public void InstantiateGenerators()
{
Generator generator1 = new CircleGenerator();
generator1.SetPowerLevel(5);
Generator generator2 = new CircleGenerator();
generator2.SetPowerLevel(3);
Generator generator3 = new TriangleGenerator();
generator3.SetPowerLevel(0);
Generator generator4 = new OctagonGenerator();
generator4.SetPowerLevel(10);
generators = new List <Generator>
{
generator1,
generator2,
generator3,
generator4,
};
}
public void InstantiateGenerators()
{
Generator generator1 = new CircleGenerator();
generator1.SetPowerLevel(4);
Generator generator2 = new TriangleGenerator();
generator2.SetPowerLevel(5);
Generator generator3 = new TriangleGenerator();
generator3.SetPowerLevel(2);
Generator generator4 = new RectangleGenerator();
generator4.SetPowerLevel(2);
Generator generator5 = new RectangleGenerator();
generator5.SetPowerLevel(5);
generators = new List <Generator>()
{
generator1,
generator2,
generator3,
generator4,
generator5,
};
}
public override List <SignalSample> GetSamples()
{
TriangleGenerator triangle = new TriangleGenerator(0.1d, 1d, 1d);
SignalSampler sampler = new SignalSampler(triangle);
return(sampler.GetSamples(20d, 0.1d));
}
public void InstantiateGenerators()
{
//Changed to Max Level of 2
Generator generator1 = new CircleGenerator();
generator1.SetPowerLevel(2);
Generator generator2 = new CircleGenerator();
generator2.SetPowerLevel(0);
//Changed to 2
Generator generator3 = new TriangleGenerator();
generator3.SetPowerLevel(2);
//Changed to Max Level / 2 = 4
Generator generator4 = new OctagonGenerator();
generator4.SetPowerLevel(4);
generators = new List <Generator>
{
generator1,
generator2,
generator3,
generator4,
};
}
public void InstantiateGenerators()
{
//Stegosaurus has 14 stock threshold
//Total Power / Perimeter = Stock Threshold
//Total Power = 14 * 10000 = 140000
Generator generator1 = new CircleGenerator();
generator1.SetPowerLevel(2); // 50000 * 2 = 100000
Generator generator2 = new CircleGenerator();
generator2.SetPowerLevel(0); // 50000 * 0
Generator generator3 = new TriangleGenerator();
generator3.SetPowerLevel(3); // 15000 * 3 = 45000
Generator generator4 = new OctagonGenerator();
generator4.SetPowerLevel(0);
generators = new List <Generator>
{
generator1,
generator2,
generator3,
generator4,
};
}
public void InstantiateGenerators()
{
Generator generator1 = new CircleGenerator();
generator1.SetPowerLevel(5);
Generator generator2 = new CircleGenerator();
generator2.SetPowerLevel(1);
Generator generator3 = new TriangleGenerator();
generator3.SetPowerLevel(0);
// Changed to 0 to meet power threshold
Generator generator4 = new TriangleGenerator();
generator4.SetPowerLevel(4);
Generator generator5 = new TriangleGenerator();
generator5.SetPowerLevel(1);
Generator generator6 = new RectangleGenerator();
generator6.SetPowerLevel(1);
Generator generator7 = new RectangleGenerator();
generator7.SetPowerLevel(5);
Generator generator8 = new OctagonGenerator();
generator8.SetPowerLevel(8);
Generator generator9 = new OctagonGenerator();
generator9.SetPowerLevel(1);
Generator generator10 = new OctagonGenerator();
generator10.SetPowerLevel(1);
generators = new List <Generator>
{
generator1,
generator2,
generator3,
generator4,
generator5,
generator6,
generator7,
generator8,
generator9,
generator10
};
}
public void InstantiateGenerators()
{
Generator generator1 = new CircleGenerator();
generator1.SetPowerLevel(2);
Generator generator2 = new CircleGenerator();
generator2.SetPowerLevel(2);
Generator generator3 = new TriangleGenerator();
generator3.SetPowerLevel(2);
Generator generator4 = new TriangleGenerator();
generator4.SetPowerLevel(3);
Generator generator5 = new TriangleGenerator();
generator5.SetPowerLevel(1);
Generator generator6 = new RectangleGenerator();
generator6.SetPowerLevel(5);
Generator generator7 = new RectangleGenerator();
generator7.SetPowerLevel(5);
Generator generator8 = new OctagonGenerator();
generator8.SetPowerLevel(7);
Generator generator9 = new OctagonGenerator();
generator9.SetPowerLevel(2);
Generator generator10 = new OctagonGenerator();
