public Axes()
{
// Initialize an empty list to hold curves
numCurves = 0;
Curves = new List <Plot>();
// Set default axis color to Blue
RAxisColor = new ManagedFloat(0f);
GAxisColor = new ManagedFloat(0f);
BAxisColor = new ManagedFloat(1f);
// Set alpha to 1 for a
AAxisColor = new ManagedFloat(1f);
// Set default resource folder to an empty string and filename to store image as "sample.png"
ResourceFolder = new ManagedString("");
FileName = new ManagedString("sample.png");
// Set bounds for axes
XL = new ManagedFloat(-10f);
XU = new ManagedFloat(10f);
YL = new ManagedFloat(-10f);
YU = new ManagedFloat(10f);
// Set strings for Python call
PythonModuleName = new ManagedString("genPLOT");
PythonAxesFunction = new ManagedString("genAXES");
PythonPlotFunction = new ManagedString("genPLOT");
}
public Axes()
{
// Initialize an empty list to hold curves
numCurves = 0;
Curves = new List<Plot>();
// Set default axis color to Blue
RAxisColor = new ManagedFloat(0f);
GAxisColor = new ManagedFloat(0f);
BAxisColor = new ManagedFloat(1f);
// Set alpha to 1 for a
AAxisColor = new ManagedFloat(1f);
// Set default resource folder to an empty string and filename to store image as "sample.png"
ResourceFolder = new ManagedString("");
FileName = new ManagedString("sample.png");
// Set bounds for axes
XL = new ManagedFloat(-10f);
XU = new ManagedFloat(10f);
YL = new ManagedFloat(-10f);
YU = new ManagedFloat(10f);
// Set strings for Python call
PythonModuleName = new ManagedString("genPLOT");
PythonAxesFunction = new ManagedString("genAXES");
PythonPlotFunction = new ManagedString("genPLOT");
}
public Expression()
{
// Set default variable to x
Var = new ManagedString("x");
// Set A, B, C, D so default equation is 1*(1*x+0)^2+0
AVertStretch = new ManagedFloat(1f);
BHorizStretch = new ManagedFloat(1f);
CHorizShift = new ManagedFloat(0f);
DVertShift = new ManagedFloat(0f);
// Generate intial expression x**2
ExprString = new ManagedString("");
PlotString = new ManagedString("");
PyExpression();
// Set default equation color to blue
REqColor = new ManagedFloat(0f);
GEqColor = new ManagedFloat(0f);
BEqColor = new ManagedFloat(1f);
// Set default resource folder to an empty string and filename to store image as "sampleEQ.png"
ResourceFolder = new ManagedString("");
FileName = new ManagedString("sampleEQ.png");
PythonModuleName = new ManagedString("genEQ");
PythonExprFunction = new ManagedString("genPNG");
}
public Expression()
{
// Set default variable to x
Var = new ManagedString("x");
// Set A, B, C, D so default equation is 1*(1*x+0)^2+0
AVertStretch = new ManagedFloat(1f);
BHorizStretch = new ManagedFloat(1f);
CHorizShift = new ManagedFloat(0f);
DVertShift = new ManagedFloat(0f);
// Generate intial expression x**2
ExprString = new ManagedString("");
PlotString = new ManagedString("");
PyExpression();
// Set default equation color to blue
REqColor = new ManagedFloat(0f);
GEqColor = new ManagedFloat(0f);
BEqColor = new ManagedFloat(1f);
// Set default resource folder to an empty string and filename to store image as "sampleEQ.png"
ResourceFolder = new ManagedString("");
FileName = new ManagedString("sampleEQ.png");
PythonModuleName = new ManagedString("genEQ");
PythonExprFunction = new ManagedString("genPNG");
}
public Plot()
{
// Set default expression to x**2 and default variable to x
Expr = new ManagedString("x**2");
Var = new ManagedString("x");
// Set default plot color to red
RPlotColor = new ManagedFloat(1f);
GPlotColor = new ManagedFloat(0f);
BPlotColor = new ManagedFloat(0f);
// Set default line width to 2
LineWidth = new ManagedFloat(2f);
// Set default values for variable parameters
XStart = new ManagedFloat(-10f);
XStop = new ManagedFloat(10f);
XStep = new ManagedFloat(0.1f);
}
public Plot()
{
// Set default expression to x**2 and default variable to x
Expr = new ManagedString("x**2");
Var = new ManagedString("x");
// Set default plot color to red
RPlotColor = new ManagedFloat(1f);
GPlotColor = new ManagedFloat(0f);
BPlotColor = new ManagedFloat(0f);
// Set default line width to 2
LineWidth = new ManagedFloat(2f);
// Set default values for variable parameters
XStart = new ManagedFloat(-10f);
XStop = new ManagedFloat(10f);
XStep = new ManagedFloat(0.1f);
}