public static float Defaultered(string id, ModifierInfo mi, float defaultval)
{
float ret;
if (mi.fpInfos.ContainsKey(id))
{
var val = mi.fpInfos[id].GetValue();
if (val.GetType() == typeof(float))
{
//Console.WriteLine(val.GetType());
return((float)val);
}
else if (val.GetType() == typeof(int))
{
return((int)val);
}
else if (val.GetType() == typeof(Vector2R))
{
Vector2R vect = (Vector2R)(val);
ret = (vect.X + vect.Y) / 10;
}
else
{
ret = defaultval;
}
}
else
{
ret = defaultval;
}
return(ret);
}
public static void VectorSineComposite(Dictionary <string, dynamic> args, ModifierInfo mi)
{
Vector2R vector = ((Vector2R)mi.fpInfos["v1"].GetValue());
float timer = (Defaultered("m1", mi, -9999));
float amp = (Defaultered("amp", args, (OrbIt.ScreenHeight / 5)));
float period = (Defaultered("period", args, (OrbIt.ScreenWidth / 4)));
float vshift = (Defaultered("vshift", args, (OrbIt.ScreenHeight / 2)));
int times = (int)(Defaultered("composite", args, 2));
//float min = (Defaultered("min", args, 0.1f));
//float highest = (Defaultered("highest", args, 20f));
//float o1 = velocity.Length() / highest;
//o1 = o1 * (max - min) + min;
//vector.Y = (float)Math.Sin(vector.X / (period / (Math.PI * 2))) * amp + Game1.sHeight / 2;
//vector.Y = SineComposite(vector.X, amp, period, vshift, times);
//float test = args["test"];
//test++;
//args["test"] = test;
float x = timer;
if (x == -9999)
{
x = vector.X;
}
args["yval"] = SineComposite(x, amp, period, vshift, times);
mi.fpInfos["v1"].SetValue(vector);
}
public static void Mod(Dictionary <string, dynamic> args, ModifierInfo mi)
{
float o1;
// = (float)mi.fpInfos["o1"].GetValue(); //if you'd like to use output in the calculation, include this call (o1 always exists)
float m1 = Defaultered("m1", mi, 5);
int mod = (int)(Defaultered("mod", args, 10));
o1 = m1 % mod;
mi.fpInfos["o1"].SetValue(o1);
}
public static void VelocityToOutput(Dictionary <string, dynamic> args, ModifierInfo mi)
{
Vector2R velocity = ((Node)mi.fpInfos["v1"].ob).body.velocity;
float max = (Defaultered("max", args, 2f));
float min = (Defaultered("min", args, 0.1f));
float highest = (Defaultered("highest", args, 20f));
float o1 = velocity.Length() / highest;
o1 = o1 * (max - min) + min;
mi.fpInfos["v1"].SetValue(o1);
}
public static void TriangleArgs(Dictionary <string, dynamic> args, ModifierInfo mi)
{
float o1;
// = (float)mi.fpInfos["o1"].GetValue(); //if you'd like to use output in the calculation, include this call (o1 always exists)
float m1 = Defaultered("m1", mi, 5);
int mod = (int)(Defaultered("mod", args, 10)) * 10;
//int mod = 100;
//scale = ((float)Math.Pow((double)(((int)position.X / 10) % mod) - (mod / 2),2)/2)/(mod*5)+0.5f;
//scale = ((float)Math.Abs((double)(((int)position.X / 10) % mod) - (mod / 2)) / (mod * 5)) + 0.5f;
o1 = (mod - (float)Math.Abs(((int)(m1) % (2 * mod) - mod))) / (mod / 5) + 0.5f;
mi.fpInfos["o1"].SetValue(o1);
}
public static void VectorSine(Dictionary <string, dynamic> args, ModifierInfo mi)
{
Vector2R vector = ((Vector2R)mi.fpInfos["v1"].GetValue());
float amp = (Defaultered("amp", args, (OrbIt.ScreenHeight / 5)));
float period = (Defaultered("period", args, (OrbIt.ScreenWidth / 4)));
//float min = (Defaultered("min", args, 0.1f));
//float highest = (Defaultered("highest", args, 20f));
//float o1 = velocity.Length() / highest;
//o1 = o1 * (max - min) + min;
vector.Y = (float)Math.Sin(vector.X / (period / (Math.PI * 2))) * amp + OrbIt.ScreenHeight / 2;
mi.fpInfos["v1"].SetValue(vector);
}
public static float checkFloat(string id, ModifierInfo mi)
{
float ret = 0;
//Type t = mi.fpInfos[id].GetValue().GetType();
var val = mi.fpInfos[id].GetValue();
if (val is Vector2R) //not sure if this works, might need a typeof
{
Vector2R vect = (Vector2R)(val);
ret = (vect.X + vect.Y) / 10;
}
else
{
ret = (float)val;
}
return(ret);
}
