0_0_20613571_25038.cpp:5:25: error: stray '#' in program
using namespace std;#define M 105 struct info{ char side; int sou; int v;}; info fold[30];int w,h,n;int we,he;int x,y; void getdata(void);int cal(int ws,int hs,int px,int py,int step); int main(){ while (scanf("%d%d%d",&w,&h,&n),w+h+n) { getdata(); printf("%d\n",cal(we,he,x,y,n)); } return 0;} void getdata(void){ int i; we=w; he=h; for (i=1;i<=n;i++) { scanf(" %c%d",&fold[i].side,&fold[i].v); switch(fold[i].side) { case 'T': case 'B': fold[i].sou=he; if (he-fold[i].v>=fold[i].v) he-=fold[i].v; else { he=fold[i].v; /*fold[i].v=he-fold[i].v; fold[i].side=fold[i].side=='B'?'T':'B'; he-=fold[i].v;*/ } break; case 'L': case 'R': fold[i].sou=we; if (we-fold[i].v>=fold[i].v) we-=fold[i].v; else { we=fold[i].v; /*fold[i].v=we-fold[i].v; fold[i].side=fold[i].side=='R'?'L':'R'; we-=fold[i].v;*/ } break; } } scanf("%d%d",&x,&y);} int cal(int ws,int hs,int px,int py,int step){ int ans=0; int line; if (step<1) return 1; else { switch (fold[step].side) { case 'T': if (hs>fold[step].v) { if (py<hs-fold[step].v) { ans+=cal(ws,hs+fold[step].v,px,py,step-1); } else { ans+=cal(ws,hs+fold[step].v,px,py,step-1); ans+=cal(ws,hs+fold[step].v,px,hs+(hs-py),step-1); } } else { line=2*fold[step].v-fold[step].sou; if (py>line) { ans+=cal(ws,fold[step].sou,px,hs+(hs-py)-line,step-1); ans+=cal(ws,fold[step].sou,px,py-line,step-1); } else { ans+=cal(ws,fold[step].sou,px,hs+(hs-py)-line,step-1); } } break; case 'B': if (hs>fold[step].v) { if (py>fold[step].v) { ans+=cal(ws,hs+fold[step].v,px,py+fold[step].v,step-1); } else { ans+=cal(ws,hs+fold[step].v,px,py+fold[step].v,step-1); ans+=cal(ws,hs+fold[step].v,px,fold[step].v-py,step-1); } } else { line=2*fold[step].v-fold[step].sou; if (py<hs-line) { ans+=cal(ws,fold[step].sou,px,py+fold[step].v,step-1); ans+=cal(ws,fold[step].sou,px,fold[step].v-py,step-1); } else { ans+=cal(ws,fold[step].sou,px,fold[step].v-py,step-1); } } break; case 'L': if (ws>fold[step].v) { if (px>fold[step].v) { ans+=cal(ws+fold[step].v,hs,px+fold[step].v,py,step-1); } else { ans+=cal(ws+fold[step].v,hs,px+fold[step].v,py,step-1); ans+=cal(ws+fold[step].v,hs,fold[step].v-px,py,step-1); } } else { line=2*fold[step].v-fold[step].sou; if (px<ws-line) { ans+=cal(fold[step].sou,hs,px+fold[step].v,py,step-1); ans+=cal(fold[step].sou,hs,fold[step].v-px,py,step-1); } else { ans+=cal(fold[step].sou,hs,fold[step].v-px,py,step-1); } } break; case 'R': if (ws>fold[step].v) { if (px<ws-fold[step].v) { ans+=cal(fold[step].sou,hs,px,py,step-1); } else { ans+=cal(fold[step].sou,hs,px,py,step-1); ans+=cal(fold[step].sou,hs,ws+(ws-px),py,step-1); } } else { line=2*fold[step].v-fold[step].sou; if (px>line) { ans+=cal(fold[step].sou,hs,px-line,py,step-1); ans+=cal(fold[step].sou,hs,ws+(ws-px)-line,py,step-1); } else { ans+=cal(fold[step].sou,hs,ws+(ws-px)-line,py,step-1); } } break; } } return ans;}
^
0_0_20613571_25038.cpp:5:26: error: 'define' does not name a type
