public void AddGraphic(Function3D func)
{
if (IsGraphicExists(func.ID))
{
return;
}
functions[functionsCount++] = new Function3D(func.ID, func.GraphicFunction);
}
private void Awake()
{
//get the Function3D component attatched or generate if null.
function3D = gameObject.GetComponent <Function3D>();
if (function3D == null)
{
//Generate and set parameters of function3D to x y z.
function3D = gameObject.AddComponent <Function3D>();
function3D.parameters = new List <string>()
{
"x", "y", "z"
};
}
}
private void Start()
{
function3D = objectWithFunction3D.GetComponent <Function3D>();
ErrorText = gameObject.GetComponent <TextMeshProUGUI>();
}
static Flap()
{
a_a6 = new Function2D(a_a6_ar, a_a6_a_a6);
lamda1 = new Function2D(lamda1_c_cf, lamda1_lamda1);
lamda2_planeFlap = new Function2D(lamda2_planeFlap_delta, lamda2_planeFlap_lamda2);
lamda2_splitFlap_tc012 = new Function2D(lamda2_splitFlap_tc012_delta, lamda2_splitFlap_tc012_lamda2);
lamda2_splitFlap_tc021 = new Function2D(lamda2_splitFlap_tc021_delta, lamda2_splitFlap_tc021_lamda2);
lamda2_splitFlap_lamda2 = (new Function2D[] { lamda2_splitFlap_tc012, lamda2_splitFlap_tc021 });
lamda2_splitFlap = new Function3D(lamda2_splitFlap_t_c, lamda2_splitFlap_lamda2);
lamda2_slottedFlap_tc012 = new Function2D(lamda2_slottedFlap_tc012_delta, lamda2_slottedFlap_tc012_lamda2);
lamda2_slottedFlap_tc021 = new Function2D(lamda2_slottedFlap_tc021_delta, lamda2_slottedFlap_tc021_lamda2);
lamda2_slottedFlap_lamda2 = (new Function2D[] { lamda2_slottedFlap_tc012, lamda2_slottedFlap_tc021 });
lamda2_slottedFlap = new Function3D(lamda2_slottedFlap_t_c, lamda2_slottedFlap_lamda2);
mu1_tc012 = new Function2D(mu1_tc012_c_cf, mu1_tc012_mu1);
mu1_tc021 = new Function2D(mu1_tc021_c_cf, mu1_tc021_mu1);
mu1_tc030 = new Function2D(mu1_tc030_c_cf, mu1_tc030_mu1);
mu1_mu1 = (new Function2D[] { mu1_tc012, mu1_tc021, mu1_tc030 });
mu1 = new Function3D(mu1_t_c, mu1_mu1);
delta1_pFsP_tc012 = new Function2D(delta1_pFsF_tc012_c_cf,
delta1_pFsF_tc012_delta1);
delta1_pFsP_tc021 = new Function2D(delta1_pFsF_tc021_c_cf,
delta1_pFsF_tc021_delta1);
delta1_pFsP_tc030 = new Function2D(delta1_pFsF_tc030_c_cf,
delta1_pFsF_tc030_delta1);
delta1_pFsF_delta1 = (new Function2D[] { delta1_pFsP_tc012,
delta1_pFsP_tc021, delta1_pFsP_tc030 });
delta1_pFsF = new Function3D(delta1_pFsF_t_c, delta1_pFsF_delta1);
delta1_slottedFlap_tc012030 = new Function2D(
delta1_slottedFlap_tc012030_c_cf,
delta1_slottedFlap_tc012030_delta1);
delta1_slottedFlap_tc021 = new Function2D(
delta1_slottedFlap_tc021_c_cf, delta1_slottedFlap_tc021_delta1);
delta1_slottedFlap_delta1 = (new Function2D[] {
delta1_slottedFlap_tc012030, delta1_slottedFlap_tc021,
delta1_slottedFlap_tc012030
});
delta1_slottedFlap = new Function3D(delta1_slottedFlap_t_c,
delta1_slottedFlap_delta1);
delta2_planeFlap = new Function2D(delta2_planeFlap_delta,
delta2_planeFlap_delta2);
delta2_splitFlap_tc012 = new Function2D(delta2_splitFlap_tc012_delta,
delta2_splitFlap_tc012_delta2);
delta2_splitFlap_tc021 = new Function2D(delta2_splitFlap_tc021_delta,
delta2_splitFlap_tc021_delta2);
delta2_splitFlap_tc030 = new Function2D(delta2_splitFlap_tc030_delta,
delta2_splitFlap_tc030_delta2);
delta2_splitFlap_delta2 = (new Function2D[] { delta2_splitFlap_tc012,
delta2_splitFlap_tc021, delta2_splitFlap_tc030 });
delta2_splitFlap = new Function3D(delta2_splitFlap_t_c,
delta2_splitFlap_delta2);
delta2_slottedFlap_tc012 = new Function2D(
delta2_slottedFlap_tc012_delta, delta2_slottedFlap_tc012_delta2);
delta2_slottedFlap_tc021 = new Function2D(
delta2_slottedFlap_tc021_delta, delta2_slottedFlap_tc021_delta2);
