███这个程序用TC3.0调试怎么老是Unable to open include file‘03-01.H
主程序：
程序代码：#include<math.h>
#include<stdio.h>
#include"03-01.h"
#include<graphics.h>
#define PI 3.1415926
float s[360],v[360],a[360],arfa1,arfa2,R,R1;
static float x[360],y[360],x1[360],y1[360];
float r0,h,A1,A2,e,s0,rt,w,M,s2,s4,L;
int s1,s3,i,N,dr=1;/*dr=1表示滚子移动从动件盘形凸轮*/
void xy(),arfaf(),pf(),input(),cit();
main()
{clrscr();
input();/*输入已知数据*/
select();/*选择运动规律并计算运动参数：s[i],v[i],a[i]*/
swil();/*计算远休止、近休止参数函数*/
xy();/*计算轮廓各点坐标：x[i],y[i],x1[i],y1[i]*/
printf();/*打印函数*/
arfaf();/*判断压力角*/
if(N!=1)
{pf();/*判断光滑点运动失真函数*/
if(N!=1)
cit();/*函数不同运动规律交汇点处失真函数*/
if (N!=1)
{getch(); clrscr(); getch();
printf("黄色曲线为位移曲线，绿色曲线为速度曲线，红色曲线为加速度曲线");
printf("黄色轮廓为实际轮廓，红色轮廓为理论轮廓，白色圆为基圆");
draw();getch();
}
}
}
void input() /*输入已知数据函数*/
{list(); /*列举运动规律函数*/
printf("输入基圆半径r0:");scanf("%f",&r0);
printf("输入行程h:");scanf("%f",&h);
printf("输入推程角A1:");scanf("%f",&A1);
printf("选择运动规律s1:");scanf("%f",&s1);
printf("输入远休止角A2:");scanf("%f",&A2);
printf("输入回程角A3:");scanf("%f",&A3);
printf("选择运动规律s3:");scanf("%f",&s3);
printf("输入偏心距e:");scanf("%f",&e);
printf("输入凸轮角速度w:");scanf("%f",&w);
printf("输入滚子半径rt:");scanf("%f",&rt);
printf("输入内外包络线代号M内包络（-1），外包络（+1）:");scanf("%f",&M);
printf("输入推程许用压力角arfa1:");scanf("%f",&arfa1);
printf("输入回程许用压力角arfa2:");scanf("%f",&arfa2);
printf("输入运动失真精度L:");scanf("%f",&L);
}
void xy() /*计算轮廓各点坐标：x[i],y[i],x1[i],y1[i]函数*/
{float dxdfi,dydfi,FM;
s0=sqrt(r0*r0-e*e);
for (i=0;i<=359;i++)
{dxdfi=(v[i]/w-e)*cos(i*PI/180)-(s0+s[i])*sin(i*PI/180);
dydfi=(v[i]/w-e)*sin(i*PI/180)+(s0+s[i])*cos(i+PI/180);
if(rt==0)
{x[i]=(s0+s[i])*cos(i*PI/180)-e*sin(i*PI/180);
y[i]=(s0+s[i])*sin(i*PI/180)+e*cos(i*PI/180);
else{x[i]=(s0+s[i])*cos(i*PI/180)-e*sin(i*PI/180);
y[i]=(s0+s[i])*sin(i*PI/180)+e*cos(i*PI/180);
FM=sqrt(dxdfi*dxdfi+dydfi*dydfi);
x1[i]=x[i]+M*rt*dydfi/FM;
y1[i]=y[i]-M*rt*dxdfi/FM;
}
}
}
void arfaf() /*判断压力角函数*/
{float rs0,arfa;
int i;
s0=sqrt(r0*r0-e*e);
for(i=0;i<=(A1+A2+A3);i++)
{rs0=s0+s[i];
if(i<A1)
{arfa=fabs(atan((v[i]/w-e)/rs0));
if(arfa>(arfa1*PI/180))
{N=1;
printf("推程压力角大于许用压力角，请重新选择参数");
printf("\n,arfa=%f,arfa1=%f",arfa,arfa1*PI/180);
getch();
break;}
}
else if(i>=(A1+A2)&&i<=(A1+A2+A3))
{arfa=fabs(atan((v[i]/w-e)/rs0));
if(arfa>(arfa2*PI/180))
{N=1;
printf("回程压力角大于许用压力角，请重新选择参数");
getch();break;}
}
}
}
void pf() /*判断运动失真函数*/
{float xx,yy,p,P; /*p为中间导出量*/
int i;
s0=sqrt(r0*r0-e*e);
for(i=0;i<=359;i++)
{xx=(s0+s[i])*(s0+s[i])+(v[i]/w-e)*(v[i]/w-e); /*xx,yy为中间导出量*/
p=sqrt(xx*xx*xx);
yy=(v[i]/w-e)*(2*v[i]/w-e)-(s0+s[i])*(a[i]/(w*w)-s0-s[i]);
P=p/yy;
if(fabs(P+M*rt)<=3)
{N=1;
printf("在%d度处运动失真\n",i);
