public override SpectrumTask GetCreateSpectrumConditionTask()
{
UnifiedSpectrumConditionKey key = Key as UnifiedSpectrumConditionKey;
UnifiedSpectrum uspectrum = new UnifiedSpectrum(key.WindSpeed, key.WindDir, key.WaveAge);
PhillipsSpectrum pspectrum = new PhillipsSpectrum(key.WindSpeed, key.WindDir);
if (Key.NumGrids == 1)
{
return(new SpectrumTask(this, true, new ISpectrum[] { uspectrum, null, null, null }));
}
else if (Key.NumGrids == 2)
{
return(new SpectrumTask(this, true, new ISpectrum[] { uspectrum, pspectrum, null, null }));
}
else if (Key.NumGrids == 3)
{
return(new SpectrumTask(this, true, new ISpectrum[] { uspectrum, uspectrum, pspectrum, null }));
}
else //numGrids == 4
{
return(new SpectrumTask(this, true, new ISpectrum[] { uspectrum, uspectrum, pspectrum, uspectrum }));
}
}
public override SpectrumTask GetCreateSpectrumConditionTask()
{
PhillipsSpectrumConditionKey key = Key as PhillipsSpectrumConditionKey;
PhillipsSpectrum pspectrum = new PhillipsSpectrum(key.WindSpeed, key.WindDir);
return(new SpectrumTask(this, true, new ISpectrum[] { pspectrum, pspectrum, pspectrum, pspectrum }));
}
public override SpectrumTask GetCreateSpectrumConditionTask()
{
PhillipsSpectrumConditionKey key = Key as PhillipsSpectrumConditionKey;
PhillipsSpectrum pspectrum = new PhillipsSpectrum(key.WindSpeed, key.WindDir);
return new SpectrumTask(this, true, new ISpectrum[] { pspectrum, pspectrum, pspectrum, pspectrum });
}
public override SpectrumTask GetCreateSpectrumConditionTask()
{
UnifiedSpectrumConditionKey unifiedSpectrumConditionKey = base.Key as UnifiedSpectrumConditionKey;
UnifiedSpectrum unifiedSpectrum = new UnifiedSpectrum(unifiedSpectrumConditionKey.WindSpeed, unifiedSpectrumConditionKey.WindDir, unifiedSpectrumConditionKey.WaveAge);
PhillipsSpectrum phillipsSpectrum = new PhillipsSpectrum(unifiedSpectrumConditionKey.WindSpeed, unifiedSpectrumConditionKey.WindDir);
if (base.Key.NumGrids == 1)
{
bool arg_53_1 = true;
ISpectrum[] expr_4F = new ISpectrum[4];
expr_4F[0] = unifiedSpectrum;
return(new SpectrumTask(this, arg_53_1, expr_4F));
}
if (base.Key.NumGrids == 2)
{
bool arg_7A_1 = true;
ISpectrum[] expr_72 = new ISpectrum[4];
expr_72[0] = unifiedSpectrum;
expr_72[1] = phillipsSpectrum;
return(new SpectrumTask(this, arg_7A_1, expr_72));
}
if (base.Key.NumGrids == 3)
{
bool arg_A5_1 = true;
ISpectrum[] expr_99 = new ISpectrum[4];
expr_99[0] = unifiedSpectrum;
expr_99[1] = unifiedSpectrum;
expr_99[2] = phillipsSpectrum;
return(new SpectrumTask(this, arg_A5_1, expr_99));
}
return(new SpectrumTask(this, true, new ISpectrum[]
{
unifiedSpectrum,
unifiedSpectrum,
phillipsSpectrum,
unifiedSpectrum
}));
}
public override SpectrumTask GetCreateSpectrumConditionTask()
{
UnifiedSpectrumConditionKey unifiedSpectrumConditionKey = base.Key as UnifiedSpectrumConditionKey;
UnifiedSpectrum unifiedSpectrum = new UnifiedSpectrum(unifiedSpectrumConditionKey.WindSpeed, unifiedSpectrumConditionKey.WindDir, unifiedSpectrumConditionKey.WaveAge);
PhillipsSpectrum phillipsSpectrum = new PhillipsSpectrum(unifiedSpectrumConditionKey.WindSpeed, unifiedSpectrumConditionKey.WindDir);
if (base.Key.NumGrids == 1)
{
bool multiThreadTask = true;
ISpectrum[] array = new ISpectrum[4];
array[0] = unifiedSpectrum;
return(new SpectrumTask(this, multiThreadTask, array));
}
if (base.Key.NumGrids == 2)
{
bool multiThreadTask2 = true;
ISpectrum[] array2 = new ISpectrum[4];
array2[0] = unifiedSpectrum;
array2[1] = phillipsSpectrum;
return(new SpectrumTask(this, multiThreadTask2, array2));
}
if (base.Key.NumGrids == 3)
{
bool multiThreadTask3 = true;
ISpectrum[] array3 = new ISpectrum[4];
array3[0] = unifiedSpectrum;
array3[1] = unifiedSpectrum;
array3[2] = phillipsSpectrum;
return(new SpectrumTask(this, multiThreadTask3, array3));
}
return(new SpectrumTask(this, true, new ISpectrum[]
{
unifiedSpectrum,
unifiedSpectrum,
phillipsSpectrum,
unifiedSpectrum
}));
}