delta2_slottedFlap_tc030 = new Function2D(
delta2_slottedFlap_tc030_delta, delta2_slottedFlap_tc030_delta2);
delta2_slottedFlap_delta2 = (new Function2D[] { delta2_slottedFlap_tc012, delta2_slottedFlap_tc021, delta2_slottedFlap_tc030 });
delta2_slottedFlap = new Function3D(delta2_slottedFlap_t_c, delta2_slottedFlap_delta2);
ka_cfc1 = new Function2D(ka_cfc1_delta, ka_cfc1_ka);
ka_cfc2 = new Function2D(ka_cfc2_delta, ka_cfc2_ka);
ka_cfc3 = new Function2D(ka_cfc3_delta, ka_cfc3_ka);
ka_cfc4 = new Function2D(ka_cfc4_delta, ka_cfc4_ka);
ka_ka = (new Function2D[] { ka_cfc1, ka_cfc2, ka_cfc3, ka_cfc4 });
ka = new Function3D(ka_cfc, ka_ka);
}
public void draw(string function)
{
string s = sub(function, 0, function.IndexOf("="));
Debug.Log(s);
string f = sub(function, function.IndexOf("=") + 1, function.Length);
Debug.Log(f);
IObj obj = null;
if (f.Contains(","))
{
f = sub(f, 1, f.Length - 1);
string[] comp = f.Split(',');
if (s.Contains("(x,y,z)"))
{
GameObject gameObject = Instantiate(vectorField3DObject, transform.position + Vector3.up, Quaternion.identity) as GameObject;
gameObject.transform.localScale = new Vector3(10, 10, 10);
VectorField3D vectorField3D = gameObject.GetComponent <VectorField3D>();
vectorField3D.sex = comp[0];
vectorField3D.sey = comp[1];
vectorField3D.sez = comp[2];
obj = vectorField3D;
//vectorField3D.update();
}
else if (s.Contains("(x,y)"))
{
GameObject gameObject = Instantiate(vectorField2DObject, transform.position + Vector3.up, Quaternion.identity) as GameObject;
gameObject.transform.localScale = new Vector3(10, 10, 10);
VectorField2D vectorField2D = gameObject.GetComponent <VectorField2D>();
Debug.Log("vector2d");
Debug.Log(comp[0]);
Debug.Log(comp[1]);
vectorField2D.sex = comp[0];
vectorField2D.sey = comp[1];
obj = vectorField2D;
//vectorField2D.update();
}
}
else
{
Debug.Log(function);
Regex r = new Regex("([a-zA-Z0-9]*?)\\^\\((.+?)\\)");
Match m = r.Match(function);
if (m.Success)
{
function = r.Replace(function, "Pow($1,$2)");
Debug.Log(m.Groups[1]);
Debug.Log(m.Groups[2]);
}
Debug.Log(function);
if (s.Contains("(x,y)"))
{
GameObject gameObject = Instantiate(function3DObject, transform.position + Vector3.up, Quaternion.identity) as GameObject;
gameObject.transform.localScale = new Vector3(10, 10, 10);
Function3D function3D = gameObject.GetComponent <Function3D>();
function3D.function = f;
function3D.start();
function3D.compile();
obj = function3D;
//function3D.update();
}
else if (s.Contains("(x)"))
{
GameObject gameObject = Instantiate(function2DObject, transform.position + Vector3.up, Quaternion.identity) as GameObject;
gameObject.transform.localScale = new Vector3(100, 100, 100);
Function2D function2D = gameObject.GetComponent <Function2D>();
Debug.Log("2D");
function2D.function = f;
obj = function2D;
//function2D.update();
}
}
if (obj != null)
{
Debug.Log("Queue");
main.unassigned.Enqueue(obj);
Debug.Log(main.unassigned.Count);
}
}
public static Vector3 Morph(float u, float v, float t,
Function3D from, Function3D to, float progress)
{
return(Vector3.LerpUnclamped(
from(u, v, t), to(u, v, t), SmoothStep(0f, 1f, progress)));
}
public static Vector3 numDerivative3D(float t, Function3D delegate3D)
{
return(new Vector3(numDerivative(t, delegate3D.xExpr), numDerivative(t, delegate3D.yExpr), numDerivative(t, delegate3D.zExpr)));
}
public static Vector3 numDerivative3D(Vector3 vector, Function3D delegate3D)
{
return(new Vector3(numDerivative(vector.x, delegate3D.xExpr), numDerivative(vector.y, delegate3D.yExpr), numDerivative(vector.z, delegate3D.zExpr)));
}
