public void SetLogLimits(GetterDelegate minGetter, GetterDelegate maxGetter)
{
Normalizer = (block, f) =>
{
float min = minGetter(block);
float max = maxGetter(block);
return(MathHelper.Clamp(MathHelper.InterpLogInv(f, min, max), 0, 1));
};
Denormalizer = (block, f) =>
{
float min = minGetter(block);
float max = maxGetter(block);
return(MathHelper.Clamp(MathHelper.InterpLog(f, min, max), min, max));
};
}
public void SetDualLogLimits(GetterDelegate minGetter, GetterDelegate maxGetter, float centerBand)
{
Normalizer = (block, f) =>
{
float min = minGetter(block);
float max = maxGetter(block);
return(DualLogNormalizer(block, f, min, max, centerBand));
};
Denormalizer = (block, f) =>
{
float min = minGetter(block);
float max = maxGetter(block);
return(DualLogDenormalizer(block, f, min, max, centerBand));
};
}
public void SetLimits(GetterDelegate minGetter, GetterDelegate maxGetter)
{
Normalizer = (block, f) =>
{
float min = minGetter(block);
float max = maxGetter(block);
return(MathHelper.Clamp((f - min) / (max - min), 0, 1));
};
Denormalizer = (block, f) =>
{
float min = minGetter(block);
float max = maxGetter(block);
return(MathHelper.Clamp(min + f * (max - min), min, max));
};
}
public void Init()
{
_luaEnv = new LuaEnv();
_luaEnv.AddLoader(CustomLuaLoad);
LuaTable meta = _luaEnv.NewTable();
meta.Set("__index", _luaEnv.Global);
_G = _luaEnv.NewTable();
_G.SetMetaTable(meta);
meta.Dispose();
//var objs = _luaEnv.DoString("require 'main'");
//_G = objs[0] as LuaTable;
LoadMain();
_update = _G.Get <FloatFunc>("Update");
_fixedUpdate = _G.Get <FloatFunc>("FixedUpdate");
}
public Operator(string metaMethod, IntegerFunc integerFunc, FloatFunc floatFunc)
{
MetaMethod = metaMethod;
IntegerFunc = integerFunc;
FloatFunc = floatFunc;
}
public void SetDualLogLimits(float absMin, float absMax, float centerBand)
{
Normalizer = (block, f) => DualLogNormalizer(block, f, absMin, absMax, centerBand);
Denormalizer = (block, f) => DualLogDenormalizer(block, f, absMin, absMax, centerBand);
}
public void SetLogLimits(float min, float max)
{
Normalizer = (block, f) => MathHelper.Clamp(MathHelper.InterpLogInv(f, min, max), 0, 1);
Denormalizer = (block, f) => MathHelper.Clamp(MathHelper.InterpLog(f, min, max), min, max);
}
public void SetLimits(float min, float max)
{
Normalizer = (block, f) => MathHelper.Clamp((f - min) / (max - min), 0, 1);
Denormalizer = (block, f) => MathHelper.Clamp(min + f * (max - min), min, max);
}
