Emoji ICM InfoWorks - 📊 Scatter Graph Guide 📊

 📊 Scatter Graph Guide 📊

---

📏 1. Axes Configuration:

• Select Variables: Choose at least one pair of variables for your scatter graph.
• 🌈 Dual Display: Want a second pair of variables on the same graph? Check the Show a Second Scatter Plot on the same graph box. This will be displayed in a different color by default.
• 🛠️ Customization: Adjust plot options using the Graph Properties dialog.

---

📈 2. Additional Lines:

• Gridlines: Enhance your graph's clarity by adding horizontal or vertical lines. Simply check the Horizontal Lines or Vertical Lines boxes.
• Values: Add values for your additional gridlines. For multiple values, separate them using semi-colons.

---

🔄 3. Reference Curves (Extended Version):

Note: This is available when graphing with an open network & for specific data types.

• Link Data: If you're graphing Velocity against Depth (or vice-versa), this is for links only. The link's ID you're graphing will be shown.
• Alternate Link: You can input an alternative link ID. If a link is specified:
  • The link's properties (shape, width, height, gradient) will be displayed.
  • Generate curves such as:
    • ISO-Q 📐
    • ISO-Froude 🌀
    • Manning 🌊
    • Hazen-Williams 💧
    • Colebrook-White 🌪️

---

🚀 4. Generating Scatter Graphs:

• 🖱️ Click the Scatter Graph icon (📊) on the Graph toolbar to open the Generate Scatter Graph dialog.
• 🧭 Choose your variable pairs for the axes.
• 🌈 For a secondary plot, check Show a Second Plot and pick another pair of variables.
• 📈 Add gridlines as needed by checking the respective boxes and inputting values.
• 🔄 If plotting Depth against Velocity with an open network, you can add reference curves.
• ✅ Hit OK to generate the scatter graph!

---

🎨 5. Customizing Graph Display:

• Right-click on your scatter graph and choose Graph Properties for customization options.

---

Craft compelling scatter graphs with this guide and let your data speak! 🌟📉📈.

Emoji ICM InfoWorks - 📚 1D Erosion/Deposition Model Guide 📚

 📚 1D Erosion/Deposition Model Guide 📚

---

🌊 Erosion/Deposition Model Selection:

• Field Name: Erosion/deposition model
• Help Text: Choose the 1D erosion/deposition model utilized by the simulation engine. For more information, refer to the Conduit Model.
• Database Field: erosion_model
• Data Type: Text
• Size: 12
• Units: (No units)
• Precision: 0
• Default: Ackers-White
• Error Lower Limit: -
• Error Upper Limit: -
• Warning Lower Limit: -
• Warning Upper Limit: -

Model Options:

1. Ackers-White
   • Database Value: Ackers-White
   • Help Text: Ackers White Model
2. Velikanov
   • Database Value: Velikanov
   • Help Text: Velikanov Model
3. KUL
   • Database Value: KUL
   • Help Text: KUL Model

---

🌱 Active Layer Depth Method (1D):

• Field Name: Active layer depth method (1D)
• Help Text: Method for determining the depth of the active layer.

Method Options:

1. Explicit:
   • Database Value: Explicit
   • Help Text: Use the value specified in the Active layer depth field.
2. D50:
   • Database Value: D50
   • Help Text: The thickness of the active layer is calculated as the d50 material size multiplied by the Active layer depth factor.
3. D90:
   • Database Value: D90
   • Help Text: The thickness of the active layer is calculated as the d90 material size multiplied by the Active layer depth factor.

---

Choose the right method and model to ensure accurate erosion and deposition simulation results! 📝🌍🌧️.