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github | robertcastle/dtslam-master | test_disp.m | .m | dtslam-master/3rdparty/suitesparse-metis-for-windows-1.2.1/SuiteSparse/MATLAB_Tools/Factorize/Test/test_disp.m | 6,016 | utf_8 | 457e71942dd7611721712b8b00e42ac2 | function test_disp
%TEST_DISP test the display method of the factorize object
%
% Example
% test_disp
%
% See also factorize, test_all.
% Copyright 2011-2012, Timothy A. Davis, http://www.suitesparse.com
reset_rand ;
tol = 1e-10 ;
err = 0 ;
%-------------------------------------------------------------------------... |
github | robertcastle/dtslam-master | test_svd.m | .m | dtslam-master/3rdparty/suitesparse-metis-for-windows-1.2.1/SuiteSparse/MATLAB_Tools/Factorize/Test/test_svd.m | 6,212 | utf_8 | 6302c745225348ed8b5a230f4441477b | function err = test_svd (A)
%TEST_SVD test factorize(A,'svd') and factorize(A,'cod') for a given matrix
%
% Example
% err = test_svd (A) ;
%
% See also test_all
% Copyright 2011-2012, Timothy A. Davis, http://www.suitesparse.com
fprintf ('.') ;
if (nargin < 1)
% has rank 3
A = magic (4) ;
end
[m, n] = si... |
github | robertcastle/dtslam-master | test_accuracy.m | .m | dtslam-master/3rdparty/suitesparse-metis-for-windows-1.2.1/SuiteSparse/MATLAB_Tools/Factorize/Test/test_accuracy.m | 2,952 | utf_8 | 5d41ae00bdefd11f286352bff8500c20 | function err = test_accuracy
%TEST_ACCURACY test the accuracy of the factorize object
%
% Example
% err = test_accuracy
%
% See also test_all, test_factorize.
% Copyright 2011-2012, Timothy A. Davis, http://www.suitesparse.com
fprintf ('\nTesting accuracy:\n') ;
reset_rand ;
A = [ 0.1482 0.3952 0.1783 1.1... |
github | robertcastle/dtslam-master | shellgui.m | .m | dtslam-master/3rdparty/suitesparse-metis-for-windows-1.2.1/SuiteSparse/MATLAB_Tools/shellgui/shellgui.m | 11,635 | utf_8 | 1b16a617abce89c6b0f0edf90831fafd | function varargout = shellgui(varargin)
%SHELLGUI GUI interface for seashell function
% Timothy A. Davis, Chapman Hall / CRC Press, 7th edition.
% Controls the parameters a, b, c, n, azimuth, and elevation, using
% sliders. To the whole range of each parameter, click on the button to
% the right of each slider... |
github | robertcastle/dtslam-master | spok_test.m | .m | dtslam-master/3rdparty/suitesparse-metis-for-windows-1.2.1/SuiteSparse/MATLAB_Tools/spok/spok_test.m | 2,050 | utf_8 | e481f5b5280c567be98f4e245c3a5f87 | function spok_test
%SPOK_TEST installs and tests SPOK
%
% Example:
% spok_install
%
% See also sparse, spok, spok_install
% Copyright 2008-2011, Timothy A. Davis, http://www.suitesparse.com
% compile and install spok
help spok ;
spok_install ;
c = pwd ;
cd private ;
% mex spok_invalid.c ;
is64 = ~isempty (strfind ... |
github | robertcastle/dtslam-master | waitex.m | .m | dtslam-master/3rdparty/suitesparse-metis-for-windows-1.2.1/SuiteSparse/MATLAB_Tools/waitmex/waitex.m | 1,047 | utf_8 | 65beaefa68f21bc993f23673d3d2c040 | function result = waitex
%WAITEX same as the waitexample mexFunction, just in M instead of C.
% The only purpose of this function is to serve as a precise description of
% what the waitexample mexFunction does.
%
% Example:
% waitex % draw a waitbar, make progress, and then close the waitbar
% h = waitex ;... |
github | robertcastle/dtslam-master | spqr_rank_stats.m | .m | dtslam-master/3rdparty/suitesparse-metis-for-windows-1.2.1/SuiteSparse/MATLAB_Tools/spqr_rank/spqr_rank_stats.m | 33,128 | utf_8 | 548109abdb301991b7a827b8ca13eb0e | function spqr_rank_stats (stats, print_opts)
%SPQR_RANK_STATS prints the statistics from spqr_rank functions
%
% For a detailed description of the meaning of the basic statistic for
% spqr_basic, spqr_null, spqr_pinv or spqr_cod, just type
% 'spqr_rank_stats' with no inputs. Type spqr_rank_stats('ssi') or
% spqr_rank_... |
github | robertcastle/dtslam-master | demo_spqr_rank.m | .m | dtslam-master/3rdparty/suitesparse-metis-for-windows-1.2.1/SuiteSparse/MATLAB_Tools/spqr_rank/demo_spqr_rank.m | 51,341 | utf_8 | 081d27fdd8b2c6e4d628f0bec45c311c | function [nfailures SJid_failures] = demo_spqr_rank (ids,args)
%DEMO_SPQR_RANK lengthy demo for spqr_rank functions (requires SJget)
% Usage: demo_spqr_rank(ids,args)
%
% This is a demonstration program for the routines spqr_basic, spqr_null,
% spqr_pinv, spqr_cod discussed in the paper "Algorithm xxx: Reliable
% Calcu... |
github | robertcastle/dtslam-master | meshnd_example.m | .m | dtslam-master/3rdparty/suitesparse-metis-for-windows-1.2.1/SuiteSparse/MATLAB_Tools/MESHND/meshnd_example.m | 2,401 | utf_8 | 25a8393c5bdc074d5abd5993910a6cd2 | function meshnd_example
%MESHND_EXAMPLE example usage of meshnd and meshsparse.
%
% Example:
% meshnd_example
%
% See also meshnd.
% Copyright 2009, Timothy A. Davis, http://www.suitesparse.com
help meshnd
% 2D mesh, compare with Cleve Moler's demos
m = 7 ;
n = 7 ;
[G p pinv Gnew] = meshnd (m,n) ;
fprintf ('Orig... |
github | robertcastle/dtslam-master | meshnd.m | .m | dtslam-master/3rdparty/suitesparse-metis-for-windows-1.2.1/SuiteSparse/MATLAB_Tools/MESHND/meshnd.m | 3,113 | utf_8 | 6dcbfba9099c003d22ca78e6aae8d7dd | function [G, p, pinv, Gnew] = meshnd (arg1,n,k)
%MESHND creation and nested dissection of a regular 2D or 3D mesh.
% [G p pinv Gnew] = meshnd (m,n) constructs an m-by-n 2D mesh G, and then finds
% a permuted mesh Gnew where Gnew = pinv(G) and G = p(Gnew). meshnd(m,n,k)
% creates an m-by-n-by-k 3D mesh.
%
% [G p pinv G... |
github | robertcastle/dtslam-master | ssmult_test.m | .m | dtslam-master/3rdparty/suitesparse-metis-for-windows-1.2.1/SuiteSparse/MATLAB_Tools/SSMULT/ssmult_test.m | 3,744 | utf_8 | 38a56fcaf9f51fe8c2034ebc02023860 | function ssmult_test
%SSMULT_TEST lengthy test of SSMULT and SSMULTSYM
%
% Example
% ssmult_test
%
% See also ssmult, ssmultsym
% Copyright 2007-2011, Timothy A. Davis, http://www.suitesparse.com
fprintf ('\nTesting large sparse column vectors (1e7-by-1)\n') ;
x = sprandn (1e7,1,1e-4) ;
y = sprandn (1e7,1,1e-... |
github | robertcastle/dtslam-master | find_components_example.m | .m | dtslam-master/3rdparty/suitesparse-metis-for-windows-1.2.1/SuiteSparse/MATLAB_Tools/find_components/find_components_example.m | 3,942 | utf_8 | d813797df447adda5c09bf47365591d0 | function find_components_example(example, dopause)
%FIND_COMPONENTS_EXAMPLE gives an example usage of find_components.
