := ErrMsg(TIMESTEP_ERR, '')
else TokList[1] := Format('%.0f',[T]);
end;
end;
VARIABLE_STEP_INDEX:
begin
if Uutils.GetSingle(TokList[1], X) then
TokList[1] := IntToStr(Round(100.0*X))
else
TokList[1] := '0';
end;
INERTIAL_DAMPING_INDEX:
begin
if Uutils.GetSingle(TokList[1], X) then
begin
if X = 0 then TokList[1] := 'NONE'
else TokList[1] := 'PARTIAL';
end;
end;
// This option is now fixed to SWMM 4.
COMPATIBILITY_INDEX:
begin
TokList[1] := '4';
end;
MIN_ROUTE_STEP_INDEX, //(5.1.008)
LENGTHEN_STEP_INDEX,
MIN_SURFAREA_INDEX,
MIN_SLOPE_INDEX,
MAX_TRIALS_INDEX,
HEAD_TOL_INDEX,
SYS_FLOW_TOL_INDEX,
LAT_FLOW_TOL_INDEX:
begin
Uutils.GetSingle(TokList[1], X);
if X <= 0 then TokList[1] := '0';
end;
NORMAL_FLOW_LTD_INDEX:
begin
if SameText(TokList[1], 'NO') or SameText(TokList[1], 'SLOPE')
then TokList[1] := 'SLOPE'
else if SameText(TokList[1], 'YES') or SameText(TokList[1], 'FROUDE')
then TokList[1] := 'FROUDE'
else if SameText(TokList[1], 'BOTH') then TokList[1] := 'BOTH'
else Result := ErrMsg(KEYWORD_ERR, TokList[1]);
end;
FORCE_MAIN_EQN_INDEX:
begin
I := Uutils.FindKeyWord(TokList[1], ForceMainEqnOptions, 3);
if I < 0 then Result := ErrMsg(KEYWORD_ERR, TokList[1])
else TokList[1] := ForceMainEqnOptions[I];
end;
LINK_OFFSETS_INDEX:
begin
I := Uutils.FindKeyWord(TokList[1], LinkOffsetsOptions, 10);
if I < 0 then Result := ErrMsg(KEYWORD_ERR, TokList[1])
else TokList[1] := LinkOffsetsOptions[I];
end;
IGNORE_RAINFALL_INDEX,
IGNORE_SNOWMELT_INDEX,
IGNORE_GRNDWTR_INDEX,
IGNORE_ROUTING_INDEX,
IGNORE_QUALITY_INDEX:
begin
if not SameText(TokList[1], 'YES') and not SameText(TokList[1], 'NO')
then Result := ErrMsg(KEYWORD_ERR, TokList[1]);
end;
//// Following section added to release 5.1.010. //// //(5.1.010)
NUM_THREADS_INDEX:
begin
I := StrToIntDef(TokList[1], 1);
if I < 0 then I := 1;
if (I = 0) or (I > Uutils.GetCPUs) then I := Uutils.GetCPUs;
TokList[1] := IntToStr(I);
end;
////
end;
if Result = 0 then Project.Options.Data[Index] := TokList[1];
end;
function ReadTagData: Integer;
//-----------------------------------------------------------------------------
// Reads in tag data from a line of input.
//-----------------------------------------------------------------------------
const
TagTypes: array[0..3] of PChar = ('Gage', 'Subcatch', 'Node', 'Link');
var
I, J : Integer;
aNode: TNode;
aLink: TLink;
begin
Result := 0;
if Ntoks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
I := Uutils.FindKeyWord(TokList[0], TagTypes, 4);
case I of
-1: Result := ErrMsg(KEYWORD_ERR, TokList[0]);
0: begin
J := Project.Lists[RAINGAGE].IndexOf(TokList[1]);
if J >= 0 then with Project.GetGage(J) do Data[TAG_INDEX] := TokList[2];
end;
1: begin
J := Project.Lists[SUBCATCH].IndexOf(TokList[1]);
if J >= 0 then with Project.GetSubcatch(SUBCATCH, J) do
Data[TAG_INDEX] := TokList[2];
end;
2: begin
aNode := FindNode(TokList[1]);
if (aNode <> nil) then aNode.Data[TAG_INDEX] := TokList[2];
end;
3: begin
aLink := FindLink(TokList[1]);
if (aLink <> nil) then aLink.Data[TAG_INDEX] := TokList[2];
end;
end;
end;
end;
function ReadSymbolData: Integer;
//-----------------------------------------------------------------------------
// Reads rain gage coordinate data from a line of input.
//-----------------------------------------------------------------------------
var
J : Integer;
X, Y : Extended;
aGage : TRaingage;
begin
Result := 0;
if (Ntoks < 3)
then Result := ErrMsg(ITEMS_ERR, '')
else begin
// Locate the gage ID in the database
J := Project.Lists[RAINGAGE].IndexOf(TokList[0]);
// If gage exists then assign it X & Y coordinates
if (J >= 0) then
begin
aGage := Project.GetGage(J);
if not Uutils.GetExtended(TokList[1], X) then
Result := ErrMsg(NUMBER_ERR, TokList[1])
else if not Uutils.GetExtended(TokList[2], Y) then
Result := ErrMsg(NUMBER_ERR, TokList[2])
else
begin
aGage.X := X;
aGage.Y := Y;
end;
end;
end;
end;
function ReadMapData: Integer;
//-----------------------------------------------------------------------------
// Reads map dimensions data from a line of input.
//-----------------------------------------------------------------------------
var
I : Integer;
Index : Integer;
Keyword : String;
X : array[1..4] of Extended;
begin
// Check which keyword applies
Result := 0;
Keyword := TokList[0];
Index := Uutils.FindKeyWord(Keyword, MapWords, 4);
case Index of
0: // Map dimensions
begin
if Ntoks < 5 then Result := ErrMsg(ITEMS_ERR, '')
else begin
for I := 1 to 4 do
if not Uutils.GetExtended(TokList[I], X[I]) then
Result := ErrMsg(NUMBER_ERR, TokList[I]);
if Result = 0 then with MapForm.Map.Dimensions do
begin
LowerLeft.X := X[1];
LowerLeft.Y := X[2];
UpperRight.X := X[3];
UpperRight.Y := X[4];
MapExtentSet := True;
end;
end;
end;
1: //Map units
if Ntoks > 1 then
begin
I := Uutils.FindKeyWord(Copy(TokList[1], 1, 1), MapUnits, 1);
if I < 0 then Result := ErrMsg(KEYWORD_ERR, TokList[1])
else MapForm.Map.Dimensions.Units := TMapUnits(I);
with MapForm.Map.Dimensions do
begin
if Units = muDegrees then Digits := MAXDEGDIGITS
else Digits := Umap.DefMapDimensions.Digits;
end;
end;
else Result := ErrMsg(KEYWORD_ERR, Keyword);
end;
end;
function ReadCoordData: Integer;
//-----------------------------------------------------------------------------
// Reads node coordinate data from a line of input.
//-----------------------------------------------------------------------------
var
X, Y : Extended;
aNode : TNode;
begin
Result := 0;
if (Ntoks < 3)
then Result := ErrMsg(ITEMS_ERR, '')
else begin
// Locate the node ID in the database
aNode := FindNode(TokList[0]);
// If node exists then assign it X & Y coordinates
if (aNode <> nil) then
begin
if not Uutils.GetExtended(TokList[1], X) then
Result := ErrMsg(NUMBER_ERR, TokList[1])
else if not Uutils.GetExtended(TokList[2], Y) then
Result := ErrMsg(NUMBER_ERR, TokList[2])
else
begin
aNode.X := X;
aNode.Y := Y;
end;
end;
end;
end;
function ReadVertexData: Integer;
//-----------------------------------------------------------------------------
// Reads link vertex coordinate data from a line of input.
//-----------------------------------------------------------------------------
var
X, Y : Extended;
aLink : TLink;
begin
Result := 0;
if (Ntoks < 3)
then Result := ErrMsg(ITEMS_ERR, '')
else begin
// Locate the link ID in the database
aLink := FindLink(TokList[0]);;
// If link exists then assign it X & Y coordinates
if (aLink <> nil) then
begin
if not Uutils.GetExtended(TokList[1], X) then
Result := ErrMsg(NUMBER_ERR, TokList[1])
else if not Uutils.GetExtended(TokList[2], Y) then
Result := ErrMsg(NUMBER_ERR, TokList[2])
else aLink.Vlist.Add(X, Y);
end;
end;
end;
function ReadPolygonData: Integer;
//-----------------------------------------------------------------------------
// Reads polygon coordinates associated with subcatchment outlines.
//-----------------------------------------------------------------------------
var
Index : Integer;
X, Y : Extended;
S : TSubcatch;
begin
Result := 0;
if (Ntoks < 3)
then Result := ErrMsg(ITEMS_ERR, '')
else begin
// Locate the subcatchment ID in the database
S := nil;
Index := Project.Lists[SUBCATCH].IndexOf(TokList[0]);
if Index >= 0 then S := Project.GetSubcatch(SUBCATCH, Index);
// If subcatchment exists then add a new vertex to it
if (S <> nil) then
begin
if not Uutils.GetExtended(TokList[1], X) then
Result := ErrMsg(NUMBER_ERR, TokList[1])
else if not Uutils.GetExtended(TokList[2], Y) then
Result := ErrMsg(NUMBER_ERR, TokList[2])
else S.Vlist.Add(X, Y);
end;
end;
end;
function ReadLabelData: Integer;
//-----------------------------------------------------------------------------
// Reads map label data from a line of input.
//-----------------------------------------------------------------------------
var
Ntype : Integer;
Index : Integer;
X, Y : Extended;
S : String;
aMapLabel: TMapLabel;
begin
if (Ntoks < 3)
then Result := ErrMsg(ITEMS_ERR, '')
else begin
if not Uutils.GetExtended(TokList[0], X) then
Result := ErrMsg(NUMBER_ERR, TokList[0])
else if not Uutils.GetExtended(TokList[1], Y) then
Result := ErrMsg(NUMBER_ERR, TokList[1])
else begin
S := TokList[2];
aMapLabel := TMapLabel.Create;
aMapLabel.X := X;
aMapLabel.Y := Y;
Project.Lists[MAPLABEL].AddObject(S, aMapLabel);
Index := Project.Lists[MAPLABEL].Count - 1;
aMapLabel.Text := PChar(Project.Lists[MAPLABEL].Strings[Index]);
Project.HasItems[MAPLABEL] := True;
if Ntoks >= 4 then
begin
if (Length(TokList[3]) > 0) and
Project.FindNode(TokList[3], Ntype, Index) then
aMapLabel.Anchor := Project.GetNode(Ntype, Index);
end;
if Ntoks >= 5 then aMapLabel.FontName := TokList[4];
if Ntoks >= 6 then aMapLabel.FontSize := StrToInt(TokList[5]);
if Ntoks >= 7 then
if StrToInt(TokList[6]) = 1 then aMapLabel.FontBold := True;
if Ntoks >= 8 then
if StrToInt(TokList[7]) = 1 then aMapLabel.FontItalic := True;
Result := 0;
end;
end;
end;
function ReadBackdropData: Integer;
//-----------------------------------------------------------------------------
// Reads map backdrop image information from a line of input.
//-----------------------------------------------------------------------------
var
Index : Integer;
Keyword : String;
I : Integer;
X : array[1..4] of Extended;
begin
// Check which keyword applies
Result := 0;
Keyword := TokList[0];
Index := Uutils.FindKeyWord(Keyword, BackdropWords, 4);
case Index of
0: //Backdrop file
if Ntoks > 1 then MapForm.Map.Backdrop.Filename := TokList[1];
1: // Backdrop dimensions
begin
if Ntoks < 5 then Result := ErrMsg(ITEMS_ERR, '')
else begin
for i := 1 to 4 do
if not Uutils.GetExtended(TokList[I], X[I]) then
Result := ErrMsg(NUMBER_ERR, TokList[I]);
if Result = 0 then with MapForm.Map.Backdrop do
begin
LowerLeft.X := X[1];
LowerLeft.Y := X[2];
UpperRight.X := X[3];
UpperRight.Y := X[4];
end;
end;
end;
2: //Map units - deprecated
if Ntoks > 1 then
begin
i := Uutils.FindKeyWord(Copy(TokList[1], 1, 1), MapUnits, 1);
if I < 0 then Result := ErrMsg(KEYWORD_ERR, TokList[1])
else MapForm.Map.Dimensions.Units := TMapUnits(I);
end;
3, 4: //Backdrop offset or scaling -- deprecated
begin
if Ntoks < 3 then Result := ErrMsg(ITEMS_ERR, '')
else if not Uutils.GetExtended(TokList[1], X[1]) then
Result := ErrMsg(NUMBER_ERR, TokList[1])
else if not Uutils.GetExtended(TokList[2], X[2]) then
Result := ErrMsg(NUMBER_ERR, TokList[2])
else
begin
if Index = 3 then
begin
BackdropX := X[1];
BackdropY := X[2];
end
else
begin
BackdropW := X[1];
BackdropH := X[2];
end;
end;
end;
else Result := ErrMsg(KEYWORD_ERR, Keyword);
end;
end;
function ReadProfileData: Integer;
//-----------------------------------------------------------------------------
// Reads profile plot data from a line of input.
//-----------------------------------------------------------------------------
var
I, J: Integer;
S : String;
begin
Result := 0;
if (Ntoks < 2) then Exit;
// Locate the profile name in the database
I := Project.ProfileNames.IndexOf(TokList[0]);
// If profile does not exist then create it
if (I < 0) then
begin
Project.ProfileNames.Add(TokList[0]);
I := Project.ProfileNames.Count-1;
S := '';
Project.ProfileLinks.Add(S);
end
else S := Project.ProfileLinks[I] + #13;
// Add each remaining token to the list of links in the profile
S := S + TokList[1];
for J := 2 to Ntoks-1 do
S := S + #13 + TokList[J];
Project.ProfileLinks[I] := S;
end;
procedure SetMapDimensions;
//-----------------------------------------------------------------------------
// Determines map dimensions based on range of object coordinates.
//-----------------------------------------------------------------------------
begin
with MapForm.Map do
begin
// Dimensions not provided in [MAP] section
if not MapExtentSet then
begin
// Dimensions were provided in [BACKDROP] section
if (Backdrop.LowerLeft.X <> Backdrop.UpperRight.X) then
begin
// Interpret these as map dimensions
Dimensions.LowerLeft := Backdrop.LowerLeft;
Dimensions.UpperRight := Backdrop.UpperRight;
// Compute backdrop dimensions from Offset and Scale values
Backdrop.LowerLeft.X := BackdropX;
Backdrop.LowerLeft.Y := BackdropY - BackdropH;
Backdrop.UpperRight.X := BackdropX + BackdropW;
Backdrop.UpperRight.Y := BackdropY;
end
// No dimensions of any kind provided
else with Dimensions do
Ucoords.GetCoordExtents(LowerLeft.X, LowerLeft.Y,
UpperRight.X, UpperRight.Y);
end;
end;
end;
function ParseInpLine(S: String): Integer;
//-----------------------------------------------------------------------------
// Parses current input line depending on current section of input file.
//-----------------------------------------------------------------------------
begin
case Section of
1: Result := ReadOptionData;
2: Result := ReadRaingageData;
3: Result := ReadHydrographData;
4: Result := ReadEvaporationData;
5: Result := ReadSubcatchmentData;
6: Result := ReadSubareaData;
7: Result := ReadInfiltrationData;
8: Result := ReadAquiferData;
9: Result := ReadGroundwaterData;
10: Result := ReadJunctionData;
11: Result := ReadOutfallData;
12: Result := ReadStorageData;
13: Result := ReadDividerData;
14: Result := ReadConduitData;
15: Result := ReadPumpData;
16: Result := ReadOrificeData;
17: Result := ReadWeirData;
18: Result := ReadOutletData;
19: Result := ReadXsectionData;
20: Result := ReadTransectData;
21: Result := ReadLossData;
//22: ReadControlData called directly from ReadFile
23: Result := ReadPollutantData;
24: Result := ReadLanduseData;
25: Result := ReadBuildupData;
26: Result := ReadWashoffData;
27: Result := ReadCoverageData;
28: Result := ReadExInflowData;
29: Result := ReadDWInflowData;
30: Result := ReadPatternData;
31: Result := ReadIIInflowData;
32: Result := ReadLoadData;
33: Result := ReadCurveData;
34: Result := ReadTimeseriesData;
35: Result := ReadReportData;
36: Result := ReadFileData;
37: Result := ReadMapData;
38: Result := ReadCoordData;
39: Result := ReadVertexdata;
40: Result := ReadPolygonData;
41: Result := ReadSymbolData;
42: Result := ReadLabelData;
43: Result := ReadBackdropData;
44: Result := ReadProfileData;
45: Result := ReadCurveData;
46: Result := ReadTemperatureData;
47: Result := ReadSnowpackData;
48: Result := ReadTreatmentData(S);
49: Result := ReadTagData;
50: Result := Ulid.ReadLidData(TokList, Ntoks);
51: Result := ReadLidUsageData;
52: Result := ReadGroundwaterFlowEqn(S);
53: Result := ReadAdjustmentData; //(5.1.007)
else Result := 0;
end;
end;
function ParseImportLine(Line: String): Integer;
//-----------------------------------------------------------------------------
// Processes line of input from imported scenario or map file.
// (Not currently used.)
//-----------------------------------------------------------------------------
begin
Result := 0;
end;
procedure StripComment(const Line: String; var S: String);
//-----------------------------------------------------------------------------
// Strips comment (text following a ';') from a line of input.
// Ignores comment if it begins with ';;'.
//-----------------------------------------------------------------------------
var
P: Integer;
N: Integer;
C: String;
begin
C := '';
S := Trim(Line);
P := Pos(';', S);
if P > 0 then
begin
N := Length(S);
C := Copy(S, P+1, N);
if (Length(C) >= 1) and (C[1] <> ';') then
begin
if Length(Comment) > 0 then Comment := Comment + #13;
Comment := Comment + C;
end;
Delete(S, P, N);
end;
end;
function FindNewSection(const S: String): Integer;
//-----------------------------------------------------------------------------
// Checks if S matches any of the section heading key words.
//-----------------------------------------------------------------------------
var
K: Integer;
begin
for K := 0 to High(SectionWords) do
begin
if Pos(SectionWords[K], S) = 1 then
begin
Result := K;
Exit;
end;
end;
Result := -1;
end;
function StartNewSection(S: String): Integer;
//-----------------------------------------------------------------------------
// Begins reading a new section of the input file.
//-----------------------------------------------------------------------------
var
K : Integer;
begin
// Determine which new section to begin
K := FindNewSection(UpperCase(S));
if (K >= 0) then
begin
//Update section code
Section := K;
PrevID := '';
Result := 0;
end
else Result := ErrMsg(KEYWORD_ERR, S);
Comment := '';
end;
function ReadFile(var F: Textfile; const Fsize: Int64):Boolean;
//-----------------------------------------------------------------------------
// Reads each line of a SWMM input file.
//-----------------------------------------------------------------------------
var
Err : Integer;
ByteCount : Integer;
StepCount : Integer;
StepSize : Integer;
S : String;
begin
Result := True;
ErrCount := 0;
LineCount := 0;
Comment := '';
// Initialize progress meter settings
StepCount := MainForm.ProgressBar.Max div MainForm.ProgressBar.Step;
StepSize := Fsize div StepCount;
if StepSize < 1000 then StepSize := 0;
ByteCount := 0;
// Read each line of input file
Reset(F);
while not Eof(F) do
begin
Err := 0;
Readln(F, Line);
Inc(LineCount);
if StepSize > 0 then
begin
Inc(ByteCount, Length(Line));
MainForm.UpdateProgressBar(ByteCount, StepSize);
end;
// Strip out trailing spaces, control characters & comment
Line := TrimRight(Line);
StripComment(Line, S);
// Check if line begins a new input section
if (Pos('[', S) = 1) then Err := StartNewSection(S)
else
begin
//// Following code section modified for release 5.1.011. //// //(5.1.011)
// Check if line contains project title/notes
if (Section = 0) and (Length(Line) > 0) then
begin
if LeftStr(Line,2) <> ';;' then Err := ReadTitleData(Line);
end
// Check if line contains a control rule clause
else if (Section = 22) then Err := ReadControlData(Line)
// Check if line contains an event start/end dates
else if (Section = 54) then Err := ReadEventData(Trim(Line))
// If in some section, then process the input line
else
begin
// Break line into string tokens and parse their contents
Uutils.Tokenize(S, TokList, Ntoks);
if (Ntoks > 0) and (Section >= 0) then
begin
Err := ParseInpLine(S);
Comment := '';
end
// No current section -- file was probably not an EPA-SWMM file
else if (Ntoks > 0) then
begin
Result := False;
Exit;
end;
end;
end;
////
// Increment error count
if Err > 0 then Inc(ErrCount);
end; //End of file.
if ErrCount > MAX_ERRORS then ErrList.Add(
IntToStr(ErrCount-MAX_ERRORS) + TXT_MORE_ERRORS);
end;
procedure DisplayInpErrForm(const Fname: String);
//-----------------------------------------------------------------------------
// Displays Status Report form that lists any error messages.
//-----------------------------------------------------------------------------
begin
SysUtils.DeleteFile((TempReportFile));
TempReportFile := Uutils.GetTempFile(TempDir,'swmm');
ErrList.Insert(0, TXT_ERROR_REPORT + Fname + #13);
ErrList.SaveToFile(TempReportFile);
MainForm.MnuReportStatusClick(MainForm);
end;
procedure ReverseVertexLists;
//-----------------------------------------------------------------------------
// Reverses list of vertex points for each link in the project.
//-----------------------------------------------------------------------------
var
I, J: Integer;
begin
for I := 0 to MAXCLASS do
begin
if not Project.IsLink(I) then continue;
for J := 0 to Project.Lists[I].Count-1 do
if Project.GetLink(I, J).Vlist <> nil then
Project.GetLink(I, J).Vlist.Reverse;
end;
end;
procedure SetSubcatchCentroids;
//-----------------------------------------------------------------------------
// Determines the centroid of each subcatchment polygon.
//-----------------------------------------------------------------------------
var
I : Integer;
begin
for I := 0 to Project.Lists[SUBCATCH].Count - 1 do
begin
Project.GetSubcatch(SUBCATCH, I).SetCentroid;
end;
end;
procedure SetIDPtrs;
//-----------------------------------------------------------------------------
// Makes pointers to ID strings the ID property of objects.
//-----------------------------------------------------------------------------
var
I, J : Integer;
C : TSubcatch;
S : String;
begin
for I := 0 to MAXCLASS do
begin
if I = RAINGAGE then with Project.Lists[RAINGAGE] do
begin
for J := 0 to Count-1 do TRaingage(Objects[J]).ID := PChar(Strings[J]);
end
else if Project.IsSubcatch(I) then with Project.Lists[SUBCATCH] do
begin
for J := 0 to Count-1 do
begin
C := TSubcatch(Objects[J]);
C.ID := PChar(Strings[J]);
S := Trim(C.Data[SUBCATCH_OUTLET_INDEX]);
C.OutSubcatch := FindSubcatch(S);
if C.OutSubcatch = nil then C.OutNode := FindNode(S);
end;
end
else if Project.IsNode(I) then with Project.Lists[I] do
begin
for J := 0 to Count-1 do TNode(Objects[J]).ID := PChar(Strings[J]);
end
else if Project.IsLink(I) then with Project.Lists[I] do
begin
for J := 0 to Count-1 do TLink(Objects[J]).ID := PChar(Strings[J]);
end
else if I = TRANSECT then with Project.Lists[I] do
begin
for J := 0 to Count-1 do
begin
TTransect(Objects[J]).CheckData;
TTransect(Objects[J]).SetMaxDepth;
Project.SetTransectConduitDepth(Strings[J],
TTransect(Objects[J]).Data[TRANSECT_MAX_DEPTH]);
end;
end
else continue;
end;
end;
function ReadInpFile(const Fname: String):Boolean;
//-----------------------------------------------------------------------------
// Reads SWMM input data from a text file.
//-----------------------------------------------------------------------------
var
F : Textfile;
begin
// Try to open the file
Result := False;
AssignFile(F,Fname);
{$I-}
Reset(F);
{$I+}
if (IOResult = 0) then
begin
// Create stringlists
Screen.Cursor := crHourGlass;
MapExtentSet := False;
ErrList := TStringList.Create;
TokList := TStringList.Create;
SubcatchList := TStringList.Create;
NodeList := TStringList.Create;
LinkList := TStringList.Create;
FileType := ftInput;
InpFile := Fname;
try
// Read the file
MainForm.ShowProgressBar(MSG_READING_PROJECT_DATA);
SubcatchList.Sorted := True;
NodeList.Sorted := True;
LinkList.Sorted := True;
Section := -1;
Result := ReadFile(F, Uutils.GetFileSize(Fname));
if (Result = True) then
begin
// Establish pointers to ID names
SetIDPtrs;
end;
finally
// Free the stringlists
SubcatchList.Free;
NodeList.Free;
LinkList.Free;
TokList.Free;
MainForm.PageSetupDialog.Header.Text := Project.Title;
MainForm.HideProgressBar;
Screen.Cursor := crDefault;
// Display errors if found & set map dimensions
if Result = True then
begin
if ErrList.Count > 0 then DisplayInpErrForm(Fname);
SetSubcatchCentroids;
SetMapDimensions;
end;
ErrList.Free;
end;
end;
// Close the input file
CloseFile(F);
end;
procedure ClearDefaultDates;
//-----------------------------------------------------------------------------
// Clears project's date/time settings.
//-----------------------------------------------------------------------------
begin
with Project.Options do
begin
Data[START_DATE_INDEX] := '';
Data[START_TIME_INDEX] := '';
Data[REPORT_START_DATE_INDEX] := '';
Data[REPORT_START_TIME_INDEX] := '';
Data[END_DATE_INDEX] := '';
Data[END_TIME_INDEX] := '';
end;
end;
procedure SetDefaultDates;
//-----------------------------------------------------------------------------
// Sets default values for project's date/time settings.
//-----------------------------------------------------------------------------
var
StartTime: TDateTime;
StartDate: TDateTime;
T: TDateTime;
D: TDateTime;
begin
with Project.Options do
begin
// Process starting date/time
try
StartDate := StrToDate(Data[START_DATE_INDEX], MyFormatSettings);
except
On EConvertError do StartDate := Date;
end;
StartTime := Uutils.StrHoursToTime(Data[START_TIME_INDEX]);
if StartTime < 0 then StartTime := 0;
D := StartDate + StartTime;
Data[START_DATE_INDEX] := DateToStr(D, MyFormatSettings);
Data[START_TIME_INDEX] := TimeToStr(D, MyFormatSettings);
// Process reporting start date/time
try
D := StrToDate(Data[REPORT_START_DATE_INDEX], MyFormatSettings);
except
On EConvertError do D := StartDate;
end;
T := Uutils.StrHoursToTime(Data[REPORT_START_TIME_INDEX]);
if T < 0 then T := StartTime;
D := D + T;
Data[REPORT_START_DATE_INDEX] := DateToStr(D, MyFormatSettings);
Data[REPORT_START_TIME_INDEX] := TimeToStr(D, MyFormatSettings);
// Process ending date/time
try
D := StrToDate(Data[END_DATE_INDEX], MyFormatSettings);
except
On EConvertError do D := StartDate;
end;
T := Uutils.StrHoursToTime(Data[END_TIME_INDEX]);
if T < 0 then T := StartTime;
D := D + T;
Data[END_DATE_INDEX] := DateToStr(D, MyFormatSettings);
Data[END_TIME_INDEX] := TimeToStr(D, MyFormatSettings);
end;
end;
function OpenProject(const Fname: String): TInputFileType;
//-----------------------------------------------------------------------------
// Reads in project data from a file.
