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tetris 完整版-上下左右鍵修改完成.cpp
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tetris 完整版-上下左右鍵修改完成.cpp
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#include<stdio.h>
#include<stdlib.h>
#include<time.h>
#include<windows.h>
#include<conio.h>
char tetris[10][20][2]={0};
int score=0,picture[7][4][6]={0},line[20]={0},up=72,down=80,left=75,right=77,space=32,sec=500,row=0,cache_block[3],cache_change[3];
int root[4];
void show();//顯示遊戲畫面
void move_show();//顯示移動畫面
void pic();//建構方塊
void initialization();//初始化方塊降落
void mark(int point_x,int point_y,int block,int change,int clean);//刻印方塊進陣列
void line_check(int point_y,int block,int change);//橫行計算
void move(int y);//移動目標行上方所有方塊往下一格
void gotoxy(int xpos, int ypos);//座標回歸到最左上角
void game();//遊戲主程式
void homepage(int option);//顯示主頁面
void homepage_control();//主頁面控制
void setting(int option,int chose);//設定頁面
void setting_control();//設定頁面控制
void pause(int option);//遊戲中暫停頁面
void gameover();//遊戲結束
void initialization(int *point_x,int *point_y,int *block,int *change);//初始化方塊
void shadow(int x2,int y2,int block,int change2,int clean);//影子計算
void mark_shadow(int point_x,int point_y,int block,int change);//刻印影子進陣列
void SetColor(int ForgC);//設定顏色
void ready_block(int *block,int *change,int a);//顯示預備方塊
void move_block(int x1,int y1,int x2,int y2,int block,int change1,int change2,int clean);//移動方塊優化
void set_color(int block);//設定顏色
void set_root(int point_x,int point_y,int block,int change);
void shadow_new_block(int point_x,int point_y,int block,int change);//新方塊影子
int shadow_drop_point(int point_x,int point_y,int block,int change);//計算影子落點
int coordinate(int a,int xy);
int pause_control();//暫停頁面控制
int che(int point_x,int point_y,int block,int change);//確認方塊有無重疊
int main(){
srand(time(NULL));//設定亂數種子
homepage_control();
return 0;
}
void game(){
int point_x=5,point_y=-2,block[4]={rand()%7,rand()%7,rand()%7,rand()%7},change[4]={rand()%4,rand()%4,rand()%4,rand()%4},control=0,check,game_control=0,clean=0;
set_root(point_x,point_y,block[0],change[0]);
int i=0;
for(i=0;i<3;i++){
cache_change[i]=change[i+1];
cache_block[i]=block[i+1];
}
pic();//建構方塊
clock_t t1,t2,t3,t4;
gotoxy(0,0);
show();
for(;;){//遊戲開始
check=0;
switch(game_control){//方塊落定
case 0:
shadow_new_block(point_x,point_y,block[0],change[0]);
gotoxy(34,1);
printf("SCORE");
gotoxy(34,2);
printf("%08d",score);
for(;point_y+picture[block[0]][change[0]][1]<0 && point_y+picture[block[0]][change[0]][3]<0 && point_y+picture[block[0]][change[0]][5]<0;point_y++);//將方塊移動至露出一格
check=che(point_x,point_y,block[0],change[0]);//檢測有無方塊重疊
ready_block(block,change,0);
if(check==1)break;//有其他方塊遊戲結束
t1=clock();
case 1://移動完回到此
//shadow(point_x,point_y,block[0],change[0],0);//刻上影子
//mark(point_x,point_y,block[0],change[0],0);//刻上落下方塊
move_block(root[0],root[1],point_x,point_y,block[0],root[3],change[0],clean);
shadow(point_x,point_y,block[0],change[0],clean);
clean=1;
set_root(point_x,point_y,block[0],change[0]);
case 2://無法移動時
control=0;
}
if(check==1)break;//switch裡判斷方塊到頂
game_control=0;
do{//取得輸入
t2=clock();
if(kbhit())control=getch();
}while((t2-t1)<sec && control!=224 && control!=space && control!=27);
