public void CalculateSteps()
{
// Force the color chip to not replace empty colors with background value
colorChip.debugMode = true;
var colors = colorChip.colors;
var total = colors.Length;
var width = 8;
var height = (int)Math.Ceiling(total / (float)width);
var totalPixels = width * height;
var pixels = new int[totalPixels];
for (int i = 0; i < totalPixels; i++)
{
if (i < total)
{
pixels[i] = i;
}
else
{
pixels[i] = -1;
}
}
exporter = new PixelDataExporter(fullFileName, pixels, width, height, colors, textureFactory);
// Reset color chip value
colorChip.debugMode = false;
exporter.CalculateSteps();
}
public void CalculateSteps()
{
// Force the color chip to not replace empty colors with background value
colorChip.debugMode = true;
ConfigureColors();
// Reset color chip value
colorChip.debugMode = false;
BuildPixelData();
// Create Pixel Data Exporter
exporter = new PixelDataExporter(fullFileName, pixels, width, height, colors, imageExporter);
// calculate steps for exporter
exporter.CalculateSteps();
}
public void CalculateSteps()
{
var cols = 16;
var rows = MathUtil.CeilToInt(totalFlags / (float)cols);
var w = cols * tileSize.x;
var h = rows * tileSize.y;
var canvas = new Pattern(w, h);
canvas.Clear();
var totalPixels = tileSize.x * tileSize.y;
var brush = new int[totalPixels];
IColor[] colors = new IColor[totalFlags];
var flagColors = flagColorChip.colors;
for (int i = 0; i < totalFlags; i++)
{
colors[i] = flagColors[i];
var pos = gameChip.CalculatePosition(i, w);
pos.x *= tileSize.x;
pos.y *= tileSize.y;
// Update the brush
for (int j = 0; j < totalPixels; j++)
{
brush[j] = i;
}
canvas.SetPixels(pos.x, pos.y, tileSize.x, tileSize.y, brush);
}
var imageExporter = new PNGWriter();
exporter = new PixelDataExporter(fullFileName, canvas.pixels, w, h, colors, imageExporter);
exporter.CalculateSteps();
}
public void CalculateSteps()
{
exporter.CalculateSteps();
}
public virtual void CalculateSteps()
{
ConfigurePixelData();
exporter.CalculateSteps();
}