// Use this for initialization
void Start()
{
int varSize = 100;
char[] uResult = new char[varSize];
// Initialize the Python Interpreter
GameMath.PythonFunctions.PyInit();
// Create a quadratic expression initialized to 1*(1*x - 2)**2 + 1
GameMath.QuadExpr quadCurve = new GameMath.QuadExpr(1, 1, 2, 1);
quadCurve.ResourceFolder.StrData = "Equation Images";
quadCurve.FileName.StrData = "newEQ.png";
quadCurve.SetEqColor(1, 1, 0);
quadCurve.GenerateEqImage();
//Debug.Log (quadCurve.REqColor.ToString ());//quadCurve.ExprString);
//Debug.Log (System.Environment.Version);
//CallCPPFunc.CallCPPFunc.PyCallGenEqSharp("genEQ", "genPNG", quadCurve.ExprString.ToCharArray(), origEqColor.r.ToString().ToCharArray(), origEqColor.g.ToString().ToCharArray(), origEqColor.b.ToString().ToCharArray(), origEqColor.a.ToString().ToCharArray(), "300".ToCharArray(), "Equation Images".ToCharArray(), "test1.png".ToCharArray(), uResult);
}
// Use this for initialization
void Start()
{
int varSize = 100;
char[] uResult = new char[varSize];
// Initialize the Python Interpreter
GameMath.PythonFunctions.PyInit ();
// Create a quadratic expression initialized to 1*(1*x - 2)**2 + 1
GameMath.QuadExpr quadCurve = new GameMath.QuadExpr(1, 1, 2, 1);
quadCurve.ResourceFolder.StrData = "Equation Images";
quadCurve.FileName.StrData = "newEQ.png";
quadCurve.SetEqColor (1, 1, 0);
quadCurve.GenerateEqImage();
//Debug.Log (quadCurve.REqColor.ToString ());//quadCurve.ExprString);
//Debug.Log (System.Environment.Version);
//CallCPPFunc.CallCPPFunc.PyCallGenEqSharp("genEQ", "genPNG", quadCurve.ExprString.ToCharArray(), origEqColor.r.ToString().ToCharArray(), origEqColor.g.ToString().ToCharArray(), origEqColor.b.ToString().ToCharArray(), origEqColor.a.ToString().ToCharArray(), "300".ToCharArray(), "Equation Images".ToCharArray(), "test1.png".ToCharArray(), uResult);
}
private void PythonEquationGenerator(GameObject equationObject, string fileName, string testImageName)
{
GameMath.Expression Curve = null;
switch ((int)eqChoose.GetComponent <UpdateValue>().ReturnVariable())
{
case 0:
{
Curve = new GameMath.LinearExpr();
break;
}
case 1:
{
Curve = new GameMath.QuadExpr();
break;
}
case 2:
{
Curve = new GameMath.CubeExpr();
break;
}
case 3:
{
Curve = new GameMath.AbsExpr();
break;
}
case 4:
{
Curve = new GameMath.SqrtExpr();
break;
}
case 5:
{
Curve = new GameMath.CbrtExpr();
break;
}
case 6:
{
Curve = new GameMath.RecipExpr();
break;
}
default:
{
Curve = new GameMath.LinearExpr();
break;
}
}
Curve.AVertStretch.FloatData = equationObject.GetComponent <UserEquationInput>().VarA;
Curve.BHorizStretch.FloatData = equationObject.GetComponent <UserEquationInput>().VarB;
Curve.CHorizShift.FloatData = equationObject.GetComponent <UserEquationInput>().VarC;
Curve.DVertShift.FloatData = equationObject.GetComponent <UserEquationInput>().VarD;
//Debug.Log(Curve.ExprString.StrData);
Curve.PyExpression();
Curve.ResourceFolder.StrData = "Equation Images";
Curve.FileName.StrData = fileName;
Curve.SetEqColor(equationObject.GetComponent <UserEquationInput>().CurrentColor.r, equationObject.GetComponent <UserEquationInput>().CurrentColor.g, equationObject.GetComponent <UserEquationInput>().CurrentColor.b);
Debug.Log(Application.persistentDataPath);
//create PNG for Equation
Curve.GenerateEqImage();
/*
* GameMath.QuadExpr quadCurve = new GameMath.QuadExpr();
*
* quadCurve.AVertStretch.FloatData = equationObject.GetComponent<UserEquationInput>().VarA;
* quadCurve.BHorizStretch.FloatData = equationObject.GetComponent<UserEquationInput>().VarB;
* quadCurve.CHorizShift.FloatData = equationObject.GetComponent<UserEquationInput>().VarC;
* quadCurve.DVertShift.FloatData = equationObject.GetComponent<UserEquationInput>().VarD;
*
* quadCurve.PyExpression();
*
* quadCurve.ResourceFolder.StrData = "Equation Images";
* quadCurve.FileName.StrData = fileName;
*