if(control==224)control=getch();
if(control==27){
t3=clock();
pause_control();
ready_block(block,change,0);
t4=clock();
t1=t1+t4-t3;
game_control=1;
continue;
}
mark(point_x,point_y,block[0],change[0],1);//清除降落中方塊方便運算
if((t2-t1)>=sec){//時間到往下一格
if(point_y>=19){//超出範圍
move_block(root[0],root[1],point_x,point_y,block[0],root[3],change[0],1);
clean=0;
line_check(point_y,block[0],change[0]);
initialization(&point_x,&point_y,block,change);//初始化
continue;
}
point_y++;//往下一格開始判斷
if(point_y+picture[block[0]][change[0]][1]>19 || point_y+picture[block[0]][change[0]][3]>19 || point_y+picture[block[0]][change[0]][5]>19){//下落位置超過最底部
point_y--;//無法往下，倒退一格
move_block(root[0],root[1],point_x,point_y,block[0],root[3],change[0],1);
clean=0;
line_check(point_y,block[0],change[0]);
initialization(&point_x,&point_y,block,change);//初始化
continue;
}
else{
check=che(point_x,point_y,block[0],change[0]);//確認下落位置有無方塊
if(check==1){
point_y--;//無法往下，倒退一格
move_block(root[0],root[1],point_x,point_y,block[0],root[3],change[0],1);
clean=0;
line_check(point_y,block[0],change[0]);
initialization(&point_x,&point_y,block,change);//初始化
continue;
}
}
}
if(control==left){//左鍵
point_x--;//往左一格開始判斷
if(point_x+picture[block[0]][change[0]][0]>=0 && point_x+picture[block[0]][change[0]][2]>=0 && point_x+picture[block[0]][change[0]][4]>=0){//往左後沒超過範圍進入
check=che(point_x,point_y,block[0],change[0]);
if(check==1){
point_x++;//往左在範圍內，但有方塊，往右回去原位
game_control=2;
continue;
}
}
else{
point_x++;//超過範圍，退回去
game_control=2;
continue;
}
game_control=1;
continue;
}
else if(control==down){//下降鍵
point_y++;//下降一格開始判斷
if(point_y+picture[block[0]][change[0]][1]<=19 && point_y+picture[block[0]][change[0]][3]<=19 && point_y+picture[block[0]][change[0]][5]<=19){//往下後沒超過範圍進入
check=che(point_x,point_y,block[0],change[0]);
if(check==1){
point_y--;////往下在範圍內，但有方塊，往上回去原位
move_block(root[0],root[1],point_x,point_y,block[0],root[3],change[0],1);
clean=0;
line_check(point_y,block[0],change[0]);//計算行上方塊數
initialization(&point_x,&point_y,block,change);//初始化
continue;
}
}
else{
point_y--;
move_block(root[0],root[1],point_x,point_y,block[0],root[3],change[0],1);
clean=0;
line_check(point_y,block[0],change[0]);
initialization(&point_x,&point_y,block,change);//初始化
continue;
}
game_control=1;
continue;
}
else if(control==right){//右鍵
point_x++;
if(point_x+picture[block[0]][change[0]][0]<=9 && point_x+picture[block[0]][change[0]][2]<=9 && point_x+picture[block[0]][change[0]][4]<=9){//沒超出邊界
check=che(point_x,point_y,block[0],change[0]);//檢查移動後有無重疊
if(check==1){//有重疊退回，重新等待輸入
point_x--;
game_control=2;
continue;
}
}
else{//超出邊界
point_x--;//退回，等待新輸入
game_control=2;
continue;
}
game_control=1;
continue;
}
else if(control==up){//上鍵(旋轉)
if(change[0]<=2)change[0]++;
else change[0]=0;
if(point_x+picture[block[0]][change[0]][0]>9 || point_x+picture[block[0]][change[0]][2]>9 || point_x+picture[block[0]][change[0]][4]>9){//旋轉後超出右邊邊界
point_x--;//左移一格
check=che(point_x,point_y,block[0],change[0]);//確認有無重疊
if(check==1){//重疊
point_x++;//回歸原樣
if(change[0]>0)change[0]--;
else change[0]=3;
game_control=2;
continue;
}
}else if(point_x+picture[block[0]][change[0]][0]<0 || point_x+picture[block[0]][change[0]][2]<0 || point_x+picture[block[0]][change[0]][4]<0){//超出左邊邊界
