#include "gold.hpp" IMAGE imgs[6]; IMAGE IMGS[3]; IMAGE Hook_imgs[160]; IMAGE Hook_imgs_b; void loadResource(); //加载素材 void draw(); //绘制画面 Hook hook; void init(); //初始化 void hook_init(Hook *hook, int x, int y, int len); void hook_draw(Hook *hook); //绘制钩子 void hook_swing(Hook *hook); //钩子摆动 void hook_contorl(Hook *hook); //下钩，收钩 void JudgeGrap(); Mine mine[MINE_NUM]; int main() { initgraph(1080, 640); loadResource(); init(); while (1) { BeginBatchDraw(); //双缓冲 draw(); FlushBatchDraw(); //刷新 hook_swing(&hook); hook_contorl(&hook); JudgeGrap(); int m=0; for (int i = 0; i < 10; i++) { if(mine[i].flag == 0) { m++; if(m>=10) { init(); } } } } return 0; } void loadResource() //加载素材 { for (int i = 0; i < 5; i++) { char str[50] = {0}; sprintf_s(str, "./assets/images/%d.png", i); loadimage(&imgs[i], str); } loadimage(&imgs[5], "./assets/images/bk.jpg", 1080, 640 - 120); int x[3] = {xmall, medium, large}; for (int k = 0; k < 3; ++k) { loadimage(&IMGS[k], "./assets/images/0.png", x[k] + 8, x[k]); } double R = -80; for (int m = 0; m < 160; ++m) { rotateimage(&Hook_imgs[m],&imgs[4],PI/180*R); ++R; } loadimage(&Hook_imgs_b,"./hgkg/assets/imagess/hook_b.png"); } void init() //初始化钩子 { loadResource(); hook_init(&hook, 500, 100, 60); srand((unsigned) time(NULL)); //初始化矿物 for (int i = 0; i < MINE_NUM; i++) { mine[i].x = rand() % (getwidth() - 80); mine[i].y = rand() % (getheight() - 240) + 160; mine[i].flag = 1; mine[i].type = rand() % 3; mine[i].size = rand() % 3; if (mine[i].type == gold) { switch (mine[i].size) { case 0 :mine[i].gold = 150; break; case 1 :mine[i].gold = 300; break; case 2 :mine[i].gold = 500; break; } } else if (mine[i].type == bag) { mine[i].gold = rand()%300; } else if (mine[i].type == stone) { mine[i].gold = rand()%50; } } } void draw() //绘制画面 { setfillcolor(RGB(245, 204, 132)); solidrectangle(0, 0, 1080, 120); putimage(0, 120, &imgs[5]); drawImg(getwidth() / 2 - 80, 0, &imgs[3]); hook_draw(&hook); for (int i = 0; i < MINE_NUM; i++) { if (mine[i].flag == 1) { if (mine[i].type == gold) { if (mine[i].gold == 150) { drawImg(mine[i].x, mine[i].y, &IMGS[0]); } if (mine[i].gold == 300) { drawImg(mine[i].x, mine[i].y, &IMGS[1]); } if (mine[i].gold == 500) { drawImg(mine[i].x, mine[i].y, &IMGS[2]); } } else if (mine[i].type == stone) { drawImg(mine[i].x, mine[i].y, &imgs[stone]); } else if (mine[i].type == bag) { drawImg(mine[i].x, mine[i].y, &imgs[bag]); } } } } void hook_init(Hook *hook, int x, int y, int len) { hook->x = x; hook->y = y; hook->len = len; hook->ex = hook->x; hook->ey = hook->y + hook->len; hook->angle = 0.0; hook->dir = Right; hook->dx = 0; hook->dy = 0; hook->state = ST_Normal; hook->index = -1; } void hook_draw(Hook *hook) //绘制钩子 { setlinestyle(PS_SOLID, 3); setlinecolor(BROWN); line(hook->x, hook->y, hook->ex, hook->ey); //setfillcolor(WHITE); //solidcircle(hook->ex, hook->ey, 5); putimage(hook->ex-20,hook->ey-2,43,31,&Hook_imgs_b,(int)hook->angle*43,31,SRCAND); putimage(hook->ex-20,hook->ey-2,&Hook_imgs[(int)hook->angle+80],SRCPAINT); char