//runs the batch simulation
public void RunBatchSimulation()
{
feedA = 0.001;
killB = 0.001;
double diffA = 0;
double diffB = 0;
IColourPicker colourScheme = new GrayScaleColours();
for(int i = 0; i < 3; i++)
{
//set laplacian function and related diffusion rates
if(i == 0)
{
lapFunc = LaplacianFunctions.PerpendicularLaplacian;
diffA = perpDiffA;
diffB = PerpDiffB;
}
else if (i == 1)
{
lapFunc = LaplacianFunctions.ConvolutionLaplacian;
diffA = convDeltDiffA;
diffB = convDeltDiffB;
}
else if (i == 2)
{
lapFunc = LaplacianFunctions.DeltaMeansLaplacian;
diffA = convDeltDiffA;
diffB = convDeltDiffB;
}
//changes feed A until it reaches 0.099
while(feedA <= 0.099)
{
//changes kill b untill it reaches 0.099
while (killB <= 0.099)
{
//makes a new grid with those numbers
grid = new Grid(canvas, bounds, lapFunc, colourScheme, cellSize, gridSize, diffA, diffB, feedA, killB);
//runs throught the simulation for 5000 iterations - enough to become stable
for (int j = 0; j < numOfIterations; j++)
{
grid.GetCellsNextValues();
grid.UpdateCellsValues();
}
//once it has become stable draws to screen then saves the image
grid.DrawGrid();
formGraphics.DrawImage(pattern, 0, 0);
SaveImage();
killB += 0.001;
}
feedA += 0.001;
killB = 0.001;
}
}
}
//runs the batch simulation
public void RunBatchSimulation()
{
feedA = 0.001;
killB = 0.001;
double diffA = 0;
double diffB = 0;
IColourPicker colourScheme = new GrayScaleColours();
for (int i = 0; i < 3; i++)
{
//set laplacian function and related diffusion rates
if (i == 0)
{
lapFunc = LaplacianFunctions.PerpendicularLaplacian;
diffA = perpDiffA;
diffB = PerpDiffB;
}
else if (i == 1)
{
lapFunc = LaplacianFunctions.ConvolutionLaplacian;
diffA = convDeltDiffA;
diffB = convDeltDiffB;
}
else if (i == 2)
{
lapFunc = LaplacianFunctions.DeltaMeansLaplacian;
diffA = convDeltDiffA;
diffB = convDeltDiffB;
}
//changes feed A until it reaches 0.099
while (feedA <= 0.099)
{
//changes kill b untill it reaches 0.099
while (killB <= 0.099)
{
//makes a new grid with those numbers
grid = new Grid(canvas, bounds, lapFunc, colourScheme, cellSize, gridSize, diffA, diffB, feedA, killB);
//runs throught the simulation for 5000 iterations - enough to become stable
for (int j = 0; j < numOfIterations; j++)
{
grid.GetCellsNextValues();
grid.UpdateCellsValues();
}
//once it has become stable draws to screen then saves the image
grid.DrawGrid();
formGraphics.DrawImage(pattern, 0, 0);
SaveImage();
killB += 0.001;
}
feedA += 0.001;
killB = 0.001;
}
}
}
//makes the colour scheme that is to be used
public IColourPicker MakeColour(ColourChoices choice)
{
IColourPicker newColour = new GrayScaleColours();
switch (choice)
{
case ColourChoices.GrayScale:
newColour = new GrayScaleColours();
break;
case ColourChoices.Colour1:
newColour = new ColourScheme1();
break;
case ColourChoices.Colour2:
newColour = new ColourScheme2();
break;
}
return newColour;
}
//makes the colour scheme that is to be used
public IColourPicker MakeColour(ColourChoices choice)
{
IColourPicker newColour = new GrayScaleColours();
switch (choice)
{
case ColourChoices.GrayScale:
newColour = new GrayScaleColours();
break;
case ColourChoices.Colour1:
newColour = new ColourScheme1();
break;
case ColourChoices.Colour2:
newColour = new ColourScheme2();
break;
}
return(newColour);
}