point_x++;//右移一格
int a=0;
if(point_x+picture[block[0]][change[0]][0]<0 || point_x+picture[block[0]][change[0]][2]<0 || point_x+picture[block[0]][change[0]][4]<0){//再度超出左邊邊界
point_x++;//再度右移
a++;
}
check=che(point_x,point_y,block[0],change[0]);//確認有無重疊
if(check==1){
point_x--;
if(a==1)point_x--; //判斷右移次數回復原樣
if(change[0]>0)change[0]--;
else change[0]=3;
game_control=2;
continue;
}
if(a==0){
}
else if(a==1){
}
}
if(point_y+picture[block[0]][change[0]][1]>19 || point_y+picture[block[0]][change[0]][3]>19 || point_y+picture[block[0]][change[0]][5]>19){//超出最下面
point_y--;//上移
int a=0;
if(point_y+picture[block[0]][change[0]][1]>19 || point_y+picture[block[0]][change[0]][3]>19 || point_y+picture[block[0]][change[0]][5]>19){//再度超出最下面
point_y--;//
a++;
}
check=che(point_x,point_y,block[0],change[0]);//確認有無重疊
if(check==1){//重疊，回復原樣
point_y++;
if(a==1)point_y++;
if(change[0]>0)change[0]--;
else change[0]=3;
game_control=2;
continue;
}
}
check=che(point_x,point_y,block[0],change[0]);//沒超出邊界，確認旋轉後有無重疊
if(check==1){
if(change[0]>0)change[0]--;
else change[0]=3;
game_control=2;
continue;
}
game_control=1;
continue;
}
else if(control==space){//空格鍵瞬降
check=0;
do{
point_y++;
if(point_y+picture[block[0]][change[0]][1]<=19 && point_y+picture[block[0]][change[0]][3]<=19 && point_y+picture[block[0]][change[0]][5]<=19)
check=che(point_x,point_y,block[0],change[0]);
}while(check==0 && point_y+picture[block[0]][change[0]][1]<=19 && point_y+picture[block[0]][change[0]][3]<=19 && point_y+picture[block[0]][change[0]][5]<=19);
point_y--;
move_block(root[0],root[1],point_x,point_y,block[0],root[3],change[0],1);
clean=0;
line_check(point_y,block[0],change[0]);
initialization(&point_x,&point_y,block,change);
continue;
}
t1=clock();
game_control=1;
continue;
}
gameover();
}
void homepage_control(){//主頁面控制
int option=0,control=0;
home:
control=0;
gotoxy(0,0);
homepage(option);
do{
if(kbhit())control=getch();
}while(control!=224 && control!=13);//等待輸入上下或enter鍵
if(control==224){//變更
if(option==1)option=0;
else option++;
goto home;
}
switch(option){//按下enter鍵後判斷選項為何並執行
case 0:
game();//進入遊戲
break;
case 1://關閉遊戲
break;
}
}
void homepage(int option){//主頁顯示
int start1=0,close1=0;
int start2=0,close2=0;
switch(option){//顯示箭頭
case 0:
start1=62;
start2=60;
break;
case 1:
close1=62;
close2=60;
break;
}
printf("╔═════════════════════╗\n");
printf("║ ║\n");
printf("║ ║\n");
//printf("═╦═ ╔══ ═╦═ ╔══╗ ╦ ╔══\n");
//printf(" ║ ╠══ ║ ╠═╦╝ ║ ╚══╗\n");
//printf(" ╚ ╚══ ╚ ╚ ╚ ╩ ══╝\n");
printf("║ ║\n");
printf("║ TETRIS ║\n");
printf("║ ║\n");
printf("║ ║\n");
printf("║ ║\n");
printf("║ ║\n");
printf("║ ║\n");
printf("║ ║\n");
printf("║ ║\n");
printf("║ ║\n");
printf("║ ║\n");
printf("║ %c START %c ║\n",start1,start2);
printf("║ %c CLOSE %c ║\n",close1,close2);
printf("║ ║\n");
printf("║ ║\n");
printf("║ ║\n");
printf("║ ║\n");
printf("║ ║\n");
printf("╚═════════════════════╝\n");
}
void setting_control(){//設定控制
int option=0,chose=0,control=0;
home:
gotoxy(0,0);
setting(option,chose);
control=0;
do{
if(kbhit())control=getch();
}while(control!=50 && control!=53 && control!=13 && control!=27);//等待上鍵 下鍵 enter鍵 esc鍵
if(control==27)return;//esc鍵退出
