private MLNumericParam debugFilter(DebugableFloat param_)
{
DebugableFloat param = param_;
param = param * scale + add;
param.debug();
switch (type)
{
//DEBUG
case FilterType.PASS_AS_IS:
default:
return((float)param_);
case FilterType.FLOAT_TO_BOOL:
param = Mathf.Abs((float)param) > 0.001f ? 1f : 0f;
break;
case FilterType.SCALE_ADD:
break;
case FilterType.SCALE_ADD_MOD:
param = MLMath.fmod(param, mod);
break;
case FilterType.SCALE_ADD_CLAMP:
param = Mathf.Clamp(param, clampRange.min, clampRange.max);
break;
case FilterType.SCALE_ADD_MOD_ROUND:
param = Mathf.Round(MLMath.fmod(param, mod));
break;
case FilterType.SCALE_ADD_MOD_FLOOR:
param = Mathf.Floor(MLMath.fmod(param, mod));
break;
case FilterType.SCALE_ADD_MOD_CEIL:
param = Mathf.Ceil(MLMath.fmod(param, mod));
break;
case FilterType.SCALE_ADD_MOD_OFFSET:
param = MLMath.fmod(param, mod) + offset;
break;
//DEBUG
}
return((float)param);
}
public MLNumericParam filter(MLNumericParam param)
{
if (debug)
{
return(debugFilter((float)param));
}
switch (type)
{
case FilterType.PASS_AS_IS:
default:
return(param);
case FilterType.FLOAT_TO_BOOL:
return(param.Bool ? 1f : 0f);
case FilterType.SCALE_ADD:
return(param * scale + add);
case FilterType.SCALE_ADD_MOD:
return(MLMath.fmod(param * scale + add, mod));
case FilterType.SCALE_ADD_CLAMP:
return(Mathf.Clamp(param * scale + add, clampRange.min, clampRange.max));
case FilterType.SCALE_ADD_MOD_ROUND:
return(Mathf.Round(MLMath.fmod(param * scale + add, mod)));
case FilterType.SCALE_ADD_MOD_FLOOR:
return(Mathf.Floor(MLMath.fmod(param * scale + add, mod)));
case FilterType.SCALE_ADD_MOD_CEIL:
return(Mathf.Ceil(MLMath.fmod(param * scale + add, mod)));
case FilterType.SCALE_ADD_MOD_OFFSET:
return(MLMath.fmod(param * scale + add, mod) + offset);
case FilterType.FLOAT_TO_BOOL_INVERT:
return(param.Bool ? 0f : 1f);
case FilterType.TRUE_IF_EQUALS_AS_INT:
return((int)param.value_ == intCompare ? 1f : 0f);
}
}