本文整理汇总了C++中Generator::getInputPin方法的典型用法代码示例。如果您正苦于以下问题：C++ Generator::getInputPin方法的具体用法？C++ Generator::getInputPin怎么用？C++ Generator::getInputPin使用的例子？那么, 这里精选的方法代码示例或许可以为您提供帮助。您也可以进一步了解该方法所在类Generator的用法示例。
在下文中一共展示了Generator::getInputPin方法的1个代码示例，这些例子默认根据受欢迎程度排序。您可以为喜欢或者感觉有用的代码点赞，您的评价将有助于系统推荐出更棒的C++代码示例。
示例1: main
int main(int argc, char *argv[])
{
const Resource::Type LIQUID_STATE = 1;
const Resource::Type SOLID_STATE = 2;
const Resource::Type GAS_STATE = 3;
const Resource::Type PLASMA_STATE = 4;
Resource::Info fuelInfo(Resource::INVALID_RESOURCE, LIQUID_STATE);
Resource::Info energyInfo(Resource::INVALID_RESOURCE, PLASMA_STATE);
Resource::Info waterInfo(Resource::INVALID_RESOURCE, LIQUID_STATE);
Resource::Info oxygenInfo(Resource::INVALID_RESOURCE, GAS_STATE);
SimSys::System system;
Registrar registrar;
registrar.registerResource("fuel", fuelInfo);
registrar.registerResource("energy", energyInfo);
registrar.registerResource("water", waterInfo);
registrar.registerResource("oxygen", oxygenInfo);
/*
ResourceTank *fuelTank = new ResourceTank(1000, registrar.getInfo("fuel"), registrar);
ResourceTank *waterTank = new ResourceTank(1000, registrar.getInfo("water"), registrar);
ResourceTank *capacitor = new ResourceTank(500, registrar.getInfo("energy"), registrar);
ResourceTank *oxygenTank = new ResourceTank(500, registrar.getInfo("oxygen"), registrar);
Generator *generator = new Generator(registrar);
LifeSupport *lifeSupport = new LifeSupport(registrar);
Ventilation *ventilation = new Ventilation(registrar);
Pipe *fuelToGenerator = new Pipe(generator->getInput("fuel-in"), Generator::FUEL_PER_GENERATION * 2, Generator::FUEL_PER_GENERATION / 2);
fuelTank->getOutput("out-port")->connect(fuelToGenerator);
Pipe *energyToCapacitor = new Pipe(capacitor->getInput("in-port"), Generator::ENERGY_PER_GENERATION * 2, Generator::FUEL_PER_GENERATION / 2);
generator->getOutput("energy-out")->connect(energyToCapacitor);
Pipe *capacitorToLifeSupport = new Pipe(lifeSupport->getInput("energy-in"), LifeSupport::ENERGY_NEEDED * 2, LifeSupport::ENERGY_NEEDED / 2);
capacitor->getOutput("out-port")->connect(capacitorToLifeSupport);
Pipe *waterToLifeSupport = new Pipe(lifeSupport->getInput("water-in"), LifeSupport::WATER_NEEDED * 2, LifeSupport::WATER_NEEDED / 2);
waterTank->getOutput("out-port")->connect(waterToLifeSupport);
Pipe *lifeSupportToOxygen = new Pipe(oxygenTank->getInput("in-port"), LifeSupport::OXYGEN_GENERATED * 2, LifeSupport::OXYGEN_GENERATED / 2);
lifeSupport->getOutput("oxygen-out")->connect(lifeSupportToOxygen);
Pipe *oxygenToVentilation = new Pipe(ventilation->getInput("oxygen-in"), Ventilation::OXYGEN_NEEDED * 2, Ventilation::OXYGEN_NEEDED / 2);
oxygenTank->getOutput("out-port")->connect(oxygenToVentilation);
fuelTank->getInput("in-port")->sink(registrar.getResource("fuel", 1000));
waterTank->getInput("in-port")->sink(registrar.getResource("water", 1000));
system.add(fuelTank);
system.add(waterTank);
system.add(capacitor);
system.add(oxygenTank);
system.add(generator);
system.add(lifeSupport);
system.add(ventilation);
system.add(fuelToGenerator);
system.add(energyToCapacitor);
system.add(capacitorToLifeSupport);
system.add(waterToLifeSupport);
system.add(lifeSupportToOxygen);
system.add(oxygenToVentilation);
*/
/*
Builtin::DigitalInput *inputOne = new Builtin::DigitalInput(true);
Builtin::DigitalInput *inputTwo = new Builtin::DigitalInput(false);
Builtin::XorGate2 *xorGate = new Builtin::XorGate2();
Builtin::OrGate2 *orGate = new Builtin::OrGate2();
Builtin::DigitalProbe *outputProbe = new PrintProbe("xor gate");
inputOne->getOutput("digital-out")->connectTo(xorGate->getInput("A"));
inputTwo->getOutput("digital-out")->connectTo(orGate->getInput("A"));
xorGate->getOutput("Q")->connectTo(outputProbe->getInput("digital-in"));
xorGate->getOutput("Q")->connectTo(orGate->getInput("B"));
orGate->getOutput("Q")->connectTo(xorGate->getInput("B"));
system.add(inputOne);
system.add(inputTwo);
system.add(xorGate);
system.add(orGate);
system.add(outputProbe);
*/
// resource layer
Generator *generator = new Generator(registrar);
Capacitor *capacitor = new Capacitor(registrar);
// control layer
HysterisisController *controller = new HysterisisController(0.75f, 0.99f);
Builtin::DigitalProbe *probe = new PrintProbe("controller");
// create pipes
Pipe *generatorToCapacitor = new Pipe(capacitor->getInput("energy-in"), Testing::Generator::ENERGY_PER_GENERATION * 2, Testing::Generator::ENERGY_PER_GENERATION);
// connect pipes
generator->getOutput("energy-out")->connect(generatorToCapacitor);
// connect controls
capacitor->getOutputPin("readout")->connectTo(controller->getInputPin("value"));
controller->getOutputPin("control")->connectTo(generator->getInputPin("enable"));
controller->getOutputPin("control")->connectTo(probe->getInputPin("digital-in"));
// add to system
system.add(generator);
//.........这里部分代码省略.........