if(control==50){//下鍵判斷
if(option==5)option=0;
else option++;
goto home;
}
else if(control==53){//上鍵判斷
if(option==0)option=5;
else option--;
goto home;
}
chose++;
control=0;
gotoxy(0,0);
setting(option,chose);
if(option==0){//更改時間(sec)
sec=0;
gotoxy(0,0);
setting(option,chose);
do{
if(kbhit()){
control=getch();
if(control==8)sec/=10;
else if(control==13)break;
else if(control<=57 && control>=48){
sec=sec*10+control-48;
if(sec>9999)sec=9999;
}
gotoxy(0,0);
setting(option,chose);
}
}while(control!='\n');
chose--;
goto home;
}
else{
do{//取得輸入按鍵
if(kbhit())control=getch();
if(control<=0 || control>126)control=0;
}while(control==0);
switch(option){//將按鍵設定存入上下左右
case 1:
down=control;
break;
case 2:
right=control;
break;
case 3:
left=control;
break;
case 4:
up=control;
break;
case 5:
space=control;
break;
}
chose--;
goto home;
}
}
void setting(int option,int chose){//設定頁面顯示
int fall_time1=0,fall_time2=0,fall_time3=0;//宣告箭頭
int down1=0,down2=0,down3=0;
int right1=0,right2=0,right3=0;
int left1=0,left2=0,left3=0;
int rotate1=0,rotate2=0,rotate3=0;
int bottom1=0,bottom2=0,bottom3=0;
switch(option){//顯示箭頭
case 0:
if(chose==0)fall_time1=62;
else fall_time2=62;
fall_time3=60;
break;
case 1:
if(chose==0)down1=62;
else down2=62;
down3=60;
break;
case 2:
if(chose==0)right1=62;
else right2=62;
right3=60;
break;
case 3:
if(chose==0)left1=62;
else left2=62;
left3=60;
break;
case 4:
if(chose==0)rotate1=62;
else rotate2=62;
rotate3=60;
break;
case 5:
if(chose==0)bottom1=62;
else bottom2=62;
bottom3=60;
break;
}
printf("╔═════════════════════╗\n");
printf("║ ║\n");
printf("║ ║\n");
printf("║ ║\n");
printf("║ TETRIS ║\n");
printf("║ ║\n");
printf("║ ║\n");
printf("║ ║\n");
printf("║ ║\n");
printf("║ ║\n");
printf("║ ║\n");
printf("║ %c fall time %c %-4d %c║\n",fall_time1,fall_time2,sec,fall_time3);
switch(down){
case 8:
printf("║ %c down %c Back %c ║\n",down1,down2,down3);
break;
case 9:
printf("║ %c down %c Tab %c ║\n",down1,down2,down3);
break;
case 13:
printf("║ %c down %c Enter %c║\n",down1,down2,down3);
break;
case 32:
printf("║ %c down %c Space %c║\n",down1,down2,down3);
break;
default:
printf("║ %c down %c %c %c ║\n",down1,down2,down,down3);
break;
}
switch(right){
case 8:
printf("║ %c right %c Back %c ║\n",right1,right2,right3);
break;
case 9:
printf("║ %c right %c Tab %c ║\n",right1,right2,right3);
break;
case 13:
printf("║ %c right %c Enter %c║\n",right1,right2,right3);
break;
case 32:
printf("║ %c right %c Space %c║\n",right1,right2,right3);
break;
default:
printf("║ %c right %c %c %c ║\n",right1,right2,right,right3);
break;
}
switch(left){
case 8:
printf("║ %c left %c Back %c ║\n",left1,left2,left3);
break;
case 9:
printf("║ %c left %c Tab %c ║\n",left1,left2,left3);
break;
case 13:
printf("║ %c left %c Enter %c║\n",left1,left2,left3);
break;
case 32:
printf("║ %c left %c Space %c║\n",left1,left2,left3);
break;
default:
printf("║ %c left %c %c %c ║\n",left1,left2,left,left3);
break;
}
switch(up){
case 8:
printf("║ %c rotate %c Back %c ║\n",rotate1,rotate2,rotate3);
break;
case 9:
printf("║ %c rotate %c Tab %c ║\n",rotate1,rotate2,rotate3);
break;
case 13:
printf("║ %c rotate %c Enter %c║\n",rotate1,rotate2,rotate3);
break;