//-----------------------------------------------------------------------------
begin
// Show progress meter
ClearDefaultDates;
Screen.Cursor := crHourGlass;
MainForm.ShowProgressBar(MSG_READING_PROJECT_DATA);
// Use default map dimensions and backdrop settings
MapForm.Map.Dimensions := DefMapDimensions;
MapForm.Map.Backdrop := DefMapBackdrop;
// Do the following for non-temporary input files
if not SameText(Fname, Uglobals.TempInputFile) then
begin
// Create a backup file
if AutoBackup
then CopyFile(PChar(Fname), PChar(ChangeFileExt(Fname, '.bak')), FALSE);
// Retrieve project defaults from .INI file
if CompareText(ExtractFileExt(Fname), '.ini') <> 0
then Uinifile.ReadProjIniFile(ChangeFileExt(Fname, '.ini'));
end;
// Read and parse each line of input file
Result := iftNone;
if ReadInpFile(Fname) then Result := iftINP;
// Finish processing the input dataunit Uimport;
{-------------------------------------------------------------------}
{ Unit: Uimport.pas }
{ Project: EPA SWMM }
{ Version: 5.1 }
{ Date: 12/02/13 (5.1.001) }
{ 04/04/14 (5.1.003) }
{ 04/14/14 (5.1.004) }
{ 09/15/14 (5.1.007) }
{ 03/19/15 (5.1.008) }
{ 08/05/15 (5.1.010) }
{ 08/01/16 (5.1.011) }
{ Author: L. Rossman }
{ }
{ Delphi Pascal unit that imports a SWMM project's data from a }
{ a formatted text file. }
{ }
{ 5.1.011 - Support for reading [EVENTS] section added. }
{-------------------------------------------------------------------}
interface
uses
Classes, Forms, Controls, Dialogs, SysUtils, Windows, Math, StrUtils,
Uutils, Uglobals;
const
ITEMS_ERR = 1;
KEYWORD_ERR = 2;
SUBCATCH_ERR = 3;
NODE_ERR = 4;
LINK_ERR = 5;
LANDUSE_ERR = 6;
POLLUT_ERR = 7;
NUMBER_ERR = 8;
XSECT_ERR = 9;
TRANSECT_ERR = 10;
TIMESTEP_ERR = 11;
DATE_ERR = 12;
LID_ERR = 13;
MAX_ERRORS = 50;
type
TFileType = (ftInput, ftImport);
// These routines can be called from other units
function ErrMsg(const ErrCode: Integer; const Name: String): Integer;
function OpenProject(const Fname: String): TInputFileType;
function ReadInpFile(const Fname: String):Boolean;
procedure SetDefaultDates;
implementation
uses
Fmain, Fmap, Fstatus, Dxsect, Uexport, Uinifile, Uproject, Umap,
Ucoords, Uvertex, Uupdate, Dreporting, Ulid;
const
MSG_READING_PROJECT_DATA = 'Reading project data... ';
TXT_ERROR = 'Error ';
TXT_AT_LINE = ' at line ';
TXT_MORE_ERRORS = ' more errors found in file.';
TXT_ERROR_REPORT = 'Error Report for File ';
SectionWords : array[0..54] of PChar = //(5.1.011)
('[TITLE', //0
'[OPTION', //1
'[RAINGAGE', //2
'[HYDROGRAPH', //3
'[EVAPORATION', //4
'[SUBCATCHMENT', //5
'[SUBAREA', //6
'[INFILTRATION', //7
'[AQUIFER', //8
'[GROUNDWATER', //9
'[JUNCTION', //10
'[OUTFALL', //11
'[STORAGE', //12
'[DIVIDER', //13
'[CONDUIT', //14
'[PUMP', //15
'[ORIFICE', //16
'[WEIR', //17
'[OUTLET', //18
'[XSECTION', //19
'[TRANSECT', //20
'[LOSS', //21
'[CONTROL', //22
'[POLLUTANT', //23
'[LANDUSE', //24
'[BUILDUP', //25
'[WASHOFF', //26
'[COVERAGE', //27
'[INFLOW', //28
'[DWF', //29
'[PATTERN', //30
'[RDII', //31
'[LOAD', //32
'[CURVE', //33
'[TIMESERIES', //34
'[REPORT', //35
'[FILE', //36
'[MAP', //37
'[COORDINATES', //38
'[VERTICES', //39
'[POLYGONS', //40
'[SYMBOLS', //41
'[LABELS', //42
'[BACKDROP', //43
'[PROFILE', //44
'[TABLE', //45
'[TEMPERATURE', //46
'[SNOWPACK', //47
'[TREATMENT', //48
'[TAG', //49
'[LID_CONTROL', //50
'[LID_USAGE', //51
'[GWF', //52 //(5.1.007)
'[ADJUSTMENTS', //53 //(5.1.007)
'[EVENT'); //54 //(5.1.011)
var
FileType : TFileType;
InpFile : String;
ErrList : TStringlist;
SubcatchList : TStringlist;
NodeList : TStringlist;
LinkList : TStringlist;
TokList : TStringlist;
Ntoks : Integer;
Section : Integer;
LineCount : LongInt;
ErrCount : LongInt;
Line : String;
Comment : String;
TsectComment : String;
PrevID : String;
PrevIndex : Integer;
CurveType : Integer;
MapExtentSet : Boolean;
ManningsN : array[1..3] of String;
// These are deprecated attributes of a backdrop image
BackdropX : Extended;
BackdropY : Extended;
BackdropW : Extended;
BackdropH : Extended;
function ErrMsg(const ErrCode: Integer; const Name: String): Integer;
//-----------------------------------------------------------------------------
// Adds an error message for a specific error code to the list
// of errors encountered when reading an input file.
//-----------------------------------------------------------------------------
var
S: String;
begin
if ErrCount <= MAX_ERRORS then
begin
case ErrCode of
ITEMS_ERR: S := 'Too few items ';
KEYWORD_ERR: S := 'Unrecognized keyword (' + Name + ') ';
SUBCATCH_ERR: S := 'Undefined Subcatchment (' + Name + ') referenced ';
NODE_ERR: S := 'Undefined Node (' + Name + ') referenced ';
LINK_ERR: S := 'Undefined Link (' + Name + ') referenced ';
LANDUSE_ERR: S := 'Undefined Land Use (' + Name + ') referenced ';
POLLUT_ERR: S := 'Undefined Pollutant (' + Name + ') referenced ';
NUMBER_ERR: S := 'Illegal numeric value (' + Name + ') ';
XSECT_ERR: S := 'Illegal cross section for Link ' + Name + ' ';
TRANSECT_ERR: S := 'No Transect defined for these data ';
TIMESTEP_ERR: S := 'Illegal time step value ';
DATE_ERR: S := 'Illegal date/time value ';
LID_ERR: S := 'Undefined LID process (' + Name + ') referenced ';
else S := 'Unknown error ';
end;
S := S + 'at line ' + IntToStr(LineCount) + ':';
ErrList.Add(S);
if Section >= 0 then ErrList.Add(SectionWords[Section] + ']');
ErrList.Add(Line);
ErrList.Add('');
end;
Result := ErrCode;
end;
function FindSubcatch(const ID: String): TSubcatch;
//-----------------------------------------------------------------------------
// Finds a Subcatchment object given its ID name.
//-----------------------------------------------------------------------------
var
Index: Integer;
Atype: Integer;
begin
Result := nil;
if (FileType = ftInput) then
begin
if SubcatchList.Find(ID, Index)
then Result := TSubcatch(SubcatchList.Objects[Index]);
end
else
begin
if (Project.FindSubcatch(ID, Atype, Index))
then Result := Project.GetSubcatch(Atype, Index);
end;
end;
function FindNode(const ID: String): TNode;
//-----------------------------------------------------------------------------
// Finds a Node object given its ID name.
//-----------------------------------------------------------------------------
var
Index: Integer;
Ntype: Integer;
begin
Result := nil;
if (FileType = ftInput) then
begin
if NodeList.Find(ID, Index)
then Result := TNode(NodeList.Objects[Index]);
end
else
begin
if (Project.FindNode(ID, Ntype, Index))
then Result := Project.GetNode(Ntype, Index);
end;
end;
function FindLink(const ID: String): TLink;
//-----------------------------------------------------------------------------
// Finds a Link object given its ID name.
//-----------------------------------------------------------------------------
var
Index : Integer;
Ltype : Integer;
begin
Result := nil;
if (FileType = ftInput) then
begin
if LinkList.Find(ID, Index)
then Result := TLink(LinkList.Objects[Index]);
end
else
begin
if (Project.FindLink(ID, Ltype, Index))
then Result := Project.GetLink(Ltype, Index);
end;
end;
function ReadTitleData(Line: String): Integer;
//-----------------------------------------------------------------------------
// Adds Line of text to a project's title and notes.
//-----------------------------------------------------------------------------
begin
if Project.Lists[NOTES].Count = 0 then Project.Title := Line;
Project.Lists[NOTES].Add(Line);
Project.HasItems[NOTES] := True;
Result := 0;
end;
procedure ReadOldRaingageData(I: Integer; aGage: TRaingage);
//-----------------------------------------------------------------------------
// Reads a line of parsed rain gage data using older format.
//-----------------------------------------------------------------------------
begin
if I = 0 then
begin
aGage.Data[GAGE_DATA_SOURCE] := RaingageOptions[0];
if Ntoks > 2 then aGage.Data[GAGE_SERIES_NAME] := TokList[2];
if Ntoks > 3 then aGage.Data[GAGE_DATA_FORMAT] := TokList[3];
if Ntoks > 4 then aGage.Data[GAGE_DATA_FREQ] := TokList[4];
end;
if I = 1 then
begin
aGage.Data[GAGE_DATA_SOURCE] := RaingageOptions[1];
if Ntoks > 2 then aGage.Data[GAGE_FILE_NAME] := TokList[2];
if Ntoks > 3 then aGage.Data[GAGE_STATION_NUM] := TokList[3];
end;
end;
procedure ReadNewRaingageData(aGage: TRaingage);
//-----------------------------------------------------------------------------
// Reads a line of rain gage data using newer format.
//-----------------------------------------------------------------------------
var
I: Integer;
Fname: String;
begin
if Ntoks > 1 then aGage.Data[GAGE_DATA_FORMAT] := TokList[1];
if Ntoks > 2 then aGage.Data[GAGE_DATA_FREQ] := TokList[2];
if Ntoks > 3 then aGage.Data[GAGE_SNOW_CATCH] := TokList[3];
if Ntoks > 4 then
begin
I := Uutils.FindKeyWord(TokList[4], RaingageOptions, 4);
if I = 0 then
begin
aGage.Data[GAGE_DATA_SOURCE] := RaingageOptions[0];
if Ntoks > 5 then aGage.Data[GAGE_SERIES_NAME] := TokList[5];
end;
if I = 1 then
begin
aGage.Data[GAGE_DATA_SOURCE] := RaingageOptions[1];
if Ntoks > 5 then
begin
Fname := TokList[5];
if ExtractFilePath(Fname) = ''
then Fname := ExtractFilePath(Uglobals.InputFileName) + Fname;
aGage.Data[GAGE_FILE_NAME] := Fname;
end;
if Ntoks > 6 then aGage.Data[GAGE_STATION_NUM] := TokList[6];
if Ntoks > 7 then aGage.Data[GAGE_RAIN_UNITS] := TokList[7];
end;
end;
end;
function ReadRaingageData: Integer;
//-----------------------------------------------------------------------------
// Parses rain gage data from the input line.
//-----------------------------------------------------------------------------
var
aGage : TRaingage;
ID : String;
I : Integer;
begin
if Ntoks < 2 then
begin
Result := ErrMsg(ITEMS_ERR, '');
Exit;
end;
ID := TokList[0];
aGage := TRaingage.Create;
Uutils.CopyStringArray(Project.DefProp[RAINGAGE].Data, aGage.Data);
aGage.X := MISSING;
aGage.Y := MISSING;
aGage.Data[COMMENT_INDEX ] := Comment;
Project.Lists[RAINGAGE].AddObject(ID, aGage);
Project.HasItems[RAINGAGE] := True;
I := Uutils.FindKeyWord(TokList[1], RaingageOptions, 4);
if I >= 0
then ReadOldRaingageData(I, aGage)
else ReadNewRaingageData(aGage);
Result := 0;
end;
function ReadOldHydrographFormat(const I: Integer; UH: THydrograph): Integer;
//-----------------------------------------------------------------------------
// Reads older format of unit hydrograph parameters from a line of input.
//-----------------------------------------------------------------------------
var
J, K, N: Integer;
begin
Result := 0;
if Ntoks < 2 then Result := ErrMsg(ITEMS_ERR, '')
else
begin
N := 2;
for K := 1 to 3 do
begin
for J := 1 to 3 do
begin
UH.Params[I,J,K] := TokList[N];
Inc(N);
end;
end;
for J := 1 to 3 do
begin
UH.InitAbs[I,J,1] := '';
if Ntoks > N then UH.InitAbs[I,J,1] := TokList[N];
Inc(N);
for K := 2 to 3 do UH.InitAbs[I,J,K] := UH.InitAbs[I,J,1];
end;
end;
end;
function ReadHydrographData: Integer;
//-----------------------------------------------------------------------------
// Reads RDII unit hydrograph data from a line of input.
//-----------------------------------------------------------------------------
var
I, J, K: Integer;
ID: String;
aUnitHyd: THydrograph;
Index: Integer;
begin
Result := 0;
if Ntoks < 2 then Result := ErrMsg(ITEMS_ERR, '')
else
begin
// Check if hydrograph ID is same as for previous line
ID := TokList[0];
if (ID = PrevID)
then Index := PrevIndex
else Index := Project.Lists[HYDROGRAPH].IndexOf(ID);
// If starting input for a new hydrograph then create it
if Index < 0 then
begin
aUnitHyd := THydrograph.Create;
Project.Lists[HYDROGRAPH].AddObject(ID, aUnitHyd);
Project.HasItems[HYDROGRAPH] := True;
Index := Project.Lists[HYDROGRAPH].Count - 1;
PrevID := ID;
PrevIndex := Index;
end
else aUnitHyd := THydrograph(Project.Lists[HYDROGRAPH].Objects[Index]);
// Parse rain gage name for 2-token line
if Ntoks = 2 then
begin
aUnitHyd.Raingage := TokList[1];
end
// Extract remaining hydrograph parameters
else if Ntoks < 6 then Result := ErrMsg(ITEMS_ERR, '')
else
begin
// Determine month of year
I := Uutils.FindKeyWord(TokList[1], MonthLabels, 3);
if I < 0 then Result := ErrMsg(KEYWORD_ERR, TokList[1]);
// Determine if response type present - if not, process old format
K := Uutils.FindKeyWord(TokList[2], ResponseTypes, 3) + 1;
if K < 1 then Result := ReadOldHydrographFormat(I, aUnitHyd)
else
begin
// Extract R-T-K values
for J := 3 to 5 do
begin
aUnitHyd.Params[I,J-2,K] := TokList[J];
end;
// Extract IA parameters
for J := 6 to 8 do
begin
if J >= Ntoks then break
else aUnitHyd.InitAbs[I,J-5,K] := TokList[J];
end;
end;
end;
end;
end;
function ReadTemperatureData: Integer;
//-----------------------------------------------------------------------------
// Reads description of air temperature data from a line of input.
//-----------------------------------------------------------------------------
var
I: Integer;
begin
Result := 0;
if Ntoks < 2 then Result := ErrMsg(ITEMS_ERR, '')
else with Project.Climatology do
begin
I := Uutils.FindKeyWord(TokList[0], TempKeywords, 10);
if I < 0 then Result := ErrMsg(KEYWORD_ERR, TokList[0])
else case I of
0: begin // Time series
TempDataSource := 1;
TempTseries := TokList[1];
end;
1: begin // File
TempDataSource := 2;
TempFile := TokList[1];
if ExtractFilePath(TempFile) = '' then
TempFile := ExtractFilePath(Uglobals.InputFileName) + TempFile;
if Ntoks >= 3 then TempStartDate := TokList[2];
end;
2: begin // Wind speed
if SameText(TokList[1], 'MONTHLY') then
begin
if Ntoks < 14 then Result := ErrMsg(ITEMS_ERR, '')
else
begin
WindType := MONTHLY_WINDSPEED;
for I := 1 to 12 do WindSpeed[I] := TokList[I+1];
end;
end
else if SameText(TokList[1], 'FILE') then WindType := FILE_WINDSPEED
else Result := ErrMsg(KEYWORD_ERR, TokList[1]);
end;
3: begin
if Ntoks < 7 then Result := ErrMsg(ITEMS_ERR, '')
else for I := 1 to 6 do SnowMelt[I] := TokList[I];
end;
4: begin
if Ntoks < 12 then Result := ErrMsg(ITEMS_ERR, '')
else
begin
if SameText(TokList[1], 'IMPERVIOUS') then
for I := 1 to 10 do ADCurve[1][I] := TokList[I+1]
else if SameText(TokList[1], 'PERVIOUS') then
for I := 1 to 10 do ADCurve[2][I] := TokList[I+1]
else Result := ErrMsg(KEYWORD_ERR, TokList[1]);
end;
end;
end;
end;
end;
function ReadEvaporationRates(Etype: Integer): Integer;
var
J: Integer;
begin
if (Etype <> TEMP_EVAP) and (Ntoks < 2)
then Result := ErrMsg(ITEMS_ERR, '')
else with Project.Climatology do
begin
EvapType := Etype;
case EvapType of
CONSTANT_EVAP:
for J := 0 to 11 do EvapData[J] := TokList[1];
TSERIES_EVAP:
EvapTseries := TokList[1];
FILE_EVAP:
for J := 1 to 12 do
begin
if J >= Ntoks then break;
PanData[J-1] := TokList[J];
end;
MONTHLY_EVAP:
for J := 1 to 12 do
begin
if J >= Ntoks then break;
EvapData[J-1] := TokList[J];
end;
end;
Result := 0;
end;
end;
function ReadEvaporationData: Integer;
//-----------------------------------------------------------------------------
// Reads evaporation data from a line of input.
//-----------------------------------------------------------------------------
var
I: Integer;
begin
Result := 0;
I := Uutils.FindKeyWord(TokList[0], EvapOptions, 4);
if I >= 0 then Result := ReadEvaporationRates(I)
else if (I <> TEMP_EVAP) and (Ntoks < 2)
then Result := ErrMsg(ITEMS_ERR, '')
else with Project.Climatology do
begin
if SameText(TokList[0], 'RECOVERY')
then RecoveryPat := TokList[1]
else if SameText(TokList[0], 'DRY_ONLY') then
begin
if SameText(TokList[1], 'NO') then EvapDryOnly := False
else if SameText(TokList[1], 'YES') then EvapDryOnly := True
else Result := ErrMsg(KEYWORD_ERR, TokList[1]);
end
else Result := ErrMsg(KEYWORD_ERR, TokList[0]);
end;
end;
function ReadSubcatchmentData: Integer;
//-----------------------------------------------------------------------------
// Reads subcatchment data from a line of input.
//-----------------------------------------------------------------------------
var
S : TSubcatch;
ID : String;
begin
if Ntoks < 8
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
S := TSubcatch.Create;
SubcatchList.AddObject(ID, S);
S.X := MISSING;
S.Y := MISSING;
S.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[SUBCATCH].Data, S.Data);
S.Data[SUBCATCH_RAINGAGE_INDEX] := TokList[1];
S.Data[SUBCATCH_OUTLET_INDEX] := TokList[2];
S.Data[SUBCATCH_AREA_INDEX] := TokList[3];
S.Data[SUBCATCH_IMPERV_INDEX] := TokList[4];
S.Data[SUBCATCH_WIDTH_INDEX] := TokList[5];
S.Data[SUBCATCH_SLOPE_INDEX] := TokList[6];
S.Data[SUBCATCH_CURBLENGTH_INDEX] := TokList[7];
if Ntoks >= 9
then S.Data[SUBCATCH_SNOWPACK_INDEX] := TokList[8];
S.Data[COMMENT_INDEX ] := Comment;
Project.Lists[SUBCATCH].AddObject(ID, S);
Project.HasItems[SUBCATCH] := True;
Result := 0;
end;
end;
function ReadSubareaData: Integer;
//-----------------------------------------------------------------------------
// Reads subcatchment sub-area data from a line of input.
//-----------------------------------------------------------------------------
var
S : TSubcatch;
ID : String;
begin
if Ntoks < 7
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
S := FindSubcatch(ID);
if S = nil
then Result := ErrMsg(SUBCATCH_ERR, ID)
else begin
S.Data[SUBCATCH_IMPERV_N_INDEX] := TokList[1];
S.Data[SUBCATCH_PERV_N_INDEX] := TokList[2];
S.Data[SUBCATCH_IMPERV_DS_INDEX] := TokList[3];
S.Data[SUBCATCH_PERV_DS_INDEX] := TokList[4];
S.Data[SUBCATCH_PCTZERO_INDEX] := TokList[5];
S.Data[SUBCATCH_ROUTE_TO_INDEX] := TokList[6];
if Ntoks >= 8
then S.Data[SUBCATCH_PCT_ROUTED_INDEX] := TokList[7];
Result := 0;
end;
end;
end;
function ReadInfiltrationData: Integer;
//-----------------------------------------------------------------------------
// Reads subcatchment infiltration data from a line of input.
//-----------------------------------------------------------------------------
var
S : TSubcatch;
ID : String;
J : Integer;
Jmax : Integer;
begin
ID := TokList[0];
S := FindSubcatch(ID);
if S = nil
then Result := ErrMsg(SUBCATCH_ERR, ID)
else begin
Jmax := Ntoks-1;
if Jmax > MAXINFILPROPS then Jmax := MAXINFILPROPS;
for J := 1 to Jmax do S.InfilData[J-1] := TokList[J];
Result := 0;
end;
end;
function ReadAquiferData: Integer;
//-----------------------------------------------------------------------------
// Reads aquifer data from a line of input.
//-----------------------------------------------------------------------------
var
ID : String;
A : TAquifer;
I : Integer;
begin
if nToks < MAXAQUIFERPROPS then Result := ErrMsg(ITEMS_ERR, '') //(5.1.003)
else begin
ID := TokList[0];
A := TAquifer.Create;
//Uutils.CopyStringArray(Project.DefProp[AQUIFER].Data, A.Data); //(5.1.004)
Project.Lists[AQUIFER].AddObject(ID, A);
Project.HasItems[AQUIFER] := True;
for I := 0 to MAXAQUIFERPROPS-1 do A.Data[I] := TokList[I+1]; //(5.1.003)
if nToks >= MAXAQUIFERPROPS + 2 //(5.1.004)
then A.Data[MAXAQUIFERPROPS] := TokList[MAXAQUIFERPROPS+1] //(5.1.003)
else A.Data[MAXAQUIFERPROPS] := ''; //(5.1.003)
Result := 0;
end;
end;
function ReadGroundwaterData: Integer;
//-----------------------------------------------------------------------------
// Reads subcatchment groundwater data from a line of input.
//-----------------------------------------------------------------------------
var
S: TSubcatch;
ID: String;
P: String;
J: Integer;
K: Integer;
begin
// Get subcatchment name
ID := TokList[0];
S := FindSubcatch(ID);
if S = nil
then Result := ErrMsg(SUBCATCH_ERR, ID)
else
begin
// Line contains GW flow parameters
if Ntoks < 10 then Result := ErrMsg(ITEMS_ERR, '')
else begin
S.Groundwater.Clear;
// Read required parameters
for J := 1 to 9 do S.Groundwater.Add(TokList[J]);
// Read optional parameters
for K := 10 to 13 do
begin
if Ntoks > K then
begin
P := TokList[K];
if P = '*' then P := '';
S.Groundwater.Add(P);
end
else S.Groundwater.Add('');
end;
S.Data[SUBCATCH_GWATER_INDEX] := 'YES';
Result := 0;
end;
end;
end;
//// This function was re-written for release 5.1.007. //// //(5.1.007)
function ReadGroundwaterFlowEqn(Line: String): Integer;
//-----------------------------------------------------------------------------
// Reads GW flow math expression from a line of input.
//-----------------------------------------------------------------------------
var
S: TSubcatch;
N: Integer;
begin
// Check for enough tokens in line
if Ntoks < 3 then Result := ErrMsg(ITEMS_ERR, '')
// Get subcatchment object referred to by name
else begin
Result := 0;
S := FindSubcatch(TokList[0]);
if S = nil then Result := ErrMsg(SUBCATCH_ERR, TokList[0])
else begin
// Find position in Line where second token ends
N := Pos(TokList[1], Line) + Length(TokList[1]);
// Save remainder of line to correct type of GW flow equation
if SameText(TokList[1], 'LATERAL') then
S.GwLatFlowEqn := Trim(AnsiRightStr(Line, Length(Line)-N))
else if SameText(TokList[1], 'DEEP') then
S.GwDeepFlowEqn := Trim(AnsiRightStr(Line, Length(Line)-N))
else Result := ErrMsg(KEYWORD_ERR, TokList[1]);
end;
end;
end;
function ReadSnowpackData: Integer;
//-----------------------------------------------------------------------------
// Reads snowpack data from a line of input.
//-----------------------------------------------------------------------------
var
ID : String;
P : TSnowpack;
I : Integer;
J : Integer;
Index: Integer;
begin
Result := 0;
if Ntoks < 8
then Result := ErrMsg(ITEMS_ERR, '')
else begin
I := Uutils.FindKeyWord(TokList[1], SnowpackOptions, 7);
if I < 0
then Result := ErrMsg(KEYWORD_ERR, TokList[1])
else begin
// Check if snow pack ID is same as for previous line
ID := TokList[0];
if (ID = PrevID)
then Index := PrevIndex
else Index := Project.Lists[SNOWPACK].IndexOf(ID);
// If starting input for a new snow pack then create it
if Index < 0 then
begin
P := TSnowpack.Create;
Project.Lists[SNOWPACK].AddObject(ID, P);
Project.HasItems[SNOWPACK] := True;
Index := Project.Lists[SNOWPACK].Count - 1;
PrevID := ID;
PrevIndex := Index;
end
else P := TSnowpack(Project.Lists[SNOWPACK].Objects[Index]);
// Parse line depending on data type
case I of
// Plowable area
0: begin
if Ntoks < 9 then Result := ErrMsg(ITEMS_ERR, '')
else
begin
for J := 1 to 6 do P.Data[1][J] := TokList[J+1];
P.FracPlowable := TokList[8];
end;
end;
// Impervious or Pervious area
1,
2: begin
if Ntoks < 9 then Result := ErrMsg(ITEMS_ERR, '')
else for J := 1 to 7 do P.Data[I+1][J] := TokList[J+1];
end;
// Plowing parameters
3: begin
for J := 1 to 6 do P.Plowing[J] := TokList[J+1];
if Ntoks >= 9 then P.Plowing[7] := TokList[8];
end;
end;
end;
end;
end;
function ReadJunctionData: Integer;
//-----------------------------------------------------------------------------
// Reads junction data from a line of input.
//-----------------------------------------------------------------------------
var
aNode: TNode;
ID : String;
begin
if Ntoks < 2
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aNode := TNode.Create;
NodeList.AddObject(ID, aNode);
aNode.Ntype := JUNCTION;
aNode.X := MISSING;
aNode.Y := MISSING;
aNode.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[JUNCTION].Data, aNode.Data);
aNode.Data[NODE_INVERT_INDEX] := TokList[1];
if Ntoks > 2 then aNode.Data[JUNCTION_MAX_DEPTH_INDEX] := TokList[2];
if Ntoks > 3 then aNode.Data[JUNCTION_INIT_DEPTH_INDEX] := TokList[3];
if Ntoks > 4 then aNode.Data[JUNCTION_SURCHARGE_DEPTH_INDEX] := TokList[4];
if Ntoks > 5 then aNode.Data[JUNCTION_PONDED_AREA_INDEX] := TokList[5];
aNode.Data[COMMENT_INDEX ] := Comment;
Project.Lists[JUNCTION].AddObject(ID, aNode);
Project.HasItems[JUNCTION] := True;
Result := 0;
end;
end;
function ReadOutfallData: Integer;
//-----------------------------------------------------------------------------
// Reads outfall data from a line of input.
//-----------------------------------------------------------------------------
var
aNode: TNode;
ID : String;
I : Integer;
N : Integer; //(5.1.008)
begin
if Ntoks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
N := 4; //(5.1.008)
ID := TokList[0];
aNode := TNode.Create;
NodeList.AddObject(ID, aNode);
aNode.Ntype := OUTFALL;
aNode.X := MISSING;
aNode.Y := MISSING;
aNode.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[OUTFALL].Data, aNode.Data);
aNode.Data[NODE_INVERT_INDEX] := TokList[1];
I := Uutils.FindKeyWord(TokList[2], OutfallOptions, 4);
if I < 0 then I := FREE_OUTFALL;
if (I > NORMAL_OUTFALL) and (Ntoks >= 4) then
begin
case I of
FIXED_OUTFALL: aNode.Data[OUTFALL_FIXED_STAGE_INDEX] := TokList[3];
TIDAL_OUTFALL: aNode.Data[OUTFALL_TIDE_TABLE_INDEX] := TokList[3];
TIMESERIES_OUTFALL: aNode.Data[OUTFALL_TIME_SERIES_INDEX] := TokList[3];
end;
N := 5;
if Ntoks >= 5 then aNode.Data[OUTFALL_TIDE_GATE_INDEX] := TokList[4]; // (5.1.008)
end
else if Ntoks >= 4 then aNode.Data[OUTFALL_TIDE_GATE_INDEX] := TokList[3]; //(5.1.008)
if Ntoks > N then aNode.Data[OUTFALL_ROUTETO_INDEX] := TokList[N]; //(5.1.008)
aNode.Data[OUTFALL_TYPE_INDEX] := OutfallOptions[I];
aNode.Data[COMMENT_INDEX ] := Comment;
Project.Lists[OUTFALL].AddObject(ID, aNode);
Project.HasItems[OUTFALL] := True;
Result := 0;
end;
end;
//// The following function was modified for release 5.1.007. //// //(5.1.007)
function ReadStorageData: Integer;
//-----------------------------------------------------------------------------
// Reads storage unit data from a line of input.
