Zemax光学设计从入门到精通	《杂散光抑制与评估技术》	Zemax光学设计实践基础(陈家璧)	光学设计与光学元件
讯技光电:VirtualLab Fusion独家供应商	现代光学设计及应用(Zemax)	CODE V,LightTools,RSoft,LucidShape	计算光学带来的成像革命(第2季)

发帖回复

7776阅读
3回复

[分享]机械原理课程设计程序 - 凸轮设计部分 [复制链接]

上一主题下一主题

离线wz82

高级工程师

发帖: 597

光币: 4711

光券: 0

只看楼主正序阅读楼主发表于: 2007-08-25

# i nclude<stdio.h>
# i nclude<stdio.h>
# i nclude<math.h>
#define PI 3.1415926
void ydgl();
float d,am,ro,e,h,p,dt0,d0,s,ds,r,al;
int f;
main()
{ printf("Determaination the prime circle of cam\n");
printf("----------------------------\n");
printf( "input ro=");scanf("%f",&ro);
printf("input h=");scanf("%f",&h);
printf("input e=");scanf("%f",&e);
printf("input dt0=");scanf("%f",&dt0);
am=0;p=PI/180;
printf("The initial data:ro=%f\n",ro);
printf("h=%f e=%f dt0=%f\n",h,e,dt0);
do
{ro=ro+5;
for(f=0;f<=dt0;f=f+2)
{d=PI*f/dt0;
ydgl();
}
}
while(am>30*p);
printf("The intermediate results: am=%f\n",am/p);
printf("ro=%f\n",ro);
do
{ro=ro-1;
if(ro<e)
break;

for(f=0;f<=dt0;f=f+2)
{d=PI*f/dt0;
ydgl();
}
}
while((am>30*p)||(am<=29.5*p));
printf("The final results:max alfa=%f\n",am/p);
printf(" min ro=%f\n",ro);
getch();
}
void ydgl()
{ d0=dt0*p;
s=0.5*h*(1-cos(d));
ds=0.5*h*PI*sin(d)/d0;
r=sqrt(ro*ro-e*e);
if((s+r)==0)
return;
al=atan((ds-e)/(s+r));
if(al>am)
am=al;
}