public VariableDistanceState(VariableState _sub1, VariableState _sub2, float _value = Mathf.NegativeInfinity) : this(_sub1, _value)
{
description = "Distance of variable <" + _sub1.variableName + "> between " + _sub1.name + " and " + _sub2.name;
stateVar2 = _sub2;
state2 = _sub2;
if (_value == Mathf.NegativeInfinity)
{
if ((stateVar1 != null && stateVar2 != null) && (stateVar1.GetType() == stateVar2.GetType()))
{
//Debug.Log(stateVar1.GetType());
//Debug.Log(stateVar2.GetType());
//Debug.Log(stateVar1.Diff(stateVar2));
value = new Parameter <float>(stateVar1.Diff(stateVar2));
}
else
{
value = null;
}
}
else
{
value = new Parameter <float>(_value);
}
}
public VariableDistanceState(VariableDistanceState _vds, VariableState _sub2) : this(_vds.stateVar1, _sub2, Mathf.NegativeInfinity)
{
}
public static bool IsSameVariable(VariableState v1, VariableState v2)
{
return(v1.HasSameIdentity(v2));
}
public virtual float Diff(VariableState other)
{
return(999999);
}
public AutoVariableState(Terminus _sub, string _variableName, bool _value)
{
variableState = new BoolVariableState(_sub, _variableName, _value);
}
public virtual float Diff(VariableState other)
{
return(variableState.Diff(other));
}
public AutoVariableState(Terminus _sub, string _variableName, Vector3 _value)
{
variableState = new VectorVariableState(_sub, _variableName, _value);
}
public AutoVariableState(Terminus _sub, string _variableName, float _value)
{
variableState = new FloatVariableState(_sub, _variableName, _value);
}
public AutoVariableState(Terminus _sub, string _variableName, int _value)
{
variableState = new IntVariableState(_sub, _variableName, _value);
}