//--------Delivers BMP Image---------//
void serveBMP (int socket, char request[]) {
int row = -SIZE/2; //Defines where each row should start
int col = -SIZE/2; //Defines where first column should start
int iterations = 0; //Count the amount of iterations needed
//to escape the set
complex current; //The current coodinates of the point
//being tested
int colCounter = 0; //Current collum
int rowCounter = 0; //Current row
int zoom = 0; //The zoom level of the image
double xMiddle = 0; //The x (real) component of the
//center of the image
double yMiddle = 0; //The y (imaginary) component of the
//center of the image
bits8 byte = 0; //Intensity of color from each sub-pixel
writeHTTPHeader(socket);
writeBMPHeader(socket);
//get coordinates from URL
sscanf (request, "GET /tile_x%lf_y%lf_z%d.bmp",
&xMiddle,&yMiddle,&zoom);
//print each pixel out
while (rowCounter < SIZE){
current.y = yMiddle + row*exp2(-1*zoom) + exp2(-1*zoom)/2;
while (colCounter < SIZE){
current.x = xMiddle + col*exp2(-1*zoom) + exp2(-1*zoom)/2;
iterations = escapeSteps(current.x,current.y);
writePixel (socket,iterations, byte);
col++;
colCounter++;
}
col = -SIZE/2;
colCounter = 0;
row++;
rowCounter++;
}
}
void writeBMP(ByteStream& stream, iw_image* image) {
writeBMPHeader(stream, image->width, image->height);
for (int y = image->height - 1; y >= 0; --y) {
for (int x = 0; x < image->width; ++x) {
//stream.put(image->b(x, y));
//stream.put(image->g(x, y));
//stream.put(image->r(x, y));
//stream.put(image->a(x, y));
//stream.write(convertIntToByteArrayLE(image->argb(x, y)));
stream.put(image->pixels[y * image->bpr + x * 4 + 2]);
stream.put(image->pixels[y * image->bpr + x * 4 + 1]);
stream.put(image->pixels[y * image->bpr + x * 4 + 0]);
stream.put(image->pixels[y * image->bpr + x * 4 + 3]);
}
}
}
