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CAN Bus 的代码
fm_exload.m
function fm_exload(flag)
% FM_EXLOAD defines exponential recovery load
%
% FM_EXLOAD(FLAG)
% FLAG = 0 -> initialization
% FLAG = 1 -> algebraic equations
% FLAG = 2 -> algebraic Jac
fm_fl.m
function fm_fl(flag)
% FM_FL define General Exponential Voltage Frequency Dependent Loads
%
%FM_FL(FLAG)
% FLAG = 0 initialization
% FLAG = 1 algebraic equations
% FLAG = 2 algebraic
pfinpt.m
clear all, clc, close all
% PF data in MATLAB format
% IEEE 14 Bus Test System
Sb = 100;
econv = 0.001;
mxitr = 10;
% Bus Data
% Bus Pg (MW) Qg(Mvar) Pl (MW) Ql (Mvar) Kv (nom.
psidx.m
function idx = psidx(a,k)
global Bus
idx = sparse(a.bus,[1:a.n],k,Bus.n,a.n);
fm_ncomp.m
function check = fm_ncomp
% FM_NCOMP search components used in the current data
% file and initializes fields used for power
% flow computations.
%
% CHECK = FM_NCOMP
%
%see also FM_
fm_pl.m
function fm_pl(flag)
% FM_PL define Polinomial Loads
%
% FM_PL(FLAG)
% FLAG -> 0 initialization
% FLAG -> 1 algebraic equations
% FLAG -> 2 algebraic Jacobians
%
%Author: Federico
fm_jimma.m
function fm_jimma(flag)
% FM_JIMMA defines Mixed Loads
%
% FM_JIMMA(FLAG)
% FLAG = 0 initialization
% FLAG = 1 algebraic equations
% FLAG = 2 algebraic Jacobians
% FLAG = 3 di
fm_mn.m
function fm_mn(flag)
% FM_MN defines Monomial Loads
%
% FM_MN(FLAG)
% FLAG = 0 initialization
% FLAG = 1 algebraic equations
% FLAG = 2 algebraic Jacobians
%
%Author: Federico Mil
fm_exload.m
function fm_exload(flag)
% FM_EXLOAD defines exponential recovery load
%
% FM_EXLOAD(FLAG)
% FLAG = 0 -> initialization
% FLAG = 1 -> algebraic equations
% FLAG = 2 -> algebraic Jac
fm_fl.m
function fm_fl(flag)
% FM_FL define General Exponential Voltage Frequency Dependent Loads
%
%FM_FL(FLAG)
% FLAG = 0 initialization
% FLAG = 1 algebraic equations
% FLAG = 2 algebraic