%
% Example:
% find_components_example(0) % a small example, with lots of printing
% find_components_example(1) % Doug's example, with lots of printing
% find_components_example(2) % a large e... |
github | robertcastle/dtslam-master | UFpage.m | .m | dtslam-master/3rdparty/suitesparse-metis-for-windows-1.2.1/SuiteSparse/MATLAB_Tools/UFcollection/UFpage.m | 21,274 | utf_8 | b6033591f32e638d43ebf2d281f6c565 | function UFpage (matrix, index, figures)
%UFPAGE create web page for a matrix in UF Sparse Matrix Collection
%
% Usage:
% UFpage (matrix, index, figures)
%
% matrix: id or name of matrix to create the web page for.
% index: the UF index, from UFget.
% figures: 1 if the figures are to be created, 0 otherwise
%
% Ex... |
github | robertcastle/dtslam-master | UFread.m | .m | dtslam-master/3rdparty/suitesparse-metis-for-windows-1.2.1/SuiteSparse/MATLAB_Tools/UFcollection/UFread.m | 13,580 | utf_8 | 21725dae7e24c05f02784c011410d1be | function Problem = UFread (directory, tmp)
%UFREAD read a Problem in Matrix Market or Rutherford/Boeing format
% containing a set of files created by UFwrite, in either Matrix Market or
% Rutherford/Boeing format. See UFwrite for a description of the Problem struct.
%
% Usage: Problem = UFread (directory)
%
% Example:
... |
github | robertcastle/dtslam-master | UFwrite.m | .m | dtslam-master/3rdparty/suitesparse-metis-for-windows-1.2.1/SuiteSparse/MATLAB_Tools/UFcollection/UFwrite.m | 17,464 | utf_8 | 53f4b8d22f4a1cc6d25d7dfccce1e1be | function UFwrite (Problem, Master, arg3, arg4)
%UFWRITE write a Problem in Matrix Market or Rutherford/Boeing format
% containing a set of text files in either Matrix Market or Rutherford/Boeing
% format. The Problem can be read from the files back into MATLAB via UFread.
% See http://www.suitesparse.com for the UF Sp... |
github | robertcastle/dtslam-master | spqr_make.m | .m | dtslam-master/3rdparty/suitesparse-metis-for-windows-1.2.1/SuiteSparse/SPQR/MATLAB/spqr_make.m | 15,873 | utf_8 | b64ca7a48152cc3c6f11710dad3ac09b | function spqr_make (opt1)
%SPQR_MAKE compiles the SuiteSparseQR mexFunctions
%
% Example:
% spqr_make
%
% SuiteSparseQR relies on CHOLMOD, AMD, and COLAMD, and optionally CCOLAMD,
% CAMD, and METIS. All but METIS are distributed with CHOLMOD. To compile
% SuiteSparseQR to use METIS you must first place a copy of th... |
github | robertcastle/dtslam-master | doVideoLoop.m | .m | dtslam-master/code/matlab/doVideoLoop.m | 3,489 | utf_8 | e4e3c354e046996d28e09999137f4b59 | %doVideoLoop
%Processes a video sequence (either from disk or from a webcam) and calls
%the given function for each frame. The user can cleanly stop the process by
%clicking a stop button.
%Inputs:
% processFun - [function] pointer to a function that takes a single
% argument, the current image, and returns true if pr... |
github | robertcastle/dtslam-master | absoluteOrientationQuaternion.m | .m | dtslam-master/code/matlab/absoluteOrientationQuaternion.m | 3,763 | utf_8 | 46796abdfca36c69cb1c57a5b9967b24 | % [s R T error] = absoluteOrientationQuaternion( A, B, doScale)
%
% Computes the orientation and position (and optionally the uniform scale
% factor) for the transformation between two corresponding 3D point sets Ai
% and Bi such as they are related by:
%
% Bi = sR*Ai+T
%
% Implementation is based on the paper by... |
github | robertcastle/dtslam-master | error_ellipse.m | .m | dtslam-master/code/matlab/error_ellipse.m | 8,066 | utf_8 | 88ee33435327a635d2d76393c95234ae | function h=error_ellipse(varargin)
% ERROR_ELLIPSE - plot an error ellipse, or ellipsoid, defining confidence region
% ERROR_ELLIPSE(C22) - Given a 2x2 covariance matrix, plot the
% associated error ellipse, at the origin. It returns a graphics handle
% of the ellipse that was drawn.
%
% ERROR_ELLIPSE(C33) ... |
github | robertcastle/dtslam-master | rotationpars.m | .m | dtslam-master/code/matlab/rotationpars.m | 376 | utf_8 | 5e467689e132e8767645691d551f0773 | % by Juho Kannala
%Matrix form of rotation to vector form (Rodriguez formula)
function t=rotationpars(R)
[V,D]=eig(R-eye(3));
evs=diag(D);
[minv,mini]=min(evs);
vect=V(:,mini);
cosphi=0.5*(trace(R)-1);
sinphi=0.5*vect'*[ R(3,2)-R(2,3); R(1,3)-R(3,1); R(2,1)-R(1,2)];
%if cosphi==0
% phi=pi/2;
%else
% phi=atan(sinph... |
github | robertcastle/dtslam-master | stoploop.m | .m | dtslam-master/code/matlab/stoploop.m | 2,421 | utf_8 | 1fdea2ea3084588c21da52991f8008cd | function F = stoploop(str)
% STOPLOOP - creates stop button to have a user interrupt a loop
%
% FS = STOPLOOP creates a message box window and returns a structure FS that
% holds two functions, called FS.Stop and FS.Clear. The function FS.Stop()
% will return true, if the OK button has been clicked (or the message ... |
github | robertcastle/dtslam-master | intersect_lines.m | .m | dtslam-master/code/matlab/intersect_lines.m | 637 | utf_8 | ac6746c5220c7551705f4f3e146ccfb6 | %[x,t]=intersect_lines(a,dir)
% Input
% a [3xN] 3D points that the lines go through
% dir [3xN] 3D direction vectors for the line
%
% Line i is described by the equation xi = a(:,i)+t*dir(:,i)
% where t is the free parameter.
% Output
% x [3x1] is the intersection (or closest point)
% t [1xN] is the paramet... |
github | robertcastle/dtslam-master | nonlinearOrientation.m | .m | dtslam-master/code/matlab/nonlinearOrientation.m | 1,093 | utf_8 | a2b7c32f7be0633dbb4b2776f1c6533c | %At the end: pb = s*R*pa
function [s,R,t, paa]=nonlinearOrientation(pa,pb)
[s,R,t] = absoluteOrientationQuaternion(pa, pb, true);
% options = optimoptions('lsqnonlin','display','none','MaxFunEvals',1e10,'MaxIter',1e10);
% params0 = [rotationpars(R); t; s];
% params = lsqnonlin(@(x) errorFunc(x,pa,pb), ... |
github | robertcastle/dtslam-master | rotationmat.m | .m | dtslam-master/code/matlab/rotationmat.m | 451 | utf_8 | 2c4c56198f06d5ae8c0d0586321bbe0c | % by Juho Kannala
%Vector form of rotation to matrix form (Rodriguez formula)
function R=rotationmat(t)
t=t(:);
phi=norm(t);
if 0
if phi==0
sincphi=1;
sc=0;
else
sc=(1-cos(phi))/(phi^2);
sincphi=sin(phi)/phi;
end
R=cos(phi)*eye(3)+sincphi*[0 -t(3) t(2); t(3) 0 -t(1); -t(2) t(1) 0]+sc*t*t';
end
if phi==0
R=... |
github | siavashk/GMM-FEM-master | read_ply.m | .m | GMM-FEM-master/IO/read_ply.m | 15,858 | UNKNOWN | 51803bd9b0b4b864c187b8aad8cb56ef | function [vertex,face] = read_ply(filename)
% read_ply - read data from PLY file.