case 32:
printf("║ %c rotate %c Space %c║\n",rotate1,rotate2,rotate3);
break;
default:
printf("║ %c rotate %c %c %c ║\n",rotate1,rotate2,up,rotate3);
break;
}
switch(space){
case 8:
printf("║ %c bottom %c Back %c ║\n",bottom1,bottom2,bottom3);
break;
case 9:
printf("║ %c bottom %c Tab %c ║\n",bottom1,bottom2,bottom3);
break;
case 13:
printf("║ %c bottom %c Enter %c║\n",bottom1,bottom2,bottom3);
break;
case 32:
printf("║ %c bottom %c Space %c║\n",bottom1,bottom2,bottom3);
break;
default:
printf("║ %c bottom %c %c %c ║\n",bottom1,bottom2,space,bottom3);
break;
}
printf("║ ║\n");
printf("║ ║\n");
printf("║ ║\n");
printf("║ ║\n");
printf("╚═════════════════════╝\n");
}
void show(){
printf("╔═════════════════════╦═════════╗\n");
int i=0,j=0;
for(i=0;i<20;i++){
printf("║ ");
for(j=0;j<10;j++){
if(tetris[j][i][0]=='O'){
switch(tetris[j][i][1]){
case 0:
SetColor(9);
break;
case 1:
SetColor(3);
break;
case 2:
SetColor(10);
break;
case 3:
SetColor(11);
break;
case 4:
SetColor(12);
break;
case 5:
SetColor(14);
break;
case 6:
SetColor(15);
break;
}
printf("■");
SetColor(7);
}
else if(tetris[j][i][0]=='.'){
SetColor(8);
printf("■");
SetColor(7);
}
else printf(" ");
}
if(i<14 && i!=4 && i!=9 && i!=14)printf("║ ║");
else if(i==4 || i==9)printf("╠═════════╣");
else if(i==14)printf("╠═════════╝");
else printf("║");
//if(i==0)printf(" SCORE");
//else if(i==1)printf(" %d",score);
printf("\n");
}
printf("╚═════════════════════╝\n");
}
void pic(){//刻入方塊相對應位置
picture[0][0][0]=-1;picture[0][0][3]=1;picture[0][0][4]=1;picture[0][0][5]=1;//Z型
picture[0][1][0]=1;picture[0][1][1]=-1;picture[0][1][2]=1;picture[0][1][5]=1;
picture[0][2][0]=-1;picture[0][2][3]=1;picture[0][2][4]=1;picture[0][2][5]=1;
picture[0][3][0]=1;picture[0][3][1]=-1;picture[0][3][2]=1;picture[0][3][5]=1;
picture[1][0][1]=1;picture[1][0][2]=-1;picture[1][0][3]=-1;picture[1][0][4]=-1;//ㄣ型
picture[1][1][1]=1;picture[1][1][2]=-1;picture[1][1][3]=1;picture[1][1][4]=1;
picture[1][2][1]=1;picture[1][2][2]=-1;picture[1][2][3]=-1;picture[1][2][4]=-1;
picture[1][3][1]=1;picture[1][3][2]=-1;picture[1][3][3]=1;picture[1][3][4]=1;
picture[2][0][0]=-1;picture[2][0][2]=-1;picture[2][0][3]=1;picture[2][0][5]=1;//田型
picture[2][1][0]=-1;picture[2][1][2]=-1;picture[2][1][3]=1;picture[2][1][5]=1;
picture[2][2][0]=-1;picture[2][2][2]=-1;picture[2][2][3]=1;picture[2][2][5]=1;
picture[2][3][0]=-1;picture[2][3][2]=-1;picture[2][3][3]=1;picture[2][3][5]=1;
picture[3][0][1]=-1;picture[3][0][3]=1;picture[3][0][5]=2;//1型
picture[3][1][0]=-2;picture[3][1][2]=-1;picture[3][1][4]=1;
picture[3][2][1]=-1;picture[3][2][3]=1;picture[3][2][5]=2;
picture[3][3][0]=-2;picture[3][3][2]=-1;picture[3][3][4]=1;
picture[4][0][1]=-1;picture[4][0][2]=1;picture[4][0][3]=-1;picture[4][0][5]=1;//ㄏ型
picture[4][1][0]=-1;picture[4][1][2]=1;picture[4][1][4]=1;picture[4][1][5]=1;
picture[4][2][1]=-1;picture[4][2][3]=1;picture[4][2][4]=-1;picture[4][2][5]=1;
picture[4][3][0]=-1;picture[4][3][1]=-1;picture[4][3][2]=-1;picture[4][3][4]=1;
picture[5][0][1]=-1;picture[5][0][2]=-1;picture[5][0][3]=-1;picture[5][0][5]=1;//7型
picture[5][1][0]=-1;picture[5][1][2]=1;picture[5][1][4]=1;picture[5][1][5]=-1;