score[30] = ""; sprintf_s(score,"分数：%d",hook->coin); settextcolor(RGB(9,138,9)); setbkmode(TRANSPARENT); settextstyle(50,0,"等线",0,0,620,0,0,0,0,100,0,10,0); outtextxy(20,30,score); } void hook_swing(Hook *hook) //摆动钩子 { if (hook->state == ST_Normal) { if (hook->dir == Right) { hook->angle += 0.15; } else if (hook->dir == Left) { hook->angle -= 0.15; } if (hook->angle > 80) { hook->dir = Left; } else if (hook->angle < -80) { hook->dir = Right; } hook->ex = hook->x + sin(PI / 180 * hook->angle) * hook->len; hook->ey = hook->y + cos(PI / 180 * hook->angle) * hook->len; } } void hook_contorl(Hook *hook) { double speed = 0.5; if (GetAsyncKeyState(VK_SPACE)) { hook->state = ST_Long; hook->dx = sin(PI / 180 * hook->angle) * speed; hook->dy = cos(PI / 180 * hook->angle) * speed; } if (hook->state == ST_Long) { hook->ex += hook->dx; hook->ey += hook->dy; if (hook->ex < 0 || hook->ex > getwidth() || hook->ey > getheight()) { hook->state = ST_Short; } } else if (hook->state == ST_Short) { hook->ex -= hook->dx; hook->ey -= hook->dy; double dis = sqrt(pow(hook->x - hook->ex, 2) + pow(hook->y - hook->ey, 2)); if (dis <= hook->len) { hook->state = ST_Normal; } } } void JudgeGrap() { //判断抓到哪个物品 for (int i = 0; i <= MINE_NUM; ++i) { if(mine[i].flag == true) { switch (mine[i].type) { case stone : if(hook.ex>mine[i].x && hook.ex<mine[i].x+73 && hook.ey>mine[i].y && hook.ey< mine[i].y+62) { hook.index = i; } if(hook.index != -1) { hook.state = ST_Short; mine[hook.index].x = hook.ex; mine[hook.index].y = hook.ey; if (int(sqrt(pow(hook.x - hook.ex, 2) + pow(hook.y - hook.ey, 2))) <= hook.len) { mine[hook.index].flag = false; hook.coin+=mine[hook.index].gold; hook.index = -1; hook.state = ST_Normal; } } break; case bag : if(hook.ex>mine[i].x && hook.ex<mine[i].x+73 && hook.ey>mine[i].y && hook.ey< mine[i].y+62) { hook.index = i; } if(hook.index != -1) { hook.state = ST_Short; mine[hook.index].x = hook.ex; mine[hook.index].y = hook.ey; if (int(sqrt(pow(hook.x - hook.ex, 2) + pow(hook.y - hook.ey, 2))) <= hook.len) { mine[hook.index].flag = false; hook.coin+=mine[hook.index].gold; hook.index = -1; hook.state = ST_Normal; } } break; case gold : if (mine[i].gold == 150) { if (hook.ex > mine[i].x && hook.ex < mine[i].x + xmall + 8 && hook.ey > mine[i].y && hook.ey < mine[i].y + xmall) { hook.index = i; } if (hook.index != -1) { hook.state = ST_Short; mine[hook.index].x = hook.ex; mine[hook.index].y = hook.ey; if (int(sqrt(pow(hook.x - hook.ex, 2) + pow(hook.y - hook.ey, 2))) <= hook.len) { mine[hook.index].flag = false; hook.coin+=mine[hook.index].gold; hook.index = -1; hook.state = ST_Normal; } } } else if (mine[i].gold == 300) { if (hook.ex > mine[i].x && hook.ex < mine[i].x + medium + 8 && hook.ey > mine[i].y && hook.ey < mine[i].y + medium) { hook.index = i; } if (hook.index != -1) { hook.state = ST_Short; mine[hook.index].x = hook.ex; mine[hook.index].y = hook.ey; if (int(sqrt(pow(hook.x - hook.ex, 2) + pow(hook.y - hook.ey, 2))) <= hook.len) { mine[hook.index].flag = false; hook.coin+=mine[hook.index].gold; hook.index = -1; hook.state = ST_Normal; } } } else if (mine[i].gold == 500) { if (hook.ex > mine[i].x && hook.ex < mine[i].x + large + 8 && hook.ey > mine[i].y && hook.ey < mine[i].y + large) { hook.index = i; } if (hook.index != -1) { hook.state = ST_Short; mine[hook.index].x = hook.ex; mine[hook.index].y = hook.ey; if (int(sqrt(pow(hook.x - hook.ex, 2) + pow(hook.y - hook.ey, 2))) <= hook.len) { mine[hook.index].flag = false; hook.coin+=mine[hook.index].gold; hook.index = -1; hook.state = ST_Normal; } } } break; } } } }
#include <stdio.h> #include <easyx.h> #include <math.h> #include "tools.hpp" #include <time.h> #include <stdlib.h> #define PI 3.14159265359 #define MINE_NUM 10 enum Dir{Left,Right}; enum Status{ST_Normal,ST_Long,ST_Short}; enum Size{xmall=70,medium=90,large=120}; struct Hook //定义钩子 { double x,y; //初始坐标 double ex,ey; //变化坐标 double len; //钩绳长度 double angle; //钩子旋转角度 int dir; //摆动方向 double dx,dy; //速度分量 int state; //当前状态 int index; //记录抓到的物品的下标 int swing; //钩子是否在摆动 int coin=0; //角色积分 }; struct Mine { int x; int y; int size; int type; int flag; int gold; }; enum Type { gold, bag, stone, };
#pragma once #include<easyx.h> void drawImg(int x, int y,IMAGE *src) { // 变量初始化 DWORD* pwin = GetImageBuffer(); //窗口缓冲区指针 DWORD* psrc = GetImageBuffer(src); //图片缓冲区指针 int win_w = getwidth(); //窗口宽高 int win_h = getheight(); int src_w = src->getwidth(); //图片宽高 int src_h = src->getheight(); // 计算贴图的实际长宽 int real_w = (x + src_w > win_w) ? win_w - x : src_w; // 处理超出右边界 int real_h = (y + src_h > win_h) ? win_h - y : src_h; // 处理超出下边界 if (x < 0) { psrc += -x; real_w -= -x; x = 0; } // 处理超出左边界 if (y < 0) { psrc += (src_w * -y); real_h -= -y; y = 0; } // 处理超出上边界 // 修正贴图起始位置 pwin += (win_w * y + x); // 实现透明贴图 for (int iy = 0; iy < real_h; iy++) { for (int ix = 0; ix < real_w; ix++) { byte a = (byte)(psrc[ix] >> 24);//计算透明通道的值[0,256) 0为完全透明 255为完全不透明 if (a > 100) { pwin[ix] = psrc[ix]; } } //换到下一行 pwin += win_w; psrc += src_w; } } void drawImg(int x, int y, int dstW, int dstH, IMAGE* src, int srcX, int srcY) { // 变量初始化 DWORD* pwin = GetImageBuffer(); //窗口缓冲区指针 DWORD* psrc = GetImageBuffer(src); //图片缓冲区指针 int win_w = getwidth(); //窗口宽高 int win_h = getheight(); int src_w = src->getwidth(); //图片宽高 int src_h = src->getheight(); // 计算贴图的实际长宽 int real_w = (x + dstW > win_w) ? win_w - x : dstW; // 处理超出右边界 int real_h = (y + dstH > win_h) ? win_h - y : dstH; // 处理超出下边界 if (x < 0) { psrc += -x; real_w -= -x; x = 0; } // 处理超出左边界 if (y < 0) { psrc += (dstW * -y); real_h -= -y; y = 0; } // 处理超出上边界 //printf("realw,h(%d,%d)\n", real_w, real_h); // 修正贴图起始位置 pwin += (win_w * y + x); // 实现透明贴图 for (int iy = 0; iy < real_h; iy++) { for (int ix = 0; ix < real_w; ix++) { byte a = (byte)(psrc[ix + srcX + srcY * src_w] >> 24);//计算透明通道的值[0,256) 0为完全透明 255为完全不透明 if (a > 100) { pwin[ix] = psrc[ix + srcX + srcY * src_w]; } } //换到下一行 pwin += win_w; psrc += src_w; } }