%
% [vertex,face] = read_ply(filename);
%
% 'vertex' is a 'nb.vert x 3' array specifying the position of the vertices.
% 'face' is a 'nb.face x 3' array specifying the connectivity of the mesh.
%
% IMPORTANT: works only for trian... |
github | lnls-fac/MatlabMiddleLayer-master | loco.m | .m | MatlabMiddleLayer-master/Release/applications/loco/loco.m | 102,297 | utf_8 | e09f0be92de56ae35c067eb2a66263c2 | function [LocoModel, BPMData, CMData, FitParameters, LocoFlags, RINGData] = loco(LocoMeasData, BPMData, CMData, FitParameters, LocoFlags, RINGData)
%LOCO - Main routine for the LOCO algorithm
%
% [LocoModel, BPMData, CMData, FitParameters, LocoFlags, RINGData] = loco(LocoMeasData, BPMData, CMData, FitParameters, Lo... |
github | lnls-fac/MatlabMiddleLayer-master | locogui.m | .m | MatlabMiddleLayer-master/Release/applications/loco/locogui.m | 139,437 | utf_8 | 2ead5a05b8acec495e1e94863dbbcf6d | function varargout = locogui(varargin)
%LOCOGUI - Graphical interface for running the LOCO algorithm
%
% There are a number of inputs when running LOCO.
%
% I. File menu
% A. Open -> open a loco data file. The input file can be a .mat file or a .m script.
% B. Save as -> save file to a different name.
%... |
github | lnls-fac/MatlabMiddleLayer-master | lnls_calcula_tau.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/lnls_calcula_tau.m | 7,625 | UNKNOWN | 622835de3ea088c00e88d2adbb74ad89 | % LNLS_CALCULA_TAU calcula as contribui��es para o tempo de vida e o tempo
% de vida total.
%
% [lifetime,pressure] = LNLS_CALCULA_TAU(data1,data2,pres,vacc) com
% pres=-1 usa o arquivo de perfil de press�o especificado em AD; com
% vacc=-1, sem refine, usa o perfil de c�mara de v�cuo no modelo (nesse
% c... |
github | lnls-fac/MatlabMiddleLayer-master | lnls_correct_chrom.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/lnls_correct_chrom.m | 1,801 | utf_8 | fa0849765af8659adbdef4a1d4c4f613 | function ring = lnls_correct_chrom(ring, chrom, fams, max_iter, tolerancia)
if ~exist('chrom', 'var'), chrom = [0,0]; end
if ~exist('max_iter', 'var'), max_iter = 10; end
if ~exist('tolerancia', 'var'), tolerancia = 1e-3; end
if ~exist('fams', 'var')
fams = {'SDA1', 'SDA2', 'SDA3', 'SFA1', 'SFA2', ...
'SDB... |
github | lnls-fac/MatlabMiddleLayer-master | lnls_chaos_indicator.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/lnls_chaos_indicator.m | 9,587 | utf_8 | 1dea81313f1a0d0db318f3e2b98b01c3 | function indicator = lnls_chaos_indicator(ring, param, plota)
% indicator = lnls_chaos_indicator(ring, param, plota)
% Calculate ASDR (see Plinio's internship report for details) and
% diffusion for a model of ring.
%
% INPUT
% ring = accelerator model.
% param = struct with the mandatory field ... |
github | lnls-fac/MatlabMiddleLayer-master | lnls_calcula_ibs.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/lnls_calcula_ibs.m | 7,800 | UNKNOWN | ee1c98040e1893c696e2d6ead0c5d010 | % LNLS_CALCULA_IBS calcula o aumento das emit�ncias horizontal e vertical e
% o aumento da dispers�o relativa de energia devido a Intrabeam Scattering,
% com base na aproxima��o CIMP descrita em KUBO, MTINGWA, AND WOLSKI -
% Intrabeam scattering formulas for high energy beams - Phys. Rev. ST
% Accel. Beams 8, 08100... |
github | lnls-fac/MatlabMiddleLayer-master | tune_shift.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/tune_shift.m | 1,690 | utf_8 | 36574b7ff3c931635acf391d9ad44d16 | function [points tunes] = tune_shift(p1, p2, nr_pts)
%function [points tunes] = tune_shift(p1, p2, nr_pts)
global THERING;
nr_turns = 512;
small_pos = 0.01 * 1e-8;
ringpassptr = @myringpass;
for i=1:nr_pts
points(i,:) = [small_pos 0 small_pos 0 0 0] + p1 + (i-1) * (p2 - p1) / (nr_pts - 1);
... |
github | lnls-fac/MatlabMiddleLayer-master | lnls_lifetime_touschek.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/lnls_lifetime_touschek.m | 3,767 | utf_8 | 244aab9783e04880e40fc2409acf5d19 | %lnls_lifetime_touschek(data_at,phase,I,Nb,K): Calculates the Touschek
%lifetime taking into account the variation of emittance due to ID's, i.e.,
%for a given operation phase and also takes into consideration the IBS
%effect in the growth of emittance.
%
%The main reference is: J. Le Duff - "Single and Multiple Tousch... |
github | lnls-fac/MatlabMiddleLayer-master | lnls_calc_emittance_coupling.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/lnls_calc_emittance_coupling.m | 1,119 | utf_8 | adcf7ad924a050a72b34d2e7f1c05fe0 | function [coupling, xlist] = lnls_calc_emittance_coupling(the_ring, xlist)
% arguments
if ~exist('xlist','var')
xlist = 1e-3 * linspace(-0.1,0.1,10);
end
nr_turns = 30;
% calcs 4d closed orbit
the_ring = setcavity('off', the_ring);
the_ring = setradiation('off', the_ring);
cod = [findorbit4(the_ring, 0); 0; 0];
... |
github | lnls-fac/MatlabMiddleLayer-master | ibs_phases.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/ibs_phases.m | 6,173 | utf_8 | 85f2244da499921893a84990dbfbbe0e | % ibs_phases: write in file and plot final values of horizontal and vertical
% emittances and energy spread in function of current per bunch in
% operation phases 1 and 2. The calculations take into account the effect
% of IBS (using CIMP and Bane models) and also consider the changes in
% natural emittance and natural... |
github | lnls-fac/MatlabMiddleLayer-master | lnls_lifetime_calc.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/lnls_lifetime_calc.m | 4,711 | UNKNOWN | c776fcc9d274e90bda9074ac16087fe0 | % lnls_calc_total_lifetime: calculates each contribution for the total
% lifetime (quantum, elastic, inelastic and Touschek). For the Touschek
% lifetime it takes the effect of IBS into account. For the elastic and
% inelastic lifetimes it was used a simulated pressure profile with
% accumulated charge of 10000Ah a... |
github | lnls-fac/MatlabMiddleLayer-master | ibs_id.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/ibs_id.m | 1,289 | utf_8 | 720012479384bd99016f67b854359559 | %ibs_id: calculates the values of final vertical and horizontal emittances
%and energy spread due to IBS effect. The natural emittances and energy
%spread depends on the operation phase chosen.
