// Update is called once per frame
void Update()
{
if (inputReceived)
{
manageText();
inputReceived = false;
updateOverlay = true;
bool isValid = expressionSet.CompileAll();
displayParam = new CustomParametrizedSurface.DisplayParam();
displayParam.xExpression = expressionSet.expressions[X].rawText;
displayParam.yExpression = expressionSet.expressions[Y].rawText;
displayParam.zExpression = expressionSet.expressions[Z].rawText;
displayParam.uExpression = expressionSet.ranges["u"].Max.rawText;
displayParam.vExpression = expressionSet.ranges["v"].Max.rawText;
ManageFeedback();
if (isValid)
{
paramSurface.GenerateParticles();
}
}
if (toExport)
{
toExport = false;
paramSurface.GenerateMesh();
}
}
// Update is called once per frame
void Update()
{
if (updateText || inputReceived)
{
manageText();
updateText = false;
}
if (inputReceived)
{
inputReceived = false;
updateOverlay = true;
bool isValid = expressionSet.CompileAll();
ManageFeedback();
if (isValid)
{
paramSurface.GenerateParticles();
}
}
if (toExport)
{
toExport = false;
paramSurface.GenerateMesh();
}
}
public void UpdateFunctions()
{
Clear();
//if (es.CompileAll())
//{
es.CompileAll();
expX = solver.SymbolicateExpression(es.expressions["X"].expression);
expY = solver.SymbolicateExpression(es.expressions["Y"].expression);
expZ = solver.SymbolicateExpression(es.expressions["Z"].expression);
//}
//else
//{
// return;
//}
//try
//{
// expX = solver.SymbolicateExpression(expressionX);
// expY = solver.SymbolicateExpression(expressionY);
// expZ = solver.SymbolicateExpression(expressionZ);
//}
//catch
//{
// return;
//}
CalculateVectors();
DrawVectorField();
}
// Reset the threads and prepare to run new calculations so long as the plotter is not graphing
public void UpdateFunctions()
{
if (drawn)
{
drawn = false;
Clear();
//if (es.CompileAll())
//{
es.CompileAll();
expX = solver.SymbolicateExpression(es.expressions["X"].expression);
CalculateVectors();
}
else
{
drawQueue++;
}
//DrawDensityPlot();
}