/************************************
ͼϵͳ,ReadBitMap
*************************************/
#include"bm.h"
#include<math.h>

void main()
{
	int be = 2;
	long poitn = 0;
	BITMAP_PZ bm = CreMap_pz("11.bmp");
	BITMAP_PZ bm1 = CreMap_pz("22.bmp");
	FILE *poit, *rgb;
	poit = fopen("poit.h", "w");
	rgb = fopen("rgb.h", "w");
	int m = bm.BitInfoHead.biWidth / 2;
	int n = bm.BitInfoHead.biHeight / 2 - 50;
	int x, y, z;
	initgraph(bm.BitInfoHead.biWidth>bm1.BitInfoHead.biWidth ? bm.BitInfoHead.biWidth : bm1.BitInfoHead.biWidth, bm.BitInfoHead.biHeight>bm1.BitInfoHead.biHeight ? bm.BitInfoHead.biHeight : bm1.BitInfoHead.biHeight);

	int kk = 0;
	for (int j = 0; j < bm1.BitInfoHead.biHeight; j += 1)
	{
		for (int i = 0; i < bm1.BitInfoHead.biWidth; i += (i>bm.BitInfoHead.biWidth || j>bm.BitInfoHead.biHeight )? 1 : 2)
		{
			RGBQUAd rgbb1 = GetPix(&bm1, i, j);
			//if (kk %2==1)
			{
				putpixel(i, j, RGB(rgbb1.rgbRed, rgbb1.rgbGreen, rgbb1.rgbBlue));
			}
			kk++;
		}
	}
	kk = 0;
		for (int j = 0; j < bm.BitInfoHead.biHeight; j += 1)
	{
		for (int i = 1; i < bm.BitInfoHead.biWidth; i +=2)
		{
			RGBQUAd rgbb = GetPix(&bm, i, j);
			//if ((i>bm.BitInfoHead.biWidth / 2 && j>bm.BitInfoHead.biHeight/2) && ((sqrt(pow((double)(m - i), 2) + pow((double)(n - j), 2)) < 80 && sqrt(pow((double)(m - i), 2) + pow((double)(n - j), 2)) >40) || (sqrt(pow((double)(m - i), 2) + pow((double)(n - j), 2)) < 180 && sqrt(pow((double)(m - i), 2) + pow((double)(n - j), 2)) >120)))
			//if (i<bm.BitInfoHead.biWidth)
			{
				//if (kk%2==0)
				putpixel(i, j, RGB(rgbb.rgbRed, rgbb.rgbGreen, rgbb.rgbBlue));
				//fprintf(poit, ".%d.%d.%d", i, j, 0);
				//fprintf(rgb, ".%d.%d.%d", rgbb.rgbRed, rgbb.rgbGreen, rgbb.rgbBlue);
				//poitn++;
				kk++;
			}
		}
	}
	RGBQUAd rgbp;
	fprintf(rgb, " poit number  %d", poitn);
	fclose(poit);
	fclose(rgb);
	CloseBM_pz(bm);	//رλͼ
	getchar();
	getchar();
	closegraph();
	printf("\n");
}