%
%INPUT data_atsum: struct with ring parameters (atsummary)
% I : Current per bunch vector [A]
% K ... |
github | lnls-fac/MatlabMiddleLayer-master | lnls_lifetime_elastic.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/lnls_lifetime_elastic.m | 2,815 | utf_8 | 77b81c44c3c5a23c22008070d27bf871 | %lnls_elastic_lifetime: calculates the rate due to elastic scattering
%of electrons with nuclei of residual gas in vacuum chamber
%
%Reference: H. Wiedemann - "Particle Accelerator Physics" - Third Edition
%Section 8.8.1 - Beam Lifetime and Vacuum (Elastic Scattering)
%
%Input: Z : atomic number of equivalent gas o... |
github | lnls-fac/MatlabMiddleLayer-master | lnls_calc_energy_dependent_optics.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/lnls_calc_energy_dependent_optics.m | 4,910 | utf_8 | 9b49c869473825c365fdf1f5844f1bfa | function [par, fit] = lnls_calc_energy_dependent_optics(ring,energy,n, print, sdepend)
if ~exist('energy','var') || isempty(energy), energy = (-5:0.2:5)*1e-2; end;
if ~exist('n','var') || isempty(n), n = 6; end;
if ~exist('print','var'), print = false; end;
if ~exist('sdepend','var'), sdepend = false; end
par.energy... |
github | lnls-fac/MatlabMiddleLayer-master | lnls_plot_lattice.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/lnls_plot_lattice.m | 2,290 | utf_8 | 9ef95c4f0579ebf1353b02de9305c50a | function lnls_plot_lattice(the_ring, smin, smax, y, dy)
bends = findcells(the_ring, 'BendingAngle');
multi = setdiff(findcells(the_ring, 'PolynomB'), bends);
sexts = multi(getcellstruct(the_ring, 'PolynomB', multi, 1, 3) ~= 0);
quads = setdiff(multi, sexts);
if ~isempty(quads)
quads_qf = (getcellstruct(the_ring, ... |
github | lnls-fac/MatlabMiddleLayer-master | lnls_correct_tunes.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/lnls_correct_tunes.m | 5,621 | utf_8 | dc69348106ac30cf11dd6ac9ef8e55a6 | function [the_ring, converged, tunesf, tunesi] = lnls_correct_tunes(the_ring, goal_tunes, families, method, variation, max_iter, tolerance)
% [the_ring0, converged, tunes] = lnls_correct_tune(the_ring, goal_tunes, families, method, variation, max_iter, tolerance)
%
% Correct tunes with specified quadrupole families.
% ... |
github | lnls-fac/MatlabMiddleLayer-master | lnls_naff.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/lnls_naff.m | 1,092 | utf_8 | 3e3a1749293550152620f1e66f33e994 | function tunes = lnls_naff(data, init_tunes)
% lnls_naff
%
% Analise de Frequencias Fundamentais
%
% Examplo:
%
% global THERING;
% data = ringpass(THERING, [0.0001 0 0.0001 0 0 0]', 1024);
% tunes = lnls_naff(data(1,:), [24.26, 13.18]);
options.Display = 'off';
options.TolFun = 1e-15;
[x,fval,exitfl... |
github | lnls-fac/MatlabMiddleLayer-master | lnls_read_igor_binary_file.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/lnls_read_igor_binary_file.m | 24,101 | utf_8 | 1b216a45138ecf6c10678e3e47642a4e | function D = IBWread(FN)
% IBWread - read Igor wave from IBW file
% D = IBWread('Foo.ibw') reads Igor file Foo.ibw into struct D.
if exist('fullfilename', 'file'), FFN = fullfilename(FN, cd, '.ibw');
else, FFN = FN;
end
% read headers
[D.binHeader, D.waveHeader, FFN] = readIBWheaders(FN);
fid = fopen(FFN,... |
github | lnls-fac/MatlabMiddleLayer-master | lnls_at2tracyflat.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/lnls_at2tracyflat.m | 9,248 | utf_8 | f446f028a34c3532b34b4db12d1d0200 | function lnls_at2tracyflat(ring, flat_name)
%lnls_at2tracyflat(ring,flat_name) gera um arquivo flat_file
%com nome flat_name do tracy3 a partir do modelo do anel ring do AT.
%
%O c???digo ainda pode ser otimizado para ganho de velocidade.
%
%Ximenes - 2013-01-11 - Implementado elemento KickMap
%Fernando - 2012-... |
github | lnls-fac/MatlabMiddleLayer-master | lnls_carrega_funcoes.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/lnls_carrega_funcoes.m | 3,549 | UNKNOWN | 3173bf7d1d999d4a6ae50e31132af7e7 | % LNLS_CARREGA_FUNCOES fornece um vetor r com posi��es, a press�o P e as
% fun��es Bx, By, -B'/2, D e D', sem elementos repetidos.
%
% [r,P,Bx,By,alpha,eta,eta_diff,err] = LNLS_CARREGA_FUNCOES(s_B,Bx0,By0,
% alpha0,eta0,eta_diff0,pres,flag_refine) com pres do tipo string carrega
% o perfil de pressao cuj... |
github | lnls-fac/MatlabMiddleLayer-master | lnls_drawlattice.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/lnls_drawlattice.m | 5,151 | utf_8 | 94c4c145b47c1efabac8e70ec708ff10 | function lnls_drawlattice(the_ring, nper, offset, unset_names, scale, bpms, cms, girders, h)
% lnls_drawlattice(the_ring, nper, offset, unset_names, scale, bpms_and_cms, h)
%
% INPUTS:
% the_ring - lattice to be drawn;
% nper - symmetry of the ring. The lattice will be drawn from the
% ... |
github | lnls-fac/MatlabMiddleLayer-master | lnls_import_pressure_profile.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/lnls_import_pressure_profile.m | 2,385 | utf_8 | 8a4f098d604c0165ae9683928347cbf9 | %lnls_import_pressure_profile(data_at,file,q_acc): Import the pressure
%profile file which contains the values of pressure simulated for various
%accumulated charges and over 1/20 of the ring. This function uses the
%periodicity of pressure to extend the pressure profile over the whole
%ring. Adjustments to match the c... |
github | lnls-fac/MatlabMiddleLayer-master | lnls_emit_ID_total.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/lnls_emit_ID_total.m | 4,172 | utf_8 | a246170ea9787b2fc3f2e26f649f8402 | %lnls_emit_ID_total: calculates the variation on horizontal emittance and
%energy spread due to the presence of insertions devices (IDs) on the sto-
%rage ring. The function also evaluates the effective emittance, the energy
%lost due to radiation emission and the power.
%
%INPUT: data1: scruct which contains ring para... |
github | lnls-fac/MatlabMiddleLayer-master | lnls_calc_touschek_accep.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/lnls_calc_touschek_accep.m | 11,461 | utf_8 | ad50a1af4707ae27bc9809c26375a2de | function [Accep, info, ring] = lnls_calc_touschek_accep(ring,delta,plota,flag_dyn,info_in)
% [Accp, tune_pos, tune_neg] = lnls_calc_touschek_accep(ring,delta)
% Function lnls_calc_touschek_accep calculates the transverve linear energy
% acceptance of the_ring, considering its twiss functions and vacuum
% chamber.
%
... |
github | lnls-fac/MatlabMiddleLayer-master | fmap.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/fmap.m | 5,483 | utf_8 | e1b532acb06dd8e2764af9e064143cc0 | function r = fmap(nx,ny,ax,ay)
% Simulates a frequency map using the tracking routine's out of Andrei Terebilos AT toolbox and Jacques Laskars NAFF algorithm
%
% function [nux,nuy,diffu] = lnls1_fmap_soleil(nx,ny,ax,ay)
%
% simulates a frequency map using the tracking
% routine's out of Andrei Terebilos AT toolb... |
github | lnls-fac/MatlabMiddleLayer-master | lnls_lifetime_plot.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/lnls_lifetime_plot.m | 1,260 | utf_8 | be433c852ca0121d2a8a9238e3830b88 | %lnls_lifetime_plot: calculates the total lifetime as a function of current
%per bunch and creates a file .txt useful for plotting graphics.
