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| subroutine | fieldquantclass::construct_fieldquant (this, innx, inny, innz, geom, grid) |
| | Initialize field class. More...
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| subroutine | fieldquantclass::set_fieldquant (this, innx, inny, innz, geom, grid, nprx, npry) |
| | set field quantity. More...
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| subroutine | fieldquantclass::gradeb_fieldquant (innx, inny, innz, temppotent, ptsgeom, grid, Flagbc, gammaz, FlagImage, egxout, egyout, egzout, bgxout, bgyout, bgzout) |
| | find the E and B fields in the lab frame from the potential on the grid of beam frame. More...
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| subroutine | fieldquantclass::update3otnew_fieldquant (this, source, fldgeom, grid, nxlc |
| | update potential (solving Possion's equation) with 3D isolated boundary conditions. Here, image charge potential along z also calculated More...
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| subroutine | fieldquantclass::openbc3dnew (innx, inny, innz, rho, hx, hy, hz, nxpylc2, nypzlc2, myidz, myidy, npz, npy, commrow, commcol, comm2d, pztable, pytable, ypzstable, xpystable, inxglb, inyglb, inzglb, rhoImg, flagImage, zshift) |
| | Solving Poisson's equation with open BCs. More...
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| subroutine | fieldquantclass::greenf1tintnew2 (nx, ny, nz, nsizez, nsizey, nsizexy, nsizey |
| | green function for extended array. More...
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| subroutine | fieldquantclass::greenf1tintshift2 (nx, ny, nz, nsizez, nsizey, nsizexy, nsiz |
| | green function for extended array. More...
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| subroutine | fieldquantclass::wakefield_fieldquant (Nz, xwakez, ywakez, recvdensz, exwake |
| | longitudinal and transverse wakefield More...
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| subroutine | fieldquantclass::wakereadin_fieldquant (Nz, xwakez, ywakez, recvdensz, exwak |
| | longitudinal and transverse wakefield on a beam using the readin longitudinal and transverse wake functions More...
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| subroutine | fieldquantclass::csrwaketr_fieldquant (Nx, r0, ptmin, hx, blength, rhonew, rh |
| | new version of the csrwake calculation. this subroutine calculate the 1d csr wakefield including entrance, stead-state, and transitions effects here, hx, rho,...are in real unit. the return ezwake is V/m More...
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| subroutine | fieldquantclass::setval_fieldquant (this, i, j, k, value) |
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| double precision function | fieldquantclass::get_fieldquant (this, i, j, k) |
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| subroutine | fieldquantclass::getglb_fieldquant (this, temp) |
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| subroutine | fieldquantclass::getlcgrid_fieldquant (this, nxlc, nylc, nzlc) |
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| subroutine | fieldquantclass::psiroot (r0, xx, deltas, psi, eps, Nmax) |
| | find the psi in equation 12 of Stupakov and Emma's paper More...
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| subroutine | fieldquantclass::destruct_fieldquant (this) |
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| subroutine | fieldquantclass::csrwaketrigf_fieldquant (Nx, r0, ptmin, hx, blength, rhonew |
| | This subroutine calculates the 1d csr wakefield including entrance, stead-state, and transitions effects. Here, hx, rho,...are in real units. The return ezwake is in V! /m. The current version uses IGF corresponding to the four cases ! of Saldin et al. More...
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| double precision function | fieldquantclass::icsrcasea (phih, ssh, xk2) |
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| double precision function | fieldquantclass::icsrcaseb (ssh, xk2) |
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| double precision function | fieldquantclass::icsrcasec (phimh, xxbarh, ssh, xk2) |
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| double precision function | fieldquantclass::icsrcased (xxbarh, psimax, ssh, xk2, epstol, Nmax) |
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| subroutine | fieldquantclass::dwakefield_fieldquant (Nx, Ny, Nz, hx, hy, hz, chgdens, dexwak |
| | This routine computes the root of the function that is evaluated ! in the subroutine 'funcd'. It is based on the subroutine 'root' of Numerical Recipes 9.4, which makes use of a Newton-Raphson method with root bracketing. It has been modified to handle the two bra! cket endpoints carefully. The routine searches for a root in the inter! val [x1,x2] with a tolerance given by 'xacc', and returns this value as 'rtsafe'. The maximum number of iterations allowed is 'maxit'! . C.E.M. More...
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| subroutine | fieldquantclass::dwakeconv_fieldquant (Nz, weightz, hz, kern, lam) |
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| subroutine | fieldquantclass::dispeqslab_fieldquant (a, b, eps, dlx, nkx, nky, dkx, dky) |
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| subroutine | fieldquantclass::ampslab_fieldquant (a, b, eps, nkx, nky, dkx, dky, amp) |
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| subroutine | fieldquantclass::dispeqcyl_fieldquant (a, b, eps, nkx, nky, dky) |
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| subroutine | fieldquantclass::ampcyl_fieldquant (a, b, eps, nkx, nky, dky, amp) |
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| double precision function | fieldquantclass::func1 (x, c1, c2) |
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| double precision function | fieldquantclass::func2 (x, c1, c3) |
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| double precision function | fieldquantclass::amplsm_sym (a, b, eps, kx, ky) |
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| double precision function | fieldquantclass::amplsm_asym (a, b, eps, kx, ky) |
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| double precision function | fieldquantclass::amplse_sym (a, b, eps, kx, ky) |
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| double precision function | fieldquantclass::amplse_asym (a, b, eps, kx, ky) |
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| double precision function | fieldquantclass::calclfs (s, a, b, eps) |
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| double precision function | fieldquantclass::calcr0 (s, a, b) |
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