picture[5][2][1]=-1;picture[5][2][3]=1;picture[5][2][4]=1;picture[5][2][5]=1;
picture[5][3][0]=-1;picture[5][3][2]=-1;picture[5][3][3]=1;picture[5][3][4]=1;
picture[6][0][1]=-1;picture[6][0][2]=1;picture[6][0][4]=-1;//倒T型
picture[6][1][0]=1;picture[6][1][3]=-1;picture[6][1][5]=1;
picture[6][2][0]=-1;picture[6][2][2]=1;picture[6][2][5]=1;
picture[6][3][0]=-1;picture[6][3][3]=-1;picture[6][3][5]=1;
}
void mark(int point_x,int point_y,int block,int change,int clean){//將方塊位置存入或清除tetris陣列，回傳值0印上 1清空
char a;
if(clean==0)a='O';
else a=0;
if(point_y>=0){
tetris[point_x][point_y][0]=a;
tetris[point_x][point_y][1]=block;
}
if(point_y+picture[block][change][1]>=0){
tetris[point_x+picture[block][change][0]][point_y+picture[block][change][1]][0]=a;
tetris[point_x+picture[block][change][0]][point_y+picture[block][change][1]][1]=block;
}
if(point_y+picture[block][change][3]>=0){
tetris[point_x+picture[block][change][2]][point_y+picture[block][change][3]][0]=a;
tetris[point_x+picture[block][change][2]][point_y+picture[block][change][3]][1]=block;
}
if(point_y+picture[block][change][5]>=0){
tetris[point_x+picture[block][change][4]][point_y+picture[block][change][5]][0]=a;
tetris[point_x+picture[block][change][4]][point_y+picture[block][change][5]][1]=block;
}
}
int che(int point_x,int point_y,int block,int change){//確認方塊位置是否重復，回傳1有重複，0沒重複
if(point_y>=0){
if(tetris[point_x][point_y][0]=='O')return 1;
}
if(point_y+picture[block][change][1]>=0){
if(tetris[point_x+picture[block][change][0]][point_y+picture[block][change][1]][0]=='O')return 1;
}
if(point_y+picture[block][change][3]>=0){
if(tetris[point_x+picture[block][change][2]][point_y+picture[block][change][3]][0]=='O')return 1;
}
if(point_y+picture[block][change][5]>=0){
if(tetris[point_x+picture[block][change][4]][point_y+picture[block][change][5]][0]=='O')return 1;
}
return 0;
}
void line_check(int point_y,int block,int change){//每行方塊數計算
line[point_y]++;
line[point_y+picture[block][change][1]]++;
line[point_y+picture[block][change][3]]++;
line[point_y+picture[block][change][5]]++;
int i=0,j=0,k=0,count[20];
for(i=0;i<20;i++)count[i]=-1;
for(i=0;i<20;i++){
if(line[i]==10){
line[i]=0;
row++;
count[j]=i;
j++;
for(k=0;k<10;k++)
tetris[i][k][0]==0;
}
}
if(j>0){
switch(j){
case 1:
score+=40;
break;
case 2:
score+=100;
break;
case 3:
score+=300;
break;
case 4:
score+=1200;
break;
}
for(i=0;i<5;i++){
for(j=0;count[j]!=-1;j++){//橫行消除動畫
gotoxy(coordinate(4-i,0),coordinate(count[j],1));
printf(" ");
gotoxy(coordinate(5+i,0),coordinate(count[j],1));
printf(" ");
gotoxy(0,22);
}
Sleep(50);
}
for(j=0;count[j]!=-1;j++){
move(count[j]);
gotoxy(0,22);
Sleep(50);
}
}
}
void move(int y){//將目標行數上的所有方塊往下移動一格
int i=0,j=0;
for(i=y;i>0;i--){//開始移動
for(j=0;j<10;j++){
tetris[j][i][0]=tetris[j][i-1][0];
tetris[j][i][1]=tetris[j][i-1][1];
gotoxy(coordinate(j,0),coordinate(i,1));
if(tetris[j][i][0]=='O'){
set_color(tetris[j][i][1]);
printf("■");
}
else
printf(" ");
}
line[i]=line[i-1];//每行方塊數移動
}
}
void gotoxy(int xpos, int ypos){
COORD scrn;
HANDLE hOuput = GetStdHandle(STD_OUTPUT_HANDLE);
scrn.X = xpos; scrn.Y = ypos;
SetConsoleCursorPosition(hOuput,scrn);
}
void gameover(){//顯示出局畫面
gotoxy(5,11);
printf("+ Game Over +");
gotoxy(0,22);
system("pause");
