Data.f90 File Reference

Data Types
type	dataclass::fielddata

Modules
module	dataclass
	This class stores the rf cavity data Ez, Ez', Ez'' on the axis; Fourier coefficients of Ez on the axis; Ez(r,z), Er(r,z), Htheta(r,z) on the r-z grid plane; and Ex(x,y,z), Ey(x,y,z), Ez(x,y,z), Bx(x,y,z), By(x,y,z), Bz(x,y,z) on uniform x, y, z grid, and Br(r,z) and Bz(r,z) on the r-z grid.

Functions/Subroutines
subroutine	dataclass::init_data ()
	Initialize the data storage arrays. More...
subroutine	dataclass::destruct_data ()
subroutine	dataclass::read1_data (ifile)
	read in the discrete field data Ez(0,z), Ez'(0,z), Ez''(0,z) distribution along axis zdat from files "rfdatax or rfdataxx or rfdataxxx". More...
subroutine	dataclass::read2_data (ifile)
	read in discrete Ez(r,z), Er(r,z) and Btheta(r,z) rf data from files "1Tx.T7 or 1Txx.T7 or 1Txxx.T7. Here, the grid is uniform in r and z. More...
subroutine	dataclass::read3_data (ifile)
	readin the Fourier coefficients of the RF field from files "rfdatax or rfdataxx or rfdataxxx". More...
subroutine	dataclass::read4_data (ifile)
	read in discrete Ex(x,y,z), Ey(x,y,z), Ez(x,y,z), Bx(x,y,z), By(x,y,z), Bz(x,y,z) rf data from files "1Tx.T7 or 1Txx.T7 or 1Txxx.T7. Here, the grid is uniform in x, y and z. More...
subroutine	dataclass::initt_data (this)
subroutine	dataclass::destructt_data (this)
subroutine	dataclass::read1t_data (this, ifile)
	readin the Fourier coefficients of the RF field from files "rfdatax or rfdataxx or rfdataxxx". More...
subroutine	dataclass::read1tdata_data (this, ifile)
	readin the Fourier coefficients of the RF field from files "rfdatax or rfdataxx or rfdataxxx". More...
subroutine	dataclass::read2t_data (this, ifile)
	read in discrete Ez(r,z), Er(r,z) and Btheta(r,z) rf data from files "1Tx.T7 or 1Txx.T7 or 1Txxx.T7. Here, the grid is uniform in r and z. More...
subroutine	dataclass::read4t_data (this, ifile)
	read in analytical function coefficients of Ex(x,y,z), Ey(x,y,z), Ez(x,y,z), Bx(x,y,z), By(x,y,z), Bz(x,y,z) rf data from "rfdatax or rfdataxx or rfdataxxx". More...
subroutine	dataclass::read2tsol_data (this, ifile)
	read in discrete Bz(r,z), Br(r,z) data from files "1Tx.T7 or 1Txx.T7 or 1Txxx.T7 for solenoid. Here, the grid is uniform in r and z. More...
subroutine	dataclass::read3t_data (this, ifile)
	read in discrete complex Ex(x,y,z), Ey(x,y,z), Ez(x,y,z), Bx(x,y,z), By(x,y,z), Bz(x,y,z) rf data from files "1Tx.T7 or 1Txx.T7 or 1Txxx.T7. Here, the grid is uniform in x, y and z. This field can be used to model the traveling wave structure More...

