void Field::StartBurn(uchar size, uchar id,uchar direction)
{
hasbomb=false;
switch(type)
{
case 2:
burning=true;
if(bonus)
{
bonus->Destroy();
bonus=0;
}
this->id=id;
break;
case 3:
this->type=1;
emit FieldChanged(this->x,this->y,this->type);
break;
case 1:
this->type=2;
emit FieldChanged(this->x,this->y,this->type);
if(bonus)bonus->TurnVisible();
break;
}
QTimer::singleShot(300,this,SLOT(Extinction()));
emit Boomed(x,y,size,id,size==0 ? direction+16 :direction);
if( size==0 || !burning)return;
if((direction==0 || direction==255) && left!=0 && (left->IsPermeable() || left->IsBlastable())){left->StartBurn(size-1,id,0);}
if((direction==1 || direction==255) && top!=0 && (top->IsPermeable() || top->IsBlastable())){top->StartBurn(size-1,id,1);}
if((direction==2 || direction==255) && bottom!=0 && (bottom->IsPermeable() || bottom->IsBlastable())){bottom->StartBurn(size-1,id,2);}
if((direction==3 || direction==255) && right!=0 && (right->IsPermeable() || right->IsBlastable())){right->StartBurn(size-1,id,3);}
}
int calc_atten_lum(int argc, void *argv[])
{
int N;
float Band_L;
float L_lambda = 14.0; //An example L_lambda in Lsun micron^-1
float lambda = 0.5;//an example wavelength in microns
float Z = 0.1; //an example metallicity in solar units
float NH = 21.0; // an example column density
float *iLum;
float *iNH;
float *iZ;
float *Value;
float *vv;
float Ext, NewLum;
int i;
if(argc!=6)
{
fprintf(stderr,"\n\nwrong number of arguments ! (found %d) \n\n",argc);
exit(0);
}
N =*(int *)argv[0];
Band_L =*(float *)argv[1];
iLum =(float*)argv[2];
iNH =(float*)argv[3];
iZ =(float*)argv[4];
Value =(float*)argv[5];
Initialize();
lambda= Band_L/1.0e4;
printf("Determine Attenuation, N=%d\n",N);
printf("Band_L=%g lambda= %g\n",Band_L,lambda);
for(i=0;i<N;i++)
{
if(!(i%10000))
printf("%d..",i);
L_lambda = log10(iLum[i]);
NH = log10(iNH[i]);
Z = iZ[i];
Ext = Extinction(lambda,NH,Z);
NewLum= pow(10.0, L_lambda + Ext);
/*
if(i<5){
printf("i= %d iLum[%d]= %g iNH[%d]= %g Ext= %g NewLum %g\n",i,i,iLum[i],i,iNH[i],Ext,NewLum); fflush(stdout);
}
*/
vv = Value + i;
*vv = NewLum;
/*
*vv = pow(10.0, L_lambda+IA.Extinction(lambda,NH,Z));
*vv = 10.0;
*/
}
printf("... done\n");
fflush(stdout);
FreeMemory();
return 0;
}