public void animate() {
ColorPalette ising = new ColorPalette();
ising.setColor(1, Color.BLACK);
ising.setColor(-1, Color.WHITE);
ising.setColor(0, Color.RED);
grid1.setColors(ising);
grid2.setColors(ising);
grid1.registerData(L1, L2, isingspin);
grid2.registerData(L1, L2, isingcopy);
}
public void animate() {
ColorPalette ising = new ColorPalette();
ising.setColor(1, Color.BLACK); // up spin
ising.setColor(-1, Color.WHITE); // down spin
ising.setColor(0, Color.RED); // normal dilution
ising.setColor(2, Color.BLUE); // clusters
ising.setColor(-2, Color.GREEN); //
ising.setColor(3, Color.darkGray); // the centers of the clusters
grid1.setColors(ising);
grid1.registerData(IS.L1, IS.L2, IS.spin);
grid2.setColors(ising);
grid2.registerData(Istemp.L1, Istemp.L2, Istemp.spin);
}
public void animate() {
ColorPalette ising = new ColorPalette();
ising.setColor(1, Color.BLACK);
ising.setColor(-1, Color.WHITE);
ising.setColor(0, Color.RED);
ising.setColor(2, Color.BLUE);
ising.setColor(-2, Color.GREEN);
// ColorGradient heatmap = new ColorGradient();
grid1.setColors(ising);
grid1.registerData(IBaf.IS.L1, IBaf.IS.L2, IBaf.IS.spin);
// grid2.setColors(ising);
// grid2.registerData(IBaf.IS.L1, IBaf.IS.L2, IBaf.IS.biaslabel);
}
public void movie(Grid grid, int number, int copynumber) // function to capture the grid
{
String SaveAs =
"/Users/liukang2002507/Desktop/simulation/AFnucleation/pic_"
+ fmt.format(copynumber)
+ "_"
+ fmt.format(number)
+ ".png";
try {
ImageIO.write(grid.getImage(), "png", new File(SaveAs));
} catch (IOException e) {
System.err.println("Error in Writing File" + SaveAs);
}
}
public void clear() {
grid1.clear();
// grid2.clear();
}