Variables
integer	dataclass::ndata
	practical number of grid data on the axis or Fourier coefficients. More...
using the x-y-z field data (Ex,Ey,Ez,Bx,By,Bz) directly.
integer	dataclass::nxintvrfg = 1
	number of grid points along x, y, and z direction. More...
integer	dataclass::nyintvrfg = 1
	number of grid points along x, y, and z direction. More...
integer	dataclass::nzintvrfg = 1
	number of grid points along x, y, and z direction. More...
double precision	dataclass::xmaxrfg
	range in x, y, and zdirections. More...
double precision	dataclass::xminrfg
	range in x, y, and zdirections. More...
double precision	dataclass::ymaxrfg
	range in x, y, and zdirections. More...
double precision	dataclass::yminrfg
	range in x, y, and zdirections. More...
double precision	dataclass::zmaxrfg
	range in x, y, and zdirections. More...
double precision	dataclass::zmin
	range in x, y, and zdirections. More...
double precision, dimension(:,:,:), allocatable	dataclass::exgrid
	discrete Ex(x,y,z), Ey(x,y,z), Ez(x,y,z) and Bx(x,y,z), By(x,y,z), and Bz(x,y,z) rf data. Here, the grid is uniform in x, y and z. More...
double precision, dimension(:,:,:), allocatable	dataclass::eygrid
	discrete Ex(x,y,z), Ey(x,y,z), Ez(x,y,z) and Bx(x,y,z), By(x,y,z), and Bz(x,y,z) rf data. Here, the grid is uniform in x, y and z. More...
double precision, dimension(:,:,:), allocatable	dataclass::ezgrid
	discrete Ex(x,y,z), Ey(x,y,z), Ez(x,y,z) and Bx(x,y,z), By(x,y,z), and Bz(x,y,z) rf data. Here, the grid is uniform in x, y and z. More...
double precision, dimension(:,:,:), allocatable	dataclass::bxgrid
	discrete Ex(x,y,z), Ey(x,y,z), Ez(x,y,z) and Bx(x,y,z), By(x,y,z), and Bz(x,y,z) rf data. Here, the grid is uniform in x, y and z. More...
double precision, dimension(:,:,:), allocatable	dataclass::bygrid
	discrete Ex(x,y,z), Ey(x,y,z), Ez(x,y,z) and Bx(x,y,z), By(x,y,z), and Bz(x,y,z) rf data. Here, the grid is uniform in x, y and z. More...
double precision, dimension(:,:,:), allocatable	dataclass::bzgrid
	discrete Ex(x,y,z), Ey(x,y,z), Ez(x,y,z) and Bx(x,y,z), By(x,y,z), and Bz(x,y,z) rf data. Here, the grid is uniform in x, y and z. More...
using the r-z field data (Er,Ez,Htheta) directly.
integer	dataclass::nrintvrf = 1
	number of grid points along r direction. More...
integer	dataclass::nzintvrf = 1
	number of grid points along z direction. More...
double precision	dataclass::rmaxrf
	range in r and z directions. More...
double precision	dataclass::rminrf
	range in r and z directions. More...
double precision	dataclass::zmaxrf
	range in r and z directions. More...
double precision	dataclass::zminrf
	range in r and z directions. More...
double precision, dimension(:,:), allocatable	dataclass::ezdata
	discrete Ez(r,z), Er(r,z) and Htheta(r,z) rf data. Here, the grid is uniform in r and z. More...
double precision, dimension(:,:), allocatable	dataclass::erdata
	discrete Ez(r,z), Er(r,z) and Htheta(r,z) rf data. Here, the grid is uniform in r and z. More...
double precision, dimension(:,:), allocatable	dataclass::btdata
	discrete Ez(r,z), Er(r,z) and Htheta(r,z) rf data. Here, the grid is uniform in r and z. More...
using only on-axis field data and its derivities.
integer, parameter	dataclass::ndataini = 5000
	initial number of grid points on the axis. More...
double precision, dimension(ndataini)	dataclass::zdat
	discrete Ez(0,z), Ez'(0,z), Ez''(0,z) rf data. More...
double precision, dimension(ndataini)	dataclass::edat
	discrete Ez(0,z), Ez'(0,z), Ez''(0,z) rf data. More...
double precision, dimension(ndataini)	dataclass::epdat
	discrete Ez(0,z), Ez'(0,z), Ez''(0,z) rf data. More...
double precision, dimension(ndataini)	dataclass::eppdat
	discrete Ez(0,z), Ez'(0,z), Ez''(0,z) rf data. More...
using the Fourier coefficients
double precision, dimension(ncoeff)	dataclass::fcoef
integer, parameter	dataclass::ncoeff = 401
	number of Fourier expansion coefficients. More...