//-----------------------------------------------------------------------------
var
aNode: TNode;
ID : String;
N : Integer;
X : Single;
begin
Result := 0;
N := 6;
if Ntoks < 6
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aNode := TNode.Create;
NodeList.AddObject(ID, aNode);
aNode.Ntype := STORAGE;
aNode.X := MISSING;
aNode.Y := MISSING;
aNode.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[STORAGE].Data, aNode.Data);
Project.Lists[STORAGE].AddObject(ID, aNode);
aNode.Data[NODE_INVERT_INDEX] := TokList[1];
aNode.Data[STORAGE_MAX_DEPTH_INDEX] := TokList[2];
aNode.Data[STORAGE_INIT_DEPTH_INDEX] := TokList[3];
aNode.Data[STORAGE_GEOMETRY_INDEX] := TokList[4];
if CompareText(TokList[4], 'TABULAR') = 0 then
begin
aNode.Data[STORAGE_ATABLE_INDEX] := TokList[5];
end
else begin
if Ntoks < 7
then Result := ErrMsg(ITEMS_ERR, '')
else begin
aNode.Data[STORAGE_ACOEFF_INDEX] := TokList[5];
aNode.Data[STORAGE_AEXPON_INDEX] := TokList[6];
if Ntoks >= 8 then aNode.Data[STORAGE_ACONST_INDEX] := TokList[7];
N := 8;
end;
end;
// Optional items
if (Result = 0) and (Ntoks > N) then
begin
// Ponded area
aNode.Data[STORAGE_PONDED_AREA_INDEX] := TokList[N];
// Evaporation factor
if Ntoks > N+1 then aNode.Data[STORAGE_EVAP_FACTOR_INDEX] := TokList[N+1];
// Constant seepage rate
if Ntoks = N+3 then
begin
aNode.InfilData[STORAGE_KSAT_INDEX] := TokList[N+2];
end
// Green-Ampt seepage parameters
else if Ntoks = N+5 then
begin
aNode.InfilData[STORAGE_SUCTION_INDEX] := TokList[N+2];
aNode.InfilData[STORAGE_KSAT_INDEX] := TokList[N+3];
aNode.InfilData[STORAGE_IMDMAX_INDEX] := TokList[N+4];
end;
end;
Uutils.GetSingle(aNode.InfilData[STORAGE_KSAT_INDEX ], X);
if (X > 0) then aNode.Data[STORAGE_SEEPAGE_INDEX] := 'YES'
else aNode.Data[STORAGE_SEEPAGE_INDEX] := 'NO';
aNode.Data[COMMENT_INDEX ] := Comment;
Project.HasItems[STORAGE] := True;
end;
end;
function ReadDividerData: Integer;
//-----------------------------------------------------------------------------
// Reads flow divider data from a line of input.
// (Corrected on 6/14/05)
//-----------------------------------------------------------------------------
var
N, J : Integer;
aNode: TNode;
ID : String;
begin
if Ntoks < 4
then Result := ErrMsg(ITEMS_ERR, '')
else begin
Result := 0;
ID := TokList[0];
aNode := TNode.Create;
NodeList.AddObject(ID, aNode);
aNode.Ntype := DIVIDER;
aNode.X := MISSING;
aNode.Y := MISSING;
aNode.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[DIVIDER].Data, aNode.Data);
Project.Lists[DIVIDER].AddObject(ID, aNode);
Project.HasItems[DIVIDER] := True;
aNode.Data[COMMENT_INDEX ] := Comment;
aNode.Data[NODE_INVERT_INDEX] := TokList[1];
aNode.Data[DIVIDER_LINK_INDEX] := TokList[2];
aNode.Data[DIVIDER_TYPE_INDEX] := TokList[3];
N := 5;
if SameText(TokList[3], 'OVERFLOW') then
begin
N := 4;
end
else if SameText(TokList[3], 'CUTOFF') then
begin
aNode.Data[DIVIDER_CUTOFF_INDEX] := TokList[4];
end
else if SameText(TokList[3], 'TABULAR') then
begin
aNode.Data[DIVIDER_TABLE_INDEX] := TokList[4];
end
else if SameText(TokList[3], 'WEIR') and (Ntoks >= 7) then
begin
aNode.Data[DIVIDER_QMIN_INDEX] := TokList[4];
aNode.Data[DIVIDER_DMAX_INDEX] := TokList[5];
aNode.Data[DIVIDER_QCOEFF_INDEX] := TokList[6];
N := 7;
end
else Result := ErrMsg(KEYWORD_ERR, TokList[3]);
if (Result = 0) and (Ntoks > N) then
begin
for J := N to Ntoks-1 do
aNode.Data[DIVIDER_MAX_DEPTH_INDEX + J - N] := TokList[J];
end;
end;
end;
function ReadConduitData: Integer;
//-----------------------------------------------------------------------------
// Reads conduit data from a line of input.
//-----------------------------------------------------------------------------
var
aLink : TLink;
aNode1: TNode;
aNode2: TNode;
ID : String;
begin
if Ntoks < 7 then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aNode1 := FindNode(TokList[1]);
aNode2 := FindNode(TokList[2]);
if (aNode1 = nil) then Result := ErrMsg(NODE_ERR, TokList[1])
else if (aNode2 = nil) then Result := ErrMsg(NODE_ERR, TokList[2])
else begin
aLink := TLink.Create;
LinkList.AddObject(ID, aLink);
aLink.Ltype := CONDUIT;
aLink.Node1 := aNode1;
aLink.Node2 := aNode2;
aLink.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[CONDUIT].Data, aLink.Data);
Project.Lists[CONDUIT].AddObject(ID, aLink);
Project.HasItems[CONDUIT] := True;
aLink.Data[CONDUIT_LENGTH_INDEX] := TokList[3];
aLink.Data[CONDUIT_ROUGHNESS_INDEX] := TokList[4];
aLink.Data[CONDUIT_INLET_HT_INDEX] := TokList[5];
aLink.Data[CONDUIT_OUTLET_HT_INDEX] := TokList[6];
if Ntoks > 7 then aLink.Data[CONDUIT_INIT_FLOW_INDEX] := TokList[7];
if Ntoks > 8 then aLink.Data[CONDUIT_MAX_FLOW_INDEX] := TokList[8];
aLink.Data[COMMENT_INDEX ] := Comment;
Result := 0;
end;
end;
end;
function ReadPumpData: Integer;
//-----------------------------------------------------------------------------
// Reads pump data from a line of input.
//-----------------------------------------------------------------------------
var
aLink : TLink;
aNode1: TNode;
aNode2: TNode;
ID : String;
N : Integer;
begin
if nToks < 4
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aNode1 := FindNode(TokList[1]);
aNode2 := FindNode(TokList[2]);
if (aNode1 = nil) then Result := ErrMsg(NODE_ERR, TokList[1])
else if (aNode2 = nil) then Result := ErrMsg(NODE_ERR, TokList[2])
else begin
aLink := TLink.Create;
LinkList.AddObject(ID, aLink);
aLink.Ltype := PUMP;
aLink.Node1 := aNode1;
aLink.Node2 := aNode2;
aLink.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[PUMP].Data, aLink.Data);
Project.Lists[PUMP].AddObject(ID, aLink);
Project.HasItems[PUMP] := True;
// Skip over PumpType if line has old format
if Uutils.FindKeyWord(TokList[3], PumpTypes, 5) >= 0 then N := 4
else N := 3;
if Ntoks <= N then Result := ErrMsg(ITEMS_ERR, '')
else
begin
aLink.Data[PUMP_CURVE_INDEX] := TokList[N];
if nToks > N+1 then aLink.Data[PUMP_STATUS_INDEX] := TokList[N+1];
if nToks > N+2 then aLink.Data[PUMP_STARTUP_INDEX] := TokList[N+2];
if nToks > N+3 then aLink.Data[PUMP_SHUTOFF_INDEX] := TokList[N+3];
aLink.Data[COMMENT_INDEX ] := Comment;
Result := 0;
end;
end;
end;
end;
function ReadOrificeData: Integer;
//-----------------------------------------------------------------------------
// Reads orifice data from a line of input.
//-----------------------------------------------------------------------------
var
aLink : TLink;
aNode1: TNode;
aNode2: TNode;
ID : String;
begin
if nToks < 6
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aNode1 := FindNode(TokList[1]);
aNode2 := FindNode(TokList[2]);
if (aNode1 = nil) then Result := ErrMsg(NODE_ERR, TokList[1])
else if (aNode2 = nil) then Result := ErrMsg(NODE_ERR, TokList[2])
else begin
aLink := TLink.Create;
LinkList.AddObject(ID, aLink);
aLink.Ltype := ORIFICE;
aLink.Node1 := aNode1;
aLink.Node2 := aNode2;
aLink.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[ORIFICE].Data, aLink.Data);
Project.Lists[ORIFICE].AddObject(ID, aLink);
Project.HasItems[ORIFICE] := True;
aLink.Data[ORIFICE_TYPE_INDEX] := TokList[3];
aLink.Data[ORIFICE_BOTTOM_HT_INDEX] := TokList[4];
aLink.Data[ORIFICE_COEFF_INDEX] := TokList[5];
if nToks >= 7
then aLink.Data[ORIFICE_FLAPGATE_INDEX] := TokList[6];
if nToks >= 8
then aLink.Data[ORIFICE_ORATE_INDEX] := TokList[7];
aLink.Data[COMMENT_INDEX ] := Comment;
Result := 0;
end;
end;
end;
function ReadWeirData: Integer;
//-----------------------------------------------------------------------------
// Reads weir data from a line of input.
//-----------------------------------------------------------------------------
var
aLink : TLink;
aNode1: TNode;
aNode2: TNode;
ID : String;
begin
if nToks < 6
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aNode1 := FindNode(TokList[1]);
aNode2 := FindNode(TokList[2]);
if (aNode1 = nil) then Result := ErrMsg(NODE_ERR, TokList[1])
else if (aNode2 = nil) then Result := ErrMsg(NODE_ERR, TokList[2])
else begin
aLink := TLink.Create;
LinkList.AddObject(ID, aLink);
aLink.Ltype := WEIR;
aLink.Node1 := aNode1;
aLink.Node2 := aNode2;
aLink.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[WEIR].Data, aLink.Data);
Project.Lists[WEIR].AddObject(ID, aLink);
Project.HasItems[WEIR] := True;
aLink.Data[WEIR_TYPE_INDEX] := TokList[3];
aLink.Data[WEIR_CREST_INDEX] := TokList[4];
aLink.Data[WEIR_COEFF_INDEX] := TokList[5];
//// Following section modified for release 5.1.007. //// //(5.1.007)
if (nToks >= 7) and not SameText(TokList[6], '*') then
aLink.Data[WEIR_FLAPGATE_INDEX] := TokList[6];
if (nToks >= 8) and not SameText(TokList[7], '*') then
aLink.Data[WEIR_CONTRACT_INDEX] := TokList[7];
if (nToks >= 9) and not SameText(TokList[8], '*') then
aLink.Data[WEIR_END_COEFF_INDEX] := TokList[8];
if (nToks >= 10) and not SameText(TokList[9], '*') then
aLink.Data[WEIR_SURCHARGE_INDEX] := TokList[9];
//// Following section added for release 5.1.010. //(5.1.010)
if (nToks >= 11) and not SameText(TokList[10], '*') then
aLink.Data[WEIR_ROAD_WIDTH_INDEX] := TokList[10];
if (nToks >= 12) and not SameText(TokList[11], '*') then
aLink.Data[WEIR_ROAD_SURF_INDEX] := TokList[11];
////
aLink.Data[COMMENT_INDEX] := Comment;
Result := 0;
end;
end;
end;
function ReadOutletData: Integer;
//-----------------------------------------------------------------------------
// Reads outlet data from a line of input.
//-----------------------------------------------------------------------------
var
aLink : TLink;
aNode1: TNode;
aNode2: TNode;
ID : String;
N : Integer;
begin
if nToks < 6
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aNode1 := FindNode(TokList[1]);
aNode2 := FindNode(TokList[2]);
if (aNode1 = nil) then Result := ErrMsg(NODE_ERR, TokList[1])
else if (aNode2 = nil) then Result := ErrMsg(NODE_ERR, TokList[2])
else begin
aLink := TLink.Create;
LinkList.AddObject(ID, aLink);
aLink.Ltype := OUTLET;
aLink.Node1 := aNode1;
aLink.Node2 := aNode2;
aLink.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[OUTLET].Data, aLink.Data);
Project.Lists[OUTLET].AddObject(ID, aLink);
Project.HasItems[OUTLET] := True;
aLink.Data[OUTLET_CREST_INDEX] := TokList[3];
//... added for backwards compatibility
if SameText(TokList[4], 'TABULAR') then TokList[4] := 'TABULAR/DEPTH';
if SameText(TokList[4], 'FUNCTIONAL') then TokList[4] := 'FUNCTIONAL/DEPTH';
aLink.Data[OUTLET_TYPE_INDEX] := TokList[4];
if AnsiContainsText(TokList[4], 'TABULAR') then
begin
aLink.Data[OUTLET_QTABLE_INDEX] := TokList[5];
N := 6;
end
else begin
if Ntoks < 7 then
begin
Result := ErrMsg(ITEMS_ERR, '');
Exit;
end
else
begin
aLink.Data[OUTLET_QCOEFF_INDEX] := TokList[5];
aLink.Data[OUTLET_QEXPON_INDEX] := TokList[6];
N := 7;
end;
end;
if Ntoks > N then aLink.Data[OUTLET_FLAPGATE_INDEX] := TokList[N];
aLink.Data[COMMENT_INDEX ] := Comment;
Result := 0;
end;
end;
end;
function GetXsectShape(const S: String): Integer;
//-----------------------------------------------------------------------------
// Finds the code number corresponding to cross section shape S.
//-----------------------------------------------------------------------------
var
I: Integer;
begin
for I := 0 to High(Dxsect.XsectShapes) do
begin
if CompareText(S, Dxsect.XsectShapes[I].Text[1]) = 0 then
begin
Result := I;
Exit;
end;
end;
Result := -1;
end;
//// New procedure added to release 5.1.008. //// //(5.1.008)
procedure CheckForStdSize;
//-----------------------------------------------------------------------------
// Converts from old format for standard size ellipse and arch pipes
// to new format.
//-----------------------------------------------------------------------------
var
J: Integer;
X: Extended;
begin
// Old format had size code as 3rd token and 0 for 4th token
J := StrToIntDef(TokList[2], 0);
Uutils.GetExtended(TokList[3], X);
if (J > 0) and (X = 0) then
begin
// New format has 5th token as size code
TokList[4] := TokList[2];
TokList[2] := '0';
TokList[3] := '0';
end;
end;
function ReadXsectionData: Integer;
//-----------------------------------------------------------------------------
// Reads cross section data froma line of input.
//-----------------------------------------------------------------------------
var
I : Integer;
ID : String;
aLink : TLink;
begin
if nToks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aLink := FindLink(ID);
if (aLink = nil)
then Result := ErrMsg(LINK_ERR, TokList[0])
else begin
I := GetXsectShape(TokList[1]);
if I < 0 then Result := ErrMsg(KEYWORD_ERR, TokList[1])
else case aLink.Ltype of
CONDUIT:
begin
aLink.Data[CONDUIT_SHAPE_INDEX] := TokList[1];
if I = Dxsect.IRREG_SHAPE_INDEX then
begin
aLink.Data[CONDUIT_TSECT_INDEX] := TokList[2];
aLink.Data[CONDUIT_GEOM1_INDEX] := ''; //(5.1.008)
Result := 0;
end
else begin
if nToks < 6 then Result := ErrMsg(ITEMS_ERR, '')
else begin
{
//// Added to release 5.1.008. //// //(5.1.008)
if I in [Dxsect.HORIZ_ELLIPSE_SHAPE_INDEX,
Dxsect.VERT_ELLIPSE_SHAPE_INDEX,
Dxsect.ARCH_SHAPE_INDEX]
then CheckForStdSize;
}
aLink.Data[CONDUIT_GEOM1_INDEX] := TokList[2];
aLink.Data[CONDUIT_GEOM2_INDEX] := TokList[3];
aLink.Data[CONDUIT_GEOM3_INDEX] := TokList[4];
aLink.Data[CONDUIT_GEOM4_INDEX] := TokList[5];
if Ntoks > 6 then aLink.Data[CONDUIT_BARRELS_INDEX] := TokList[6];
if Ntoks > 7 then aLink.Data[CONDUIT_CULVERT_INDEX] := TokList[7];
if I = Dxsect.CUSTOM_SHAPE_INDEX then
aLink.Data[CONDUIT_TSECT_INDEX] := TokList[3];
Result := 0;
end;
end;
end;
ORIFICE:
begin
if not I in [0, 1] then Result := ErrMsg(XSECT_ERR, TokList[0])
else begin
aLink.Data[ORIFICE_SHAPE_INDEX] := TokList[1];
aLink.Data[ORIFICE_HEIGHT_INDEX] := TokList[2];
aLink.Data[ORIFICE_WIDTH_INDEX] := TokList[3];
Result := 0;
end;
end;
WEIR:
begin
if not I in [2, 3, 4] then Result := ErrMsg(XSECT_ERR, TokList[0])
else begin
aLink.Data[WEIR_SHAPE_INDEX] := TokList[1];
aLink.Data[WEIR_HEIGHT_INDEX] := TokList[2];
aLink.Data[WEIR_WIDTH_INDEX] := TokList[3];
aLink.Data[WEIR_SLOPE_INDEX] := TokList[4];
Result := 0;
end;
end;
else Result := 0;
end;
end;
end;
end;
function ReadTransectData: Integer;
//-----------------------------------------------------------------------------
// Reads transect data from a line of input.
//-----------------------------------------------------------------------------
var
I : Integer;
K : Integer;
N : Integer;
ID : String;
Tsect : TTransect;
begin
Result := 0;
if SameText(TokList[0], 'NC') then
begin
if nToks < 4 then Result := ErrMsg(ITEMS_ERR, '')
else for I := 1 to 3 do ManningsN[I] := TokList[I];
TsectComment := Comment;
Exit;
end;
if SameText(TokList[0], 'X1') then
begin
if nToks < 2 then Exit;
ID := TokList[1];
Tsect := TTransect.Create;
if Length(Comment) > 0 then TsectComment := Comment;
Tsect.Comment := TsectComment;
Project.Lists[TRANSECT].AddObject(ID, Tsect);
Project.HasItems[TRANSECT] := True;
Tsect.Data[TRANSECT_N_LEFT] := ManningsN[1];
Tsect.Data[TRANSECT_N_RIGHT] := ManningsN[2];
Tsect.Data[TRANSECT_N_CHANNEL] := ManningsN[3];
if nToks < 10 then Result := ErrMsg(ITEMS_ERR, '')
else
begin
Tsect.Data[TRANSECT_X_LEFT] := TokList[3];
Tsect.Data[TRANSECT_X_RIGHT] := TokList[4];
Tsect.Data[TRANSECT_L_FACTOR] := TokList[7];
Tsect.Data[TRANSECT_X_FACTOR] := TokList[8];
Tsect.Data[TRANSECT_Y_FACTOR] := TokList[9];
end;
Exit;
end;
if SameText(TokList[0], 'GR') then
begin
N := Project.Lists[TRANSECT].Count;
if N = 0 then Result := ErrMsg(TRANSECT_ERR, '')
else begin
Tsect := TTransect(Project.Lists[TRANSECT].Objects[N-1]);
K := 1;
while K + 1 < Ntoks do
begin
Tsect.Ydata.Add(TokList[K]);
Tsect.Xdata.Add(TokList[K+1]);
K := K + 2;
end;
end;
Exit;
end;
end;
function ReadLossData: Integer;
//-----------------------------------------------------------------------------
// Reads conduit loss data from a line of input.
//-----------------------------------------------------------------------------
var
ID : String;
aLink : TLink;
begin
if nToks < 4
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aLink := FindLink(ID);
if (aLink = nil) then Result := ErrMsg(LINK_ERR, ID)
else if (aLink.Ltype <> CONDUIT) then Result := 0
else begin
aLink.Data[CONDUIT_ENTRY_LOSS_INDEX] := TokList[1];
aLink.Data[CONDUIT_EXIT_LOSS_INDEX] := TokList[2];
aLink.Data[CONDUIT_AVG_LOSS_INDEX] := TokList[3];
if nToks >= 5
then aLink.Data[CONDUIT_CHECK_VALVE_INDEX] := TokList[4];
if nToks >= 6
then aLink.Data[CONDUIT_SEEPAGE_INDEX] := TokList[5];
Result := 0;
end;
end;
end;
function ReadPollutantData: Integer;
//-----------------------------------------------------------------------------
// Reads pollutant data from a line of input.
//-----------------------------------------------------------------------------
var
ID : String;
aPollut : TPollutant;
X : Single;
begin
if nToks < 5
then Result := ErrMsg(ITEMS_ERR, '')
else begin
// Add new pollutant to project
ID := TokList[0];
aPollut := TPollutant.Create;
Uutils.CopyStringArray(Project.DefProp[POLLUTANT].Data, aPollut.Data);
Project.Lists[POLLUTANT].AddObject(ID, aPollut);
Project.HasItems[POLLUTANT] := True;
// Parse units & concens.
aPollut.Data[POLLUT_UNITS_INDEX] := TokList[1];
aPollut.Data[POLLUT_RAIN_INDEX] := TokList[2];
aPollut.Data[POLLUT_GW_INDEX] := TokList[3];
// This is for old format
if (Ntoks = 5)
or ( (Ntoks = 7) and Uutils.GetSingle(TokList[6], X) ) then
begin
aPollut.Data[POLLUT_DECAY_INDEX] := TokList[4];
if nToks >= 7 then
begin
aPollut.Data[POLLUT_COPOLLUT_INDEX] := TokList[5];
aPollut.Data[POLLUT_FRACTION_INDEX] := TokList[6];
end;
end
// This is for new format
else
begin
aPollut.Data[POLLUT_II_INDEX] := TokList[4];
if Ntoks >= 6 then aPollut.Data[POLLUT_DECAY_INDEX] := TokList[5];
if nToks >= 7 then aPollut.Data[POLLUT_SNOW_INDEX] := TokList[6];
if Ntoks >= 9 then
begin
aPollut.Data[POLLUT_COPOLLUT_INDEX] := TokList[7];
aPollut.Data[POLLUT_FRACTION_INDEX] := TokList[8];
end;
if Ntoks >= 10 then aPollut.Data[POLLUT_DWF_INDEX] := TokList[9];
if Ntoks >= 11 then aPollut.Data[POLLUT_INIT_INDEX] := TokList[10];
end;
Result := 0;
end;
end;
function ReadLanduseData: Integer;
//-----------------------------------------------------------------------------
// Reads land use data from a line of input.
//-----------------------------------------------------------------------------
var
ID : String;
aLanduse : TLanduse;
aNonPtSource : TNonpointSource;
J : Integer;
begin
ID := TokList[0];
aLanduse := TLanduse.Create;
for J := 0 to Project.Lists[POLLUTANT].Count - 1 do
begin
aNonPtSource := TNonpointSource.Create;
aLanduse.NonpointSources.AddObject(Project.Lists[POLLUTANT].Strings[J],
aNonPtSource);
end;
Project.Lists[LANDUSE].AddObject(ID, aLanduse);
Project.HasItems[LANDUSE] := True;
if Ntoks > 1 then aLanduse.Data[LANDUSE_CLEANING_INDEX] := TokList[1];
if Ntoks > 2 then aLanduse.Data[LANDUSE_AVAILABLE_INDEX] := TokList[2];
if Ntoks > 3 then aLanduse.Data[LANDUSE_LASTCLEAN_INDEX] := TokList[3];
aLanduse.Data[COMMENT_INDEX ] := Comment;
Result := 0;
end;
function ReadBuildupData: Integer;
//-----------------------------------------------------------------------------
// Reads pollutant buildup function data from a line of input.
//-----------------------------------------------------------------------------
var
LanduseIndex : Integer;
PollutIndex : Integer;
aLanduse : TLanduse;
aNonpointSource: TNonpointSource;
J : Integer;
begin
if nToks < 7
then Result := ErrMsg(ITEMS_ERR, '')
else begin
LanduseIndex := Project.Lists[LANDUSE].IndexOf(TokList[0]);
PollutIndex := Project.Lists[POLLUTANT].IndexOf(TokList[1]);
if (LanduseIndex < 0) then Result := ErrMsg(LANDUSE_ERR, TokList[0])
else if (PollutIndex < 0) then Result := ErrMsg(POLLUT_ERR, TokList[1])
else begin
aLanduse := TLanduse(Project.Lists[LANDUSE].Objects[LanduseIndex]);
aNonpointSource :=
TNonpointSource(aLanduse.NonpointSources.Objects[PollutIndex]);
for J := 2 to 6 do
aNonpointSource.BuildupData[J-2] := TokList[J];
Result := 0;
end;
end;
end;
function ReadWashoffData: Integer;
//-----------------------------------------------------------------------------
// Reads pollutant washoff function data from a line of input.
//-----------------------------------------------------------------------------
var
LanduseIndex : Integer;
PollutIndex : Integer;
aLanduse : TLanduse;
aNonpointSource: TNonpointSource;
J : Integer;
begin
if nToks < 7
then Result := ErrMsg(ITEMS_ERR, '')
else begin
LanduseIndex := Project.Lists[LANDUSE].IndexOf(TokList[0]);
PollutIndex := Project.Lists[POLLUTANT].IndexOf(TokList[1]);
if (LanduseIndex < 0) then Result := ErrMsg(LANDUSE_ERR, TokList[0])
else if (PollutIndex < 0) then Result := ErrMsg(POLLUT_ERR, TokList[1])
else begin
aLanduse := TLanduse(Project.Lists[LANDUSE].Objects[LanduseIndex]);
aNonpointSource :=
TNonpointSource(aLanduse.NonpointSources.Objects[PollutIndex]);
for J := 2 to 6 do
aNonpointSource.WashoffData[J-2] := TokList[J];
Result := 0;
end;
end;
end;
function ReadCoverageData: Integer;
//-----------------------------------------------------------------------------
// Reads land use coverage data from a line of input.
//-----------------------------------------------------------------------------
var
MaxToks: Integer;
X : Single;
S : TSubcatch;
S1 : String;
I : Integer;
begin
Result := 0;
S := FindSubcatch(TokList[0]);
if S = nil
then Result := ErrMsg(SUBCATCH_ERR, TokList[0])
else begin
MaxToks := 3;
while (MaxToks <= nToks) do
begin
if not Uutils.GetSingle(TokList[MaxToks-1], X) then
begin
Result := ErrMsg(NUMBER_ERR, TokList[MaxToks-1]);
break;
end;
S1 := TokList[MaxToks-2];
I := S.LandUses.IndexOfName(S1);
S1 := TokList[MaxToks-2] + '=' + TokList[MaxToks-1];
if I < 0
then S.LandUses.Add(S1)
else S.Landuses[I] := S1;
MaxToks := MaxToks + 2;
end;
S.Data[SUBCATCH_LANDUSE_INDEX] := IntToStr(S.LandUses.Count);
end;
end;
function ReadTreatmentData(Line: String): Integer;
//-----------------------------------------------------------------------------
// Reads pollutant treatment function from a line of input.
//-----------------------------------------------------------------------------
var
S : String;
aNode : TNode;
I : Integer;
begin
if Ntoks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
aNode := FindNode(TokList[0]);
if (aNode = nil) then Result := ErrMsg(NODE_ERR, TokList[0])
else if Project.Lists[POLLUTANT].IndexOf(TokList[1]) < 0 then
Result := ErrMsg(POLLUT_ERR, TokList[1])
else begin
I := aNode.Treatment.IndexOfName(TokList[1]);
S := Copy(Line, Pos(TokList[1], Line)+Length(TokList[1]), Length(Line));
S := TokList[1] + '=' + Trim(S);
if I < 0 then
aNode.Treatment.Add(S)
else
aNode.Treatment[I] := S;
aNode.Data[NODE_TREAT_INDEX] := 'YES';
Result := 0;
end;
end;
end;
function ReadExInflowData: Integer;
//-----------------------------------------------------------------------------
// Reads external inflow data from a line of input.
//-----------------------------------------------------------------------------
var
S : array[1..7] of String;
Inflow: String;
I : Integer;
aNode : TNode;
begin
if Ntoks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
aNode := FindNode(TokList[0]);
if (aNode = nil) then Result := ErrMsg(NODE_ERR, TokList[0])
else begin
S[1] := TokList[1]; // Constituent name
S[2] := TokList[2]; // Time Series name
S[3] := 'FLOW';
S[4] := '1.0';
if not SameText(S[1], 'FLOW') then
begin
if nToks >= 4 then S[3] := TokList[3] else S[3] := 'CONCEN';
if nToks >= 5 then S[4] := TokList[4] else S[4] := '1.0';
end;
if nToks >= 6 then S[5] := TokList[5] else S[5] := '1.0';
if nToks >= 7 then S[6] := TokList[6] else S[6] := '';
if nToks >= 8 then S[7] := TokList[7] else S[7] := '';
Inflow := S[1] + '=' + S[2] + #13 + S[3] + #13 + S[4] + #13 +
S[5] + #13 + S[6] + #13 + S[7];
I := aNode.DXInflow.IndexOfName(S[1]);
if I < 0 then aNode.DXInflow.Add(Inflow)
else aNode.DXInflow[I] := Inflow;
aNode.Data[NODE_INFLOWS_INDEX] := 'YES';
Result := 0;
end;
end;
end;
function ReadDWInflowData: Integer;
//-----------------------------------------------------------------------------
// Reads dry weather inflow data from a line of input.
