InterpolationGrid Derived Type

  1. fidasim.f90
  2. libfida
  3. InterpolationGrid

type, public :: InterpolationGrid

Defines a 3D R-Z-phi grid for interpolating plasma parameters and fields


Contents

Variables

Source Code

InterpolationGrid

Components

TypeVisibility AttributesNameInitial
integer(kind=Int32), public :: nr

Number of Radii
integer(kind=Int32), public :: nz

Number of Z values
integer(kind=Int32), public :: nphi

Number of phi values
real(kind=Float64), public :: dr

Radial spacing [cm]
real(kind=Float64), public :: dz

Vertical spacing [cm]
real(kind=Float64), public :: dphi

Angular spacing [rad]
real(kind=Float64), public :: da

Grid element area []
real(kind=Float64), public :: dv

drdzdphi []
integer(kind=Int32), public :: dims(3)

Dimension of the interpolation grid
real(kind=Float64), public, dimension(:), allocatable:: r

Radii values [cm]
real(kind=Float64), public, dimension(:), allocatable:: z

Z values [cm]
real(kind=Float64), public, dimension(:), allocatable:: phi

Angular values [rad]
integer(kind=Int32), public :: ntrack

Maximum number of cells for particle tracking
integer(kind=Int32), public :: ngrid

Number of cells

Source Code

type InterpolationGrid
    !+ Defines a 3D R-Z-phi grid for interpolating plasma parameters and fields
    integer(Int32) :: nr
        !+ Number of Radii
    integer(Int32) :: nz
        !+ Number of Z values
    integer(Int32) :: nphi
        !+ Number of phi values
    real(Float64)  :: dr
        !+ Radial spacing [cm]
    real(Float64)  :: dz
        !+ Vertical spacing [cm]
    real(Float64)  :: dphi
        !+ Angular spacing [rad]
    real(Float64)  :: da
        !+ Grid element area [\(cm^2\)]
    real(Float64)  :: dv
        !+ dr*dz*dphi [\(rad*cm^2\)]
    integer(Int32) :: dims(3)
        !+ Dimension of the interpolation grid
    real(Float64), dimension(:),   allocatable :: r
        !+ Radii values [cm]
    real(Float64), dimension(:),   allocatable :: z
        !+ Z values [cm]
    real(Float64), dimension(:),   allocatable :: phi
        !+ Angular values [rad]
    integer(Int32) :: ntrack
        !+ Maximum number of cells for particle tracking
    integer(Int32) :: ngrid
        !+ Number of cells
end type InterpolationGrid