const gateTerminalUid = "d4705b32-ebd5-e041-cb38-748831726582";
const drainTerminalUid = "b50a105a-0fa7-3419-f176-24e4103e029f";
const sourceTerminalUid = "470f452b-3deb-a180-5510-3fe7b2058e85";
const gateTerminal = flux.getNodeById(gateTerminalUid, "elementTerminal");
const drainTerminal = flux.getNodeById(drainTerminalUid, "elementTerminal");
const sourceTerminal = flux.getNodeById(sourceTerminalUid, "elementTerminal");
const vgs = flux.createOutputNode("Vgate-source");
const vds = flux.createOutputNode("Vdrain-source");
const vs = flux.createOutputNode("Vsource");
const vd = flux.createOutputNode("Vdrain");
const vg = flux.createOutputNode("Vgate");
const drainToSource = flux.createOutputNode("Idrain-source");
const getPropOrDefault = (propName: string, defaultValue: number): number => {
return Number(flux.properties.find((prop) => prop.name === propName)?.value ?? defaultValue);
}
const thresholdVoltage = getPropOrDefault("Threshold Voltage", -1.5);
const transconductance = getPropOrDefault("Transconductance", 2e-5);
const bulkThreshold = getPropOrDefault("Bulk Threshold", 0);
const surfacePotential = getPropOrDefault("Surface Potential", 0.6);
const drainResistance = getPropOrDefault("Drain Resistance", 0);
const sourceResistance = getPropOrDefault("Source Resistance", 0);
//setup event
flux.on("setup", () => {
flux.simulationModel = simModel();
});