* quadCurve.SetEqColor(equationObject.GetComponent<UserEquationInput>().CurrentColor.r, equationObject.GetComponent<UserEquationInput>().CurrentColor.g, equationObject.GetComponent<UserEquationInput>().CurrentColor.b);
*
* Debug.Log(quadCurve.ExprString.StrData);
*
* //create PNG for Equation
* quadCurve.GenerateEqImage();
*/
//grab image from file and display
UnityEditor.AssetDatabase.Refresh();
string rootF = "Equation Images/" + testImageName;
Sprite myEquation_image = Resources.Load(rootF, typeof(Sprite)) as Sprite;
//Debug.Log (rootF);
Equation_Output_ref.GetComponent <Image> ().sprite = myEquation_image;
}
private void PythonPlotGenerator(GameObject equationObject, string fileName, string testImageName)
{
GameMath.Plot newCurve = new GameMath.Plot();
GameMath.Expression newExpr = null;
switch ((int)eqChoose.GetComponent <UpdateValue>().ReturnVariable())
{
case 0:
{
newExpr = new GameMath.LinearExpr();
break;
}
case 1:
{
newExpr = new GameMath.QuadExpr();
break;
}
case 2:
{
newExpr = new GameMath.CubeExpr();
break;
}
case 3:
{
newExpr = new GameMath.AbsExpr();
break;
}
case 4:
{
newExpr = new GameMath.SqrtExpr();
break;
}
case 5:
{
newExpr = new GameMath.CbrtExpr();
break;
}
case 6:
{
newExpr = new GameMath.RecipExpr();
break;
}
default:
{
newExpr = new GameMath.LinearExpr();
break;
}
}
newExpr.AVertStretch.FloatData = equationObject.GetComponent <UserEquationInput>().VarA;
newExpr.BHorizStretch.FloatData = equationObject.GetComponent <UserEquationInput>().VarB;
newExpr.CHorizShift.FloatData = equationObject.GetComponent <UserEquationInput>().VarC;
newExpr.DVertShift.FloatData = equationObject.GetComponent <UserEquationInput>().VarD;
newExpr.PyExpression();
Debug.Log(newExpr.PlotString.StrData);
//GameMath.AbsExpr newExpr = new GameMath.AbsExpr(equationObject.GetComponent<UserEquationInput>().VarA, equationObject.GetComponent<UserEquationInput>().VarB, equationObject.GetComponent<UserEquationInput>().VarC, equationObject.GetComponent<UserEquationInput>().VarD);
//newCurve.Expr.StrData = "1*(1*x+0)**0.5+0";
//newCurve.Expr.StrData = equationObject.GetComponent<UserEquationInput> ().CurrentPythonEq;
newCurve.Expr.StrData = newExpr.PlotString.StrData;
//Debug.Log(newExpr.PlotString.StrData);
//newCurve.XStart.FloatData = 0f;
GameMath.Axes newGraph = new GameMath.Axes();
newGraph.AddCurve(newCurve);
newGraph.ResourceFolder.StrData = "Plot Figures";
//newGraph.FileName = "newGRAPH.png";
newGraph.FileName.StrData = fileName;
newGraph.GenerateGrid();
newGraph.GeneratePlot(0);
UnityEditor.AssetDatabase.Refresh();
string rootF = "Plot Figures/" + testImageName + "_AXES";
Sprite myPlot_image = Resources.Load(rootF, typeof(Sprite)) as Sprite;
Plot_Output_ref.GetComponent <Image> ().sprite = myPlot_image;
string rootC = "Plot Figures/" + testImageName + "_0";
Sprite myCurve_image = Resources.Load(rootC, typeof(Sprite)) as Sprite;
Curve_Output_ref.GetComponent <Image> ().sprite = myCurve_image;
}
private void PythonEquationGenerator(GameObject equationObject, string fileName, string testImageName)
{
GameMath.Expression Curve = null;
switch ((int)eqChoose.GetComponent<UpdateValue>().ReturnVariable())
{
case 0:
{
Curve = new GameMath.LinearExpr();
break;
}
case 1:
{
Curve = new GameMath.QuadExpr();
break;
}
case 2:
{
Curve = new GameMath.CubeExpr();
break;
}
case 3:
{
Curve = new GameMath.AbsExpr();
break;
}
case 4:
{
Curve = new GameMath.SqrtExpr();
break;
}
case 5:
{
Curve = new GameMath.CbrtExpr();
break;
}
case 6:
{
Curve = new GameMath.RecipExpr();
break;
}
default:
{
Curve = new GameMath.LinearExpr();
break;
}
}
Curve.AVertStretch.FloatData = equationObject.GetComponent<UserEquationInput>().VarA;
Curve.BHorizStretch.FloatData = equationObject.GetComponent<UserEquationInput>().VarB;
Curve.CHorizShift.FloatData = equationObject.GetComponent<UserEquationInput>().VarC;
Curve.DVertShift.FloatData = equationObject.GetComponent<UserEquationInput>().VarD;
