An elegant circuitry simulation website.
Overall Status: Under Development
Using TypeScript and working on several parts:
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Main Circuit Library:
Circuit: Main wrapper for the circuit simulationCircuit.Unit: Circuit grid system represented by circuit-unit to place different components or wireCircuit.Electronic: Electronic component classCircuit.Electronic.Unit: Electronic component unit mapping with respect to the grid circuit unitCircuit.Graph: The graph data structure to represent the circuit (converted from grid ofCircuit.Unit)Circuit.GaussianElimination: Implementation of Gaussian Elimination method for determine the result of multi-variable equations by representing and solving the matrixCircuit.Equation: Construct node-voltage equationCircuit.SimultaneousEquations: Collection of node-voltage equations and solve by Gaussian EliminationCircuit.Simulation: The circuit simulation algorithm part using Nodal Voltage Analysis which consists of several phases including:- Supernode Propagation - Propagates through the circuit graph generated from
Circuit.Graphand convert voltage source relatedCircuit.Graph.Nodeinto a single super node with different biased voltage - Node-Voltage Matrix Derivation - Deriving the node voltage matrix to solve for each components' (represented by
Circuit.Graph.Edge) current values (based on KCL from Kirchhoff's Circuit Law) - [TBD] Ending Phase - After deriving the current of the loads such resistors, scanning through the circuit and derive rest of the node-voltage and other underived component's current according to KVL and KCL
- Supernode Propagation - Propagates through the circuit graph generated from
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Using Jest test framework to write Unit/Integration tests
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[Will Implement After Completing the Circuit Library] Frontend UI: Using Next.JS framework, Redux (with TypeScript)
- Details will be planned on the future...