create_grid.F90 917 Bytes

! Create a uniform grid which is used to model circular conductors

    conductor_data(conductor)%nxmax=NINT(conductor_data(conductor)%grid_dim/conductor_data(conductor)%dl)+1
    conductor_data(conductor)%nxmin=-conductor_data(conductor)%nxmax

    conductor_data(conductor)%nymax=conductor_data(conductor)%nxmax
    conductor_data(conductor)%nymin=conductor_data(conductor)%nxmin

    nxmin=conductor_data(conductor)%nxmin
    nxmax=conductor_data(conductor)%nxmax
    nymin=conductor_data(conductor)%nymin
    nymax=conductor_data(conductor)%nymax
    
    write(*,*)'Create grid: nxmax=',nxmax,' nymax=',nymax
        
    ALLOCATE( conductor_data(conductor)%grid(nxmin:nxmax,nymin:nymax) )
    ALLOCATE( conductor_data(conductor)%depth(nxmin:nxmax,nymin:nymax) )

! Reset the grid   
    conductor_data(conductor)%grid(nxmin:nxmax,nymin:nymax)=0
    conductor_data(conductor)%depth(nxmin:nxmax,nymin:nymax)=0.0