//-----------------------------------------------------------------------------
var
M : Integer;
S : String;
S1 : String;
I : Integer;
aNode: TNode;
begin
if Ntoks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
aNode := FindNode(TokList[0]);
if (aNode = nil) then Result := ErrMsg(NODE_ERR, TokList[0])
else begin
S1 := TokList[1];
S := S1 + '=' + TokList[2];
for M := 3 to Ntoks-1 do S := S + #13 + TokList[M];
I := aNode.DWInflow.IndexOfName(S1);
if I < 0
then aNode.DWInflow.Add(S)
else aNode.DWInflow[I] := S;
aNode.Data[NODE_INFLOWS_INDEX] := 'YES';
Result := 0;
end;
end;
end;
function ReadPatternData: Integer;
//-----------------------------------------------------------------------------
// Reads time pattern data from a line of input.
//-----------------------------------------------------------------------------
var
ID: String;
Index: Integer;
aPattern: TPattern;
PatType: Integer;
J: Integer;
begin
if nToks < 2
then Result := ErrMsg(ITEMS_ERR, '')
else begin
J := 1;
ID := TokList[0];
Index := Project.Lists[PATTERN].IndexOf(ID);
if Index < 0 then
begin
aPattern := TPattern.Create;
aPattern.Comment := Comment;
Project.Lists[PATTERN].AddObject(ID, aPattern);
Project.HasItems[PATTERN] := True;
PatType := Uutils.FindKeyWord(TokList[1], PatternTypes, 7);
if PatType < 0 then
begin
Result := ErrMsg(KEYWORD_ERR, TokList[1]);
exit;
end;
aPattern.PatternType := PatType;
J := 2;
end
else aPattern := TPattern(Project.Lists[PATTERN].Objects[Index]);
while (J < nToks) and (aPattern.Count <= High(aPattern.Data)) do
begin
aPattern.Data[aPattern.Count] := TokList[J];
Inc(J);
Inc(aPattern.Count);
end;
Result := 0;
end;
end;
function ReadIIInflowData: Integer;
//-----------------------------------------------------------------------------
// Reads RDII inflow data from a line of input.
//-----------------------------------------------------------------------------
var
aNode: TNode;
begin
if Ntoks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
aNode := FindNode(TokList[0]);
if (aNode = nil) then Result := ErrMsg(NODE_ERR, TokList[0])
else begin
aNode.IIInflow.Clear;
aNode.IIInflow.Add(TokList[1]);
aNode.IIInflow.Add(TokList[2]);
aNode.Data[NODE_INFLOWS_INDEX] := 'YES';
Result := 0;
end;
end;
end;
function ReadLoadData: Integer;
//-----------------------------------------------------------------------------
// Reads initial pollutant loading data from a line of input.
//-----------------------------------------------------------------------------
var
X : Single;
S : TSubcatch;
S1 : String;
I : Integer;
begin
S := FindSubcatch(TokList[0]);
if S = nil
then Result := ErrMsg(SUBCATCH_ERR, TokList[0])
else if Project.Lists[POLLUTANT].IndexOf(TokList[1]) < 0
then Result := ErrMsg(POLLUT_ERR, TokList[1])
else if not Uutils.GetSingle(TokList[2], X)
then Result := ErrMsg(NUMBER_ERR, TokList[2])
else
begin
S1 := TokList[1] + '=' + TokList[2];
I := S.Loadings.IndexOfName(TokList[1]);
if I < 0
then S.Loadings.Add(S1)
else S.Loadings[I] := S1;
S.Data[SUBCATCH_LOADING_INDEX] := 'YES';
Result := 0;
end;
end;
function ReadCurveData: Integer;
//-----------------------------------------------------------------------------
// Reads curve data from a line of input.
//-----------------------------------------------------------------------------
var
Index : Integer;
K : Integer;
L : Integer;
M : Integer;
ObjType : Integer;
ID : String;
aCurve : TCurve;
begin
// Check for too few tokens
if Ntoks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
// Check if curve ID is same as for previous line
ID := TokList[0];
if (ID = PrevID) then
begin
Index := PrevIndex;
ObjType := CurveType;
end
else Project.FindCurve(ID, ObjType, Index);
// Create new curve if ID not in data base
K := 2;
if Index < 0 then
begin
// Check for valid curve type keyword
M := -1;
for L := 0 to High(CurveTypeOptions) do
begin
if SameText(TokList[1], CurveTypeOptions[L]) then
begin
M := L;
break;
end;
end;
if M < 0 then
begin
Result := ErrMsg(KEYWORD_ERR, TokList[1]);
Exit;
end;
// Convert curve type keyword index to a curve object category
case M of
0: ObjType := CONTROLCURVE;
1: ObjType := DIVERSIONCURVE;
2..5:
ObjType := PUMPCURVE;
6: ObjType := RATINGCURVE;
7: ObjType := SHAPECURVE;
8: ObjType := STORAGECURVE;
9: ObjType := TIDALCURVE;
end;
// Create a new curve object
aCurve := TCurve.Create;
aCurve.Comment := Comment;
aCurve.CurveType := TokList[1];
if ObjType = PUMPCURVE
then aCurve.CurveCode := M - 1
else aCurve.CurveCode := 0;
Project.Lists[ObjType].AddObject(ID, aCurve);
Project.HasItems[ObjType] := True;
Index := Project.Lists[ObjType].Count - 1;
PrevID := ID;
PrevIndex := Index;
CurveType := ObjType;
K := 3;
end;
// Add x,y values to the list maintained by the curve
aCurve := TCurve(Project.Lists[ObjType].Objects[Index]);
while K <= nToks-1 do
begin
aCurve.Xdata.Add(TokList[K-1]);
aCurve.Ydata.Add(TokList[K]);
K := K + 2;
end;
Result := 0;
end;
end;
function ReadTimeseriesData: Integer;
//-----------------------------------------------------------------------------
// Reads time series data from a line of input.
//-----------------------------------------------------------------------------
const
NEEDS_DATE = 1;
NEEDS_TIME = 2;
NEEDS_VALUE = 3;
var
Index : Integer;
State : Integer;
K : Integer;
ID : String;
StrDate : String;
aTseries : TTimeseries;
begin
// Check for too few tokens
Result := -1;
if Ntoks < 3 then Result := ErrMsg(ITEMS_ERR, '');
// Check if series ID is same as for previous line
ID := TokList[0];
if (ID = PrevID) then Index := PrevIndex
else Index := Project.Lists[TIMESERIES].IndexOf(ID);
// If starting input for a new series then create it
if Index < 0 then
begin
aTseries := TTimeseries.Create;
aTseries.Comment := Comment;
Project.Lists[TIMESERIES].AddObject(ID,aTseries);
Project.HasItems[TIMESERIES] := True;
Index := Project.Lists[TIMESERIES].Count - 1;
PrevID := ID;
PrevIndex := Index;
end;
aTseries := TTimeseries(Project.Lists[TIMESERIES].Objects[Index]);
// Check if external file name used
if SameText(TokList[1], 'FILE') then
begin
aTseries.Filename := TokList[2];
Result := 0;
Exit;
end;
// Add values to the list maintained by the timeseries
State := NEEDS_DATE;
K := 1;
while K < nToks do
begin
case State of
NEEDS_DATE:
begin
try
StrDate := Uutils.ConvertDate(TokList[K]);
StrToDate(StrDate, MyFormatSettings);
aTseries.Dates.Add(StrDate);
Inc(K);
if K >= nToks then break;
except
On EconvertError do aTseries.Dates.Add('');
end;
State := NEEDS_TIME;
end;
NEEDS_TIME:
begin
aTseries.Times.Add(TokList[K]);
Inc(K);
if K >= nToks then break;
State := NEEDS_VALUE;
end;
NEEDS_VALUE:
begin
aTseries.Values.Add(TokList[K]);
Result := 0;
State := NEEDS_DATE;
Inc(K);
end;
end;
end;
if Result = -1 then Result := ErrMsg(ITEMS_ERR, '');
end;
function ReadControlData(Line: String): Integer;
//-----------------------------------------------------------------------------
// Reads a control rule statement from line of input.
//-----------------------------------------------------------------------------
begin
Project.ControlRules.Add(Line);
Result := 0;
end;
function ReadLidUsageData: Integer;
//-----------------------------------------------------------------------------
// Reads LID usage data from line of input.
//-----------------------------------------------------------------------------
var
aSubcatch: TSubcatch;
begin
aSubcatch := FindSubcatch(TokList[0]);
if aSubcatch = nil then Result := ErrMsg(SUBCATCH_ERR, TokList[0])
else Result := Ulid.ReadLIDUsageData(aSubcatch, TokList, Ntoks);
end;
procedure ReadReportOption(Index: Integer);
begin
if (Ntoks >= 2) and SameText(TokList[1], 'YES') then
Project.Options.Data[Index] := 'YES'
else
Project.Options.Data[Index] := 'NO';
end;
function ReadReportData: Integer;
//-----------------------------------------------------------------------------
// Reads reporting options from a line of input.
//-----------------------------------------------------------------------------
begin
if SameText(TokList[0], 'CONTROLS')
then ReadReportOption(REPORT_CONTROLS_INDEX)
else if SameText(TokList[0], 'INPUT')
then ReadReportOption(REPORT_INPUT_INDEX)
else ReportingForm.Import(TokList, Ntoks);
Result := 0;
end;
function ReadFileData: Integer;
//-----------------------------------------------------------------------------
// Reads interface file usage from a line of input.
//-----------------------------------------------------------------------------
var
Fname: String;
begin
if Ntoks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
Fname := TokList[2];
if ExtractFilePath(Fname) = ''
then Fname := ExtractFilePath(Uglobals.InputFileName) + Fname;
Project.IfaceFiles.Add(TokList[0] + ' ' + TokList[1] + ' ' +
'"' + Fname + '"');
Result := 0;
end;
end;
//// This function was added to release 5.1.007. //// //(5.1.007)
function ReadAdjustmentData: Integer;
//-----------------------------------------------------------------------------
// Reads climate adjustments from a line of input.
//-----------------------------------------------------------------------------
var
I: Integer;
begin
Result := 0;
if Ntoks < 2 then exit;
if SameText(TokList[0], 'Temperature') then
begin
if Ntoks < 13 then Result := ErrMsg(ITEMS_ERR, '')
else with Project.Climatology do
begin
for I := 0 to 11 do
if StrToFloatDef(TokList[I+1], 0.0) = 0.0
then TempAdjust[I] := ''
else TempAdjust[I] := TokList[I+1];
end;
end
else if SameText(TokList[0], 'Evaporation') then
begin
if Ntoks < 13 then Result := ErrMsg(ITEMS_ERR, '')
else with Project.Climatology do
begin
for I := 0 to 11 do
if StrToFloatDef(TokList[I+1], 0.0) = 0.0
then EvapAdjust[I] := ''
else EvapAdjust[I] := TokList[I+1];
end;
end
else if SameText(TokList[0], 'Rainfall') then
begin
if Ntoks < 13 then Result := ErrMsg(ITEMS_ERR, '')
else with Project.Climatology do
begin
for I := 0 to 11 do
if StrToFloatDef(TokList[I+1], 1.0) = 1.0
then RainAdjust[I] := ''
else RainAdjust[I] := TokList[I+1];
end;
end
//// Added to release 5.1.008. //// //(5.1.008)
else if SameText(TokList[0], 'Conductivity') then
begin
if Ntoks < 13 then Result := ErrMsg(ITEMS_ERR, '')
else with Project.Climatology do
begin
for I := 0 to 11 do
if StrToFloatDef(TokList[I+1], 1.0) = 1.0
then CondAdjust[I] := ''
else CondAdjust[I] := TokList[I+1];
end;
end;
////////////////////////////////////////////////////////
end;
//// This function was added to release 5.1.011. //// //(5.1.011)
function ReadEventData(Line: String): Integer;
//-----------------------------------------------------------------------------
// Reads hydraulic event data from a line of input.
//-----------------------------------------------------------------------------
begin
Result := 0;
if Length(Line) = 0 then exit;
if LeftStr(Line,2) = ';;' then exit;
Project.Events.Add(Line);
end;
function ReadOptionData: Integer;
//-----------------------------------------------------------------------------
// Reads an analysis option from a line of input.
//-----------------------------------------------------------------------------
var
Index : Integer;
Keyword : String;
S : String;
S2: String;
I : Integer;
X : Single;
T : Extended;
begin
// Check which keyword applies
Result := 0;
if Ntoks < 2 then exit;
Keyword := TokList[0];
if SameText(Keyword, 'TEMPDIR') then exit;
Index := Uutils.FindKeyWord(Keyword, OptionLabels, 17);
case Index of
-1: Result := ErrMsg(KEYWORD_ERR, Keyword);
ROUTING_MODEL_INDEX:
begin
if SameText(TokList[1], 'NONE') then
begin
Project.Options.Data[IGNORE_ROUTING_INDEX] := 'YES';
Exit;
end;
I := Uutils.FindKeyWord(TokList[1], OldRoutingOptions, 3);
if I >= 0 then TokList[1] := RoutingOptions[I];
end;
START_DATE_INDEX, REPORT_START_DATE_INDEX, END_DATE_INDEX:
begin
S := Uutils.ConvertDate(TokList[1]);
try
StrToDate(S, MyFormatSettings);
TokList[1] := S;
except
on EConvertError do Result := ErrMsg(DATE_ERR, '');
end;
end;
START_TIME_INDEX, REPORT_START_TIME_INDEX, END_TIME_INDEX:
begin
S := TokList[1];
try
StrToTime(S, MyFormatSettings);
TokList[1] := S;
except
on EConvertError do Result := ErrMsg(DATE_ERR, '');
end;
end;
SWEEP_START_INDEX, SWEEP_END_INDEX:
begin
S := Uutils.ConvertDate(TokList[1]);
S2 := S + '/1947';
try
StrToDate(S2, MyFormatSettings);
TokList[1] := S;
except
on EConvertError do Result := ErrMsg(DATE_ERR, '');
end;
end;
WET_STEP_INDEX, DRY_STEP_INDEX, REPORT_STEP_INDEX:
begin
S := TokList[1];
if Uutils.StrHoursToTime(S) = -1 then Result := ErrMsg(TIMESTEP_ERR, '');
end;
ROUTING_STEP_INDEX:
begin
S := TokList[1];
T := 0.0;
if not Uutils.GetExtended(S, T) then
begin
T := Uutils.StrHoursToTime(S)*86400.;
if T <= 0.0 then Result := ErrMsg(TIMESTEP_ERR, '')
else TokList[1] := Format('%.0f',[T]);
end;
end;
VARIABLE_STEP_INDEX:
begin
if Uutils.GetSingle(TokList[1], X) then
TokList[1] := IntToStr(Round(100.0*X))
else
TokList[1] := '0';
end;
INERTIAL_DAMPING_INDEX:
begin
if Uutils.GetSingle(TokList[1], X) then
begin
if X = 0 then TokList[1] := 'NONE'
else TokList[1] := 'PARTIAL';
end;
end;
// This option is now fixed to SWMM 4.
COMPATIBILITY_INDEX:
begin
TokList[1] := '4';
end;
MIN_ROUTE_STEP_INDEX, //(5.1.008)
LENGTHEN_STEP_INDEX,
MIN_SURFAREA_INDEX,
MIN_SLOPE_INDEX,
MAX_TRIALS_INDEX,
HEAD_TOL_INDEX,
SYS_FLOW_TOL_INDEX,
LAT_FLOW_TOL_INDEX:
begin
Uutils.GetSingle(TokList[1], X);
if X <= 0 then TokList[1] := '0';
end;
NORMAL_FLOW_LTD_INDEX:
begin
if SameText(TokList[1], 'NO') or SameText(TokList[1], 'SLOPE')
then TokList[1] := 'SLOPE'
else if SameText(TokList[1], 'YES') or SameText(TokList[1], 'FROUDE')
then TokList[1] := 'FROUDE'
else if SameText(TokList[1], 'BOTH') then TokList[1] := 'BOTH'
else Result := ErrMsg(KEYWORD_ERR, TokList[1]);
end;
FORCE_MAIN_EQN_INDEX:
begin
I := Uutils.FindKeyWord(TokList[1], ForceMainEqnOptions, 3);
if I < 0 then Result := ErrMsg(KEYWORD_ERR, TokList[1])
else TokList[1] := ForceMainEqnOptions[I];
end;
LINK_OFFSETS_INDEX:
begin
I := Uutils.FindKeyWord(TokList[1], LinkOffsetsOptions, 10);
if I < 0 then Result := ErrMsg(KEYWORD_ERR, TokList[1])
else TokList[1] := LinkOffsetsOptions[I];
end;
IGNORE_RAINFALL_INDEX,
IGNORE_SNOWMELT_INDEX,
IGNORE_GRNDWTR_INDEX,
IGNORE_ROUTING_INDEX,
IGNORE_QUALITY_INDEX:
begin
if not SameText(TokList[1], 'YES') and not SameText(TokList[1], 'NO')
then Result := ErrMsg(KEYWORD_ERR, TokList[1]);
end;
//// Following section added to release 5.1.010. //// //(5.1.010)
NUM_THREADS_INDEX:
begin
I := StrToIntDef(TokList[1], 1);
if I < 0 then I := 1;
if (I = 0) or (I > Uutils.GetCPUs) then I := Uutils.GetCPUs;
TokList[1] := IntToStr(I);
end;
////
end;
if Result = 0 then Project.Options.Data[Index] := TokList[1];
end;
function ReadTagData: Integer;
//-----------------------------------------------------------------------------
// Reads in tag data from a line of input.
//-----------------------------------------------------------------------------
const
TagTypes: array[0..3] of PChar = ('Gage', 'Subcatch', 'Node', 'Link');
var
I, J : Integer;
aNode: TNode;
aLink: TLink;
begin
Result := 0;
if Ntoks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
I := Uutils.FindKeyWord(TokList[0], TagTypes, 4);
case I of
-1: Result := ErrMsg(KEYWORD_ERR, TokList[0]);
0: begin
J := Project.Lists[RAINGAGE].IndexOf(TokList[1]);
if J >= 0 then with Project.GetGage(J) do Data[TAG_INDEX] := TokList[2];
end;
1: begin
J := Project.Lists[SUBCATCH].IndexOf(TokList[1]);
if J >= 0 then with Project.GetSubcatch(SUBCATCH, J) do
Data[TAG_INDEX] := TokList[2];
end;
2: begin
aNode := FindNode(TokList[1]);
if (aNode <> nil) then aNode.Data[TAG_INDEX] := TokList[2];
end;
3: begin
aLink := FindLink(TokList[1]);
if (aLink <> nil) then aLink.Data[TAG_INDEX] := TokList[2];
end;
end;
end;
end;
function ReadSymbolData: Integer;
//-----------------------------------------------------------------------------
// Reads rain gage coordinate data from a line of input.
//-----------------------------------------------------------------------------
var
J : Integer;
X, Y : Extended;
aGage : TRaingage;
begin
Result := 0;
if (Ntoks < 3)
then Result := ErrMsg(ITEMS_ERR, '')
else begin
// Locate the gage ID in the database
J := Project.Lists[RAINGAGE].IndexOf(TokList[0]);
// If gage exists then assign it X & Y coordinates
if (J >= 0) then
begin
aGage := Project.GetGage(J);
if not Uutils.GetExtended(TokList[1], X) then
Result := ErrMsg(NUMBER_ERR, TokList[1])
else if not Uutils.GetExtended(TokList[2], Y) then
Result := ErrMsg(NUMBER_ERR, TokList[2])
else
begin
aGage.X := X;
aGage.Y := Y;
end;
end;
end;
end;
function ReadMapData: Integer;
//-----------------------------------------------------------------------------
// Reads map dimensions data from a line of input.
//-----------------------------------------------------------------------------
var
I : Integer;
Index : Integer;
Keyword : String;
X : array[1..4] of Extended;
begin
// Check which keyword applies
Result := 0;
Keyword := TokList[0];
Index := Uutils.FindKeyWord(Keyword, MapWords, 4);
case Index of
0: // Map dimensions
begin
if Ntoks < 5 then Result := ErrMsg(ITEMS_ERR, '')
else begin
for I := 1 to 4 do
if not Uutils.GetExtended(TokList[I], X[I]) then
Result := ErrMsg(NUMBER_ERR, TokList[I]);
if Result = 0 then with MapForm.Map.Dimensions do
begin
LowerLeft.X := X[1];
LowerLeft.Y := X[2];
UpperRight.X := X[3];
UpperRight.Y := X[4];
MapExtentSet := True;
end;
end;
end;
1: //Map units
if Ntoks > 1 then
begin
I := Uutils.FindKeyWord(Copy(TokList[1], 1, 1), MapUnits, 1);
if I < 0 then Result := ErrMsg(KEYWORD_ERR, TokList[1])
else MapForm.Map.Dimensions.Units := TMapUnits(I);
with MapForm.Map.Dimensions do
begin
if Units = muDegrees then Digits := MAXDEGDIGITS
else Digits := Umap.DefMapDimensions.Digits;
end;
end;
else Result := ErrMsg(KEYWORD_ERR, Keyword);
end;
end;
function ReadCoordData: Integer;
//-----------------------------------------------------------------------------
// Reads node coordinate data from a line of input.
//-----------------------------------------------------------------------------
var
X, Y : Extended;
aNode : TNode;
begin
Result := 0;
if (Ntoks < 3)
then Result := ErrMsg(ITEMS_ERR, '')
else begin
// Locate the node ID in the database
aNode := FindNode(TokList[0]);
// If node exists then assign it X & Y coordinates
if (aNode <> nil) then
begin
if not Uutils.GetExtended(TokList[1], X) then
Result := ErrMsg(NUMBER_ERR, TokList[1])
else if not Uutils.GetExtended(TokList[2], Y) then
Result := ErrMsg(NUMBER_ERR, TokList[2])
else
begin
aNode.X := X;
aNode.Y := Y;
end;
end;
end;
end;
function ReadVertexData: Integer;
//-----------------------------------------------------------------------------
// Reads link vertex coordinate data from a line of input.
//-----------------------------------------------------------------------------
var
X, Y : Extended;
aLink : TLink;
begin
Result := 0;
if (Ntoks < 3)
then Result := ErrMsg(ITEMS_ERR, '')
else begin
// Locate the link ID in the database
aLink := FindLink(TokList[0]);;
// If link exists then assign it X & Y coordinates
if (aLink <> nil) then
begin
if not Uutils.GetExtended(TokList[1], X) then
Result := ErrMsg(NUMBER_ERR, TokList[1])
else if not Uutils.GetExtended(TokList[2], Y) then
Result := ErrMsg(NUMBER_ERR, TokList[2])
else aLink.Vlist.Add(X, Y);
end;
end;
end;
function ReadPolygonData: Integer;
//-----------------------------------------------------------------------------
// Reads polygon coordinates associated with subcatchment outlines.
//-----------------------------------------------------------------------------
var
Index : Integer;
X, Y : Extended;
S : TSubcatch;
begin
Result := 0;
if (Ntoks < 3)
then Result := ErrMsg(ITEMS_ERR, '')
else begin
// Locate the subcatchment ID in the database
S := nil;
Index := Project.Lists[SUBCATCH].IndexOf(TokList[0]);
if Index >= 0 then S := Project.GetSubcatch(SUBCATCH, Index);
// If subcatchment exists then add a new vertex to it
if (S <> nil) then
begin
if not Uutils.GetExtended(TokList[1], X) then
Result := ErrMsg(NUMBER_ERR, TokList[1])
else if not Uutils.GetExtended(TokList[2], Y) then
Result := ErrMsg(NUMBER_ERR, TokList[2])
else S.Vlist.Add(X, Y);
end;
end;
end;
function ReadLabelData: Integer;
//-----------------------------------------------------------------------------
// Reads map label data from a line of input.
//-----------------------------------------------------------------------------
var
Ntype : Integer;
Index : Integer;
X, Y : Extended;
S : String;
aMapLabel: TMapLabel;
begin
if (Ntoks < 3)
then Result := ErrMsg(ITEMS_ERR, '')
else begin
if not Uutils.GetExtended(TokList[0], X) then
Result := ErrMsg(NUMBER_ERR, TokList[0])
else if not Uutils.GetExtended(TokList[1], Y) then
Result := ErrMsg(NUMBER_ERR, TokList[1])
else begin
S := TokList[2];
aMapLabel := TMapLabel.Create;
aMapLabel.X := X;
aMapLabel.Y := Y;
Project.Lists[MAPLABEL].AddObject(S, aMapLabel);
Index := Project.Lists[MAPLABEL].Count - 1;
aMapLabel.Text := PChar(Project.Lists[MAPLABEL].Strings[Index]);
Project.HasItems[MAPLABEL] := True;
if Ntoks >= 4 then
begin
if (Length(TokList[3]) > 0) and
Project.FindNode(TokList[3], Ntype, Index) then
aMapLabel.Anchor := Project.GetNode(Ntype, Index);
end;
if Ntoks >= 5 then aMapLabel.FontName := TokList[4];
if Ntoks >= 6 then aMapLabel.FontSize := StrToInt(TokList[5]);
if Ntoks >= 7 then
if StrToInt(TokList[6]) = 1 then aMapLabel.FontBold := True;
if Ntoks >= 8 then
if StrToInt(TokList[7]) = 1 then aMapLabel.FontItalic := True;
Result := 0;
end;
end;
end;
function ReadBackdropData: Integer;
//-----------------------------------------------------------------------------
// Reads map backdrop image information from a line of input.
//-----------------------------------------------------------------------------
var
Index : Integer;
Keyword : String;
I : Integer;
X : array[1..4] of Extended;
begin
// Check which keyword applies
Result := 0;
Keyword := TokList[0];
Index := Uutils.FindKeyWord(Keyword, BackdropWords, 4);
case Index of
0: //Backdrop file
if Ntoks > 1 then MapForm.Map.Backdrop.Filename := TokList[1];
1: // Backdrop dimensions
begin
if Ntoks < 5 then Result := ErrMsg(ITEMS_ERR, '')
else begin
for i := 1 to 4 do
if not Uutils.GetExtended(TokList[I], X[I]) then
Result := ErrMsg(NUMBER_ERR, TokList[I]);
if Result = 0 then with MapForm.Map.Backdrop do
begin
LowerLeft.X := X[1];
LowerLeft.Y := X[2];
UpperRight.X := X[3];
UpperRight.Y := X[4];
end;
end;
end;
2: //Map units - deprecated
if Ntoks > 1 then
begin
i := Uutils.FindKeyWord(Copy(TokList[1], 1, 1), MapUnits, 1);
if I < 0 then Result := ErrMsg(KEYWORD_ERR, TokList[1])
else MapForm.Map.Dimensions.Units := TMapUnits(I);
end;
3, 4: //Backdrop offset or scaling -- deprecated
begin
if Ntoks < 3 then Result := ErrMsg(ITEMS_ERR, '')
else if not Uutils.GetExtended(TokList[1], X[1]) then
Result := ErrMsg(NUMBER_ERR, TokList[1])
else if not Uutils.GetExtended(TokList[2], X[2]) then
Result := ErrMsg(NUMBER_ERR, TokList[2])
else
begin
if Index = 3 then
begin
BackdropX := X[1];
BackdropY := X[2];
end
else
begin
BackdropW := X[1];
BackdropH := X[2];
end;
end;
end;
else Result := ErrMsg(KEYWORD_ERR, Keyword);
end;
end;
function ReadProfileData: Integer;
//-----------------------------------------------------------------------------
// Reads profile plot data from a line of input.
//-----------------------------------------------------------------------------
var
I, J: Integer;
S : String;
begin
Result := 0;
if (Ntoks < 2) then Exit;
// Locate the profile name in the database
I := Project.ProfileNames.IndexOf(TokList[0]);
// If profile does not exist then create it
if (I < 0) then
begin
Project.ProfileNames.Add(TokList[0]);
I := Project.ProfileNames.Count-1;
S := '';
Project.ProfileLinks.Add(S);
end
else S := Project.ProfileLinks[I] + #13;
// Add each remaining token to the list of links in the profile
S := S + TokList[1];
for J := 2 to Ntoks-1 do
S := S + #13 + TokList[J];
Project.ProfileLinks[I] := S;
end;
procedure SetMapDimensions;
//-----------------------------------------------------------------------------
// Determines map dimensions based on range of object coordinates.
//-----------------------------------------------------------------------------
begin
with MapForm.Map do
begin
// Dimensions not provided in [MAP] section
if not MapExtentSet then
begin
// Dimensions were provided in [BACKDROP] section
if (Backdrop.LowerLeft.X <> Backdrop.UpperRight.X) then
begin
// Interpret these as map dimensions
Dimensions.LowerLeft := Backdrop.LowerLeft;
Dimensions.UpperRight := Backdrop.UpperRight;
// Compute backdrop dimensions from Offset and Scale values
Backdrop.LowerLeft.X := BackdropX;
Backdrop.LowerLeft.Y := BackdropY - BackdropH;
Backdrop.UpperRight.X := BackdropX + BackdropW;
Backdrop.UpperRight.Y := BackdropY;
end
// No dimensions of any kind provided
else with Dimensions do
Ucoords.GetCoordExtents(LowerLeft.X, LowerLeft.Y,
UpperRight.X, UpperRight.Y);
end;
end;
end;
function ParseInpLine(S: String): Integer;
//-----------------------------------------------------------------------------
// Parses current input line depending on current section of input file.