%
%INPUT data_at : struct with ring parameters (atsummary)
% I : Current per bunch vector [A]
% phase: set the operational phase (0, 1 or 2)
%
%OUTPUT li... |
github | lnls-fac/MatlabMiddleLayer-master | lnls_calc_ibs_bane_cimp.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/lnls_calc_ibs_bane_cimp.m | 10,913 | utf_8 | 8275ccc55d2ef9c59badc3d8934cb5dd | % lnls_calc_ibs_bane_cimp: calculates the horizontal and vertical emittance growth
% and relative energy spread due to intrabeam scattering. The code uses two
% approximated models: CIMP and high energy developed by Bane. Equilibrium
% emittances are calculated by the temporal evolution over a time which is
% a multipl... |
github | lnls-fac/MatlabMiddleLayer-master | lnls_lifetime_quantum.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/lnls_lifetime_quantum.m | 1,426 | utf_8 | f0ab18a6c258105f185297b35cad7cd4 | % Wm = lnls_lifetime_quantum(tau_am,K,EA_x,EA_y,E_n,cp,mcf,Nb,V,U0):
% calculates the loss rate due to quantum effects, which its inverse is the
% quantum lifetime
%
% Input: tau_am damping times x, z e E [s]
% K coupling factor
% EA_x horizontal acceptance [mm mrad]
% EA_y ver... |
github | lnls-fac/MatlabMiddleLayer-master | lnls_dynapt.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/lnls_dynapt.m | 6,084 | utf_8 | cfd3924cebfac23f55812473155b0ba3 | function r = lnls_dynapt(the_ring, varargin)
% r = lnls_dynapt(varargin)
%
% Calculo de separatriz da abertura dinamica
%
% Inputs
%
% the_ring : modelo da rede para o calculo da abertura dinamica
%
% (struct):
% 'energy_deviation' : vector com valores de desvio de anergia para calculo de abert... |
github | lnls-fac/MatlabMiddleLayer-master | lnls_calcula_aceitancias.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/lnls_calcula_aceitancias.m | 3,481 | UNKNOWN | ff51545f630db756f057f427388e4498 | % LNLS_CALCULA_ACEITANCIAS calcula as aceitancias horizontal e vertical
% devido a camara de vacuo.
%
% [EA_x,EA_y,R,err] = LNLS_CALCULA_ACEITANCIAS(r,Bx,By,vacc) com vacc do
% tipo string usa o perfil de c�mara de vacuo cujo arquivo (caminho e
% nome) � vacc; com vacc = [Vx Vy], considera um perfil de c... |
github | lnls-fac/MatlabMiddleLayer-master | lnls_calc_drive_terms.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/lnls_calc_drive_terms.m | 6,065 | utf_8 | 29b5db696736613ef2a5799f3a578cad | function [DT, S, Q] = lnls_calc_drive_terms(ring,twiss,n_per,Jx,Jy,delta,drts, fams)
% [DT, S, Q] = lnls_calc_drive_terms(ring,twiss,n_per,Jx,Jy,delta)
if ~exist('twiss','var'), twiss = calctwiss(ring,1:length(ring)); end
if ~exist('n_per','var'), n_per = 1; end
if ~exist('Jx','var'), Jx = 1; end
if ~exist('Jy','var')... |
github | lnls-fac/MatlabMiddleLayer-master | lnls_calc_tune_shifts.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/lnls_calc_tune_shifts.m | 5,054 | iso_8859_1 | 429bc6788509b0bec811b3cb486055f2 | function [tunex,tuney,px,py,amps] = lnls_calc_tune_shifts(ring,print,amps, npols, de)
% [tunex,tuney,px,py,amps] = lnls_calc_tune_shifts(ring,amps)
%
% Plota os espacos de fase horizontal e vertical e monta o diagrama de
% tuneshifts com as amplitudes horizontal e vertical:
%
% ring = modelo do anel para o qual os cal... |
github | lnls-fac/MatlabMiddleLayer-master | lnls_insert_kicktable_old.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/lnls_insert_kicktable_old.m | 5,511 | utf_8 | 486771b0174f8f20f8965bc69c9b2db1 | function the_ring = lnls_insert_kicktable_old(the_ring0, idx_pos, file_name, nsegs, strength, famname)
% reads kicktable
[posx posy kickx kicky id_length] = lnls_read_kickmap_file(file_name);
% calculates indices of elements in the location of insertion
idx_dws = idx_pos+1; while any(strcmpi(the_ring0{idx... |
github | lnls-fac/MatlabMiddleLayer-master | lnls_calcula_tau_ibs.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/lnls_calcula_tau_ibs.m | 4,518 | UNKNOWN | 328a0c99a146a732671ef4d63277517a | % lnls_calc_total_lifetime: calculates each contribution for the total
% lifetime (quantum, elastic, inelastic and Touschek). For the Touschek
% lifetime it takes the effect of IBS into account. For the elastic and
% inelastic lifetimes it was used a simulated pressure profile with
% accumulated charge of 10000Ah a... |
github | lnls-fac/MatlabMiddleLayer-master | lnls_lifetime_inelastic.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/lnls_lifetime_inelastic.m | 2,874 | utf_8 | ee3884211c6a3bf6cb930d1cbba92db6 | %lnls_inelastic_lifetime: calculates the rate due to inelastic scattering
%of electrons with nuclei of residual gas in vacuum chamber
%
%Reference: H. Wiedemann - "Particle Accelerator Physics" - Third Edition
%Section 8.8.1 - Beam Lifetime and Vacuum (Inelastic Scattering)
%
%Input: r: position where the twiss param... |
github | lnls-fac/MatlabMiddleLayer-master | lnls_plot_cod.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/lnls_plot_cod.m | 5,181 | utf_8 | a3bfefbc1c750600fb3605fe332f60ef | function lnls_plot_cod(default_path)
prompt = {'Submachine (bo/si)', 'COD unit (um/mm)', 'symmetry', 'plot title', 'corrected?(y/n)'};
defaultanswer = {'si', 'mm', '20', 'SI.V14.C03','n'};
answer = inputdlg(prompt,'Select submachine and trackcpp algorithms to run',1,defaultanswer);
if isempty(answer), return; end;
su... |
github | lnls-fac/MatlabMiddleLayer-master | lnls_effect_emittance.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/lnls_effect_emittance.m | 3,428 | utf_8 | 0749123d36cf56dd35a357e685540576 | %lnls_effect_emittance: defines the parameters of beam lines, returns new
%struct with ring parameters due to the presence of IDs. The function lnls_emit_ID_total
%performs the calculations of variations.
%
%INPUT data_at: struct with storage ring parameters (atsummary)
% phase: set the operational phase (0, 1... |
github | lnls-fac/MatlabMiddleLayer-master | lnls_at2flatfile.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/lnls_at2flatfile.m | 8,913 | utf_8 | 775cbe1a4a6f632f3aacb5058c725e5d | function lnls_at2flatfile(lattice, filename)
%lnls_at2flatfile(lattice, filename) gera um arquivo flatfile
%com nome 'filename' a partir do modelo do 'lattice' do AT.
