SHORTCUT shortcut(DUMP_ID id)
{
switch (id)
{
case DUMP_ID.WIRE:
return(new SHORTCUT(Keys.F1, false));
case DUMP_ID.GROUND:
return(new SHORTCUT(Keys.F2, false));
case DUMP_ID.RESISTOR:
return(new SHORTCUT(Keys.F3, false));
case DUMP_ID.CAPACITOR:
return(new SHORTCUT(Keys.F4, false));
case DUMP_ID.INDUCTOR:
return(new SHORTCUT(Keys.F5, false));
case DUMP_ID.INVALID:
default:
return(new SHORTCUT());
}
}
public static CircuitElm CreateCe(DUMP_ID tint, Point p1, Point p2, int f, StringTokenizer st)
{
switch (tint)
{
#region Passive Components
case DUMP_ID.WIRE:
return(new WireElm(p1, p2, f, st));
case DUMP_ID.GROUND:
return(new GroundElm(p1, p2, f, st));
case DUMP_ID.SWITCH:
return(new SwitchElm(p1, p2, f, st));
case DUMP_ID.SWITCH2:
return(new Switch2Elm(p1, p2, f, st));
case DUMP_ID.RESISTOR:
return(new ResistorElm(p1, p2, f, st));
case DUMP_ID.POT:
return(new PotElm(p1, p2, f, st));
case DUMP_ID.CAPACITOR:
return(new CapacitorElm(p1, p2, f, st));
case DUMP_ID.CAPACITOR_POLAR:
return(new PolarCapacitorElm(p1, p2, f, st));
case DUMP_ID.INDUCTOR:
return(new InductorElm(p1, p2, f, st));
case DUMP_ID.TRANSFORMER:
return(new TransformerElm(p1, p2, f, st));
case DUMP_ID.CRYSTAL:
return(new CrystalElm(p1, p2, f, st));
#endregion
#region Active Components
case DUMP_ID.DIODE:
return(new DiodeElm(p1, p2, f, st));
case DUMP_ID.ZENER:
return(new ZenerElm(p1, p2, f, st));
case DUMP_ID.VARACTOR:
return(new VaractorElm(p1, p2, f, st));
case DUMP_ID.LED:
return(new LEDElm(p1, p2, f, st));
case DUMP_ID.TRANSISTOR:
return(new TransistorElm(p1, p2, f, st));
case DUMP_ID.MOSFET:
return(new MosfetElm(p1, p2, f, st));
case DUMP_ID.OPAMP:
return(new OpAmpElm(p1, p2, f, st));
case DUMP_ID.OPTO_COUPLER:
return(new OptocouplerElm(p1, p2, f, st));
case DUMP_ID.ANALOG_SW:
return(new AnalogSwitchElm(p1, p2, f, st));
#endregion
#region Inputs and Sources
case DUMP_ID.VOLTAGE:
return(new VoltageElm(p1, p2, f, st));
case DUMP_ID.CURRENT:
return(new CurrentElm(p1, p2, f, st));
case DUMP_ID.RAIL:
return(new RailElm(p1, p2, f, st));
case DUMP_ID.VCCS:
return(new VCCSElm(p1, p2, f, st));
case DUMP_ID.CCCS:
return(new CCCSElm(p1, p2, f, st));
case DUMP_ID.SWEEP:
return(new SweepElm(p1, p2, f, st));
case DUMP_ID.AM:
return(new AMElm(p1, p2, f, st));
case DUMP_ID.FM:
return(new FMElm(p1, p2, f, st));
#endregion
#region Outputs and Labels
case DUMP_ID.VOLTMETER:
return(new VoltMeterElm(p1, p2, f, st));
case DUMP_ID.AMMETER:
return(new AmmeterElm(p1, p2, f, st));
case DUMP_ID.LABELED_NODE:
return(new LabeledNodeElm(p1, p2, f, st));
case DUMP_ID.WAVE_OUT:
return(new AudioOutputElm(p1, p2, f, st));
case DUMP_ID.DATA_RECORDER:
return(new DataRecorderElm(p1, p2, f, st));
case DUMP_ID.SCOPE:
return(new ScopeElm(p1, p2, f, st));
#endregion
#region Logic Gates
case DUMP_ID.LOGIC_I:
return(new LogicInputElm(p1, p2, f, st));
case DUMP_ID.LOGIC_O:
return(new LogicOutputElm(p1, p2, f, st));
case DUMP_ID.TRISTATE:
return(new TriStateElm(p1, p2, f, st));
case DUMP_ID.AND_GATE:
return(new AndGateElm(p1, p2, f, st));
case DUMP_ID.NAND_GATE:
return(new NandGateElm(p1, p2, f, st));
case DUMP_ID.OR_GATE:
return(new OrGateElm(p1, p2, f, st));
case DUMP_ID.NOR_GATE:
return(new NorGateElm(p1, p2, f, st));
case DUMP_ID.XOR_GATE:
return(new XorGateElm(p1, p2, f, st));
case DUMP_ID.INVERT:
return(new InverterElm(p1, p2, f, st));
case DUMP_ID.HALF_ADDER:
return(new HalfAdderElm(p1, p2, f, st));
case DUMP_ID.FULL_ADDER:
return(new FullAdderElm(p1, p2, f, st));