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Data Type Documentation

dataclass::fielddata

type dataclass::fielddata

Data Fields
double precision, dimension(:,:), pointer	brdatat	discrete Ezt(r,z,i), Ert(r,z,i) and Btheta(r,z,i) rf data. Here, the grid is uniform in r and z.
double precision, dimension(:,:), pointer	btdatat	discrete Ezt(r,z,i), Ert(r,z,i) and Btheta(r,z,i) rf data. Here, the grid is uniform in r and z.
double complex, dimension(:,:,:), pointer	bxgridt	discrete Ex(x,y,z,i), Ey(x,y,z,i), Ez(x,y,z,i) and Bx(x,y,z,i), By(x,y,z,i), and Bz(x,y,z,i) rf data. Here, the grid is uniform in x, y and z.
double complex, dimension(:,:,:), pointer	bygridt	discrete Ex(x,y,z,i), Ey(x,y,z,i), Ez(x,y,z,i) and Bx(x,y,z,i), By(x,y,z,i), and Bz(x,y,z,i) rf data. Here, the grid is uniform in x, y and z.
double precision, dimension(:,:), pointer	bzdatat	discrete Ezt(r,z,i), Ert(r,z,i) and Btheta(r,z,i) rf data. Here, the grid is uniform in r and z.
double complex, dimension(:,:,:), pointer	bzgridt	discrete Ex(x,y,z,i), Ey(x,y,z,i), Ez(x,y,z,i) and Bx(x,y,z,i), By(x,y,z,i), and Bz(x,y,z,i) rf data. Here, the grid is uniform in x, y and z.
double precision, dimension(:), pointer	coefbx	coefficients for analytical function description of the rf data.
double precision, dimension(:), pointer	coefby	coefficients for analytical function description of the rf data.
double precision, dimension(:), pointer	coefbz	coefficients for analytical function description of the rf data.
double precision, dimension(:), pointer	coefex	coefficients for analytical function description of the rf data.
double precision, dimension(:), pointer	coefey	coefficients for analytical function description of the rf data.
double precision, dimension(:), pointer	coefez	coefficients for analytical function description of the rf data.
double precision, dimension(:,:), pointer	erdatat	discrete Ezt(r,z,i), Ert(r,z,i) and Btheta(r,z,i) rf data. Here, the grid is uniform in r and z.
double complex, dimension(:,:,:), pointer	exgridt	discrete Ex(x,y,z,i), Ey(x,y,z,i), Ez(x,y,z,i) and Bx(x,y,z,i), By(x,y,z,i), and Bz(x,y,z,i) rf data. Here, the grid is uniform in x, y and z.
double complex, dimension(:,:,:), pointer	eygridt	discrete Ex(x,y,z,i), Ey(x,y,z,i), Ez(x,y,z,i) and Bx(x,y,z,i), By(x,y,z,i), and Bz(x,y,z,i) rf data. Here, the grid is uniform in x, y and z.
double precision, dimension(:,:), pointer	ezdatat	discrete Ezt(r,z,i), Ert(r,z,i) and Btheta(r,z,i) rf data. Here, the grid is uniform in r and z.
double complex, dimension(:,:,:), pointer	ezgridt	discrete Ex(x,y,z,i), Ey(x,y,z,i), Ez(x,y,z,i) and Bx(x,y,z,i), By(x,y,z,i), and Bz(x,y,z,i) rf data. Here, the grid is uniform in x, y and z.
double precision, dimension(401)	fcoeft	practical number of grid data on the axis or Fourier coefficients.
double precision, dimension(4, 10002)	fcoeftdata	here, maximum data point is 5000 for E field or B field.
integer	ncbx	number of coefficients in Bx.
integer	ncby	number of coefficients in By.
integer	ncbz	number of coefficients in Bz.
integer	ncex	number of coefficients in Ex.
integer	ncey	number of coefficients in Ey.
integer	ncez	number of coefficients in Ez.
integer	ndatat
integer	nrintvrft	number of grid points along r direction.
integer	nxintvrfgt	number of grid points along x, y, and z direction.
integer	nyintvrfgt	number of grid points along x, y, and z direction.
integer	nzintvrfgt	number of grid points along x, y, and z direction.
integer	nzintvrft	number of grid points along z direction.
double precision	rmaxrft	range in r and z directions.
double precision	rminrft	range in r and z directions.
double precision	xmaxrfgt	range in x, y, and zdirections.
double precision	xminrfgt	range in x, y, and zdirections.
double precision	ymaxrfgt	range in x, y, and zdirections.
double precision	yminrfgt	range in x, y, and zdirections.
double precision	zmaxrfgt	range in x, y, and zdirections.
double precision	zmaxrft	range in r and z directions.
double precision	zminrfgt	range in x, y, and zdirections.
double precision	zminrft	range in r and z directions.