}
int pause_control(){//暫停頁面控制
int option=0,control=0;
for(;;){
//gotoxy(0,0);
//show();
control=0;
pause(option);
do{
if(kbhit)control=getch();
}while(control!=up && control!=down && control!=13 && control!=27);//等待上下鍵 enter鍵 控制鍵
if(control==27){//esc鍵退出
gotoxy(0,0);
show();
return 0;
}
if(option==2 && control==down)option=0;//上下鍵選項運算
else if(option<2 && control==down)option++;
else if(option==0 && control==up)option=2;
else if(option>0 && control==up)option--;
pause(option);
if(control==13){//按下enter鍵控制
switch(option){
case 0:
return 1;
break;
case 1:
setting_control();
break;
case 2:
return 0;
break;
}
}
}
}
void pause(int option){//暫停頁面顯示
int home1=0,home2=0;
int setting1=0,setting2=0;
int continue1=0,continue2=0;
switch(option){
case 0:
home1=62;
home2=60;
break;
case 1:
setting1=62;
setting2=60;
break;
case 2:
continue1=62;
continue2=60;
break;
}
gotoxy(3,9);
printf("╔═══════════════╗\n");
gotoxy(3,10);
printf("║ %c HOME %c ║",home1,home2);
gotoxy(3,11);
printf("║ %c SETTING %c ║",setting1,setting2);
gotoxy(3,12);
printf("║ %c CONTINUE %c ║",continue1,continue2);
gotoxy(3,13);
printf("╚═══════════════╝\n");
}
void initialization(int *point_x,int *point_y,int *block,int *change){//初始化標點x y數值，方塊種類選擇，旋轉類型選擇
*point_x=5;
*point_y=-2;
int i=0;
for(i=0;i<3;i++){
block[i]=block[i+1];
change[i]=change[i+1];
}
block[3]=rand()%7;
change[3]=rand()%4;
}
void shadow(int x2,int y2,int block,int change2,int clean){//影子落點計算
if(clean==0)return;
int check,x1=root[0],y1=root[1],change1=root[3],temp=y2;
mark(x2,y2,block,change2,1);//清除降落中方塊方便運算
y2=shadow_drop_point(x2,y2,block,change2);
y1=shadow_drop_point(x1,y1,root[2],change1);
mark(x2,temp,block,change2,0);//恢復降落中方塊
set_color(7);//改色為顏色
if(y2>=0 && y2<=19){//覆蓋新方塊
if(tetris[x2][y2][0]=='O' || tetris[x2][y2][0]=='.')
tetris[x2][y2][1]=-1;
else{
tetris[x2][y2][0]='.';
tetris[x2][y2][1]=8;
gotoxy((x2+1)*2,y2+1);
printf("■");
}
}
int i=0;
for(i=0;i<3;i++){//覆蓋新方塊
if(y2+picture[block][change2][i*2+1]>=0 && y2+picture[block][change2][i*2+1]<=19){
if(tetris[x2+picture[block][change2][i*2]][y2+picture[block][change2][i*2+1]][0]=='O' || tetris[x2+picture[block][change2][i*2]][y2+picture[block][change2][i*2+1]][0]=='.')
tetris[x2+picture[block][change2][i*2]][y2+picture[block][change2][i*2+1]][1]=-1;
else{
tetris[x2+picture[block][change2][i*2]][y2+picture[block][change2][i*2+1]][0]='.';
tetris[x2+picture[block][change2][i*2]][y2+picture[block][change2][i*2+1]][1]=8;
gotoxy((x2+picture[block][change2][i*2]+1)*2,y2+picture[block][change2][i*2+1]+1);
printf("■");
}
}
}
SetColor(7);//恢復正常顏色
if(y1>=0 && y1<=19){//清除舊方塊
if(tetris[x1][y1][1]!=-1 && tetris[x1][y1][0]!='O'){
tetris[x1][y1][0]=0;
gotoxy((x1+1)*2,y1+1);
printf(" ");
}
else
tetris[x1][y1][1]=block;
}
for(i=0;i<3;i++){//清除舊方塊
if(y1+picture[block][change1][i*2+1]>=0 && y1+picture[block][change1][i*2+1]<=19){
if(tetris[x1+picture[block][change1][i*2]][y1+picture[block][change1][i*2+1]][1]!=-1 && tetris[x1+picture[block][change1][i*2]][y1+picture[block][change1][i*2+1]][0]!='O'){
tetris[x1+picture[block][change1][i*2]][y1+picture[block][change1][i*2+1]][0]=0;
gotoxy((x1+picture[block][change1][i*2]+1)*2,y1+picture[block][change1][i*2+1]+1);