//-----------------------------------------------------------------------------
begin
case Section of
1: Result := ReadOptionData;
2: Result := ReadRaingageData;
3: Result := ReadHydrographData;
4: Result := ReadEvaporationData;
5: Result := ReadSubcatchmentData;
6: Result := ReadSubareaData;
7: Result := ReadInfiltrationData;
8: Result := ReadAquiferData;
9: Result := ReadGroundwaterData;
10: Result := ReadJunctionData;
11: Result := ReadOutfallData;
12: Result := ReadStorageData;
13: Result := ReadDividerData;
14: Result := ReadConduitData;
15: Result := ReadPumpData;
16: Result := ReadOrificeData;
17: Result := ReadWeirData;
18: Result := ReadOutletData;
19: Result := ReadXsectionData;
20: Result := ReadTransectData;
21: Result := ReadLossData;
//22: ReadControlData called directly from ReadFile
23: Result := ReadPollutantData;
24: Result := ReadLanduseData;
25: Result := ReadBuildupData;
26: Result := ReadWashoffData;
27: Result := ReadCoverageData;
28: Result := ReadExInflowData;
29: Result := ReadDWInflowData;
30: Result := ReadPatternData;
31: Result := ReadIIInflowData;
32: Result := ReadLoadData;
33: Result := ReadCurveData;
34: Result := ReadTimeseriesData;
35: Result := ReadReportData;
36: Result := ReadFileData;
37: Result := ReadMapData;
38: Result := ReadCoordData;
39: Result := ReadVertexdata;
40: Result := ReadPolygonData;
41: Result := ReadSymbolData;
42: Result := ReadLabelData;
43: Result := ReadBackdropData;
44: Result := ReadProfileData;
45: Result := ReadCurveData;
46: Result := ReadTemperatureData;
47: Result := ReadSnowpackData;
48: Result := ReadTreatmentData(S);
49: Result := ReadTagData;
50: Result := Ulid.ReadLidData(TokList, Ntoks);
51: Result := ReadLidUsageData;
52: Result := ReadGroundwaterFlowEqn(S);
53: Result := ReadAdjustmentData; //(5.1.007)
else Result := 0;
end;
end;
function ParseImportLine(Line: String): Integer;
//-----------------------------------------------------------------------------
// Processes line of input from imported scenario or map file.
// (Not currently used.)
//-----------------------------------------------------------------------------
begin
Result := 0;
end;
procedure StripComment(const Line: String; var S: String);
//-----------------------------------------------------------------------------
// Strips comment (text following a ';') from a line of input.
// Ignores comment if it begins with ';;'.
//-----------------------------------------------------------------------------
var
P: Integer;
N: Integer;
C: String;
begin
C := '';
S := Trim(Line);
P := Pos(';', S);
if P > 0 then
begin
N := Length(S);
C := Copy(S, P+1, N);
if (Length(C) >= 1) and (C[1] <> ';') then
begin
if Length(Comment) > 0 then Comment := Comment + #13;
Comment := Comment + C;
end;
Delete(S, P, N);
end;
end;
function FindNewSection(const S: String): Integer;
//-----------------------------------------------------------------------------
// Checks if S matches any of the section heading key words.
//-----------------------------------------------------------------------------
var
K: Integer;
begin
for K := 0 to High(SectionWords) do
begin
if Pos(SectionWords[K], S) = 1 then
begin
Result := K;
Exit;
end;
end;
Result := -1;
end;
function StartNewSection(S: String): Integer;
//-----------------------------------------------------------------------------
// Begins reading a new section of the input file.
//-----------------------------------------------------------------------------
var
K : Integer;
begin
// Determine which new section to begin
K := FindNewSection(UpperCase(S));
if (K >= 0) then
begin
//Update section code
Section := K;
PrevID := '';
Result := 0;
end
else Result := ErrMsg(KEYWORD_ERR, S);
Comment := '';
end;
function ReadFile(var F: Textfile; const Fsize: Int64):Boolean;
//-----------------------------------------------------------------------------
// Reads each line of a SWMM input file.
//-----------------------------------------------------------------------------
var
Err : Integer;
ByteCount : Integer;
StepCount : Integer;
StepSize : Integer;
S : String;
begin
Result := True;
ErrCount := 0;
LineCount := 0;
Comment := '';
// Initialize progress meter settings
StepCount := MainForm.ProgressBar.Max div MainForm.ProgressBar.Step;
StepSize := Fsize div StepCount;
if StepSize < 1000 then StepSize := 0;
ByteCount := 0;
// Read each line of input file
Reset(F);
while not Eof(F) do
begin
Err := 0;
Readln(F, Line);
Inc(LineCount);
if StepSize > 0 then
begin
Inc(ByteCount, Length(Line));
MainForm.UpdateProgressBar(ByteCount, StepSize);
end;
// Strip out trailing spaces, control characters & comment
Line := TrimRight(Line);
StripComment(Line, S);
// Check if line begins a new input section
if (Pos('[', S) = 1) then Err := StartNewSection(S)
else
begin
//// Following code section modified for release 5.1.011. //// //(5.1.011)
// Check if line contains project title/notes
if (Section = 0) and (Length(Line) > 0) then
begin
if LeftStr(Line,2) <> ';;' then Err := ReadTitleData(Line);
end
// Check if line contains a control rule clause
else if (Section = 22) then Err := ReadControlData(Line)
// Check if line contains an event start/end dates
else if (Section = 54) then Err := ReadEventData(Trim(Line))
// If in some section, then process the input line
else
begin
// Break line into string tokens and parse their contents
Uutils.Tokenize(S, TokList, Ntoks);
if (Ntoks > 0) and (Section >= 0) then
begin
Err := ParseInpLine(S);
Comment := '';
end
// No current section -- file was probably not an EPA-SWMM file
else if (Ntoks > 0) then
begin
Result := False;
Exit;
end;
end;
end;
////
// Increment error count
if Err > 0 then Inc(ErrCount);
end; //End of file.
if ErrCount > MAX_ERRORS then ErrList.Add(
IntToStr(ErrCount-MAX_ERRORS) + TXT_MORE_ERRORS);
end;
procedure DisplayInpErrForm(const Fname: String);
//-----------------------------------------------------------------------------
// Displays Status Report form that lists any error messages.
//-----------------------------------------------------------------------------
begin
SysUtils.DeleteFile((TempReportFile));
TempReportFile := Uutils.GetTempFile(TempDir,'swmm');
ErrList.Insert(0, TXT_ERROR_REPORT + Fname + #13);
ErrList.SaveToFile(TempReportFile);
MainForm.MnuReportStatusClick(MainForm);
end;
procedure ReverseVertexLists;
//-----------------------------------------------------------------------------
// Reverses list of vertex points for each link in the project.
//-----------------------------------------------------------------------------
var
I, J: Integer;
begin
for I := 0 to MAXCLASS do
begin
if not Project.IsLink(I) then continue;
for J := 0 to Project.Lists[I].Count-1 do
if Project.GetLink(I, J).Vlist <> nil then
Project.GetLink(I, J).Vlist.Reverse;
end;
end;
procedure SetSubcatchCentroids;
//-----------------------------------------------------------------------------
// Determines the centroid of each subcatchment polygon.
//-----------------------------------------------------------------------------
var
I : Integer;
begin
for I := 0 to Project.Lists[SUBCATCH].Count - 1 do
begin
Project.GetSubcatch(SUBCATCH, I).SetCentroid;
end;
end;
procedure SetIDPtrs;
//-----------------------------------------------------------------------------
// Makes pointers to ID strings the ID property of objects.
//-----------------------------------------------------------------------------
var
I, J : Integer;
C : TSubcatch;
S : String;
begin
for I := 0 to MAXCLASS do
begin
if I = RAINGAGE then with Project.Lists[RAINGAGE] do
begin
for J := 0 to Count-1 do TRaingage(Objects[J]).ID := PChar(Strings[J]);
end
else if Project.IsSubcatch(I) then with Project.Lists[SUBCATCH] do
begin
for J := 0 to Count-1 do
begin
C := TSubcatch(Objects[J]);
C.ID := PChar(Strings[J]);
S := Trim(C.Data[SUBCATCH_OUTLET_INDEX]);
C.OutSubcatch := FindSubcatch(S);
if C.OutSubcatch = nil then C.OutNode := FindNode(S);
end;
end
else if Project.IsNode(I) then with Project.Lists[I] do
begin
for J := 0 to Count-1 do TNode(Objects[J]).ID := PChar(Strings[J]);
end
else if Project.IsLink(I) then with Project.Lists[I] do
begin
for J := 0 to Count-1 do TLink(Objects[J]).ID := PChar(Strings[J]);
end
else if I = TRANSECT then with Project.Lists[I] do
begin
for J := 0 to Count-1 do
begin
TTransect(Objects[J]).CheckData;
TTransect(Objects[J]).SetMaxDepth;
Project.SetTransectConduitDepth(Strings[J],
TTransect(Objects[J]).Data[TRANSECT_MAX_DEPTH]);
end;
end
else continue;
end;
end;
function ReadInpFile(const Fname: String):Boolean;
//-----------------------------------------------------------------------------
// Reads SWMM input data from a text file.
//-----------------------------------------------------------------------------
var
F : Textfile;
begin
// Try to open the file
Result := False;
AssignFile(F,Fname);
{$I-}
Reset(F);
{$I+}
if (IOResult = 0) then
begin
// Create stringlists
Screen.Cursor := crHourGlass;
MapExtentSet := False;
ErrList := TStringList.Create;
TokList := TStringList.Create;
SubcatchList := TStringList.Create;
NodeList := TStringList.Create;
LinkList := TStringList.Create;
FileType := ftInput;
InpFile := Fname;
try
// Read the file
MainForm.ShowProgressBar(MSG_READING_PROJECT_DATA);
SubcatchList.Sorted := True;
NodeList.Sorted := True;
LinkList.Sorted := True;
Section := -1;
Result := ReadFile(F, Uutils.GetFileSize(Fname));
if (Result = True) then
begin
// Establish pointers to ID names
SetIDPtrs;
end;
finally
// Free the stringlists
SubcatchList.Free;
NodeList.Free;
LinkList.Free;
TokList.Free;
MainForm.PageSetupDialog.Header.Text := Project.Title;
MainForm.HideProgressBar;
Screen.Cursor := crDefault;
// Display errors if found & set map dimensions
if Result = True then
begin
if ErrList.Count > 0 then DisplayInpErrForm(Fname);
SetSubcatchCentroids;
SetMapDimensions;
end;
ErrList.Free;
end;
end;
// Close the input file
CloseFile(F);
end;
procedure ClearDefaultDates;
//-----------------------------------------------------------------------------
// Clears project's date/time settings.
//-----------------------------------------------------------------------------
begin
with Project.Options do
begin
Data[START_DATE_INDEX] := '';
Data[START_TIME_INDEX] := '';
Data[REPORT_START_DATE_INDEX] := '';
Data[REPORT_START_TIME_INDEX] := '';
Data[END_DATE_INDEX] := '';
Data[END_TIME_INDEX] := '';
end;
end;
procedure SetDefaultDates;
//-----------------------------------------------------------------------------
// Sets default values for project's date/time settings.
//-----------------------------------------------------------------------------
var
StartTime: TDateTime;
StartDate: TDateTime;
T: TDateTime;
D: TDateTime;
begin
with Project.Options do
begin
// Process starting date/time
try
StartDate := StrToDate(Data[START_DATE_INDEX], MyFormatSettings);
except
On EConvertError do StartDate := Date;
end;
StartTime := Uutils.StrHoursToTime(Data[START_TIME_INDEX]);
if StartTime < 0 then StartTime := 0;
D := StartDate + StartTime;
Data[START_DATE_INDEX] := DateToStr(D, MyFormatSettings);
Data[START_TIME_INDEX] := TimeToStr(D, MyFormatSettings);
// Process reporting start date/time
try
D := StrToDate(Data[REPORT_START_DATE_INDEX], MyFormatSettings);
except
On EConvertError do D := StartDate;
end;
T := Uutils.StrHoursToTime(Data[REPORT_START_TIME_INDEX]);
if T < 0 then T := StartTime;
D := D + T;
Data[REPORT_START_DATE_INDEX] := DateToStr(D, MyFormatSettings);
Data[REPORT_START_TIME_INDEX] := TimeToStr(D, MyFormatSettings);
// Process ending date/time
try
D := StrToDate(Data[END_DATE_INDEX], MyFormatSettings);
except
On EConvertError do D := StartDate;
end;
T := Uutils.StrHoursToTime(Data[END_TIME_INDEX]);
if T < 0 then T := StartTime;
D := D + T;
Data[END_DATE_INDEX] := DateToStr(D, MyFormatSettings);
Data[END_TIME_INDEX] := TimeToStr(D, MyFormatSettings);
end;
end;
function OpenProject(const Fname: String): TInputFileType;
//-----------------------------------------------------------------------------
// Reads in project data from a file.
//-----------------------------------------------------------------------------
begin
// Show progress meter
ClearDefaultDates;
Screen.Cursor := crHourGlass;
MainForm.ShowProgressBar(MSG_READING_PROJECT_DATA);
// Use default map dimensions and backdrop settings
MapForm.Map.Dimensions := DefMapDimensions;
MapForm.Map.Backdrop := DefMapBackdrop;
// Do the following for non-temporary input files
if not SameText(Fname, Uglobals.TempInputFile) then
begin
// Create a backup file
if AutoBackup
then CopyFile(PChar(Fname), PChar(ChangeFileExt(Fname, '.bak')), FALSE);
// Retrieve project defaults from .INI file
if CompareText(ExtractFileExt(Fname), '.ini') <> 0
then Uinifile.ReadProjIniFile(ChangeFileExt(Fname, '.ini'));
end;
// Read and parse each line of input file
Result := iftNone;
if ReadInpFile(Fname) then Result := iftINP;
// Finish processing the input data
if Result <> iftNone then
begin
SetDefaultDates; // set any missing analysis dates
Uglobals.RegisterCalibData; // register calibration data files
Uupdate.UpdateUnits; // update choice of unit system
Uupdate.UpdateDefOptions; // update default analysis options
Uupdate.UpdateLinkHints; // update hints used for offsets
Project.GetControlRuleNames; // store control ruunit Uimport;
{-------------------------------------------------------------------}
{ Unit: Uimport.pas }
{ Project: EPA SWMM }
{ Version: 5.1 }
{ Date: 12/02/13 (5.1.001) }
{ 04/04/14 (5.1.003) }
{ 04/14/14 (5.1.004) }
{ 09/15/14 (5.1.007) }
{ 03/19/15 (5.1.008) }
{ 08/05/15 (5.1.010) }
{ 08/01/16 (5.1.011) }
{ Author: L. Rossman }
{ }
{ Delphi Pascal unit that imports a SWMM project's data from a }
{ a formatted text file. }
{ }
{ 5.1.011 - Support for reading [EVENTS] section added. }
{-------------------------------------------------------------------}
interface
uses
Classes, Forms, Controls, Dialogs, SysUtils, Windows, Math, StrUtils,
Uutils, Uglobals;
const
ITEMS_ERR = 1;
KEYWORD_ERR = 2;
SUBCATCH_ERR = 3;
NODE_ERR = 4;
LINK_ERR = 5;
LANDUSE_ERR = 6;
POLLUT_ERR = 7;
NUMBER_ERR = 8;
XSECT_ERR = 9;
TRANSECT_ERR = 10;
TIMESTEP_ERR = 11;
DATE_ERR = 12;
LID_ERR = 13;
MAX_ERRORS = 50;
type
TFileType = (ftInput, ftImport);
// These routines can be called from other units
function ErrMsg(const ErrCode: Integer; const Name: String): Integer;
function OpenProject(const Fname: String): TInputFileType;
function ReadInpFile(const Fname: String):Boolean;
procedure SetDefaultDates;
implementation
uses
Fmain, Fmap, Fstatus, Dxsect, Uexport, Uinifile, Uproject, Umap,
Ucoords, Uvertex, Uupdate, Dreporting, Ulid;
const
MSG_READING_PROJECT_DATA = 'Reading project data... ';
TXT_ERROR = 'Error ';
TXT_AT_LINE = ' at line ';
TXT_MORE_ERRORS = ' more errors found in file.';
TXT_ERROR_REPORT = 'Error Report for File ';
SectionWords : array[0..54] of PChar = //(5.1.011)
('[TITLE', //0
'[OPTION', //1
'[RAINGAGE', //2
'[HYDROGRAPH', //3
'[EVAPORATION', //4
'[SUBCATCHMENT', //5
'[SUBAREA', //6
'[INFILTRATION', //7
'[AQUIFER', //8
'[GROUNDWATER', //9
'[JUNCTION', //10
'[OUTFALL', //11
'[STORAGE', //12
'[DIVIDER', //13
'[CONDUIT', //14
'[PUMP', //15
'[ORIFICE', //16
'[WEIR', //17
'[OUTLET', //18
'[XSECTION', //19
'[TRANSECT', //20
'[LOSS', //21
'[CONTROL', //22
'[POLLUTANT', //23
'[LANDUSE', //24
'[BUILDUP', //25
'[WASHOFF', //26
'[COVERAGE', //27
'[INFLOW', //28
'[DWF', //29
'[PATTERN', //30
'[RDII', //31
'[LOAD', //32
'[CURVE', //33
'[TIMESERIES', //34
'[REPORT', //35
'[FILE', //36
'[MAP', //37
'[COORDINATES', //38
'[VERTICES', //39
'[POLYGONS', //40
'[SYMBOLS', //41
'[LABELS', //42
'[BACKDROP', //43
'[PROFILE', //44
'[TABLE', //45
'[TEMPERATURE', //46
'[SNOWPACK', //47
'[TREATMENT', //48
'[TAG', //49
'[LID_CONTROL', //50
'[LID_USAGE', //51
'[GWF', //52 //(5.1.007)
'[ADJUSTMENTS', //53 //(5.1.007)
'[EVENT'); //54 //(5.1.011)
var
FileType : TFileType;
InpFile : String;
ErrList : TStringlist;
SubcatchList : TStringlist;
NodeList : TStringlist;
LinkList : TStringlist;
TokList : TStringlist;
Ntoks : Integer;
Section : Integer;
LineCount : LongInt;
ErrCount : LongInt;
Line : String;
Comment : String;
TsectComment : String;
PrevID : String;
PrevIndex : Integer;
CurveType : Integer;
MapExtentSet : Boolean;
ManningsN : array[1..3] of String;
// These are deprecated attributes of a backdrop image
BackdropX : Extended;
BackdropY : Extended;
BackdropW : Extended;
BackdropH : Extended;
function ErrMsg(const ErrCode: Integer; const Name: String): Integer;
//-----------------------------------------------------------------------------
// Adds an error message for a specific error code to the list
// of errors encountered when reading an input file.
//-----------------------------------------------------------------------------
var
S: String;
begin
if ErrCount <= MAX_ERRORS then
begin
case ErrCode of
ITEMS_ERR: S := 'Too few items ';
KEYWORD_ERR: S := 'Unrecognized keyword (' + Name + ') ';
SUBCATCH_ERR: S := 'Undefined Subcatchment (' + Name + ') referenced ';
NODE_ERR: S := 'Undefined Node (' + Name + ') referenced ';
LINK_ERR: S := 'Undefined Link (' + Name + ') referenced ';
LANDUSE_ERR: S := 'Undefined Land Use (' + Name + ') referenced ';
POLLUT_ERR: S := 'Undefined Pollutant (' + Name + ') referenced ';
NUMBER_ERR: S := 'Illegal numeric value (' + Name + ') ';
XSECT_ERR: S := 'Illegal cross section for Link ' + Name + ' ';
TRANSECT_ERR: S := 'No Transect defined for these data ';
TIMESTEP_ERR: S := 'Illegal time step value ';
DATE_ERR: S := 'Illegal date/time value ';
LID_ERR: S := 'Undefined LID process (' + Name + ') referenced ';
else S := 'Unknown error ';
end;
S := S + 'at line ' + IntToStr(LineCount) + ':';
ErrList.Add(S);
if Section >= 0 then ErrList.Add(SectionWords[Section] + ']');
ErrList.Add(Line);
ErrList.Add('');
end;
Result := ErrCode;
end;
function FindSubcatch(const ID: String): TSubcatch;
//-----------------------------------------------------------------------------
// Finds a Subcatchment object given its ID name.
//-----------------------------------------------------------------------------
var
Index: Integer;
Atype: Integer;
begin
Result := nil;
if (FileType = ftInput) then
begin
if SubcatchList.Find(ID, Index)
then Result := TSubcatch(SubcatchList.Objects[Index]);
end
else
begin
if (Project.FindSubcatch(ID, Atype, Index))
then Result := Project.GetSubcatch(Atype, Index);
end;
end;
function FindNode(const ID: String): TNode;
//-----------------------------------------------------------------------------
// Finds a Node object given its ID name.
//-----------------------------------------------------------------------------
var
Index: Integer;
Ntype: Integer;
begin
Result := nil;
if (FileType = ftInput) then
begin
if NodeList.Find(ID, Index)
then Result := TNode(NodeList.Objects[Index]);
end
else
begin
if (Project.FindNode(ID, Ntype, Index))
then Result := Project.GetNode(Ntype, Index);
end;
end;
function FindLink(const ID: String): TLink;
//-----------------------------------------------------------------------------
// Finds a Link object given its ID name.
//-----------------------------------------------------------------------------
var
Index : Integer;
Ltype : Integer;
begin
Result := nil;
if (FileType = ftInput) then
begin
if LinkList.Find(ID, Index)
then Result := TLink(LinkList.Objects[Index]);
end
else
begin
if (Project.FindLink(ID, Ltype, Index))
then Result := Project.GetLink(Ltype, Index);
end;
end;
function ReadTitleData(Line: String): Integer;
//-----------------------------------------------------------------------------
// Adds Line of text to a project's title and notes.
//-----------------------------------------------------------------------------
begin
if Project.Lists[NOTES].Count = 0 then Project.Title := Line;
Project.Lists[NOTES].Add(Line);
Project.HasItems[NOTES] := True;
Result := 0;
end;
procedure ReadOldRaingageData(I: Integer; aGage: TRaingage);
//-----------------------------------------------------------------------------
// Reads a line of parsed rain gage data using older format.
//-----------------------------------------------------------------------------
begin
if I = 0 then
begin
aGage.Data[GAGE_DATA_SOURCE] := RaingageOptions[0];
if Ntoks > 2 then aGage.Data[GAGE_SERIES_NAME] := TokList[2];
if Ntoks > 3 then aGage.Data[GAGE_DATA_FORMAT] := TokList[3];
if Ntoks > 4 then aGage.Data[GAGE_DATA_FREQ] := TokList[4];
end;
if I = 1 then
begin
aGage.Data[GAGE_DATA_SOURCE] := RaingageOptions[1];
if Ntoks > 2 then aGage.Data[GAGE_FILE_NAME] := TokList[2];
if Ntoks > 3 then aGage.Data[GAGE_STATION_NUM] := TokList[3];
end;
end;
procedure ReadNewRaingageData(aGage: TRaingage);
//-----------------------------------------------------------------------------
// Reads a line of rain gage data using newer format.
//-----------------------------------------------------------------------------
var
I: Integer;
Fname: String;
begin
if Ntoks > 1 then aGage.Data[GAGE_DATA_FORMAT] := TokList[1];
if Ntoks > 2 then aGage.Data[GAGE_DATA_FREQ] := TokList[2];
if Ntoks > 3 then aGage.Data[GAGE_SNOW_CATCH] := TokList[3];
if Ntoks > 4 then
begin
I := Uutils.FindKeyWord(TokList[4], RaingageOptions, 4);
if I = 0 then
begin
aGage.Data[GAGE_DATA_SOURCE] := RaingageOptions[0];
if Ntoks > 5 then aGage.Data[GAGE_SERIES_NAME] := TokList[5];
end;
if I = 1 then
begin
aGage.Data[GAGE_DATA_SOURCE] := RaingageOptions[1];
if Ntoks > 5 then
begin
Fname := TokList[5];
if ExtractFilePath(Fname) = ''
then Fname := ExtractFilePath(Uglobals.InputFileName) + Fname;
aGage.Data[GAGE_FILE_NAME] := Fname;
end;
if Ntoks > 6 then aGage.Data[GAGE_STATION_NUM] := TokList[6];
if Ntoks > 7 then aGage.Data[GAGE_RAIN_UNITS] := TokList[7];
end;
end;
end;
function ReadRaingageData: Integer;
//-----------------------------------------------------------------------------
// Parses rain gage data from the input line.
//-----------------------------------------------------------------------------
var
aGage : TRaingage;
ID : String;
I : Integer;
begin
if Ntoks < 2 then
begin
Result := ErrMsg(ITEMS_ERR, '');
Exit;
end;
ID := TokList[0];
aGage := TRaingage.Create;
Uutils.CopyStringArray(Project.DefProp[RAINGAGE].Data, aGage.Data);
aGage.X := MISSING;
aGage.Y := MISSING;
aGage.Data[COMMENT_INDEX ] := Comment;
Project.Lists[RAINGAGE].AddObject(ID, aGage);
Project.HasItems[RAINGAGE] := True;
I := Uutils.FindKeyWord(TokList[1], RaingageOptions, 4);
if I >= 0
then ReadOldRaingageData(I, aGage)
else ReadNewRaingageData(aGage);
Result := 0;
end;
function ReadOldHydrographFormat(const I: Integer; UH: THydrograph): Integer;
//-----------------------------------------------------------------------------
// Reads older format of unit hydrograph parameters from a line of input.
//-----------------------------------------------------------------------------
var
J, K, N: Integer;
begin
Result := 0;
if Ntoks < 2 then Result := ErrMsg(ITEMS_ERR, '')
else
begin
N := 2;
for K := 1 to 3 do
begin
for J := 1 to 3 do
begin
UH.Params[I,J,K] := TokList[N];
Inc(N);
end;
end;
for J := 1 to 3 do
begin
UH.InitAbs[I,J,1] := '';
if Ntoks > N then UH.InitAbs[I,J,1] := TokList[N];
Inc(N);
for K := 2 to 3 do UH.InitAbs[I,J,K] := UH.InitAbs[I,J,1];
end;
end;
end;
function ReadHydrographData: Integer;
//-----------------------------------------------------------------------------
// Reads RDII unit hydrograph data from a line of input.
//-----------------------------------------------------------------------------
var
I, J, K: Integer;
ID: String;
aUnitHyd: THydrograph;
Index: Integer;
begin
Result := 0;
if Ntoks < 2 then Result := ErrMsg(ITEMS_ERR, '')
else
begin
// Check if hydrograph ID is same as for previous line
ID := TokList[0];
if (ID = PrevID)
then Index := PrevIndex
else Index := Project.Lists[HYDROGRAPH].IndexOf(ID);
// If starting input for a new hydrograph then create it
if Index < 0 then
begin
aUnitHyd := THydrograph.Create;
Project.Lists[HYDROGRAPH].AddObject(ID, aUnitHyd);
Project.HasItems[HYDROGRAPH] := True;
Index := Project.Lists[HYDROGRAPH].Count - 1;
PrevID := ID;
PrevIndex := Index;
end
else aUnitHyd := THydrograph(Project.Lists[HYDROGRAPH].Objects[Index]);
// Parse rain gage name for 2-token line
if Ntoks = 2 then
begin
aUnitHyd.Raingage := TokList[1];
end
// Extract remaining hydrograph parameters
else if Ntoks < 6 then Result := ErrMsg(ITEMS_ERR, '')
else
begin
// Determine month of year
I := Uutils.FindKeyWord(TokList[1], MonthLabels, 3);
if I < 0 then Result := ErrMsg(KEYWORD_ERR, TokList[1]);
// Determine if response type present - if not, process old format
K := Uutils.FindKeyWord(TokList[2], ResponseTypes, 3) + 1;
if K < 1 then Result := ReadOldHydrographFormat(I, aUnitHyd)
else
begin
// Extract R-T-K values
for J := 3 to 5 do
begin
aUnitHyd.Params[I,J-2,K] := TokList[J];
end;
// Extract IA parameters
for J := 6 to 8 do
begin
if J >= Ntoks then break
else aUnitHyd.InitAbs[I,J-5,K] := TokList[J];
end;
end;
end;
end;
end;
function ReadTemperatureData: Integer;
//-----------------------------------------------------------------------------
// Reads description of air temperature data from a line of input.