using namespace std;#define M 105 struct info{ char side; int sou; int v;}; info fold[30];int w,h,n;int we,he;int x,y; void getdata(void);int cal(int ws,int hs,int px,int py,int step); int main(){ while (scanf("%d%d%d",&w,&h,&n),w+h+n) { getdata(); printf("%d\n",cal(we,he,x,y,n)); } return 0;} void getdata(void){ int i; we=w; he=h; for (i=1;i<=n;i++) { scanf(" %c%d",&fold[i].side,&fold[i].v); switch(fold[i].side) { case 'T': case 'B': fold[i].sou=he; if (he-fold[i].v>=fold[i].v) he-=fold[i].v; else { he=fold[i].v; /*fold[i].v=he-fold[i].v; fold[i].side=fold[i].side=='B'?'T':'B'; he-=fold[i].v;*/ } break; case 'L': case 'R': fold[i].sou=we; if (we-fold[i].v>=fold[i].v) we-=fold[i].v; else { we=fold[i].v; /*fold[i].v=we-fold[i].v; fold[i].side=fold[i].side=='R'?'L':'R'; we-=fold[i].v;*/ } break; } } scanf("%d%d",&x,&y);} int cal(int ws,int hs,int px,int py,int step){ int ans=0; int line; if (step<1) return 1; else { switch (fold[step].side) { case 'T': if (hs>fold[step].v) { if (py<hs-fold[step].v) { ans+=cal(ws,hs+fold[step].v,px,py,step-1); } else { ans+=cal(ws,hs+fold[step].v,px,py,step-1); ans+=cal(ws,hs+fold[step].v,px,hs+(hs-py),step-1); } } else { line=2*fold[step].v-fold[step].sou; if (py>line) { ans+=cal(ws,fold[step].sou,px,hs+(hs-py)-line,step-1); ans+=cal(ws,fold[step].sou,px,py-line,step-1); } else { ans+=cal(ws,fold[step].sou,px,hs+(hs-py)-line,step-1); } } break; case 'B': if (hs>fold[step].v) { if (py>fold[step].v) { ans+=cal(ws,hs+fold[step].v,px,py+fold[step].v,step-1); } else { ans+=cal(ws,hs+fold[step].v,px,py+fold[step].v,step-1); ans+=cal(ws,hs+fold[step].v,px,fold[step].v-py,step-1); } } else { line=2*fold[step].v-fold[step].sou; if (py<hs-line) { ans+=cal(ws,fold[step].sou,px,py+fold[step].v,step-1); ans+=cal(ws,fold[step].sou,px,fold[step].v-py,step-1); } else { ans+=cal(ws,fold[step].sou,px,fold[step].v-py,step-1); } } break; case 'L': if (ws>fold[step].v) { if (px>fold[step].v) { ans+=cal(ws+fold[step].v,hs,px+fold[step].v,py,step-1); } else { ans+=cal(ws+fold[step].v,hs,px+fold[step].v,py,step-1); ans+=cal(ws+fold[step].v,hs,fold[step].v-px,py,step-1); } } else { line=2*fold[step].v-fold[step].sou; if (px<ws-line) { ans+=cal(fold[step].sou,hs,px+fold[step].v,py,step-1); ans+=cal(fold[step].sou,hs,fold[step].v-px,py,step-1); } else { ans+=cal(fold[step].sou,hs,fold[step].v-px,py,step-1); } } break; case 'R': if (ws>fold[step].v) { if (px<ws-fold[step].v) { ans+=cal(fold[step].sou,hs,px,py,step-1); } else { ans+=cal(fold[step].sou,hs,px,py,step-1); ans+=cal(fold[step].sou,hs,ws+(ws-px),py,step-1); } } else { line=2*fold[step].v-fold[step].sou; if (px>line) { ans+=cal(fold[step].sou,hs,px-line,py,step-1); ans+=cal(fold[step].sou,hs,ws+(ws-px)-line,py,step-1); } else { ans+=cal(fold[step].sou,hs,ws+(ws-px)-line,py,step-1); } } break; } } return ans;}
^
0_0_20613571_25038.cpp:5:90: error: 'info' does not name a type
using namespace std;#define M 105 struct info{ char side; int sou; int v;}; info fold[30];int w,h,n;int we,he;int x,y; void getdata(void);int cal(int ws,int hs,int px,int py,int step); int main(){ while (scanf("%d%d%d",&w,&h,&n),w+h+n) { getdata();
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