Loading matlab/bfield_library_jdl/EFIT_routines/calc_rho.m +1 −1 Original line number Diff line number Diff line function [rho,Phi,Reff,Reff_bry] = calc_rho(g,R1,Z1) % [rho] = calc_rho(g,R1,Z1) % [rho,Phi,Reff,Reff_bry] = calc_rho(g,R1,Z1) % Rho is sqrt toroidal flux % Phi is toroidal flux % Reff is R from Bo*pi*R^2 = 2*pi*Phi Loading Loading
matlab/bfield_library_jdl/EFIT_routines/calc_rho.m +1 −1 Original line number Diff line number Diff line function [rho,Phi,Reff,Reff_bry] = calc_rho(g,R1,Z1) % [rho] = calc_rho(g,R1,Z1) % [rho,Phi,Reff,Reff_bry] = calc_rho(g,R1,Z1) % Rho is sqrt toroidal flux % Phi is toroidal flux % Reff is R from Bo*pi*R^2 = 2*pi*Phi Loading