//-----------------------------------------------------------------------------
var
I: Integer;
begin
Result := 0;
if Ntoks < 2 then Result := ErrMsg(ITEMS_ERR, '')
else with Project.Climatology do
begin
I := Uutils.FindKeyWord(TokList[0], TempKeywords, 10);
if I < 0 then Result := ErrMsg(KEYWORD_ERR, TokList[0])
else case I of
0: begin // Time series
TempDataSource := 1;
TempTseries := TokList[1];
end;
1: begin // File
TempDataSource := 2;
TempFile := TokList[1];
if ExtractFilePath(TempFile) = '' then
TempFile := ExtractFilePath(Uglobals.InputFileName) + TempFile;
if Ntoks >= 3 then TempStartDate := TokList[2];
end;
2: begin // Wind speed
if SameText(TokList[1], 'MONTHLY') then
begin
if Ntoks < 14 then Result := ErrMsg(ITEMS_ERR, '')
else
begin
WindType := MONTHLY_WINDSPEED;
for I := 1 to 12 do WindSpeed[I] := TokList[I+1];
end;
end
else if SameText(TokList[1], 'FILE') then WindType := FILE_WINDSPEED
else Result := ErrMsg(KEYWORD_ERR, TokList[1]);
end;
3: begin
if Ntoks < 7 then Result := ErrMsg(ITEMS_ERR, '')
else for I := 1 to 6 do SnowMelt[I] := TokList[I];
end;
4: begin
if Ntoks < 12 then Result := ErrMsg(ITEMS_ERR, '')
else
begin
if SameText(TokList[1], 'IMPERVIOUS') then
for I := 1 to 10 do ADCurve[1][I] := TokList[I+1]
else if SameText(TokList[1], 'PERVIOUS') then
for I := 1 to 10 do ADCurve[2][I] := TokList[I+1]
else Result := ErrMsg(KEYWORD_ERR, TokList[1]);
end;
end;
end;
end;
end;
function ReadEvaporationRates(Etype: Integer): Integer;
var
J: Integer;
begin
if (Etype <> TEMP_EVAP) and (Ntoks < 2)
then Result := ErrMsg(ITEMS_ERR, '')
else with Project.Climatology do
begin
EvapType := Etype;
case EvapType of
CONSTANT_EVAP:
for J := 0 to 11 do EvapData[J] := TokList[1];
TSERIES_EVAP:
EvapTseries := TokList[1];
FILE_EVAP:
for J := 1 to 12 do
begin
if J >= Ntoks then break;
PanData[J-1] := TokList[J];
end;
MONTHLY_EVAP:
for J := 1 to 12 do
begin
if J >= Ntoks then break;
EvapData[J-1] := TokList[J];
end;
end;
Result := 0;
end;
end;
function ReadEvaporationData: Integer;
//-----------------------------------------------------------------------------
// Reads evaporation data from a line of input.
//-----------------------------------------------------------------------------
var
I: Integer;
begin
Result := 0;
I := Uutils.FindKeyWord(TokList[0], EvapOptions, 4);
if I >= 0 then Result := ReadEvaporationRates(I)
else if (I <> TEMP_EVAP) and (Ntoks < 2)
then Result := ErrMsg(ITEMS_ERR, '')
else with Project.Climatology do
begin
if SameText(TokList[0], 'RECOVERY')
then RecoveryPat := TokList[1]
else if SameText(TokList[0], 'DRY_ONLY') then
begin
if SameText(TokList[1], 'NO') then EvapDryOnly := False
else if SameText(TokList[1], 'YES') then EvapDryOnly := True
else Result := ErrMsg(KEYWORD_ERR, TokList[1]);
end
else Result := ErrMsg(KEYWORD_ERR, TokList[0]);
end;
end;
function ReadSubcatchmentData: Integer;
//-----------------------------------------------------------------------------
// Reads subcatchment data from a line of input.
//-----------------------------------------------------------------------------
var
S : TSubcatch;
ID : String;
begin
if Ntoks < 8
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
S := TSubcatch.Create;
SubcatchList.AddObject(ID, S);
S.X := MISSING;
S.Y := MISSING;
S.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[SUBCATCH].Data, S.Data);
S.Data[SUBCATCH_RAINGAGE_INDEX] := TokList[1];
S.Data[SUBCATCH_OUTLET_INDEX] := TokList[2];
S.Data[SUBCATCH_AREA_INDEX] := TokList[3];
S.Data[SUBCATCH_IMPERV_INDEX] := TokList[4];
S.Data[SUBCATCH_WIDTH_INDEX] := TokList[5];
S.Data[SUBCATCH_SLOPE_INDEX] := TokList[6];
S.Data[SUBCATCH_CURBLENGTH_INDEX] := TokList[7];
if Ntoks >= 9
then S.Data[SUBCATCH_SNOWPACK_INDEX] := TokList[8];
S.Data[COMMENT_INDEX ] := Comment;
Project.Lists[SUBCATCH].AddObject(ID, S);
Project.HasItems[SUBCATCH] := True;
Result := 0;
end;
end;
function ReadSubareaData: Integer;
//-----------------------------------------------------------------------------
// Reads subcatchment sub-area data from a line of input.
//-----------------------------------------------------------------------------
var
S : TSubcatch;
ID : String;
begin
if Ntoks < 7
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
S := FindSubcatch(ID);
if S = nil
then Result := ErrMsg(SUBCATCH_ERR, ID)
else begin
S.Data[SUBCATCH_IMPERV_N_INDEX] := TokList[1];
S.Data[SUBCATCH_PERV_N_INDEX] := TokList[2];
S.Data[SUBCATCH_IMPERV_DS_INDEX] := TokList[3];
S.Data[SUBCATCH_PERV_DS_INDEX] := TokList[4];
S.Data[SUBCATCH_PCTZERO_INDEX] := TokList[5];
S.Data[SUBCATCH_ROUTE_TO_INDEX] := TokList[6];
if Ntoks >= 8
then S.Data[SUBCATCH_PCT_ROUTED_INDEX] := TokList[7];
Result := 0;
end;
end;
end;
function ReadInfiltrationData: Integer;
//-----------------------------------------------------------------------------
// Reads subcatchment infiltration data from a line of input.
//-----------------------------------------------------------------------------
var
S : TSubcatch;
ID : String;
J : Integer;
Jmax : Integer;
begin
ID := TokList[0];
S := FindSubcatch(ID);
if S = nil
then Result := ErrMsg(SUBCATCH_ERR, ID)
else begin
Jmax := Ntoks-1;
if Jmax > MAXINFILPROPS then Jmax := MAXINFILPROPS;
for J := 1 to Jmax do S.InfilData[J-1] := TokList[J];
Result := 0;
end;
end;
function ReadAquiferData: Integer;
//-----------------------------------------------------------------------------
// Reads aquifer data from a line of input.
//-----------------------------------------------------------------------------
var
ID : String;
A : TAquifer;
I : Integer;
begin
if nToks < MAXAQUIFERPROPS then Result := ErrMsg(ITEMS_ERR, '') //(5.1.003)
else begin
ID := TokList[0];
A := TAquifer.Create;
//Uutils.CopyStringArray(Project.DefProp[AQUIFER].Data, A.Data); //(5.1.004)
Project.Lists[AQUIFER].AddObject(ID, A);
Project.HasItems[AQUIFER] := True;
for I := 0 to MAXAQUIFERPROPS-1 do A.Data[I] := TokList[I+1]; //(5.1.003)
if nToks >= MAXAQUIFERPROPS + 2 //(5.1.004)
then A.Data[MAXAQUIFERPROPS] := TokList[MAXAQUIFERPROPS+1] //(5.1.003)
else A.Data[MAXAQUIFERPROPS] := ''; //(5.1.003)
Result := 0;
end;
end;
function ReadGroundwaterData: Integer;
//-----------------------------------------------------------------------------
// Reads subcatchment groundwater data from a line of input.
//-----------------------------------------------------------------------------
var
S: TSubcatch;
ID: String;
P: String;
J: Integer;
K: Integer;
begin
// Get subcatchment name
ID := TokList[0];
S := FindSubcatch(ID);
if S = nil
then Result := ErrMsg(SUBCATCH_ERR, ID)
else
begin
// Line contains GW flow parameters
if Ntoks < 10 then Result := ErrMsg(ITEMS_ERR, '')
else begin
S.Groundwater.Clear;
// Read required parameters
for J := 1 to 9 do S.Groundwater.Add(TokList[J]);
// Read optional parameters
for K := 10 to 13 do
begin
if Ntoks > K then
begin
P := TokList[K];
if P = '*' then P := '';
S.Groundwater.Add(P);
end
else S.Groundwater.Add('');
end;
S.Data[SUBCATCH_GWATER_INDEX] := 'YES';
Result := 0;
end;
end;
end;
//// This function was re-written for release 5.1.007. //// //(5.1.007)
function ReadGroundwaterFlowEqn(Line: String): Integer;
//-----------------------------------------------------------------------------
// Reads GW flow math expression from a line of input.
//-----------------------------------------------------------------------------
var
S: TSubcatch;
N: Integer;
begin
// Check for enough tokens in line
if Ntoks < 3 then Result := ErrMsg(ITEMS_ERR, '')
// Get subcatchment object referred to by name
else begin
Result := 0;
S := FindSubcatch(TokList[0]);
if S = nil then Result := ErrMsg(SUBCATCH_ERR, TokList[0])
else begin
// Find position in Line where second token ends
N := Pos(TokList[1], Line) + Length(TokList[1]);
// Save remainder of line to correct type of GW flow equation
if SameText(TokList[1], 'LATERAL') then
S.GwLatFlowEqn := Trim(AnsiRightStr(Line, Length(Line)-N))
else if SameText(TokList[1], 'DEEP') then
S.GwDeepFlowEqn := Trim(AnsiRightStr(Line, Length(Line)-N))
else Result := ErrMsg(KEYWORD_ERR, TokList[1]);
end;
end;
end;
function ReadSnowpackData: Integer;
//-----------------------------------------------------------------------------
// Reads snowpack data from a line of input.
//-----------------------------------------------------------------------------
var
ID : String;
P : TSnowpack;
I : Integer;
J : Integer;
Index: Integer;
begin
Result := 0;
if Ntoks < 8
then Result := ErrMsg(ITEMS_ERR, '')
else begin
I := Uutils.FindKeyWord(TokList[1], SnowpackOptions, 7);
if I < 0
then Result := ErrMsg(KEYWORD_ERR, TokList[1])
else begin
// Check if snow pack ID is same as for previous line
ID := TokList[0];
if (ID = PrevID)
then Index := PrevIndex
else Index := Project.Lists[SNOWPACK].IndexOf(ID);
// If starting input for a new snow pack then create it
if Index < 0 then
begin
P := TSnowpack.Create;
Project.Lists[SNOWPACK].AddObject(ID, P);
Project.HasItems[SNOWPACK] := True;
Index := Project.Lists[SNOWPACK].Count - 1;
PrevID := ID;
PrevIndex := Index;
end
else P := TSnowpack(Project.Lists[SNOWPACK].Objects[Index]);
// Parse line depending on data type
case I of
// Plowable area
0: begin
if Ntoks < 9 then Result := ErrMsg(ITEMS_ERR, '')
else
begin
for J := 1 to 6 do P.Data[1][J] := TokList[J+1];
P.FracPlowable := TokList[8];
end;
end;
// Impervious or Pervious area
1,
2: begin
if Ntoks < 9 then Result := ErrMsg(ITEMS_ERR, '')
else for J := 1 to 7 do P.Data[I+1][J] := TokList[J+1];
end;
// Plowing parameters
3: begin
for J := 1 to 6 do P.Plowing[J] := TokList[J+1];
if Ntoks >= 9 then P.Plowing[7] := TokList[8];
end;
end;
end;
end;
end;
function ReadJunctionData: Integer;
//-----------------------------------------------------------------------------
// Reads junction data from a line of input.
//-----------------------------------------------------------------------------
var
aNode: TNode;
ID : String;
begin
if Ntoks < 2
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aNode := TNode.Create;
NodeList.AddObject(ID, aNode);
aNode.Ntype := JUNCTION;
aNode.X := MISSING;
aNode.Y := MISSING;
aNode.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[JUNCTION].Data, aNode.Data);
aNode.Data[NODE_INVERT_INDEX] := TokList[1];
if Ntoks > 2 then aNode.Data[JUNCTION_MAX_DEPTH_INDEX] := TokList[2];
if Ntoks > 3 then aNode.Data[JUNCTION_INIT_DEPTH_INDEX] := TokList[3];
if Ntoks > 4 then aNode.Data[JUNCTION_SURCHARGE_DEPTH_INDEX] := TokList[4];
if Ntoks > 5 then aNode.Data[JUNCTION_PONDED_AREA_INDEX] := TokList[5];
aNode.Data[COMMENT_INDEX ] := Comment;
Project.Lists[JUNCTION].AddObject(ID, aNode);
Project.HasItems[JUNCTION] := True;
Result := 0;
end;
end;
function ReadOutfallData: Integer;
//-----------------------------------------------------------------------------
// Reads outfall data from a line of input.
//-----------------------------------------------------------------------------
var
aNode: TNode;
ID : String;
I : Integer;
N : Integer; //(5.1.008)
begin
if Ntoks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
N := 4; //(5.1.008)
ID := TokList[0];
aNode := TNode.Create;
NodeList.AddObject(ID, aNode);
aNode.Ntype := OUTFALL;
aNode.X := MISSING;
aNode.Y := MISSING;
aNode.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[OUTFALL].Data, aNode.Data);
aNode.Data[NODE_INVERT_INDEX] := TokList[1];
I := Uutils.FindKeyWord(TokList[2], OutfallOptions, 4);
if I < 0 then I := FREE_OUTFALL;
if (I > NORMAL_OUTFALL) and (Ntoks >= 4) then
begin
case I of
FIXED_OUTFALL: aNode.Data[OUTFALL_FIXED_STAGE_INDEX] := TokList[3];
TIDAL_OUTFALL: aNode.Data[OUTFALL_TIDE_TABLE_INDEX] := TokList[3];
TIMESERIES_OUTFALL: aNode.Data[OUTFALL_TIME_SERIES_INDEX] := TokList[3];
end;
N := 5;
if Ntoks >= 5 then aNode.Data[OUTFALL_TIDE_GATE_INDEX] := TokList[4]; // (5.1.008)
end
else if Ntoks >= 4 then aNode.Data[OUTFALL_TIDE_GATE_INDEX] := TokList[3]; //(5.1.008)
if Ntoks > N then aNode.Data[OUTFALL_ROUTETO_INDEX] := TokList[N]; //(5.1.008)
aNode.Data[OUTFALL_TYPE_INDEX] := OutfallOptions[I];
aNode.Data[COMMENT_INDEX ] := Comment;
Project.Lists[OUTFALL].AddObject(ID, aNode);
Project.HasItems[OUTFALL] := True;
Result := 0;
end;
end;
//// The following function was modified for release 5.1.007. //// //(5.1.007)
function ReadStorageData: Integer;
//-----------------------------------------------------------------------------
// Reads storage unit data from a line of input.
//-----------------------------------------------------------------------------
var
aNode: TNode;
ID : String;
N : Integer;
X : Single;
begin
Result := 0;
N := 6;
if Ntoks < 6
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aNode := TNode.Create;
NodeList.AddObject(ID, aNode);
aNode.Ntype := STORAGE;
aNode.X := MISSING;
aNode.Y := MISSING;
aNode.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[STORAGE].Data, aNode.Data);
Project.Lists[STORAGE].AddObject(ID, aNode);
aNode.Data[NODE_INVERT_INDEX] := TokList[1];
aNode.Data[STORAGE_MAX_DEPTH_INDEX] := TokList[2];
aNode.Data[STORAGE_INIT_DEPTH_INDEX] := TokList[3];
aNode.Data[STORAGE_GEOMETRY_INDEX] := TokList[4];
if CompareText(TokList[4], 'TABULAR') = 0 then
begin
aNode.Data[STORAGE_ATABLE_INDEX] := TokList[5];
end
else begin
if Ntoks < 7
then Result := ErrMsg(ITEMS_ERR, '')
else begin
aNode.Data[STORAGE_ACOEFF_INDEX] := TokList[5];
aNode.Data[STORAGE_AEXPON_INDEX] := TokList[6];
if Ntoks >= 8 then aNode.Data[STORAGE_ACONST_INDEX] := TokList[7];
N := 8;
end;
end;
// Optional items
if (Result = 0) and (Ntoks > N) then
begin
// Ponded area
aNode.Data[STORAGE_PONDED_AREA_INDEX] := TokList[N];
// Evaporation factor
if Ntoks > N+1 then aNode.Data[STORAGE_EVAP_FACTOR_INDEX] := TokList[N+1];
// Constant seepage rate
if Ntoks = N+3 then
begin
aNode.InfilData[STORAGE_KSAT_INDEX] := TokList[N+2];
end
// Green-Ampt seepage parameters
else if Ntoks = N+5 then
begin
aNode.InfilData[STORAGE_SUCTION_INDEX] := TokList[N+2];
aNode.InfilData[STORAGE_KSAT_INDEX] := TokList[N+3];
aNode.InfilData[STORAGE_IMDMAX_INDEX] := TokList[N+4];
end;
end;
Uutils.GetSingle(aNode.InfilData[STORAGE_KSAT_INDEX ], X);
if (X > 0) then aNode.Data[STORAGE_SEEPAGE_INDEX] := 'YES'
else aNode.Data[STORAGE_SEEPAGE_INDEX] := 'NO';
aNode.Data[COMMENT_INDEX ] := Comment;
Project.HasItems[STORAGE] := True;
end;
end;
function ReadDividerData: Integer;
//-----------------------------------------------------------------------------
// Reads flow divider data from a line of input.
// (Corrected on 6/14/05)
//-----------------------------------------------------------------------------
var
N, J : Integer;
aNode: TNode;
ID : String;
begin
if Ntoks < 4
then Result := ErrMsg(ITEMS_ERR, '')
else begin
Result := 0;
ID := TokList[0];
aNode := TNode.Create;
NodeList.AddObject(ID, aNode);
aNode.Ntype := DIVIDER;
aNode.X := MISSING;
aNode.Y := MISSING;
aNode.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[DIVIDER].Data, aNode.Data);
Project.Lists[DIVIDER].AddObject(ID, aNode);
Project.HasItems[DIVIDER] := True;
aNode.Data[COMMENT_INDEX ] := Comment;
aNode.Data[NODE_INVERT_INDEX] := TokList[1];
aNode.Data[DIVIDER_LINK_INDEX] := TokList[2];
aNode.Data[DIVIDER_TYPE_INDEX] := TokList[3];
N := 5;
if SameText(TokList[3], 'OVERFLOW') then
begin
N := 4;
end
else if SameText(TokList[3], 'CUTOFF') then
begin
aNode.Data[DIVIDER_CUTOFF_INDEX] := TokList[4];
end
else if SameText(TokList[3], 'TABULAR') then
begin
aNode.Data[DIVIDER_TABLE_INDEX] := TokList[4];
end
else if SameText(TokList[3], 'WEIR') and (Ntoks >= 7) then
begin
aNode.Data[DIVIDER_QMIN_INDEX] := TokList[4];
aNode.Data[DIVIDER_DMAX_INDEX] := TokList[5];
aNode.Data[DIVIDER_QCOEFF_INDEX] := TokList[6];
N := 7;
end
else Result := ErrMsg(KEYWORD_ERR, TokList[3]);
if (Result = 0) and (Ntoks > N) then
begin
for J := N to Ntoks-1 do
aNode.Data[DIVIDER_MAX_DEPTH_INDEX + J - N] := TokList[J];
end;
end;
end;
function ReadConduitData: Integer;
//-----------------------------------------------------------------------------
// Reads conduit data from a line of input.
//-----------------------------------------------------------------------------
var
aLink : TLink;
aNode1: TNode;
aNode2: TNode;
ID : String;
begin
if Ntoks < 7 then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aNode1 := FindNode(TokList[1]);
aNode2 := FindNode(TokList[2]);
if (aNode1 = nil) then Result := ErrMsg(NODE_ERR, TokList[1])
else if (aNode2 = nil) then Result := ErrMsg(NODE_ERR, TokList[2])
else begin
aLink := TLink.Create;
LinkList.AddObject(ID, aLink);
aLink.Ltype := CONDUIT;
aLink.Node1 := aNode1;
aLink.Node2 := aNode2;
aLink.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[CONDUIT].Data, aLink.Data);
Project.Lists[CONDUIT].AddObject(ID, aLink);
Project.HasItems[CONDUIT] := True;
aLink.Data[CONDUIT_LENGTH_INDEX] := TokList[3];
aLink.Data[CONDUIT_ROUGHNESS_INDEX] := TokList[4];
aLink.Data[CONDUIT_INLET_HT_INDEX] := TokList[5];
aLink.Data[CONDUIT_OUTLET_HT_INDEX] := TokList[6];
if Ntoks > 7 then aLink.Data[CONDUIT_INIT_FLOW_INDEX] := TokList[7];
if Ntoks > 8 then aLink.Data[CONDUIT_MAX_FLOW_INDEX] := TokList[8];
aLink.Data[COMMENT_INDEX ] := Comment;
Result := 0;
end;
end;
end;
function ReadPumpData: Integer;
//-----------------------------------------------------------------------------
// Reads pump data from a line of input.
//-----------------------------------------------------------------------------
var
aLink : TLink;
aNode1: TNode;
aNode2: TNode;
ID : String;
N : Integer;
begin
if nToks < 4
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aNode1 := FindNode(TokList[1]);
aNode2 := FindNode(TokList[2]);
if (aNode1 = nil) then Result := ErrMsg(NODE_ERR, TokList[1])
else if (aNode2 = nil) then Result := ErrMsg(NODE_ERR, TokList[2])
else begin
aLink := TLink.Create;
LinkList.AddObject(ID, aLink);
aLink.Ltype := PUMP;
aLink.Node1 := aNode1;
aLink.Node2 := aNode2;
aLink.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[PUMP].Data, aLink.Data);
Project.Lists[PUMP].AddObject(ID, aLink);
Project.HasItems[PUMP] := True;
// Skip over PumpType if line has old format
if Uutils.FindKeyWord(TokList[3], PumpTypes, 5) >= 0 then N := 4
else N := 3;
if Ntoks <= N then Result := ErrMsg(ITEMS_ERR, '')
else
begin
aLink.Data[PUMP_CURVE_INDEX] := TokList[N];
if nToks > N+1 then aLink.Data[PUMP_STATUS_INDEX] := TokList[N+1];
if nToks > N+2 then aLink.Data[PUMP_STARTUP_INDEX] := TokList[N+2];
if nToks > N+3 then aLink.Data[PUMP_SHUTOFF_INDEX] := TokList[N+3];
aLink.Data[COMMENT_INDEX ] := Comment;
Result := 0;
end;
end;
end;
end;
function ReadOrificeData: Integer;
//-----------------------------------------------------------------------------
// Reads orifice data from a line of input.
//-----------------------------------------------------------------------------
var
aLink : TLink;
aNode1: TNode;
aNode2: TNode;
ID : String;
begin
if nToks < 6
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aNode1 := FindNode(TokList[1]);
aNode2 := FindNode(TokList[2]);
if (aNode1 = nil) then Result := ErrMsg(NODE_ERR, TokList[1])
else if (aNode2 = nil) then Result := ErrMsg(NODE_ERR, TokList[2])
else begin
aLink := TLink.Create;
LinkList.AddObject(ID, aLink);
aLink.Ltype := ORIFICE;
aLink.Node1 := aNode1;
aLink.Node2 := aNode2;
aLink.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[ORIFICE].Data, aLink.Data);
Project.Lists[ORIFICE].AddObject(ID, aLink);
Project.HasItems[ORIFICE] := True;
aLink.Data[ORIFICE_TYPE_INDEX] := TokList[3];
aLink.Data[ORIFICE_BOTTOM_HT_INDEX] := TokList[4];
aLink.Data[ORIFICE_COEFF_INDEX] := TokList[5];
if nToks >= 7
then aLink.Data[ORIFICE_FLAPGATE_INDEX] := TokList[6];
if nToks >= 8
then aLink.Data[ORIFICE_ORATE_INDEX] := TokList[7];
aLink.Data[COMMENT_INDEX ] := Comment;
Result := 0;
end;
end;
end;
function ReadWeirData: Integer;
//-----------------------------------------------------------------------------
// Reads weir data from a line of input.
//-----------------------------------------------------------------------------
var
aLink : TLink;
aNode1: TNode;
aNode2: TNode;
ID : String;
begin
if nToks < 6
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aNode1 := FindNode(TokList[1]);
aNode2 := FindNode(TokList[2]);
if (aNode1 = nil) then Result := ErrMsg(NODE_ERR, TokList[1])
else if (aNode2 = nil) then Result := ErrMsg(NODE_ERR, TokList[2])
else begin
aLink := TLink.Create;
LinkList.AddObject(ID, aLink);
aLink.Ltype := WEIR;
aLink.Node1 := aNode1;
aLink.Node2 := aNode2;
aLink.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[WEIR].Data, aLink.Data);
Project.Lists[WEIR].AddObject(ID, aLink);
Project.HasItems[WEIR] := True;
aLink.Data[WEIR_TYPE_INDEX] := TokList[3];
aLink.Data[WEIR_CREST_INDEX] := TokList[4];
aLink.Data[WEIR_COEFF_INDEX] := TokList[5];
//// Following section modified for release 5.1.007. //// //(5.1.007)
if (nToks >= 7) and not SameText(TokList[6], '*') then
aLink.Data[WEIR_FLAPGATE_INDEX] := TokList[6];
if (nToks >= 8) and not SameText(TokList[7], '*') then
aLink.Data[WEIR_CONTRACT_INDEX] := TokList[7];
if (nToks >= 9) and not SameText(TokList[8], '*') then
aLink.Data[WEIR_END_COEFF_INDEX] := TokList[8];
if (nToks >= 10) and not SameText(TokList[9], '*') then
aLink.Data[WEIR_SURCHARGE_INDEX] := TokList[9];
//// Following section added for release 5.1.010. //(5.1.010)
if (nToks >= 11) and not SameText(TokList[10], '*') then
aLink.Data[WEIR_ROAD_WIDTH_INDEX] := TokList[10];
if (nToks >= 12) and not SameText(TokList[11], '*') then
aLink.Data[WEIR_ROAD_SURF_INDEX] := TokList[11];
////
aLink.Data[COMMENT_INDEX] := Comment;
Result := 0;
end;
end;
end;
function ReadOutletData: Integer;
//-----------------------------------------------------------------------------
// Reads outlet data from a line of input.
//-----------------------------------------------------------------------------
var
aLink : TLink;
aNode1: TNode;
aNode2: TNode;
ID : String;
N : Integer;
begin
if nToks < 6
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aNode1 := FindNode(TokList[1]);
aNode2 := FindNode(TokList[2]);
if (aNode1 = nil) then Result := ErrMsg(NODE_ERR, TokList[1])
else if (aNode2 = nil) then Result := ErrMsg(NODE_ERR, TokList[2])
else begin
aLink := TLink.Create;
LinkList.AddObject(ID, aLink);
aLink.Ltype := OUTLET;
aLink.Node1 := aNode1;
aLink.Node2 := aNode2;
aLink.Zindex := -1;
Uutils.CopyStringArray(Project.DefProp[OUTLET].Data, aLink.Data);
Project.Lists[OUTLET].AddObject(ID, aLink);
Project.HasItems[OUTLET] := True;
aLink.Data[OUTLET_CREST_INDEX] := TokList[3];
//... added for backwards compatibility
if SameText(TokList[4], 'TABULAR') then TokList[4] := 'TABULAR/DEPTH';
if SameText(TokList[4], 'FUNCTIONAL') then TokList[4] := 'FUNCTIONAL/DEPTH';
aLink.Data[OUTLET_TYPE_INDEX] := TokList[4];
if AnsiContainsText(TokList[4], 'TABULAR') then
begin
aLink.Data[OUTLET_QTABLE_INDEX] := TokList[5];
N := 6;
end
else begin
if Ntoks < 7 then
begin
Result := ErrMsg(ITEMS_ERR, '');
Exit;
end
else
begin
aLink.Data[OUTLET_QCOEFF_INDEX] := TokList[5];
aLink.Data[OUTLET_QEXPON_INDEX] := TokList[6];
N := 7;
end;
end;
if Ntoks > N then aLink.Data[OUTLET_FLAPGATE_INDEX] := TokList[N];
aLink.Data[COMMENT_INDEX ] := Comment;
Result := 0;
end;
end;
end;
function GetXsectShape(const S: String): Integer;
//-----------------------------------------------------------------------------
// Finds the code number corresponding to cross section shape S.
//-----------------------------------------------------------------------------
var
I: Integer;
begin
for I := 0 to High(Dxsect.XsectShapes) do
begin
if CompareText(S, Dxsect.XsectShapes[I].Text[1]) = 0 then
begin
Result := I;
Exit;
end;
end;
Result := -1;
end;
//// New procedure added to release 5.1.008. //// //(5.1.008)
procedure CheckForStdSize;
//-----------------------------------------------------------------------------
// Converts from old format for standard size ellipse and arch pipes
// to new format.
//-----------------------------------------------------------------------------
var
J: Integer;
X: Extended;
begin
// Old format had size code as 3rd token and 0 for 4th token
J := StrToIntDef(TokList[2], 0);
Uutils.GetExtended(TokList[3], X);
if (J > 0) and (X = 0) then
begin
// New format has 5th token as size code
TokList[4] := TokList[2];
TokList[2] := '0';
TokList[3] := '0';
end;
end;
function ReadXsectionData: Integer;
//-----------------------------------------------------------------------------
// Reads cross section data froma line of input.