generator10.SetPowerLevel(1);
generators = new List <Generator>
{
generator1,
generator2,
generator3,
generator4,
generator5,
generator6,
generator7,
generator8,
generator9,
generator10
};
}
public Apu()
{
Pulse1 = new PulseGenerator(1);
Pulse2 = new PulseGenerator(2);
Triangle = new TriangleGenerator();
Noise = new NoiseGenerator();
Dmc = new DmcGenerator();
filterChain = new FilterChain();
}
public void GetSignal_ChangeTime_ReturnsSignalLevel(
double amplitude, double frequency, double phase, double time, double expectedSignalLevel)
{
var sineGenerator = new TriangleGenerator(amplitude, frequency, phase);
var result = sineGenerator.GetSignal(time);
result = Math.Round(result, 10);
Assert.AreEqual(expectedSignalLevel, result);
}
public static float[] CreateTable(int size, WaveformEnum type)
{
Generator generator;
if (type == WaveformEnum.Sine)
{
generator = new SineGenerator(new GeneratorDescriptor());
}
else if (type == WaveformEnum.Square)
{
generator = new SquareGenerator(new GeneratorDescriptor());
}
else if (type == WaveformEnum.Triangle)
{
generator = new TriangleGenerator(new GeneratorDescriptor());
}
else if (type == WaveformEnum.Saw)
{
generator = new SawGenerator(new GeneratorDescriptor());
}
else if (type == WaveformEnum.WhiteNoise)
{
generator = new WhiteNoiseGenerator(new GeneratorDescriptor());
}
else
{
return(null);
}
float[] table = new float[size];
double phase, increment;
phase = generator.StartPhase;
increment = generator.Period / size;
for (int x = 0; x < table.Length; x++)
{
table[x] = generator.GetValue(phase);
phase += increment;
}
return(table);
}
public void InstantiateGenerators()
{
//Triceratops has 16 stock threshold
//Total Power / Perimeter = Stock Threshold
//Total Power = 16 * 12000 = 192000
//Oh look, 192000 is pretty close to 200000... I wonder how I can reach that easily.
//This one uses the neat Floor(Total Power / Perimeter) to reach threshold.
Generator generator1 = new CircleGenerator();
generator1.SetPowerLevel(2); // 50000 * 2 = 100000
Generator generator2 = new TriangleGenerator();
generator2.SetPowerLevel(2); // 15000 * 2 = 30000
Generator generator3 = new TriangleGenerator();
generator3.SetPowerLevel(2); // 15000 * 2 = 30000
Generator generator4 = new RectangleGenerator();
generator4.SetPowerLevel(1); // 10000 * 2 * 1 = 20000
Generator generator5 = new RectangleGenerator();
generator5.SetPowerLevel(1); // 10000 * 2 * 1 = 20000
generators = new List <Generator>()
{
generator1,
generator2,
generator3,
generator4,
generator5,
};
}
public void InstantiateGenerators()
{
//T-Rex has 20 stock threshold
//Total Power / Perimeter = T-Rex Stock Threshold
//Total Power = 20 * 15000 = 300000
//Circle Generator maximum is 2
Generator generator1 = new CircleGenerator();
generator1.SetPowerLevel(2); // 50000 * 2 = 100000
Generator generator2 = new CircleGenerator();
generator2.SetPowerLevel(2); // 50000 * 2 = 100000
//Triangle Generator Max level is 3
Generator generator3 = new TriangleGenerator();
generator3.SetPowerLevel(2); // 15000 * 2 // These work well.
Generator generator4 = new TriangleGenerator();
generator4.SetPowerLevel(2); // 15000 * 2
Generator generator5 = new TriangleGenerator();
generator5.SetPowerLevel(0); // 15000 * 0
Generator generator6 = new RectangleGenerator();
generator6.SetPowerLevel(1); // 10000 * 2 * 1 = 20000
Generator generator7 = new RectangleGenerator();
generator7.SetPowerLevel(1); // 10000 * 2 * 1 = 20000
//8 Max
Generator generator8 = new OctagonGenerator();
generator8.SetPowerLevel(0); // 2000 * 2 * 0 = 0
Generator generator9 = new OctagonGenerator();
generator9.SetPowerLevel(0); // 2000 * 0 = 0
Generator generator10 = new OctagonGenerator();
generator10.SetPowerLevel(0); // 2000 * 0 = 0
generators = new List <Generator>
{
generator1,
generator2,
generator3,
generator4,
generator5,
generator6,
generator7,
generator8,
generator9,
generator10
};
}
protected GameObject[] GenerateTriangles(Rotation[] rotations)
{
var generator = new TriangleGenerator(game.GameGrid.transform, game.TriangleTemplate);
return(generator.Create(rotations));
}