%
%
%Ximenes - 2014-08-27
cts = lnls_constants;
L = findspos(lattice, length(lattice)+1);
rv_freq = cts.c / L;
idx = findcells(lattice, 'Frequency');
i... |
github | lnls-fac/MatlabMiddleLayer-master | genetic_operator.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/nsga_ii/genetic_operator.m | 9,471 | UNKNOWN | 9167a7ea5a0cfe883f63b6ac46dcccf0 | function f = genetic_operator(parent_chromosome, M, V, mu, mum, l_limit, u_limit, scale, func)
%% function f = genetic_operator(parent_chromosome, M, V, mu, mum, l_limit, u_limit)
%
% This function is utilized to produce offsprings from parent chromosomes.
% The genetic operators corssover and mutation which ar... |
github | lnls-fac/MatlabMiddleLayer-master | study_errors_effects.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/lattice_errors/study_errors_effects.m | 10,046 | utf_8 | 31a73c8854ca27dd26abea59ec3c6569 | function machine = study_errors_effects()
% initializations
name = 'CONFIG'; name_saved_machines = name;
initializations(name);
% defines nominal lattice model
read_from_file = false;
[the_ring, family_data] = create_nominal_model(read_from_file, name);
% creates and applies misalignment, rotation and exc... |
github | lnls-fac/MatlabMiddleLayer-master | calc_ripple_effects.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/lattice_errors/calc_ripple_effects.m | 4,814 | utf_8 | 2cefdc19080df93b0401b10255c0481a | function machine = calc_ripple_effects(r, selection)
global THERING;
fprintf(['--- ripple_effects [' datestr(now) '] ---\n']);
dim = '4d';
the_ring0 = r.params.the_ring;
coupling = r.params.ref_coupling;
twiss0 = calctwiss(the_ring0);
ats0 = atsummary(the_ring0);
sigmax0 = sqrt(twiss0.betax * ats0.naturalEmittanc... |
github | lnls-fac/MatlabMiddleLayer-master | get_orb_corr_streng.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/lattice_errors/get_orb_corr_streng.m | 2,562 | utf_8 | 1c74a8f6e4eb7c9e6ae75b7f29935ae5 | function get_orb_corr_streng()
ring = sirius_si_lattice();
fam_data = sirius_si_family_data(ring);
% making sure they are in order
bpm_idx = sort(fam_data.bpm.ATIndex);
hcm_idx = sort(fam_data.ch.ATIndex);
vcm_idx = sort(fam_data.cv.ATIndex);
cv_idx = findcells(ring,'FamName','cv')';
vcm_nocv_idx = setdiff(vcm_idx,c... |
github | lnls-fac/MatlabMiddleLayer-master | lnls_latt_err_generate_errors.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/lattice_errors/Errors/lnls_latt_err_generate_errors.m | 9,109 | utf_8 | 10203ce19acf913dc7fb008a78d7d719 | function errors = lnls_latt_err_generate_errors(name, the_ring, config, nr_mach, cutoff, rndtype)
%
% Generates random errors to be applied in the model by the function
% apply_errors.
%
% INPUTS:
% name : a string to be used as name to save the configuration data
% the_ring : is a ring model.
% c... |
github | lnls-fac/MatlabMiddleLayer-master | lnls_latt_err_generate_apply_bpmcorr_errors.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/lattice_errors/Errors/lnls_latt_err_generate_apply_bpmcorr_errors.m | 5,088 | utf_8 | c74c3175db529fa9093d3fa33540dc4d | function the_ring = lnls_latt_err_generate_apply_bpmcorr_errors(name, the_ring, control, cutoff, rndtype)
% function the_ring = lnls_latt_err_generate_apply_bpmcorr_errors(name, the_ring, control, cutoff, rndtype)
%
% Generates and apply errors to bpms and correctors in the_ring:
% - For every bpm defined in control, ... |
github | lnls-fac/MatlabMiddleLayer-master | lnls_latt_err_apply_errors.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/lattice_errors/Errors/lnls_latt_err_apply_errors.m | 4,530 | utf_8 | 69c6674793cc6ea5e7f54fb871d39a15 | function machine = lnls_latt_err_apply_errors(name, machine, errors, increment)
%
% Apply the errors generated by generate_errors to the ring model.
%
% INPUTS:
% name : name of the file to save input parameters
% machine : might be a model of the ring or a cell array of models of
% th... |
github | lnls-fac/MatlabMiddleLayer-master | lnls_latt_err_generate_multipole_errors.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/lattice_errors/Errors/lnls_latt_err_generate_multipole_errors.m | 3,259 | utf_8 | acabfc73737a5a58a1f6dd83af3a45fb | function errors = lnls_latt_err_generate_multipole_errors(name, the_ring, multi, nr_mach, cutoff)
% function errors = lnls_latt_err_generate_multipole_errors(name, the_ring, multi, nr_machines, cutoff)
%
% Generates random errors to be applied in the model by the function
% apply_errors.
%
% INPUTS:
% name : a ... |
github | lnls-fac/MatlabMiddleLayer-master | get_response_matrix.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/lattice_errors/Tools/get_response_matrix.m | 3,382 | utf_8 | 5d719494825f53288e96a58015885ed6 | function MR = get_response_matrix(the_ring, bpms, hcms, vcms, dim)
% M(y,x) --> y : orbit x: corrector
if ~exist('dim','var'), dim = get_dim(the_ring); end
if strcmp(dim,'6d')
[M, T] = findm66(the_ring, 1:length(the_ring)+1);
else
[M, T] = findm44(the_ring,0,1:length(the_ring)+1);
end
len_hcms = size(hcms... |
github | lnls-fac/MatlabMiddleLayer-master | optics_sg.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/lattice_errors/Optics/optics_sg.m | 2,486 | utf_8 | d5d28bb310ad42c69c9583c9a10b6eee | function [the_ring, quadstr, init_fm,best_fm, iter, n_times] = optics_sg(the_ring, optics)
% assumes uniform quadrupolar field in quadrupole models
tol = abs(optics.tolerance);
quad_lst = optics.kbs_idx(:);
U = optics.respm.U;
V = optics.respm.V;
S = optics.respm.S;
if ischar(optics.svs) && strcmpi(optics.svs, 'al... |
github | lnls-fac/MatlabMiddleLayer-master | calc_residue_optics_loco.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/lattice_errors/Optics/calc_residue_optics_loco.m | 1,312 | utf_8 | c99a2c8a8f99f264b90531581db5b616 | function v = calc_residue_optics_loco(ring, optics, goal)
BETAW = 1e2; % order of centimeters
DISPW = 1e4; % order of tenth of milimeters
TUNEW = 1e4; % order of 10^-2
twi0 = goal.twi_goal;
tune0 = goal.tune_goal;
hcm_idx = sort(optics.hcm_idx);
vcm_idx = sort(optics.vcm_idx);
bpm_idx = sort(optics.bpm_idx);
[twi1,... |
github | lnls-fac/MatlabMiddleLayer-master | calc_respm_optics_loco.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/lattice_errors/Optics/calc_respm_optics_loco.m | 1,431 | utf_8 | 7076eee4124c4f226fb68f95b104ba34 | function respm = calc_respm_optics_loco(the_ring, optics, goal)
hcm_idx = sort(optics.hcm_idx);
vcm_idx = sort(optics.vcm_idx);
bpm_idx = sort(optics.bpm_idx);
kbs_idx = sort(optics.kbs_idx);
sym = optics.symmetry;
nb = [1, length(bpm_idx), length(hcm_idx), length(bpm_idx), ...
length(vcm_idx), length(bpm_idx)];... |
github | lnls-fac/MatlabMiddleLayer-master | coup_sg.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/lattice_errors/Coupling/coup_sg.m | 2,154 | utf_8 | 680234bedfa184396e3ae60d5fc3cc67 | function [the_ring, skewstr, init_fm,best_fm, iter, n_times] = coup_sg(the_ring, coup)
tol = abs(coup.tolerance);
skew_lst = coup.scm_idx(:);
U = coup.respm.U;
V = coup.respm.V;
S = coup.respm.S;
if ischar(coup.svs) && strcmpi(coup.svs, 'all')
sing_vals = min(size(S));
else
sing_vals = coup.svs;
end
% sele... |
github | lnls-fac/MatlabMiddleLayer-master | lnls_latt_err_correct_cod.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/lattice_errors/Orbit/lnls_latt_err_correct_cod.m | 8,598 | utf_8 | d950057bd0df46475867dd07bffe0295 | function machine = lnls_latt_err_correct_cod(name, machine, orbit, goal_codx, goal_cody)
%
% function machine = lnls_latt_err_correct_cod(name, machine, orbit, goal_codx, goal_cody)
%
% Correct orbit of several machines.
