Step 1: Click on a component (e.g., resistor or battery) from the toolbar and drag it onto the grid.
Tip: Double-click the component to open the properties editor for customization (e.g., resistance, voltage).
Step 1: Double-click on a voltage-dependent component to open the properties editor.
Step 2: Choose the dependency type and select the branch the source depends on.
Tip: Current-dependent sources are yet to be implemented.
Step 1: Click on a connection point of the first component.
Step 2: Click on another connection point of a different component to draw a wire between them.
Tip: Only valid connection points are highlighted to ensure accurate connections.
Step 1: Double-click the component to open the properties editor.
Step 2: Adjust parameters like resistance value, voltage, rotation, etc.
Tip: Rotate components directly within the properties editor to fit your layout.
Click and drag any component to a new location on the grid.
Tip: Keep components spaced out to avoid a cluttered design.
Step 1: Select the component to remove.
Step 2: Double-click and press the delete button in the properties editor.
Drag the component to the desired position and release to place it.
Tip: If components are too close, they will snap back to their original position.
Nodes are located on the sides of components based on their orientation.
Tip: After moving or rotating components, node references are updated automatically.
Text position is updated based on the component’s rotation and position.
Tip: The text is automatically repositioned during drag-and-drop or after rotation.
Step 1: Double-click the component and open the Properties Editor.
Step 2: Press the delete button to remove it from the grid.
Tip: When a component is deleted, other components may be renamed to maintain consistency.
Step 1: Once the circuit is ready, click the run button to start analysis.
Step 2: View node voltages and branch currents in the output table.
Tip: Ensure all components are connected correctly for an accurate analysis result.
Node Voltages: V1, V2, V3, ..., VN (voltages at all nodes except the ground).
Voltage Source Currents: I1, I2, ..., (current through each voltage source).
Visualization: Node voltages are shown graphically on the canvas with a summary table.