#endregion
#region Digital Chips
case DUMP_ID.SCHMITT:
return(new SchmittElm(p1, p2, f, st));
case DUMP_ID.INVERT_SCHMITT:
return(new InvertingSchmittElm(p1, p2, f, st));
case DUMP_ID.FLIP_FLOP_D:
return(new DFlipFlopElm(p1, p2, f, st));
case DUMP_ID.FLIP_FLOP_JK:
return(new JKFlipFlopElm(p1, p2, f, st));
case DUMP_ID.FLIP_FLOP_T:
return(new TFlipFlopElm(p1, p2, f, st));
case DUMP_ID.SHIFT_REGISTER_PISO:
return(new PisoShiftElm(p1, p2, f, st));
case DUMP_ID.SHIFT_REGISTER_SIPO:
return(new SipoShiftElm(p1, p2, f, st));
case DUMP_ID.RING_COUNTER:
return(new RingCounterElm(p1, p2, f, st));
case DUMP_ID.COUNTER:
return(new CounterElm(p1, p2, f, st));
case DUMP_ID.LATCH:
return(new LatchElm(p1, p2, f, st));
case DUMP_ID.MULTIPLEXER:
return(new MultiplexerElm(p1, p2, f, st));
case DUMP_ID.DEMULTIPLEXER:
return(new DeMultiplexerElm(p1, p2, f, st));
case DUMP_ID.SRAM:
return(new SRAMElm(p1, p2, f, st));
case DUMP_ID.CUSTOM_LOGIC:
return(new CustomLogicElm(p1, p2, f, st));
#endregion
case DUMP_ID.BOX:
return(new BoxElm(p1, p2, f, st));
case DUMP_ID.TEXT:
return(new TextElm(p1, p2, f, st));
//case 'A': return new AntennaElm(x1, y1, x2, y2, f, st);
//case 'j': return new JfetElm(x1, y1, x2, y2, f, st);
//case 'm': return new MemristorElm(x1, y1, x2, y2, f, st);
//case 'n': return new NoiseElm(x1, y1, x2, y2, f, st);
//case 157: return new SevenSegElm(x1, y1, x2, y2, f, st);
//case 158: return new VCOElm(x1, y1, x2, y2, f, st);
//case 160: return new AnalogSwitch2Elm(x1, y1, x2, y2, f, st);
//case 161: return new PhaseCompElm(x1, y1, x2, y2, f, st);
//case 165: return new TimerElm(x1, y1, x2, y2, f, st);
//case 166: return new DACElm(x1, y1, x2, y2, f, st);
//case 167: return new ADCElm(x1, y1, x2, y2, f, st);
//case 169: return new TappedTransformerElm(x1, y1, x2, y2, f, st);
//case 171: return new TransLineElm(x1, y1, x2, y2, f, st);
//case 173: return new TriodeElm(x1, y1, x2, y2, f, st);
//case 175: return new TunnelDiodeElm(x1, y1, x2, y2, f, st);
//case 177: return new SCRElm(x1, y1, x2, y2, f, st);
//case 178: return new RelayElm(x1, y1, x2, y2, f, st);
//case 179: return new CC2Elm(x1, y1, x2, y2, f, st);
//case 181: return new LampElm(x1, y1, x2, y2, f, st);
//case 187: return new SparkGapElm(x1, y1, x2, y2, f, st);
//case 188: return new SeqGenElm(x1, y1, x2, y2, f, st);
//case 194: return new MonostableElm(x1, y1, x2, y2, f, st);
//case 197: return new SevenSegDecoderElm(x1, y1, x2, y2, f, st);
//case 203: return new DiacElm(x1, y1, x2, y2, f, st);
//case 206: return new TriacElm(x1, y1, x2, y2, f, st);
//case 212: return new VCVSElm(x1, y1, x2, y2, f, st);
//case 214: return new CCVSElm(x1, y1, x2, y2, f, st);
//case 216: return new OhmMeterElm(x1, y1, x2, y2, f, st);
//case 368: return new TestPointElm(x1, y1, x2, y2, f, st);
//case 400: return new DarlingtonElm(x1, y1, x2, y2, f, st);
//case DUMP_ID.COMPARATOR: return new ComparatorElm(x1, y1, x2, y2, f, st);
//case 402: return new OTAElm(x1, y1, x2, y2, f, st);
//case 404: return new FuseElm(x1, y1, x2, y2, f, st);
//case 405: return new LEDArrayElm(x1, y1, x2, y2, f, st);
//case 406: return new CustomTransformerElm(x1, y1, x2, y2, f, st);
//case 408: return new StopTriggerElm(x1, y1, x2, y2, f, st);
//case 409: return new OpAmpRealElm(x1, y1, x2, y2, f, st);
case DUMP_ID.CUSTOM_COMPOSITE:
return(new CustomCompositeElm(p1, p2, f, st));
//case 411: return new AudioInputElm(x1, y1, x2, y2, f, st);
}
return(null);
}
