typedef struct {
  
  uint  S_ontime;   //per100us 10-250(1ms-25ms)<*100> 
  uint  S_offtime;   //pr100ms  2-50(0.2s-5s)</10> 
  uint  S_top;      //top(%)10~200(5%-100%)</2>
  uint  S_scale;    //scale = rise/rise+fall time 10~190(5%-95%)</2>
  
}Slope_param_info;
/*global struct info*/
Slope_param_info SPARAMINFO ={100,2,200,180};
/* CUT LINE */
void Reload_Slope_Table(Slope_param_info SPF_info)
{
  static uint S_risetime,S_falltime;
  static float Ua,Fa;
    S_risetime=(uint)(SPF_info.S_ontime*SPF_info.S_scale/200);//(100uS)
    S_falltime =(uint)(SPF_info.S_ontime-S_risetime);//(100uS)
    Ua=(float)(SPF_info.S_top/S_risetime);//bit
    Fa=(float)(SPF_info.S_top/S_falltime);//bit
  for(uint i=1;i<250;i++)
    {
       if(i<S_risetime)
        {
           if((SPF_info.S_top-Slope_Table[i-1])<Ua)
            {
              Slope_Table[i]=SPF_info.S_top;
            }
           else
              Slope_Table[i]=(uint)(Slope_Table[i-1]+Ua);
        }
       if(i>=S_risetime)
        {
           if(Slope_Table[i-1]<Fa)
            {
              Slope_Table[i]=0;
              goto end_table;
            }
           else
              Slope_Table[i]=(uint)(Slope_Table[i-1]-Fa);
        }
    }
    end_table:
    return ;
}