%
% INPUTS:
% name : name of the file to which the inputs will be saved
% machine ... |
github | lnls-fac/MatlabMiddleLayer-master | scatplot.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/+sirius_commis/scatplot.m | 6,859 | utf_8 | cb80e1c784fb80aacdc48a58b9a15bb4 | function out = scatplot(x,y,method,radius,N,n,po,ms)
% Scatter plot with color indicating data density
%
% USAGE:
% out = scatplot(x,y,method,radius,N,n,po,ms)
% out = scatplot(x,y,dd)
%
% DESCRIPTION:
% Draws a scatter plot with a colorscale
% representing the data density computed
% using three methods
%
... |
github | lnls-fac/MatlabMiddleLayer-master | multiple_pulse.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/+sirius_commis/+bo_inj/multiple_pulse.m | 9,786 | utf_8 | 8becbae1da50773aa6b111667d5560e5 | function r_particles_out = multiple_pulse(machine, param, param_errors, n_part, n_pulse, point, kckr, plt, diag)
% Simulation of injection pulses in the booster. The starting point is the
% end of injection septum.
%
% INPUTS:
% - machine: cell with ring model which the first point is InjSept
% - param: struct with inj... |
github | lnls-fac/MatlabMiddleLayer-master | pso_inj_bo.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/+sirius_commis/+bo_inj/pso_inj_bo.m | 3,311 | utf_8 | c20f3bf3d25a46ede420589fef1304d5 | function [xhystr, fhystr] = pso_inj_bo(boinj, param, param_err, fam_tb, niter)
quads = set_quads(fam_tb);
% 10 TB quadrupoles + PosAng X and Y
dim = length(quads) + 4;
w = 0.7984;
c1 = 1.49618;
c2 = c1;
npart = 10 + 2 * round(sqrt(dim));
k_max = 2;
dr_max = 0.5e-3;
... |
github | lnls-fac/MatlabMiddleLayer-master | result_find_machine.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/+sirius_commis/+meas_fitting/result_find_machine.m | 3,283 | utf_8 | 57e0fa3ec782d231935fe1f288f2041c | function result_find_machine(respm_init, respm_final, respm_goal, ring_init, ring_final, k_dip)
%{
n_ch_cv = size(respm_init, 2) - 1;
n_bpm = size(respm_init, 1) / 2;
dif_init = zeros(n_ch_cv, 1);
dif_final = zeros(n_ch_cv, 1);
for c1 = 1:n_ch_cv
for i = 1:2*n_bpm
dif_init(c1) = dif_init(c1) + (respm_init... |
github | lnls-fac/MatlabMiddleLayer-master | adjust_rf_fine.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/+sirius_commis/+first_turns/+bo/adjust_rf_fine.m | 6,787 | utf_8 | 49d616b114f0985ab8623788dda07899 | function adjust_rf_fine(machine, param, param_errors, n_part, n_turns, ph_lag, freq_new)
sirius_commis.common.initializations();
machine = setcavity('on', machine);
machine = setradiation('on', machine);
param.beam.sigmae = param.beam.sigmae/2;
param.beam.sigmaz = 3e-3;
param_errors.phase_sist = 23e-2;
param.phase_si... |
github | lnls-fac/MatlabMiddleLayer-master | phase_space_caract.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/+sirius_commis/+first_turns/+bo/phase_space_caract.m | 4,435 | utf_8 | 91831768be9c6e4b9260e2c9014769d5 | function [n_v, r] = phase_space_caract(machine, n_turns, n_points, mode)
% Caracterization of longitudinal phase space introduzing a macroparticle
% at different initial conditions of longitudinal phase and energy. It
% simulates two cases: the first one with the RF frequency changing and in
% the second one the parti... |
github | lnls-fac/MatlabMiddleLayer-master | correct_first_turn_SOFB.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/+sirius_commis/+first_turns/+bo/correct_first_turn_SOFB.m | 8,849 | utf_8 | 421f69f1fb6ccda6678b06314d354b28 | function correct_first_turn_SOFB(bpm, n_sv, sum_min)
% v_prefix = getenv('VACA_PREFIX');
ioc_prefix = ['BO-Glob:AP-SOFB:'];
% kicks_ch_pv = [ioc_prefix, 'KicksCH-Mon'];
% kicks_cv_pv = [ioc_prefix, 'KicksCV-Mon'];
% delta_kicks_ch_pv = [ioc_prefix, 'DeltaKicksCH-Mon'];
% delta_kicks_cv_pv = [ioc_prefix, 'DeltaKicksCV-... |
github | lnls-fac/MatlabMiddleLayer-master | correct_orbit_SOFB.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/+sirius_commis/+first_turns/+bo/correct_orbit_SOFB.m | 5,871 | utf_8 | 362cf492900edd229848ce1dc1d72fef | function correct_orbit_SOFB(bpm, n_sv, n_turns)
% v_prefix = getenv('VACA_PREFIX');
ioc_prefix = ['BO-Glob:AP-SOFB:'];
% kicks_ch_pv = [ioc_prefix, 'KicksCH-Mon'];
% kicks_cv_pv = [ioc_prefix, 'KicksCV-Mon'];
% delta_kicks_ch_pv = [ioc_prefix, 'DeltaKicksCH-Mon'];
% delta_kicks_cv_pv = [ioc_prefix, 'DeltaKicksCV-Mon']... |
github | lnls-fac/MatlabMiddleLayer-master | orbit_correction_SOFB.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/+sirius_commis/+first_turns/+bo/orbit_correction_SOFB.m | 8,073 | utf_8 | f79c22283630cdd64f60f5442b382651 | function [machine_cell, hund_turns, count_turns, num_svd] = orbit_correction_SOFB(machine, n_mach, param, param_errors, svd_min, n_part, n_pulse, several_turns)
sirius_commis.common.initializations();
if n_mach == 1
machine_cell = {machine};
param_cell = {param};
param_err_cell = {param... |
github | lnls-fac/MatlabMiddleLayer-master | multiturn_correction_SOFB.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/+sirius_commis/+first_turns/+bo/multiturn_correction_SOFB.m | 4,474 | utf_8 | 49337d27682b1f8cef77a32a6a001552 | function multiturn_correction_SOFB(n_sv, sum_lim, ring_size, closes_orbit)
v_prefix = ''; % getenv('VACA_PREFIX');
ioc_prefix = [v_prefix, 'BO-Glob:AP-SOFB:'];
% kicks_ch_pv = [ioc_prefix, 'KicksCH-Mon'];
% kicks_cv_pv = [ioc_prefix, 'KicksCV-Mon'];
% delta_kicks_ch_pv = [ioc_prefix, 'DeltaKicksCH-M... |
github | lnls-fac/MatlabMiddleLayer-master | correct_orbit_bpm_matrix_SOFB.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/+sirius_commis/+first_turns/+bo/correct_orbit_bpm_matrix_SOFB.m | 12,895 | utf_8 | b03357620003d555fb170bbbd642aad2 | function ft_data = correct_orbit_bpm_matrix_SOFB(machine, param, param_errors, n_part, n_pulse, n_sv, r_bpm, int_bpm)
% Increases the intensity of BPMs and adjusts the orbit by changing the
% correctors based on BPMs measurements with a matrix approach
%
% INPUTS:
% - machine: booster ring model with errors
% - param... |
github | lnls-fac/MatlabMiddleLayer-master | single_pulse_turn.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/+sirius_commis/+first_turns/+bo/single_pulse_turn.m | 4,908 | utf_8 | 75d5f3ca7052f274daa9ca052f174749 | function r_out = single_pulse_turn(machine, param, param_errors, n_part, n_turns, c_prev)
