Remove redundant docs after moving to SimVascular website

docs/pages/GUI.md

@@ -27,29 +27,6 @@ interactive elements and graphical networks.
 This architecture supports an intuitive user experience for 
 generating and managing 0D input files through a graphical interface.
 
+# User guide
 
-# How to Use
-1. Create a virtual environment with the required `flask` dependency. If using `conda`, use the below commands:
- ```bash
- conda create -n svZeroDGUI python=3.10 flask
- conda activate svZeroDGUI
- ```
-2. Navigate to the `applications` folder and then to the `create_0dmodel` subdirectory.
-3. Launch the `app.py` file.
- ```bash
- python applications/svZeroDGUI/app.py
- ```
-4. Select a node type and name the node.
- - For vessels, after drawing the node, click on it to open a form 
-where you can enter details such as vessel length, diameter, and more.
- - For junctions, click the node to specify if it’s a Normal %Junction 
-or a Blood Vessel %Junction.
-5. To draw edges between nodes, toggle the `Draw on` button on the right. 
-Once active, you can start connecting nodes by drawing edges between them.
-6. When you wish to stop drawing edges and continue adding or moving nodes, 
-click the `Draw off` button.
-7. Once you’ve completed the network, click `Export to JSON` on the right. 
-If there are any incorrect connections or patterns, an alert will prompt you 
-to make necessary changes so the network can be processed by svZeroDSolver.
-8. Open the downloaded JSON file and add any additional information, 
-such as boundary condition data, before running it through svZeroDSolver.
+A user guide is available on the [SimVascular website](https://simvascular.github.io/documentation/rom_simulation.html#0d-solver-gui). 

docs/pages/add_block.md

@@ -156,3 +156,9 @@ system.dC_dy.coeffRef(global_eqn_ids[current_block_equation_id], global_var_ids[
 
 * Add `MyNewBlock.h` and `MyNewBlock.cpp` to `src/model/CMakeLists.txt`
 
+<p> <br> </p>
+
+## 5. Add the new block to svZeroDVisualization. 
+
+* Follow the instructions [here](@ref visualization) to make sure your new block can be visualized graphically. 
+