printf(" ");
}
else
tetris[x1+picture[block][change1][i*2]][y1+picture[block][change1][i*2+1]][1]=block;
}
}
gotoxy(0,22);
}
int shadow_drop_point(int point_x,int point_y,int block,int change){
int check,a=0;
for(;point_y+picture[block][change][1]<=19 && point_y+picture[block][change][3]<=19 && point_y+picture[block][change][5]<=19;point_y++){
check=che(point_x,point_y,block,change);a++;
if(check==1){
break;
}
}
point_y--;
return point_y;
}
void shadow_new_block(int point_x,int point_y,int block,int change){
mark_shadow(point_x,shadow_drop_point(point_x,point_y,block,change),block,change);
set_color(7);
if(shadow_drop_point(point_x,point_y,block,change)>=0 && shadow_drop_point(point_x,point_y,block,change)
<=19){
gotoxy((point_x+1)*2,shadow_drop_point(point_x,point_y,block,change)+1);
printf("■");
}
int i;
for(i=0;i<3;i++){
if(shadow_drop_point(point_x,point_y,block,change)+picture[block][change][i*2+1]>=0 && shadow_drop_point(point_x,point_y,block,change)+picture[block][change][i*2+1]<=19){
gotoxy((point_x+picture[block][change][i*2]+1)*2,shadow_drop_point(point_x,point_y,block,change)+picture[block][change][i*2+1]+1);
printf("■");
}
}
SetColor(7);
gotoxy(0,22);
}
void mark_shadow(int point_x,int point_y,int block,int change){//刻上影子
int a='.';
if(tetris[point_x][point_y][0]!='O')
tetris[point_x][point_y][0]=a;
int i=0;
for(i=0;i<3;i++){
if(tetris[point_x+picture[block][change][2*i]][point_y+picture[block][change][2*i+1]][0]!='O')
tetris[point_x+picture[block][change][2*i]][point_y+picture[block][change][2*i+1]][0]=a;
}
}
void ready_block(int *block,int *change,int a){//顯示預備方塊
if(a==3)return;
set_color(block[a+1]);
int i,j,x=0,y=0,area[8][4]={0};//確認矛點
if((block[a+1]==0 && (change[a+1]==1 || change[a+1]==3)) || (block[a+1]==5 && change[a+1]==2) || (block[a+1]==6 && change[a+1]==1)){
x=2;
y=1;
}
else if(block[a+1]==4 && change[a+1]==0){
x=2;
y=2;
}
else if((block[a+1]==0 && (change[a+1]==0 || change[a+1]==2)) || (block[a+1]==1 && (change[a+1]==1 || change[a+1]==3)) || (block[a+1]==3 && (change[a+1]==0 || change[a+1]==2)) || (block[a+1]==4 && change[a+1]==1) || (block[a+1]==5 && change[a+1]==3) || (block[a+1]==6 && change[a+1]==2)){
x=3;
y=1;
}
else if((block[a+1]==4 && change[a+1]==3) || (block[a+1]==5 && change[a+1]==1) || (block[a+1]==6 && change[a+1]==0)){
x=3;
y=2;
}
else if((block[a+1]==1 && (change[a+1]==0 || change[a+1]==2)) || (block[a+1]==2 && (change[a+1]==0 ||change[a+1]==1 || change[a+1]==2 || change[a+1]==3)) ||(block[a+1]==3 && (change[a+1]==1 || change[a+1]==3)) || (block[a+1]==4 && change[a+1]==2) || (block[a+1]==6 && change[a+1]==3)){
x=4;
y=1;
}
else if(block[a+1]==5 && change[a+1]==0){
x=4;
y=2;
}
area[x][y]='O';
for(i=0;i<3;i++){
area[x+(picture[block[a+1]][change[a+1]][i*2])*2][y+picture[block[a+1]][change[a+1]][i*2+1]]='O';
}
for(i=0;i<4;i++){
for(j=0;j<8;j++){
gotoxy(24+j,1+i+a*5);
if(area[j][i]=='O'){
printf("■");
j++;
}
else if(area[j][i]==0)
printf(" ");
}
}
gotoxy(0,22);
SetColor(7);
ready_block(block,change,a+1);
}
void set_color(int block){
switch(block){
case 0:
SetColor(9);
break;
case 1:
SetColor(3);
break;
case 2:
SetColor(10);
break;
case 3:
SetColor(11);
break;
case 4:
SetColor(12);