getch();break;
}
}
}
void cit() /*判断两种运动规律交汇点处运动失真函数*/
{float LAB,LCD,LAD,dxdfi1,dydfi1,dxdfi2,dydfi2,xi1,yi1,xi2,yi2,x12,y12,x22,y22,FM;
s0=sqrt(r0*r0-e*e);
dxdfi=(0/w-e)*cos(A1*PI/180)-(s0+s[A1])*sin(A1*PI/180);
dydfi=(0/w-e)*sin(A1*PI/180)-(s0+s[A1])*cos(A1*PI/180);
xi1=(s0+s[A1])*cos(A1*PI/180)-e*sin(A1*PI/180);
yi1=(s0+s[A1])*sin(A1*PI/180)-e*cos(A1*PI/180);
FM=sqrt(dxdfi1*dxdfi1+dydfi1*dydfi1);
x12=xi1+M*rt*dydfi1/FM;
y12=yi1-M*rt*dxdfi1/FM;
dxdfi2=(0/w-e)*cos((A1+A2)*PI/180)-(s0+s[A1+A2])*sin((A1+A2)*PI/180);
dydfi2=(0/w-e)*sin((A1+A2)*PI/180)+(s0+s[A1+A2])*cos((A1+A2)*PI/180);
xi2=(s0+s[A1+A2])*cos((A1+A2)*PI/180)-e*sin((A1+A2)*PI/180);
yi2=(s0+s[A1+A2])*sin((A1+A2)*PI/180)+e*cos((A1+A2)*PI/180);
FM=sqrt(dxdfi2*dxdfi2+dydfi2*dydfi2);
x22=xi2+M*rt*dydfi2/FM;
y22=yi2-M*rt*dxdfi2/FM;
if(A2!=0)
{LAB=(x12-x1[A1])*(x12-x1[A1]+(y12-y1[A1])*(y12-y1[A1]);
LCD=(x22-x1[A1+A2])*(x22-x1[A1+A2]+(y22-y1[A1+A2])*(y22-y1[A1+A2]);
if(LAB>L) /*L为运动失真精度*/
{N=1;
printf("在推程结束处运动失真");
getch();
}
if (LCD>L)
{N=1;
printf("在回程开始处运动失真");
getch();}
}
else if(A2==0)
{LCD=(x22-x1[A1+A2])*(x22-x1[A1+A2])-(y22-y1[A1+A2])*(y22-y1[A1+A2]);
if(LAD>L)
{N=1;
printf("在推程结束处运动失真");
getch();}
}
}
================================
03-01.h
程序代码：/*文件名:03-01.h*/
#include "math.h"
#include "stdio.h"
#include "graphics.h"
#define PI 3.1415926
#define X 150
#define Y 80
float A1,A2,A3,r0,h,rt,lp,w,vmax,la,s2,s4,R,R1;
float x[360],y[360],x1[360],y1[360],s[360],v[360],a[360];
int dr,s1,s3;;
void list()
{printf("\n\t 常用从动件运动规律:\n");
printf("\t1:等速运动\t2:等加速等减速运动\t3:简谐运动\t4:摆线运动\n");}
void select()
{switch(s1)
{case 1:calculate_1A();break;
case 2:calculate_2A();break;
case 3:calculate_3A();break;
case 4:calculate_4A();break;}
switch(s3)
{case 1:calculate_1B();break;
case 2:calculate_2B();break;
case 3:calculate_3B();break;
case 4:calculate_4B();break;}
}
calculate_1A()
{int i;
for(i=0;i<=A1;i++)
{s[i]=h*i/A1;
v[i]=h*w/(A1*PI/180);
a[i]=0;}
}
calculate_1B()
{int i;
for(i=(A1+A2);i<=(A1+A2+A3);i++)
{s[i]=h*(1-(i-(A1+A2))/A3);
v[i]=-h*w/(A3*PI/180);
a[i]=0;}
}
calculate_2A()
{int i;
for(i=0;i<=A1/2;i++)
{s[i]=2*h*i*i/(A1*A1);
v[i]=4*h*w*i/(A1*A1*PI/180);
a[i]=4*h*w*w/(A1*PI*A1*PI/(180*180));}
for(i=A1/2;i<=A1;i++)
{s[i]=h-2*h*(A1-i)*(A1-i)/(A1*A1);
v[i]=4*h*w*(A1-i)/((A1*A1)*PI/180);
a[i]=-4*h*w*w/(A1*PI*A1*PI/(180*180));}
}
calculate_2B()
{int i;
for(i=(A1+A2);i<=(A1+A2+A3/2);i++)
{ s[i]=h-2*h*(i-(A1+A2))*(i-(A1+A2))/(A3*A3);
v[i]=-4*h*W*(i-(A1+A2))/(A3*A3*PI/180);
a[i]=-4*h*w*w/(A3*PI*A3*PI/(180*180));}
for(i=(A1+A2+A3/2);i<(A1+A2+A3);i++)
{ s[i]=2*h*(A1+A2+A3-i)*(A1+A2+A3-i)/(A3*A3);