% Simulation of booster injection and turns around the ring for a single
% pulse (for multiple pulses, see the function multiple_pulses_turns())
%
% INPUTS:
% - machine: booster ring model with errors
% - n_mach: number of rando... |
github | lnls-fac/MatlabMiddleLayer-master | correct_orbit_bpm_matrix.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/+sirius_commis/+first_turns/+bo/correct_orbit_bpm_matrix.m | 11,854 | utf_8 | 92cc4e33ac8785776b94828b240593a5 | function ft_data = correct_orbit_bpm_matrix(machine, param, param_errors, m_corr, n_part, n_pulse, n_sv, r_bpm, int_bpm)
% Increases the intensity of BPMs and adjusts the orbit by changing the
% correctors based on BPMs measurements with a matrix approach
%
% INPUTS:
% - machine: booster ring model with errors
% - pa... |
github | lnls-fac/MatlabMiddleLayer-master | closes_orbit_SOFB.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/+sirius_commis/+first_turns/+bo/closes_orbit_SOFB.m | 8,588 | utf_8 | 508de31990654561709252746ebfa5df | function [machine, count_turns] = closes_orbit_SOFB(machine, param, param_errors, n_part, n_pulse, n_sv, n_turns)
% sirius_commis.common.initializations();
fam = sirius_bo_family_data(machine);
ch = fam.CH.ATIndex;
cv = fam.CV.ATIndex;
bpm = fam.BPM.ATIndex;
machine = setcellstruct(machine, 'PolynomB', fam.SD.ATInde... |
github | lnls-fac/MatlabMiddleLayer-master | orbit_correction.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/+sirius_commis/+first_turns/+bo/orbit_correction.m | 8,754 | utf_8 | 98cce06b911308670f74a5fd24dc8c85 | function [machine_cell, hund_turns, count_turns, num_svd] = orbit_correction(machine, n_mach, param, param_errors, respm, svd_min, n_part, n_pulse, several_turns)
% Closed orbit correction algorithm
%
% INPUTS:
% - machine: booster ring model with errors
% - n_mach: number of random machines
% - param: cell of struc... |
github | lnls-fac/MatlabMiddleLayer-master | adjust_rf.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/+sirius_commis/+first_turns/+bo/adjust_rf.m | 12,974 | utf_8 | 645cca2e9735aa2a105d8e8aec86bb0c | function [freq, phase, fail] = adjust_rf(machine, n_mach, param, param_errors, n_part, n_turns, n_pass)
% Scanning process to adjust the RF parameters: frequency and phase.
%
% INPUTS:
% - machine: booster ring model with errors
% - n_mach: number of machines
% - param: cell of structs with adjusted injection parame... |
github | lnls-fac/MatlabMiddleLayer-master | plot_bba.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/+sirius_commis/+first_turns/+si/plot_bba.m | 11,097 | utf_8 | 4689ccfe09bfd92e3cdd744b1bb068f9 | function [bba_analy, bpmx_ok, bpmy_ok] = plot_bba(bba_data, n_mach, loop, plt, bpms_bba, bpm_cutoff)
if loop
for i = 1:n_mach
bba_analy{i} = analy(bba_data, i, plt, bpms_bba, bpm_cutoff);
bba_before(i, :) = bba_analy{i}.dif_nobba_std;
bba_after(i, :) = bba_analy{i}.dif_bba_std;
end
... |
github | lnls-fac/MatlabMiddleLayer-master | closes_orbit_from_traj.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/+sirius_commis/+first_turns/+si/closes_orbit_from_traj.m | 7,838 | utf_8 | 6e5c02588b40b9ac3623597b13ae119d | function ft_data = closes_orbit_from_traj(machine_in, n_mach, param, param_errors, m_corr, n_part, n_pulse, n_sv_in, n_turns)
sirius_commis.common.initializations();
if n_mach == 1
machine_cell = {machine_in};
param_cell = {param};
% param_err_cell = {param_errors};
elseif n_mach > 1
machine_cell = ma... |
github | lnls-fac/MatlabMiddleLayer-master | single_pulse_turn.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/+sirius_commis/+first_turns/+si/single_pulse_turn.m | 4,920 | utf_8 | b8d262afa9d261d408a02ba8af796716 | function r_out = single_pulse_turn(machine, param, param_errors, n_part, n_turns, c_prev)
% Simulation of storage ring injection and turns around the ring for a single
% pulse (for multiple pulses, see the function multiple_pulses_turns())
%
% INPUTS:
% - machine: storage ring ring model with errors
% - n_mach: numbe... |
github | lnls-fac/MatlabMiddleLayer-master | correct_orbit_bpm_matrix.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/+sirius_commis/+first_turns/+si/correct_orbit_bpm_matrix.m | 12,586 | utf_8 | 839a44fcf9889a968608cfb973aa1817 | function ft_data = correct_orbit_bpm_matrix(machine, param, param_errors, m_corr, n_part, n_pulse, n_sv, r_bpm, int_bpm)
% Increases the intensity of BPMs and adjusts the orbit by changing the
% correctors based on BPMs measurements with a matrix approach
%
% INPUTS:
% - machine: booster ring model with errors
% - pa... |
github | lnls-fac/MatlabMiddleLayer-master | bba_non_stored_beam.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/+sirius_commis/+first_turns/+si/bba_non_stored_beam.m | 23,390 | utf_8 | 9a7b9b0575e2f6fd1f2dde98b628ed8d | function bba_data = bba_non_stored_beam(machine, n_mach, param, param_errors, n_part, n_pulse, m_corr, n_points, plane, data_bpm, data_input)
mili = 1e-3; micro = 1e-6;
bpm_stop = 200;
% sirius_commis.common.initializations();
if n_mach == 1
machine_cell = {machine};
param_cell = {... |
github | lnls-fac/MatlabMiddleLayer-master | orbit_correction.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/+sirius_commis/+first_turns/+si/orbit_correction.m | 15,557 | utf_8 | 5aea72dbb8095f0ce002fb4f206e9843 | function [machine, hund_turns, count_turns] = orbit_correction(machine, n_mach, param, param_errors, respm, n_sv, n_part, n_pulse, several_turns)
% Closed orbit correction algorithm
%
% INPUTS:
% - machine: storage ring model with errors
% - n_mach: number of random machines
% - param: cell of structs with adjusted ... |
github | lnls-fac/MatlabMiddleLayer-master | set_machine.m | .m | MatlabMiddleLayer-master/Release/applications/lnls/+sirius_commis/+injection/+bo/set_machine.m | 10,424 | utf_8 | 931a4449c4bebd3c1fb6b5faf22d13aa | function machine_data = set_machine(bo_ring, n_mach)
% Setting of random machines, nominal injection parameters (without errors), parameters with errors and the standard deviation to generate errors.
% It includes random errors of excitation and alignment of magnets and also
% adjustes the vacuum chamber at injection p... |
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