//-----------------------------------------------------------------------------
var
I : Integer;
ID : String;
aLink : TLink;
begin
if nToks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aLink := FindLink(ID);
if (aLink = nil)
then Result := ErrMsg(LINK_ERR, TokList[0])
else begin
I := GetXsectShape(TokList[1]);
if I < 0 then Result := ErrMsg(KEYWORD_ERR, TokList[1])
else case aLink.Ltype of
CONDUIT:
begin
aLink.Data[CONDUIT_SHAPE_INDEX] := TokList[1];
if I = Dxsect.IRREG_SHAPE_INDEX then
begin
aLink.Data[CONDUIT_TSECT_INDEX] := TokList[2];
aLink.Data[CONDUIT_GEOM1_INDEX] := ''; //(5.1.008)
Result := 0;
end
else begin
if nToks < 6 then Result := ErrMsg(ITEMS_ERR, '')
else begin
{
//// Added to release 5.1.008. //// //(5.1.008)
if I in [Dxsect.HORIZ_ELLIPSE_SHAPE_INDEX,
Dxsect.VERT_ELLIPSE_SHAPE_INDEX,
Dxsect.ARCH_SHAPE_INDEX]
then CheckForStdSize;
}
aLink.Data[CONDUIT_GEOM1_INDEX] := TokList[2];
aLink.Data[CONDUIT_GEOM2_INDEX] := TokList[3];
aLink.Data[CONDUIT_GEOM3_INDEX] := TokList[4];
aLink.Data[CONDUIT_GEOM4_INDEX] := TokList[5];
if Ntoks > 6 then aLink.Data[CONDUIT_BARRELS_INDEX] := TokList[6];
if Ntoks > 7 then aLink.Data[CONDUIT_CULVERT_INDEX] := TokList[7];
if I = Dxsect.CUSTOM_SHAPE_INDEX then
aLink.Data[CONDUIT_TSECT_INDEX] := TokList[3];
Result := 0;
end;
end;
end;
ORIFICE:
begin
if not I in [0, 1] then Result := ErrMsg(XSECT_ERR, TokList[0])
else begin
aLink.Data[ORIFICE_SHAPE_INDEX] := TokList[1];
aLink.Data[ORIFICE_HEIGHT_INDEX] := TokList[2];
aLink.Data[ORIFICE_WIDTH_INDEX] := TokList[3];
Result := 0;
end;
end;
WEIR:
begin
if not I in [2, 3, 4] then Result := ErrMsg(XSECT_ERR, TokList[0])
else begin
aLink.Data[WEIR_SHAPE_INDEX] := TokList[1];
aLink.Data[WEIR_HEIGHT_INDEX] := TokList[2];
aLink.Data[WEIR_WIDTH_INDEX] := TokList[3];
aLink.Data[WEIR_SLOPE_INDEX] := TokList[4];
Result := 0;
end;
end;
else Result := 0;
end;
end;
end;
end;
function ReadTransectData: Integer;
//-----------------------------------------------------------------------------
// Reads transect data from a line of input.
//-----------------------------------------------------------------------------
var
I : Integer;
K : Integer;
N : Integer;
ID : String;
Tsect : TTransect;
begin
Result := 0;
if SameText(TokList[0], 'NC') then
begin
if nToks < 4 then Result := ErrMsg(ITEMS_ERR, '')
else for I := 1 to 3 do ManningsN[I] := TokList[I];
TsectComment := Comment;
Exit;
end;
if SameText(TokList[0], 'X1') then
begin
if nToks < 2 then Exit;
ID := TokList[1];
Tsect := TTransect.Create;
if Length(Comment) > 0 then TsectComment := Comment;
Tsect.Comment := TsectComment;
Project.Lists[TRANSECT].AddObject(ID, Tsect);
Project.HasItems[TRANSECT] := True;
Tsect.Data[TRANSECT_N_LEFT] := ManningsN[1];
Tsect.Data[TRANSECT_N_RIGHT] := ManningsN[2];
Tsect.Data[TRANSECT_N_CHANNEL] := ManningsN[3];
if nToks < 10 then Result := ErrMsg(ITEMS_ERR, '')
else
begin
Tsect.Data[TRANSECT_X_LEFT] := TokList[3];
Tsect.Data[TRANSECT_X_RIGHT] := TokList[4];
Tsect.Data[TRANSECT_L_FACTOR] := TokList[7];
Tsect.Data[TRANSECT_X_FACTOR] := TokList[8];
Tsect.Data[TRANSECT_Y_FACTOR] := TokList[9];
end;
Exit;
end;
if SameText(TokList[0], 'GR') then
begin
N := Project.Lists[TRANSECT].Count;
if N = 0 then Result := ErrMsg(TRANSECT_ERR, '')
else begin
Tsect := TTransect(Project.Lists[TRANSECT].Objects[N-1]);
K := 1;
while K + 1 < Ntoks do
begin
Tsect.Ydata.Add(TokList[K]);
Tsect.Xdata.Add(TokList[K+1]);
K := K + 2;
end;
end;
Exit;
end;
end;
function ReadLossData: Integer;
//-----------------------------------------------------------------------------
// Reads conduit loss data from a line of input.
//-----------------------------------------------------------------------------
var
ID : String;
aLink : TLink;
begin
if nToks < 4
then Result := ErrMsg(ITEMS_ERR, '')
else begin
ID := TokList[0];
aLink := FindLink(ID);
if (aLink = nil) then Result := ErrMsg(LINK_ERR, ID)
else if (aLink.Ltype <> CONDUIT) then Result := 0
else begin
aLink.Data[CONDUIT_ENTRY_LOSS_INDEX] := TokList[1];
aLink.Data[CONDUIT_EXIT_LOSS_INDEX] := TokList[2];
aLink.Data[CONDUIT_AVG_LOSS_INDEX] := TokList[3];
if nToks >= 5
then aLink.Data[CONDUIT_CHECK_VALVE_INDEX] := TokList[4];
if nToks >= 6
then aLink.Data[CONDUIT_SEEPAGE_INDEX] := TokList[5];
Result := 0;
end;
end;
end;
function ReadPollutantData: Integer;
//-----------------------------------------------------------------------------
// Reads pollutant data from a line of input.
//-----------------------------------------------------------------------------
var
ID : String;
aPollut : TPollutant;
X : Single;
begin
if nToks < 5
then Result := ErrMsg(ITEMS_ERR, '')
else begin
// Add new pollutant to project
ID := TokList[0];
aPollut := TPollutant.Create;
Uutils.CopyStringArray(Project.DefProp[POLLUTANT].Data, aPollut.Data);
Project.Lists[POLLUTANT].AddObject(ID, aPollut);
Project.HasItems[POLLUTANT] := True;
// Parse units & concens.
aPollut.Data[POLLUT_UNITS_INDEX] := TokList[1];
aPollut.Data[POLLUT_RAIN_INDEX] := TokList[2];
aPollut.Data[POLLUT_GW_INDEX] := TokList[3];
// This is for old format
if (Ntoks = 5)
or ( (Ntoks = 7) and Uutils.GetSingle(TokList[6], X) ) then
begin
aPollut.Data[POLLUT_DECAY_INDEX] := TokList[4];
if nToks >= 7 then
begin
aPollut.Data[POLLUT_COPOLLUT_INDEX] := TokList[5];
aPollut.Data[POLLUT_FRACTION_INDEX] := TokList[6];
end;
end
// This is for new format
else
begin
aPollut.Data[POLLUT_II_INDEX] := TokList[4];
if Ntoks >= 6 then aPollut.Data[POLLUT_DECAY_INDEX] := TokList[5];
if nToks >= 7 then aPollut.Data[POLLUT_SNOW_INDEX] := TokList[6];
if Ntoks >= 9 then
begin
aPollut.Data[POLLUT_COPOLLUT_INDEX] := TokList[7];
aPollut.Data[POLLUT_FRACTION_INDEX] := TokList[8];
end;
if Ntoks >= 10 then aPollut.Data[POLLUT_DWF_INDEX] := TokList[9];
if Ntoks >= 11 then aPollut.Data[POLLUT_INIT_INDEX] := TokList[10];
end;
Result := 0;
end;
end;
function ReadLanduseData: Integer;
//-----------------------------------------------------------------------------
// Reads land use data from a line of input.
//-----------------------------------------------------------------------------
var
ID : String;
aLanduse : TLanduse;
aNonPtSource : TNonpointSource;
J : Integer;
begin
ID := TokList[0];
aLanduse := TLanduse.Create;
for J := 0 to Project.Lists[POLLUTANT].Count - 1 do
begin
aNonPtSource := TNonpointSource.Create;
aLanduse.NonpointSources.AddObject(Project.Lists[POLLUTANT].Strings[J],
aNonPtSource);
end;
Project.Lists[LANDUSE].AddObject(ID, aLanduse);
Project.HasItems[LANDUSE] := True;
if Ntoks > 1 then aLanduse.Data[LANDUSE_CLEANING_INDEX] := TokList[1];
if Ntoks > 2 then aLanduse.Data[LANDUSE_AVAILABLE_INDEX] := TokList[2];
if Ntoks > 3 then aLanduse.Data[LANDUSE_LASTCLEAN_INDEX] := TokList[3];
aLanduse.Data[COMMENT_INDEX ] := Comment;
Result := 0;
end;
function ReadBuildupData: Integer;
//-----------------------------------------------------------------------------
// Reads pollutant buildup function data from a line of input.
//-----------------------------------------------------------------------------
var
LanduseIndex : Integer;
PollutIndex : Integer;
aLanduse : TLanduse;
aNonpointSource: TNonpointSource;
J : Integer;
begin
if nToks < 7
then Result := ErrMsg(ITEMS_ERR, '')
else begin
LanduseIndex := Project.Lists[LANDUSE].IndexOf(TokList[0]);
PollutIndex := Project.Lists[POLLUTANT].IndexOf(TokList[1]);
if (LanduseIndex < 0) then Result := ErrMsg(LANDUSE_ERR, TokList[0])
else if (PollutIndex < 0) then Result := ErrMsg(POLLUT_ERR, TokList[1])
else begin
aLanduse := TLanduse(Project.Lists[LANDUSE].Objects[LanduseIndex]);
aNonpointSource :=
TNonpointSource(aLanduse.NonpointSources.Objects[PollutIndex]);
for J := 2 to 6 do
aNonpointSource.BuildupData[J-2] := TokList[J];
Result := 0;
end;
end;
end;
function ReadWashoffData: Integer;
//-----------------------------------------------------------------------------
// Reads pollutant washoff function data from a line of input.
//-----------------------------------------------------------------------------
var
LanduseIndex : Integer;
PollutIndex : Integer;
aLanduse : TLanduse;
aNonpointSource: TNonpointSource;
J : Integer;
begin
if nToks < 7
then Result := ErrMsg(ITEMS_ERR, '')
else begin
LanduseIndex := Project.Lists[LANDUSE].IndexOf(TokList[0]);
PollutIndex := Project.Lists[POLLUTANT].IndexOf(TokList[1]);
if (LanduseIndex < 0) then Result := ErrMsg(LANDUSE_ERR, TokList[0])
else if (PollutIndex < 0) then Result := ErrMsg(POLLUT_ERR, TokList[1])
else begin
aLanduse := TLanduse(Project.Lists[LANDUSE].Objects[LanduseIndex]);
aNonpointSource :=
TNonpointSource(aLanduse.NonpointSources.Objects[PollutIndex]);
for J := 2 to 6 do
aNonpointSource.WashoffData[J-2] := TokList[J];
Result := 0;
end;
end;
end;
function ReadCoverageData: Integer;
//-----------------------------------------------------------------------------
// Reads land use coverage data from a line of input.
//-----------------------------------------------------------------------------
var
MaxToks: Integer;
X : Single;
S : TSubcatch;
S1 : String;
I : Integer;
begin
Result := 0;
S := FindSubcatch(TokList[0]);
if S = nil
then Result := ErrMsg(SUBCATCH_ERR, TokList[0])
else begin
MaxToks := 3;
while (MaxToks <= nToks) do
begin
if not Uutils.GetSingle(TokList[MaxToks-1], X) then
begin
Result := ErrMsg(NUMBER_ERR, TokList[MaxToks-1]);
break;
end;
S1 := TokList[MaxToks-2];
I := S.LandUses.IndexOfName(S1);
S1 := TokList[MaxToks-2] + '=' + TokList[MaxToks-1];
if I < 0
then S.LandUses.Add(S1)
else S.Landuses[I] := S1;
MaxToks := MaxToks + 2;
end;
S.Data[SUBCATCH_LANDUSE_INDEX] := IntToStr(S.LandUses.Count);
end;
end;
function ReadTreatmentData(Line: String): Integer;
//-----------------------------------------------------------------------------
// Reads pollutant treatment function from a line of input.
//-----------------------------------------------------------------------------
var
S : String;
aNode : TNode;
I : Integer;
begin
if Ntoks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
aNode := FindNode(TokList[0]);
if (aNode = nil) then Result := ErrMsg(NODE_ERR, TokList[0])
else if Project.Lists[POLLUTANT].IndexOf(TokList[1]) < 0 then
Result := ErrMsg(POLLUT_ERR, TokList[1])
else begin
I := aNode.Treatment.IndexOfName(TokList[1]);
S := Copy(Line, Pos(TokList[1], Line)+Length(TokList[1]), Length(Line));
S := TokList[1] + '=' + Trim(S);
if I < 0 then
aNode.Treatment.Add(S)
else
aNode.Treatment[I] := S;
aNode.Data[NODE_TREAT_INDEX] := 'YES';
Result := 0;
end;
end;
end;
function ReadExInflowData: Integer;
//-----------------------------------------------------------------------------
// Reads external inflow data from a line of input.
//-----------------------------------------------------------------------------
var
S : array[1..7] of String;
Inflow: String;
I : Integer;
aNode : TNode;
begin
if Ntoks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
aNode := FindNode(TokList[0]);
if (aNode = nil) then Result := ErrMsg(NODE_ERR, TokList[0])
else begin
S[1] := TokList[1]; // Constituent name
S[2] := TokList[2]; // Time Series name
S[3] := 'FLOW';
S[4] := '1.0';
if not SameText(S[1], 'FLOW') then
begin
if nToks >= 4 then S[3] := TokList[3] else S[3] := 'CONCEN';
if nToks >= 5 then S[4] := TokList[4] else S[4] := '1.0';
end;
if nToks >= 6 then S[5] := TokList[5] else S[5] := '1.0';
if nToks >= 7 then S[6] := TokList[6] else S[6] := '';
if nToks >= 8 then S[7] := TokList[7] else S[7] := '';
Inflow := S[1] + '=' + S[2] + #13 + S[3] + #13 + S[4] + #13 +
S[5] + #13 + S[6] + #13 + S[7];
I := aNode.DXInflow.IndexOfName(S[1]);
if I < 0 then aNode.DXInflow.Add(Inflow)
else aNode.DXInflow[I] := Inflow;
aNode.Data[NODE_INFLOWS_INDEX] := 'YES';
Result := 0;
end;
end;
end;
function ReadDWInflowData: Integer;
//-----------------------------------------------------------------------------
// Reads dry weather inflow data from a line of input.
//-----------------------------------------------------------------------------
var
M : Integer;
S : String;
S1 : String;
I : Integer;
aNode: TNode;
begin
if Ntoks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
aNode := FindNode(TokList[0]);
if (aNode = nil) then Result := ErrMsg(NODE_ERR, TokList[0])
else begin
S1 := TokList[1];
S := S1 + '=' + TokList[2];
for M := 3 to Ntoks-1 do S := S + #13 + TokList[M];
I := aNode.DWInflow.IndexOfName(S1);
if I < 0
then aNode.DWInflow.Add(S)
else aNode.DWInflow[I] := S;
aNode.Data[NODE_INFLOWS_INDEX] := 'YES';
Result := 0;
end;
end;
end;
function ReadPatternData: Integer;
//-----------------------------------------------------------------------------
// Reads time pattern data from a line of input.
//-----------------------------------------------------------------------------
var
ID: String;
Index: Integer;
aPattern: TPattern;
PatType: Integer;
J: Integer;
begin
if nToks < 2
then Result := ErrMsg(ITEMS_ERR, '')
else begin
J := 1;
ID := TokList[0];
Index := Project.Lists[PATTERN].IndexOf(ID);
if Index < 0 then
begin
aPattern := TPattern.Create;
aPattern.Comment := Comment;
Project.Lists[PATTERN].AddObject(ID, aPattern);
Project.HasItems[PATTERN] := True;
PatType := Uutils.FindKeyWord(TokList[1], PatternTypes, 7);
if PatType < 0 then
begin
Result := ErrMsg(KEYWORD_ERR, TokList[1]);
exit;
end;
aPattern.PatternType := PatType;
J := 2;
end
else aPattern := TPattern(Project.Lists[PATTERN].Objects[Index]);
while (J < nToks) and (aPattern.Count <= High(aPattern.Data)) do
begin
aPattern.Data[aPattern.Count] := TokList[J];
Inc(J);
Inc(aPattern.Count);
end;
Result := 0;
end;
end;
function ReadIIInflowData: Integer;
//-----------------------------------------------------------------------------
// Reads RDII inflow data from a line of input.
//-----------------------------------------------------------------------------
var
aNode: TNode;
begin
if Ntoks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
aNode := FindNode(TokList[0]);
if (aNode = nil) then Result := ErrMsg(NODE_ERR, TokList[0])
else begin
aNode.IIInflow.Clear;
aNode.IIInflow.Add(TokList[1]);
aNode.IIInflow.Add(TokList[2]);
aNode.Data[NODE_INFLOWS_INDEX] := 'YES';
Result := 0;
end;
end;
end;
function ReadLoadData: Integer;
//-----------------------------------------------------------------------------
// Reads initial pollutant loading data from a line of input.
//-----------------------------------------------------------------------------
var
X : Single;
S : TSubcatch;
S1 : String;
I : Integer;
begin
S := FindSubcatch(TokList[0]);
if S = nil
then Result := ErrMsg(SUBCATCH_ERR, TokList[0])
else if Project.Lists[POLLUTANT].IndexOf(TokList[1]) < 0
then Result := ErrMsg(POLLUT_ERR, TokList[1])
else if not Uutils.GetSingle(TokList[2], X)
then Result := ErrMsg(NUMBER_ERR, TokList[2])
else
begin
S1 := TokList[1] + '=' + TokList[2];
I := S.Loadings.IndexOfName(TokList[1]);
if I < 0
then S.Loadings.Add(S1)
else S.Loadings[I] := S1;
S.Data[SUBCATCH_LOADING_INDEX] := 'YES';
Result := 0;
end;
end;
function ReadCurveData: Integer;
//-----------------------------------------------------------------------------
// Reads curve data from a line of input.
//-----------------------------------------------------------------------------
var
Index : Integer;
K : Integer;
L : Integer;
M : Integer;
ObjType : Integer;
ID : String;
aCurve : TCurve;
begin
// Check for too few tokens
if Ntoks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
// Check if curve ID is same as for previous line
ID := TokList[0];
if (ID = PrevID) then
begin
Index := PrevIndex;
ObjType := CurveType;
end
else Project.FindCurve(ID, ObjType, Index);
// Create new curve if ID not in data base
K := 2;
if Index < 0 then
begin
// Check for valid curve type keyword
M := -1;
for L := 0 to High(CurveTypeOptions) do
begin
if SameText(TokList[1], CurveTypeOptions[L]) then
begin
M := L;
break;
end;
end;
if M < 0 then
begin
Result := ErrMsg(KEYWORD_ERR, TokList[1]);
Exit;
end;
// Convert curve type keyword index to a curve object category
case M of
0: ObjType := CONTROLCURVE;
1: ObjType := DIVERSIONCURVE;
2..5:
ObjType := PUMPCURVE;
6: ObjType := RATINGCURVE;
7: ObjType := SHAPECURVE;
8: ObjType := STORAGECURVE;
9: ObjType := TIDALCURVE;
end;
// Create a new curve object
aCurve := TCurve.Create;
aCurve.Comment := Comment;
aCurve.CurveType := TokList[1];
if ObjType = PUMPCURVE
then aCurve.CurveCode := M - 1
else aCurve.CurveCode := 0;
Project.Lists[ObjType].AddObject(ID, aCurve);
Project.HasItems[ObjType] := True;
Index := Project.Lists[ObjType].Count - 1;
PrevID := ID;
PrevIndex := Index;
CurveType := ObjType;
K := 3;
end;
// Add x,y values to the list maintained by the curve
aCurve := TCurve(Project.Lists[ObjType].Objects[Index]);
while K <= nToks-1 do
begin
aCurve.Xdata.Add(TokList[K-1]);
aCurve.Ydata.Add(TokList[K]);
K := K + 2;
end;
Result := 0;
end;
end;
function ReadTimeseriesData: Integer;
//-----------------------------------------------------------------------------
// Reads time series data from a line of input.
//-----------------------------------------------------------------------------
const
NEEDS_DATE = 1;
NEEDS_TIME = 2;
NEEDS_VALUE = 3;
var
Index : Integer;
State : Integer;
K : Integer;
ID : String;
StrDate : String;
aTseries : TTimeseries;
begin
// Check for too few tokens
Result := -1;
if Ntoks < 3 then Result := ErrMsg(ITEMS_ERR, '');
// Check if series ID is same as for previous line
ID := TokList[0];
if (ID = PrevID) then Index := PrevIndex
else Index := Project.Lists[TIMESERIES].IndexOf(ID);
// If starting input for a new series then create it
if Index < 0 then
begin
aTseries := TTimeseries.Create;
aTseries.Comment := Comment;
Project.Lists[TIMESERIES].AddObject(ID,aTseries);
Project.HasItems[TIMESERIES] := True;
Index := Project.Lists[TIMESERIES].Count - 1;
PrevID := ID;
PrevIndex := Index;
end;
aTseries := TTimeseries(Project.Lists[TIMESERIES].Objects[Index]);
// Check if external file name used
if SameText(TokList[1], 'FILE') then
begin
aTseries.Filename := TokList[2];
Result := 0;
Exit;
end;
// Add values to the list maintained by the timeseries
State := NEEDS_DATE;
K := 1;
while K < nToks do
begin
case State of
NEEDS_DATE:
begin
try
StrDate := Uutils.ConvertDate(TokList[K]);
StrToDate(StrDate, MyFormatSettings);
aTseries.Dates.Add(StrDate);
Inc(K);
if K >= nToks then break;
except
On EconvertError do aTseries.Dates.Add('');
end;
State := NEEDS_TIME;
end;
NEEDS_TIME:
begin
aTseries.Times.Add(TokList[K]);
Inc(K);
if K >= nToks then break;
State := NEEDS_VALUE;
end;
NEEDS_VALUE:
begin
aTseries.Values.Add(TokList[K]);
Result := 0;
State := NEEDS_DATE;
Inc(K);
end;
end;
end;
if Result = -1 then Result := ErrMsg(ITEMS_ERR, '');
end;
function ReadControlData(Line: String): Integer;
//-----------------------------------------------------------------------------
// Reads a control rule statement from line of input.
//-----------------------------------------------------------------------------
begin
Project.ControlRules.Add(Line);
Result := 0;
end;
function ReadLidUsageData: Integer;
//-----------------------------------------------------------------------------
// Reads LID usage data from line of input.
//-----------------------------------------------------------------------------
var
aSubcatch: TSubcatch;
begin
aSubcatch := FindSubcatch(TokList[0]);
if aSubcatch = nil then Result := ErrMsg(SUBCATCH_ERR, TokList[0])
else Result := Ulid.ReadLIDUsageData(aSubcatch, TokList, Ntoks);
end;
procedure ReadReportOption(Index: Integer);
begin
if (Ntoks >= 2) and SameText(TokList[1], 'YES') then
Project.Options.Data[Index] := 'YES'
else
Project.Options.Data[Index] := 'NO';
end;
function ReadReportData: Integer;
//-----------------------------------------------------------------------------
// Reads reporting options from a line of input.
//-----------------------------------------------------------------------------
begin
if SameText(TokList[0], 'CONTROLS')
then ReadReportOption(REPORT_CONTROLS_INDEX)
else if SameText(TokList[0], 'INPUT')
then ReadReportOption(REPORT_INPUT_INDEX)
else ReportingForm.Import(TokList, Ntoks);
Result := 0;
end;
function ReadFileData: Integer;
//-----------------------------------------------------------------------------
// Reads interface file usage from a line of input.
//-----------------------------------------------------------------------------
var
Fname: String;
begin
if Ntoks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
Fname := TokList[2];
if ExtractFilePath(Fname) = ''
then Fname := ExtractFilePath(Uglobals.InputFileName) + Fname;
Project.IfaceFiles.Add(TokList[0] + ' ' + TokList[1] + ' ' +
'"' + Fname + '"');
Result := 0;
end;
end;
//// This function was added to release 5.1.007. //// //(5.1.007)
function ReadAdjustmentData: Integer;
//-----------------------------------------------------------------------------
// Reads climate adjustments from a line of input.
//-----------------------------------------------------------------------------
var
I: Integer;
begin
Result := 0;
if Ntoks < 2 then exit;
if SameText(TokList[0], 'Temperature') then
begin
if Ntoks < 13 then Result := ErrMsg(ITEMS_ERR, '')
else with Project.Climatology do
begin
for I := 0 to 11 do
if StrToFloatDef(TokList[I+1], 0.0) = 0.0
then TempAdjust[I] := ''
else TempAdjust[I] := TokList[I+1];
end;
end
else if SameText(TokList[0], 'Evaporation') then
begin
if Ntoks < 13 then Result := ErrMsg(ITEMS_ERR, '')
else with Project.Climatology do
begin
for I := 0 to 11 do
if StrToFloatDef(TokList[I+1], 0.0) = 0.0
then EvapAdjust[I] := ''
else EvapAdjust[I] := TokList[I+1];
end;
end
else if SameText(TokList[0], 'Rainfall') then
begin
if Ntoks < 13 then Result := ErrMsg(ITEMS_ERR, '')
else with Project.Climatology do
begin
for I := 0 to 11 do
if StrToFloatDef(TokList[I+1], 1.0) = 1.0
then RainAdjust[I] := ''
else RainAdjust[I] := TokList[I+1];
end;
end
//// Added to release 5.1.008. //// //(5.1.008)
else if SameText(TokList[0], 'Conductivity') then
begin
if Ntoks < 13 then Result := ErrMsg(ITEMS_ERR, '')
else with Project.Climatology do
begin
for I := 0 to 11 do
if StrToFloatDef(TokList[I+1], 1.0) = 1.0
then CondAdjust[I] := ''
else CondAdjust[I] := TokList[I+1];
end;
end;
////////////////////////////////////////////////////////
end;
//// This function was added to release 5.1.011. //// //(5.1.011)
function ReadEventData(Line: String): Integer;
//-----------------------------------------------------------------------------
// Reads hydraulic event data from a line of input.
//-----------------------------------------------------------------------------
begin
Result := 0;
if Length(Line) = 0 then exit;
if LeftStr(Line,2) = ';;' then exit;
Project.Events.Add(Line);
end;
function ReadOptionData: Integer;
//-----------------------------------------------------------------------------
// Reads an analysis option from a line of input.
//-----------------------------------------------------------------------------
var
Index : Integer;
Keyword : String;
S : String;
S2: String;
I : Integer;
X : Single;
T : Extended;
begin
// Check which keyword applies
Result := 0;
if Ntoks < 2 then exit;
Keyword := TokList[0];
if SameText(Keyword, 'TEMPDIR') then exit;
Index := Uutils.FindKeyWord(Keyword, OptionLabels, 17);
case Index of
-1: Result := ErrMsg(KEYWORD_ERR, Keyword);
ROUTING_MODEL_INDEX:
begin
if SameText(TokList[1], 'NONE') then
begin
Project.Options.Data[IGNORE_ROUTING_INDEX] := 'YES';
Exit;
end;
I := Uutils.FindKeyWord(TokList[1], OldRoutingOptions, 3);
if I >= 0 then TokList[1] := RoutingOptions[I];
end;
START_DATE_INDEX, REPORT_START_DATE_INDEX, END_DATE_INDEX:
begin
S := Uutils.ConvertDate(TokList[1]);
try
StrToDate(S, MyFormatSettings);
TokList[1] := S;
except
on EConvertError do Result := ErrMsg(DATE_ERR, '');
end;
end;
START_TIME_INDEX, REPORT_START_TIME_INDEX, END_TIME_INDEX:
begin
S := TokList[1];
try
StrToTime(S, MyFormatSettings);
TokList[1] := S;
except
on EConvertError do Result := ErrMsg(DATE_ERR, '');
end;
end;
SWEEP_START_INDEX, SWEEP_END_INDEX:
begin
S := Uutils.ConvertDate(TokList[1]);
S2 := S + '/1947';
try
StrToDate(S2, MyFormatSettings);
TokList[1] := S;
except
on EConvertError do Result := ErrMsg(DATE_ERR, '');
end;
end;
WET_STEP_INDEX, DRY_STEP_INDEX, REPORT_STEP_INDEX:
begin
S := TokList[1];
if Uutils.StrHoursToTime(S) = -1 then Result := ErrMsg(TIMESTEP_ERR, '');
end;
ROUTING_STEP_INDEX:
begin
S := TokList[1];
T := 0.0;
if not Uutils.GetExtended(S, T) then
begin
T := Uutils.StrHoursToTime(S)*86400.;
if T <= 0.0 then Result := ErrMsg(TIMESTEP_ERR, '')
else TokList[1] := Format('%.0f',[T]);
end;
end;
VARIABLE_STEP_INDEX:
begin
if Uutils.GetSingle(TokList[1], X) then
TokList[1] := IntToStr(Round(100.0*X))
else
TokList[1] := '0';
end;
INERTIAL_DAMPING_INDEX:
begin
if Uutils.GetSingle(TokList[1], X) then
begin
if X = 0 then TokList[1] := 'NONE'
else TokList[1] := 'PARTIAL';
end;
end;
// This option is now fixed to SWMM 4.