v[i]=-4*h*w*(A1+A2+A3-i)/(A3*A3*PI/180);
a[i]=4*h*w*w/(A3*PI*A3*PI/(180*180));}
}
calculate_3A()
{int i;
float angle;
for(i=0;i<=A1;i++)
{angle=PI*i/A1;
s[i]=h*(1-cos(angle))/2;
v[i]=PI*h*w*sin(PI*i/A1)/(2*A1*PI/180);
a[i]=PI*PI*h*w*w*cos(PI*i/A1);}
}
calculate_3B()
{ int i;
float angle;
for(i=(A1+A2);i<(A1+A2+A3);i++)
{ angle=PI*(i-(A1+A2))/A3;
s[i]=h*(1+cos(angle))/2;
v{i]=-PI*h*w*sin(PI*(i-(A1+A2))/A3);
a[i]=-PI*PI*h*w*w*cos(PI*(i-(A1+A2))/A3)/(2*A3*PI*A3*PI/(180*180));
}
}
calculate_4A(A1,h,w)
float h,A1,w;
{ int i;
for(i=0;i<=A1;i++)
{s{i]=h*(i/A1-sin(2*PI*i/A1)/(2*PI));
v[i]=h*w*(1-cos(2*PI*i/A1))/(A1*PI/180);
a[i]=2*PI*h*w*w*sin(2*PI*i/A1)/(A1*PI*A1*PI/(180*180));}
}
calculate_4B(A1,A2,A3,h,w)
float h,A1,A2,A3,w;
{ int i;
float angle;
for(i=(A1+A2);i<=(A1+A2+A3);i++)
{angle=2*PI*(i-(A1+A2))/A3;
s[i]=h*(1-(i-(A1+A2))/A3+sin(angle)/(2*PI));
v[i]=-h*w*(1-cos(2*PI*(i-(A1+A2))/A3))/(A3*PI/180);
a[i]=-2*PI*h*w*w*sin(2*PI*(i-(A1+A2))/A3)/(A3*PI*A3*PI/(180*180));
}
}
void swil()
{ int i;
for(i=A1+1;i<A1+A2;i++)
{ s[i]=h;v[i]=0;a[i]=0;}
for(i=A1+A2+A3;i<359;i++)
{s[i]=0;v[i]=0;a[i]=0;}
}
void draw()
{ int i;
int gd=DETECT,gm;
initgraph(&gd,&gm,"");
setcolor(14); setlinestyle(0,1,1);
line(X-120,Y,X+120,Y);line(X,Y-120,X,Y+120);
setlinestyle(0,1,1);
setcolor(15);
circle(X,Y,r0);
setcolor(15);
line(X+r0+100,Y,X+r0+100,Y+400);
line(X+r0+100,Y,X+r0+400,Y);
line(X,Y,x[0]+X,y[0]+Y);
setcolor(2);
line(X,Y,x[A1]+x,y[A1]+Y);
line(X,Y,x[A1+A2]+X,y[A1+A2]+Y);
line(X,Y,x[A1+A2+A3]+X,y[A1+A2+A3]+Y);
if(dr==1)
{ line(x[0]+X,y[0]+Y,x[0]+X+70,y[0]+Y);
circle(x[0]+X,y[0]+Y,rt); }
else if (dr==2)
{ line(x[0]+X,y[0]+Y,X+la,Y);
circle(x[0]+X,y[0]+Y,rt);}
else{ line(x1[0]+X,e+Y,x1[0]+X+70,e+Y);
lp=2*vmax/w+5;
line(x[0]+X,y[0]+Y-lp/2,x[0]+X+70,y[0]+Y+lp/2);}
for(i=0;i<359;i++)
{ setcolor(4);
if(dr!=3)
{line(x[i]+X,y[i]+Y,x[i+1]+X,y[i+1]+Y);
setcolor(14);
line(x1[i]+X,y1[i]+Y,x1[i+1]+X,y1[i+1]+Y);}
else{setcolor(14);
line(x1[i]+X,y1[i]+Y,x1[i+1]+X,y1[i+1]+Y);}
}
}
setcolor(14);
for(i=0;i<=359;i++)
line(X+r0+100+s[i],i+Y,X+r0+100+s[i+1],i+1+Y);
setcolor(2);
for(i=0;i<=359;i++)
line(X+r0+100+v[i]/100,i+Y,X+r0+100+v[i+1]/100,i+1+Y);
setcolor(4);
for(i=0;i<=359;i++)
line(X+r0+100+a[i]/10000,i+Y,X+r0+100+a[i+1]/10000,i+1+Y);}
void print()
{int i;
for(i=0;i<=359;i++)
{ printf("s[%d]=%f,v[%d]=%f,a[%d]%f\n",i,s[i],i,v[i],i,a[i]);
printf("x[%d]=%f,y[%d]=%f,x1[%d]=%f,y1[%d]=%f\n",i,x[i],i,y[i],i,x1[i],i,y1[i]);}}
============================================================
还有，用安了easyx的vc6.0也编译不了。
graphics.h出了好多错
希望各位大大帮忙看看~~
[ 本帖最后由 listee 于 2011-5-11 15:39 编辑 ]