//Debug.Log(Curve.ExprString.StrData);
Curve.PyExpression();
Curve.ResourceFolder.StrData = "Equation Images";
Curve.FileName.StrData = fileName;
Curve.SetEqColor(equationObject.GetComponent<UserEquationInput>().CurrentColor.r, equationObject.GetComponent<UserEquationInput>().CurrentColor.g, equationObject.GetComponent<UserEquationInput>().CurrentColor.b);
Debug.Log(Application.persistentDataPath);
//create PNG for Equation
Curve.GenerateEqImage();
/*
GameMath.QuadExpr quadCurve = new GameMath.QuadExpr();
quadCurve.AVertStretch.FloatData = equationObject.GetComponent<UserEquationInput>().VarA;
quadCurve.BHorizStretch.FloatData = equationObject.GetComponent<UserEquationInput>().VarB;
quadCurve.CHorizShift.FloatData = equationObject.GetComponent<UserEquationInput>().VarC;
quadCurve.DVertShift.FloatData = equationObject.GetComponent<UserEquationInput>().VarD;
quadCurve.PyExpression();
quadCurve.ResourceFolder.StrData = "Equation Images";
quadCurve.FileName.StrData = fileName;
quadCurve.SetEqColor(equationObject.GetComponent<UserEquationInput>().CurrentColor.r, equationObject.GetComponent<UserEquationInput>().CurrentColor.g, equationObject.GetComponent<UserEquationInput>().CurrentColor.b);
Debug.Log(quadCurve.ExprString.StrData);
//create PNG for Equation
quadCurve.GenerateEqImage();
*/
//grab image from file and display
UnityEditor.AssetDatabase.Refresh();
string rootF = "Equation Images/" + testImageName;
Sprite myEquation_image = Resources.Load(rootF, typeof(Sprite)) as Sprite;
//Debug.Log (rootF);
Equation_Output_ref.GetComponent<Image> ().sprite = myEquation_image;
}
private void PythonPlotGenerator(GameObject equationObject, string fileName, string testImageName)
{
GameMath.Plot newCurve = new GameMath.Plot ();
GameMath.Expression newExpr = null;
switch ((int)eqChoose.GetComponent<UpdateValue>().ReturnVariable())
{
case 0:
{
newExpr = new GameMath.LinearExpr();
break;
}
case 1:
{
newExpr = new GameMath.QuadExpr();
break;
}
case 2:
{
newExpr = new GameMath.CubeExpr();
break;
}
case 3:
{
newExpr = new GameMath.AbsExpr();
break;
}
case 4:
{
newExpr = new GameMath.SqrtExpr();
break;
}
case 5:
{
newExpr = new GameMath.CbrtExpr();
break;
}
case 6:
{
newExpr = new GameMath.RecipExpr();
break;
}
default:
{
newExpr = new GameMath.LinearExpr();
break;
}
}
newExpr.AVertStretch.FloatData = equationObject.GetComponent<UserEquationInput>().VarA;
newExpr.BHorizStretch.FloatData = equationObject.GetComponent<UserEquationInput>().VarB;
newExpr.CHorizShift.FloatData = equationObject.GetComponent<UserEquationInput>().VarC;
newExpr.DVertShift.FloatData = equationObject.GetComponent<UserEquationInput>().VarD;
newExpr.PyExpression();
Debug.Log(newExpr.PlotString.StrData);
//GameMath.AbsExpr newExpr = new GameMath.AbsExpr(equationObject.GetComponent<UserEquationInput>().VarA, equationObject.GetComponent<UserEquationInput>().VarB, equationObject.GetComponent<UserEquationInput>().VarC, equationObject.GetComponent<UserEquationInput>().VarD);
//newCurve.Expr.StrData = "1*(1*x+0)**0.5+0";
//newCurve.Expr.StrData = equationObject.GetComponent<UserEquationInput> ().CurrentPythonEq;
newCurve.Expr.StrData = newExpr.PlotString.StrData;
//Debug.Log(newExpr.PlotString.StrData);
//newCurve.XStart.FloatData = 0f;
GameMath.Axes newGraph = new GameMath.Axes();
newGraph.AddCurve(newCurve);
newGraph.ResourceFolder.StrData = "Plot Figures";
//newGraph.FileName = "newGRAPH.png";
newGraph.FileName.StrData = fileName;
newGraph.GenerateGrid();
newGraph.GeneratePlot(0);
UnityEditor.AssetDatabase.Refresh();
string rootF = "Plot Figures/" + testImageName+"_AXES";
Sprite myPlot_image = Resources.Load(rootF, typeof(Sprite)) as Sprite;
Plot_Output_ref.GetComponent<Image> ().sprite = myPlot_image;
string rootC = "Plot Figures/" + testImageName+"_0";
Sprite myCurve_image = Resources.Load(rootC, typeof(Sprite)) as Sprite;
Curve_Output_ref.GetComponent<Image> ().sprite = myCurve_image;
}