COMPATIBILITY_INDEX:
begin
TokList[1] := '4';
end;
MIN_ROUTE_STEP_INDEX, //(5.1.008)
LENGTHEN_STEP_INDEX,
MIN_SURFAREA_INDEX,
MIN_SLOPE_INDEX,
MAX_TRIALS_INDEX,
HEAD_TOL_INDEX,
SYS_FLOW_TOL_INDEX,
LAT_FLOW_TOL_INDEX:
begin
Uutils.GetSingle(TokList[1], X);
if X <= 0 then TokList[1] := '0';
end;
NORMAL_FLOW_LTD_INDEX:
begin
if SameText(TokList[1], 'NO') or SameText(TokList[1], 'SLOPE')
then TokList[1] := 'SLOPE'
else if SameText(TokList[1], 'YES') or SameText(TokList[1], 'FROUDE')
then TokList[1] := 'FROUDE'
else if SameText(TokList[1], 'BOTH') then TokList[1] := 'BOTH'
else Result := ErrMsg(KEYWORD_ERR, TokList[1]);
end;
FORCE_MAIN_EQN_INDEX:
begin
I := Uutils.FindKeyWord(TokList[1], ForceMainEqnOptions, 3);
if I < 0 then Result := ErrMsg(KEYWORD_ERR, TokList[1])
else TokList[1] := ForceMainEqnOptions[I];
end;
LINK_OFFSETS_INDEX:
begin
I := Uutils.FindKeyWord(TokList[1], LinkOffsetsOptions, 10);
if I < 0 then Result := ErrMsg(KEYWORD_ERR, TokList[1])
else TokList[1] := LinkOffsetsOptions[I];
end;
IGNORE_RAINFALL_INDEX,
IGNORE_SNOWMELT_INDEX,
IGNORE_GRNDWTR_INDEX,
IGNORE_ROUTING_INDEX,
IGNORE_QUALITY_INDEX:
begin
if not SameText(TokList[1], 'YES') and not SameText(TokList[1], 'NO')
then Result := ErrMsg(KEYWORD_ERR, TokList[1]);
end;
//// Following section added to release 5.1.010. //// //(5.1.010)
NUM_THREADS_INDEX:
begin
I := StrToIntDef(TokList[1], 1);
if I < 0 then I := 1;
if (I = 0) or (I > Uutils.GetCPUs) then I := Uutils.GetCPUs;
TokList[1] := IntToStr(I);
end;
////
end;
if Result = 0 then Project.Options.Data[Index] := TokList[1];
end;
function ReadTagData: Integer;
//-----------------------------------------------------------------------------
// Reads in tag data from a line of input.
//-----------------------------------------------------------------------------
const
TagTypes: array[0..3] of PChar = ('Gage', 'Subcatch', 'Node', 'Link');
var
I, J : Integer;
aNode: TNode;
aLink: TLink;
begin
Result := 0;
if Ntoks < 3
then Result := ErrMsg(ITEMS_ERR, '')
else begin
I := Uutils.FindKeyWord(TokList[0], TagTypes, 4);
case I of
-1: Result := ErrMsg(KEYWORD_ERR, TokList[0]);
0: begin
J := Project.Lists[RAINGAGE].IndexOf(TokList[1]);
if J >= 0 then with Project.GetGage(J) do Data[TAG_INDEX] := TokList[2];
end;
1: begin
J := Project.Lists[SUBCATCH].IndexOf(TokList[1]);
if J >= 0 then with Project.GetSubcatch(SUBCATCH, J) do
Data[TAG_INDEX] := TokList[2];
end;
2: begin
aNode := FindNode(TokList[1]);
if (aNode <> nil) then aNode.Data[TAG_INDEX] := TokList[2];
end;
3: begin
aLink := FindLink(TokList[1]);
if (aLink <> nil) then aLink.Data[TAG_INDEX] := TokList[2];
end;
end;
end;
end;
function ReadSymbolData: Integer;
//-----------------------------------------------------------------------------
// Reads rain gage coordinate data from a line of input.
//-----------------------------------------------------------------------------
var
J : Integer;
X, Y : Extended;
aGage : TRaingage;
begin
Result := 0;
if (Ntoks < 3)
then Result := ErrMsg(ITEMS_ERR, '')
else begin
// Locate the gage ID in the database
J := Project.Lists[RAINGAGE].IndexOf(TokList[0]);
// If gage exists then assign it X & Y coordinates
if (J >= 0) then
begin
aGage := Project.GetGage(J);
if not Uutils.GetExtended(TokList[1], X) then
Result := ErrMsg(NUMBER_ERR, TokList[1])
else if not Uutils.GetExtended(TokList[2], Y) then
Result := ErrMsg(NUMBER_ERR, TokList[2])
else
begin
aGage.X := X;
aGage.Y := Y;
end;
end;
end;
end;
function ReadMapData: Integer;
//-----------------------------------------------------------------------------
// Reads map dimensions data from a line of input.
//-----------------------------------------------------------------------------
var
I : Integer;
Index : Integer;
Keyword : String;
X : array[1..4] of Extended;
begin
// Check which keyword applies
Result := 0;
Keyword := TokList[0];
Index := Uutils.FindKeyWord(Keyword, MapWords, 4);
case Index of
0: // Map dimensions
begin
if Ntoks < 5 then Result := ErrMsg(ITEMS_ERR, '')
else begin
for I := 1 to 4 do
if not Uutils.GetExtended(TokList[I], X[I]) then
Result := ErrMsg(NUMBER_ERR, TokList[I]);
if Result = 0 then with MapForm.Map.Dimensions do
begin
LowerLeft.X := X[1];
LowerLeft.Y := X[2];
UpperRight.X := X[3];
UpperRight.Y := X[4];
MapExtentSet := True;
end;
end;
end;
1: //Map units
if Ntoks > 1 then
begin
I := Uutils.FindKeyWord(Copy(TokList[1], 1, 1), MapUnits, 1);
if I < 0 then Result := ErrMsg(KEYWORD_ERR, TokList[1])
else MapForm.Map.Dimensions.Units := TMapUnits(I);
with MapForm.Map.Dimensions do
begin
if Units = muDegrees then Digits := MAXDEGDIGITS
else Digits := Umap.DefMapDimensions.Digits;
end;
end;
else Result := ErrMsg(KEYWORD_ERR, Keyword);
end;
end;
function ReadCoordData: Integer;
//-----------------------------------------------------------------------------
// Reads node coordinate data from a line of input.
//-----------------------------------------------------------------------------
var
X, Y : Extended;
aNode : TNode;
begin
Result := 0;
if (Ntoks < 3)
then Result := ErrMsg(ITEMS_ERR, '')
else begin
// Locate the node ID in the database
aNode := FindNode(TokList[0]);
// If node exists then assign it X & Y coordinates
if (aNode <> nil) then
begin
if not Uutils.GetExtended(TokList[1], X) then
Result := ErrMsg(NUMBER_ERR, TokList[1])
else if not Uutils.GetExtended(TokList[2], Y) then
Result := ErrMsg(NUMBER_ERR, TokList[2])
else
begin
aNode.X := X;
aNode.Y := Y;
end;
end;
end;
end;
function ReadVertexData: Integer;
//-----------------------------------------------------------------------------
// Reads link vertex coordinate data from a line of input.
//-----------------------------------------------------------------------------
var
X, Y : Extended;
aLink : TLink;
begin
Result := 0;
if (Ntoks < 3)
then Result := ErrMsg(ITEMS_ERR, '')
else begin
// Locate the link ID in the database
aLink := FindLink(TokList[0]);;
// If link exists then assign it X & Y coordinates
if (aLink <> nil) then
begin
if not Uutils.GetExtended(TokList[1], X) then
Result := ErrMsg(NUMBER_ERR, TokList[1])
else if not Uutils.GetExtended(TokList[2], Y) then
Result := ErrMsg(NUMBER_ERR, TokList[2])
else aLink.Vlist.Add(X, Y);
end;
end;
end;
function ReadPolygonData: Integer;
//-----------------------------------------------------------------------------
// Reads polygon coordinates associated with subcatchment outlines.
//-----------------------------------------------------------------------------
var
Index : Integer;
X, Y : Extended;
S : TSubcatch;
begin
Result := 0;
if (Ntoks < 3)
then Result := ErrMsg(ITEMS_ERR, '')
else begin
// Locate the subcatchment ID in the database
S := nil;
Index := Project.Lists[SUBCATCH].IndexOf(TokList[0]);
if Index >= 0 then S := Project.GetSubcatch(SUBCATCH, Index);
// If subcatchment exists then add a new vertex to it
if (S <> nil) then
begin
if not Uutils.GetExtended(TokList[1], X) then
Result := ErrMsg(NUMBER_ERR, TokList[1])
else if not Uutils.GetExtended(TokList[2], Y) then
Result := ErrMsg(NUMBER_ERR, TokList[2])
else S.Vlist.Add(X, Y);
end;
end;
end;
function ReadLabelData: Integer;
//-----------------------------------------------------------------------------
// Reads map label data from a line of input.
//-----------------------------------------------------------------------------
var
Ntype : Integer;
Index : Integer;
X, Y : Extended;
S : String;
aMapLabel: TMapLabel;
begin
if (Ntoks < 3)
then Result := ErrMsg(ITEMS_ERR, '')
else begin
if not Uutils.GetExtended(TokList[0], X) then
Result := ErrMsg(NUMBER_ERR, TokList[0])
else if not Uutils.GetExtended(TokList[1], Y) then
Result := ErrMsg(NUMBER_ERR, TokList[1])
else begin
S := TokList[2];
aMapLabel := TMapLabel.Create;
aMapLabel.X := X;
aMapLabel.Y := Y;
Project.Lists[MAPLABEL].AddObject(S, aMapLabel);
Index := Project.Lists[MAPLABEL].Count - 1;
aMapLabel.Text := PChar(Project.Lists[MAPLABEL].Strings[Index]);
Project.HasItems[MAPLABEL] := True;
if Ntoks >= 4 then
begin
if (Length(TokList[3]) > 0) and
Project.FindNode(TokList[3], Ntype, Index) then
aMapLabel.Anchor := Project.GetNode(Ntype, Index);
end;
if Ntoks >= 5 then aMapLabel.FontName := TokList[4];
if Ntoks >= 6 then aMapLabel.FontSize := StrToInt(TokList[5]);
if Ntoks >= 7 then
if StrToInt(TokList[6]) = 1 then aMapLabel.FontBold := True;
if Ntoks >= 8 then
if StrToInt(TokList[7]) = 1 then aMapLabel.FontItalic := True;
Result := 0;
end;
end;
end;
function ReadBackdropData: Integer;
//-----------------------------------------------------------------------------
// Reads map backdrop image information from a line of input.
//-----------------------------------------------------------------------------
var
Index : Integer;
Keyword : String;
I : Integer;
X : array[1..4] of Extended;
begin
// Check which keyword applies
Result := 0;
Keyword := TokList[0];
Index := Uutils.FindKeyWord(Keyword, BackdropWords, 4);
case Index of
0: //Backdrop file
if Ntoks > 1 then MapForm.Map.Backdrop.Filename := TokList[1];
1: // Backdrop dimensions
begin
if Ntoks < 5 then Result := ErrMsg(ITEMS_ERR, '')
else begin
for i := 1 to 4 do
if not Uutils.GetExtended(TokList[I], X[I]) then
Result := ErrMsg(NUMBER_ERR, TokList[I]);
if Result = 0 then with MapForm.Map.Backdrop do
begin
LowerLeft.X := X[1];
LowerLeft.Y := X[2];
UpperRight.X := X[3];
UpperRight.Y := X[4];
end;
end;
end;
2: //Map units - deprecated
if Ntoks > 1 then
begin
i := Uutils.FindKeyWord(Copy(TokList[1], 1, 1), MapUnits, 1);
if I < 0 then Result := ErrMsg(KEYWORD_ERR, TokList[1])
else MapForm.Map.Dimensions.Units := TMapUnits(I);
end;
3, 4: //Backdrop offset or scaling -- deprecated
begin
if Ntoks < 3 then Result := ErrMsg(ITEMS_ERR, '')
else if not Uutils.GetExtended(TokList[1], X[1]) then
Result := ErrMsg(NUMBER_ERR, TokList[1])
else if not Uutils.GetExtended(TokList[2], X[2]) then
Result := ErrMsg(NUMBER_ERR, TokList[2])
else
begin
if Index = 3 then
begin
BackdropX := X[1];
BackdropY := X[2];
end
else
begin
BackdropW := X[1];
BackdropH := X[2];
end;
end;
end;
else Result := ErrMsg(KEYWORD_ERR, Keyword);
end;
end;
function ReadProfileData: Integer;
//-----------------------------------------------------------------------------
// Reads profile plot data from a line of input.
//-----------------------------------------------------------------------------
var
I, J: Integer;
S : String;
begin
Result := 0;
if (Ntoks < 2) then Exit;
// Locate the profile name in the database
I := Project.ProfileNames.IndexOf(TokList[0]);
// If profile does not exist then create it
if (I < 0) then
begin
Project.ProfileNames.Add(TokList[0]);
I := Project.ProfileNames.Count-1;
S := '';
Project.ProfileLinks.Add(S);
end
else S := Project.ProfileLinks[I] + #13;
// Add each remaining token to the list of links in the profile
S := S + TokList[1];
for J := 2 to Ntoks-1 do
S := S + #13 + TokList[J];
Project.ProfileLinks[I] := S;
end;
procedure SetMapDimensions;
//-----------------------------------------------------------------------------
// Determines map dimensions based on range of object coordinates.
//-----------------------------------------------------------------------------
begin
with MapForm.Map do
begin
// Dimensions not provided in [MAP] section
if not MapExtentSet then
begin
// Dimensions were provided in [BACKDROP] section
if (Backdrop.LowerLeft.X <> Backdrop.UpperRight.X) then
begin
// Interpret these as map dimensions
Dimensions.LowerLeft := Backdrop.LowerLeft;
Dimensions.UpperRight := Backdrop.UpperRight;
// Compute backdrop dimensions from Offset and Scale values
Backdrop.LowerLeft.X := BackdropX;
Backdrop.LowerLeft.Y := BackdropY - BackdropH;
Backdrop.UpperRight.X := BackdropX + BackdropW;
Backdrop.UpperRight.Y := BackdropY;
end
// No dimensions of any kind provided
else with Dimensions do
Ucoords.GetCoordExtents(LowerLeft.X, LowerLeft.Y,
UpperRight.X, UpperRight.Y);
end;
end;
end;
function ParseInpLine(S: String): Integer;
//-----------------------------------------------------------------------------
// Parses current input line depending on current section of input file.
//-----------------------------------------------------------------------------
begin
case Section of
1: Result := ReadOptionData;
2: Result := ReadRaingageData;
3: Result := ReadHydrographData;
4: Result := ReadEvaporationData;
5: Result := ReadSubcatchmentData;
6: Result := ReadSubareaData;
7: Result := ReadInfiltrationData;
8: Result := ReadAquiferData;
9: Result := ReadGroundwaterData;
10: Result := ReadJunctionData;
11: Result := ReadOutfallData;
12: Result := ReadStorageData;
13: Result := ReadDividerData;
14: Result := ReadConduitData;
15: Result := ReadPumpData;
16: Result := ReadOrificeData;
17: Result := ReadWeirData;
18: Result := ReadOutletData;
19: Result := ReadXsectionData;
20: Result := ReadTransectData;
21: Result := ReadLossData;
//22: ReadControlData called directly from ReadFile
23: Result := ReadPollutantData;
24: Result := ReadLanduseData;
25: Result := ReadBuildupData;
26: Result := ReadWashoffData;
27: Result := ReadCoverageData;
28: Result := ReadExInflowData;
29: Result := ReadDWInflowData;
30: Result := ReadPatternData;
31: Result := ReadIIInflowData;
32: Result := ReadLoadData;
33: Result := ReadCurveData;
34: Result := ReadTimeseriesData;
35: Result := ReadReportData;
36: Result := ReadFileData;
37: Result := ReadMapData;
38: Result := ReadCoordData;
39: Result := ReadVertexdata;
40: Result := ReadPolygonData;
41: Result := ReadSymbolData;
42: Result := ReadLabelData;
43: Result := ReadBackdropData;
44: Result := ReadProfileData;
45: Result := ReadCurveData;
46: Result := ReadTemperatureData;
47: Result := ReadSnowpackData;
48: Result := ReadTreatmentData(S);
49: Result := ReadTagData;
50: Result := Ulid.ReadLidData(TokList, Ntoks);
51: Result := ReadLidUsageData;
52: Result := ReadGroundwaterFlowEqn(S);
53: Result := ReadAdjustmentData; //(5.1.007)
else Result := 0;
end;
end;
function ParseImportLine(Line: String): Integer;
//-----------------------------------------------------------------------------
// Processes line of input from imported scenario or map file.
// (Not currently used.)
//-----------------------------------------------------------------------------
begin
Result := 0;
end;
procedure StripComment(const Line: String; var S: String);
//-----------------------------------------------------------------------------
// Strips comment (text following a ';') from a line of input.
// Ignores comment if it begins with ';;'.
//-----------------------------------------------------------------------------
var
P: Integer;
N: Integer;
C: String;
begin
C := '';
S := Trim(Line);
P := Pos(';', S);
if P > 0 then
begin
N := Length(S);
C := Copy(S, P+1, N);
if (Length(C) >= 1) and (C[1] <> ';') then
begin
if Length(Comment) > 0 then Comment := Comment + #13;
Comment := Comment + C;
end;
Delete(S, P, N);
end;
end;
function FindNewSection(const S: String): Integer;
//-----------------------------------------------------------------------------
// Checks if S matches any of the section heading key words.
//-----------------------------------------------------------------------------
var
K: Integer;
begin
for K := 0 to High(SectionWords) do
begin
if Pos(SectionWords[K], S) = 1 then
begin
Result := K;
Exit;
end;
end;
Result := -1;
end;
function StartNewSection(S: String): Integer;
//-----------------------------------------------------------------------------
// Begins reading a new section of the input file.
//-----------------------------------------------------------------------------
var
K : Integer;
begin
// Determine which new section to begin
K := FindNewSection(UpperCase(S));
if (K >= 0) then
begin
//Update section code
Section := K;
PrevID := '';
Result := 0;
end
else Result := ErrMsg(KEYWORD_ERR, S);
Comment := '';
end;
function ReadFile(var F: Textfile; const Fsize: Int64):Boolean;
//-----------------------------------------------------------------------------
// Reads each line of a SWMM input file.
//-----------------------------------------------------------------------------
var
Err : Integer;
ByteCount : Integer;
StepCount : Integer;
StepSize : Integer;
S : String;
begin
Result := True;
ErrCount := 0;
LineCount := 0;
Comment := '';
// Initialize progress meter settings
StepCount := MainForm.ProgressBar.Max div MainForm.ProgressBar.Step;
StepSize := Fsize div StepCount;
if StepSize < 1000 then StepSize := 0;
ByteCount := 0;
// Read each line of input file
Reset(F);
while not Eof(F) do
begin
Err := 0;
Readln(F, Line);
Inc(LineCount);
if StepSize > 0 then
begin
Inc(ByteCount, Length(Line));
MainForm.UpdateProgressBar(ByteCount, StepSize);
end;
// Strip out trailing spaces, control characters & comment
Line := TrimRight(Line);
StripComment(Line, S);
// Check if line begins a new input section
if (Pos('[', S) = 1) then Err := StartNewSection(S)
else
begin
//// Following code section modified for release 5.1.011. //// //(5.1.011)
// Check if line contains project title/notes
if (Section = 0) and (Length(Line) > 0) then
begin
if LeftStr(Line,2) <> ';;' then Err := ReadTitleData(Line);
end
// Check if line contains a control rule clause
else if (Section = 22) then Err := ReadControlData(Line)
// Check if line contains an event start/end dates
else if (Section = 54) then Err := ReadEventData(Trim(Line))
// If in some section, then process the input line
else
begin
// Break line into string tokens and parse their contents
Uutils.Tokenize(S, TokList, Ntoks);
if (Ntoks > 0) and (Section >= 0) then
begin
Err := ParseInpLine(S);
Comment := '';
end
// No current section -- file was probably not an EPA-SWMM file
else if (Ntoks > 0) then
begin
Result := False;
Exit;
end;
end;
end;
////
// Increment error count
if Err > 0 then Inc(ErrCount);
end; //End of file.
if ErrCount > MAX_ERRORS then ErrList.Add(
IntToStr(ErrCount-MAX_ERRORS) + TXT_MORE_ERRORS);
end;
procedure DisplayInpErrForm(const Fname: String);
//-----------------------------------------------------------------------------
// Displays Status Report form that lists any error messages.
//-----------------------------------------------------------------------------
begin
SysUtils.DeleteFile((TempReportFile));
TempReportFile := Uutils.GetTempFile(TempDir,'swmm');
ErrList.Insert(0, TXT_ERROR_REPORT + Fname + #13);
ErrList.SaveToFile(TempReportFile);
MainForm.MnuReportStatusClick(MainForm);
end;
procedure ReverseVertexLists;
//-----------------------------------------------------------------------------
// Reverses list of vertex points for each link in the project.
//-----------------------------------------------------------------------------
var
I, J: Integer;
begin
for I := 0 to MAXCLASS do
begin
if not Project.IsLink(I) then continue;
for J := 0 to Project.Lists[I].Count-1 do
if Project.GetLink(I, J).Vlist <> nil then
Project.GetLink(I, J).Vlist.Reverse;
end;
end;
procedure SetSubcatchCentroids;
//-----------------------------------------------------------------------------
// Determines the centroid of each subcatchment polygon.
//-----------------------------------------------------------------------------
var
I : Integer;
begin
for I := 0 to Project.Lists[SUBCATCH].Count - 1 do
begin
Project.GetSubcatch(SUBCATCH, I).SetCentroid;
end;
end;
procedure SetIDPtrs;
//-----------------------------------------------------------------------------
// Makes pointers to ID strings the ID property of objects.
//-----------------------------------------------------------------------------
var
I, J : Integer;
C : TSubcatch;
S : String;
begin
for I := 0 to MAXCLASS do
begin
if I = RAINGAGE then with Project.Lists[RAINGAGE] do
begin
for J := 0 to Count-1 do TRaingage(Objects[J]).ID := PChar(Strings[J]);
end
else if Project.IsSubcatch(I) then with Project.Lists[SUBCATCH] do
begin
for J := 0 to Count-1 do
begin
C := TSubcatch(Objects[J]);
C.ID := PChar(Strings[J]);
S := Trim(C.Data[SUBCATCH_OUTLET_INDEX]);
C.OutSubcatch := FindSubcatch(S);
if C.OutSubcatch = nil then C.OutNode := FindNode(S);
end;
end
else if Project.IsNode(I) then with Project.Lists[I] do
begin
for J := 0 to Count-1 do TNode(Objects[J]).ID := PChar(Strings[J]);
end
else if Project.IsLink(I) then with Project.Lists[I] do
begin
for J := 0 to Count-1 do TLink(Objects[J]).ID := PChar(Strings[J]);
end
else if I = TRANSECT then with Project.Lists[I] do
begin
for J := 0 to Count-1 do
begin
TTransect(Objects[J]).CheckData;
TTransect(Objects[J]).SetMaxDepth;
Project.SetTransectConduitDepth(Strings[J],
TTransect(Objects[J]).Data[TRANSECT_MAX_DEPTH]);
end;
end
else continue;
end;
end;
function ReadInpFile(const Fname: String):Boolean;
//-----------------------------------------------------------------------------
// Reads SWMM input data from a text file.
//-----------------------------------------------------------------------------
var
F : Textfile;
begin
// Try to open the file
Result := False;
AssignFile(F,Fname);
{$I-}
Reset(F);
{$I+}
if (IOResult = 0) then
begin
// Create stringlists
Screen.Cursor := crHourGlass;
MapExtentSet := False;
ErrList := TStringList.Create;
TokList := TStringList.Create;
SubcatchList := TStringList.Create;
NodeList := TStringList.Create;
LinkList := TStringList.Create;
FileType := ftInput;
InpFile := Fname;
try
// Read the file
MainForm.ShowProgressBar(MSG_READING_PROJECT_DATA);
SubcatchList.Sorted := True;
NodeList.Sorted := True;
LinkList.Sorted := True;
Section := -1;
Result := ReadFile(F, Uutils.GetFileSize(Fname));
if (Result = True) then
begin
// Establish pointers to ID names
SetIDPtrs;
end;
finally
// Free the stringlists
SubcatchList.Free;
NodeList.Free;
LinkList.Free;
TokList.Free;
MainForm.PageSetupDialog.Header.Text := Project.Title;
MainForm.HideProgressBar;
Screen.Cursor := crDefault;
// Display errors if found & set map dimensions
if Result = True then
begin
if ErrList.Count > 0 then DisplayInpErrForm(Fname);
SetSubcatchCentroids;
SetMapDimensions;
end;
ErrList.Free;
end;
end;
// Close the input file
CloseFile(F);
end;
procedure ClearDefaultDates;
//-----------------------------------------------------------------------------
// Clears project's date/time settings.
//-----------------------------------------------------------------------------
begin
with Project.Options do
begin
Data[START_DATE_INDEX] := '';
Data[START_TIME_INDEX] := '';
Data[REPORT_START_DATE_INDEX] := '';
Data[REPORT_START_TIME_INDEX] := '';
Data[END_DATE_INDEX] := '';
Data[END_TIME_INDEX] := '';
end;
end;
procedure SetDefaultDates;
//-----------------------------------------------------------------------------
// Sets default values for project's date/time settings.
//-----------------------------------------------------------------------------
var
StartTime: TDateTime;
StartDate: TDateTime;
T: TDateTime;
D: TDateTime;
begin
with Project.Options do
begin
// Process starting date/time
try
StartDate := StrToDate(Data[START_DATE_INDEX], MyFormatSettings);
except
On EConvertError do StartDate := Date;
end;
StartTime := Uutils.StrHoursToTime(Data[START_TIME_INDEX]);
if StartTime < 0 then StartTime := 0;
D := StartDate + StartTime;
Data[START_DATE_INDEX] := DateToStr(D, MyFormatSettings);
Data[START_TIME_INDEX] := TimeToStr(D, MyFormatSettings);
// Process reporting start date/time
try
D := StrToDate(Data[REPORT_START_DATE_INDEX], MyFormatSettings);
except
On EConvertError do D := StartDate;
end;
T := Uutils.StrHoursToTime(Data[REPORT_START_TIME_INDEX]);
if T < 0 then T := StartTime;
D := D + T;
Data[REPORT_START_DATE_INDEX] := DateToStr(D, MyFormatSettings);
Data[REPORT_START_TIME_INDEX] := TimeToStr(D, MyFormatSettings);
// Process ending date/time
try
D := StrToDate(Data[END_DATE_INDEX], MyFormatSettings);
except
On EConvertError do D := StartDate;
end;
T := Uutils.StrHoursToTime(Data[END_TIME_INDEX]);
if T < 0 then T := StartTime;
D := D + T;
Data[END_DATE_INDEX] := DateToStr(D, MyFormatSettings);
Data[END_TIME_INDEX] := TimeToStr(D, MyFormatSettings);
end;
end;
function OpenProject(const Fname: String): TInputFileType;
//-----------------------------------------------------------------------------
// Reads in project data from a file.
//-----------------------------------------------------------------------------
begin
// Show progress meter
ClearDefaultDates;
Screen.Cursor := crHourGlass;
MainForm.ShowProgressBar(MSG_READING_PROJECT_DATA);
// Use default map dimensions and backdrop settings
MapForm.Map.Dimensions := DefMapDimensions;
MapForm.Map.Backdrop := DefMapBackdrop;
// Do the following for non-temporary input files
if not SameText(Fname, Uglobals.TempInputFile) then
begin
// Create a backup file
if AutoBackup
then CopyFile(PChar(Fname), PChar(ChangeFileExt(Fname, '.bak')), FALSE);
// Retrieve project defaults from .INI file
if CompareText(ExtractFileExt(Fname), '.ini') <> 0
then Uinifile.ReadProjIniFile(ChangeFileExt(Fname, '.ini'));
end;
// Read and parse each line of input file
Result := iftNone;
if ReadInpFile(Fname) then Result := iftINP;
// Finish processing the input data
if Result <> iftNone then
begin
SetDefaultDates; // set any missing analysis dates
Uglobals.RegisterCalibData; // register calibration data files
Uupdate.UpdateUnits; // update choice of unit system
Uupdate.UpdateDefOptions; // update default analysis options
Uupdate.UpdateLinkHints; // update hints used for offsets
Project.GetControlRuleNames; // store control rule names in a list
end;
// Hide progress meter.
MainForm.HideProgressBar;
Screen.Cursor := crDefault;
end;
end.le names in a list
end;
// Hide progress meter.
MainForm.HideProgressBar;
Screen.Cursor := crDefault;
end;
end.
if Result <> iftNone then
begin
SetDefaultDates; // set any missing analysis dates
Uglobals.RegisterCalibData; // register calibration data files
Uupdate.UpdateUnits; // update choice of unit system
Uupdate.UpdateDefOptions; // update default analysis options
Uupdate.UpdateLinkHints; // update hints used for offsets
Project.GetControlRuleNames; // store control rule names in a list
end;
// Hide progress meter.
MainForm.HideProgressBar;
Screen.Cursor := crDefault;
end;
end.
