plateform stringclasses 1
value | repo_name stringlengths 13 113 | name stringlengths 3 74 | ext stringclasses 1
value | path stringlengths 12 229 | size int64 23 843k | source_encoding stringclasses 9
values | md5 stringlengths 32 32 | text stringlengths 23 843k |
|---|---|---|---|---|---|---|---|---|
github | bozso/orb_prop-master | ecef2pef.m | .m | orb_prop-master/vallado/ecef2pef.m | 1,496 | utf_8 | b6e8fc546f690b93d0a0ea1d89c00c08 | %
% ----------------------------------------------------------------------------
%
% function ecef2pef
%
% this function transforms a vector from the earth fixed itrf frame
% (itrf), to the pseudo earth fixed frame (pef).
%
% author : david vallado 719-573... |
github | bozso/orb_prop-master | quartbln.m | .m | orb_prop-master/vallado/quartbln.m | 3,068 | utf_8 | 9a0d1ef53662b35a613406d90f7f93c8 | %
% ------------------------------------------------------------------------------
%
% function quartbln
%
% this function performs quartic blending of an input zero crossing
% function in order to find event times.
%
% author : david vallado 719-573-2600 ... |
github | bozso/orb_prop-master | sight.m | .m | orb_prop-master/vallado/sight.m | 3,113 | utf_8 | 3a6196eefbed2adf02229f5ddb2c20a8 | % ------------------------------------------------------------------------------
%
% function sight
%
% this function takes the position vectors of two satellites and determines
% if there is line-of-sight between the two satellites. an oblate earth
% with radius of 1 er is assum... |
github | bozso/orb_prop-master | nutation.m | .m | orb_prop-master/vallado/nutation.m | 3,996 | utf_8 | 672d80024c052c8db1a191f5654d9448 | %
% ----------------------------------------------------------------------------
%
% function nutation
%
% this function calulates the transformation matrix that accounts for the
% effects of nutation.
%
% author : david vallado 719-573-2600 27 jun 2002
... |
github | bozso/orb_prop-master | rv2flt.m | .m | orb_prop-master/vallado/rv2flt.m | 3,340 | utf_8 | a0c40e74a8fe4b8469523d80fc92e57c | %
% ----------------------------------------------------------------------------
%
% function rv2flt.m
%
% this function transforms a position and velocity vector into the flight
% elements - latgc, lon, fpa, az, position and velocity magnitude.
%
% author : david vallado ... |
github | bozso/orb_prop-master | jdayall.m | .m | orb_prop-master/vallado/jdayall.m | 2,130 | utf_8 | 4e252b8d38592d059276fe073b934d66 | % ------------------------------------------------------------------------------
%
% function jdayall
%
% this function finds the julian date given the year, month, day, and time.
% the julian date is defined by each elapsed day since noon, jan 1, 4713 bc.
%
% author : david... |
github | bozso/orb_prop-master | rv2coe.m | .m | orb_prop-master/vallado/rv2coe.m | 7,827 | utf_8 | 34dfa4b491a07d1831325ae24c32ccc0 | %
% ------------------------------------------------------------------------------
%
% function rv2coe
%
% this function finds the classical orbital elements given the geocentric
% equatorial position and velocity vectors.
%
% author : david vallado 719-57... |
github | bozso/orb_prop-master | hill2eci.m | .m | orb_prop-master/vallado/hill2eci.m | 2,571 | utf_8 | 288f3316a419495cf2747ff212eb9e89 | % ------------------------------------------------------------------------------
%
% function hill2eci
%
% this function finds the interceptor's ECI pos/vel vectors
% given the ECI target and hill (relative) interceptor vectors.
%
% Routine not dependent on km or m for distance unit... |
github | bozso/orb_prop-master | coe2rvh.m | .m | orb_prop-master/vallado/coe2rvh.m | 3,879 | utf_8 | 6c5b6b6c8f2434393e97c6213463ffde | %
% ------------------------------------------------------------------------------
%
% function coe2rvh
%
% this function finds the position and velocity vectors in geocentric
% equatorial (ijk) system given the classical orbit elements.
%
% author : david vallado ... |
github | bozso/orb_prop-master | sunalmanac.m | .m | orb_prop-master/vallado/sunalmanac.m | 3,992 | utf_8 | eae3df96df97a0fac78683362a819be4 | %
% ------------------------------------------------------------------------------
%
% function sunalmanac
%
% this function calculates the geocentric equatorial position vector
% the sun given the julian date. this is the low precision formula and
% is valid for years from 195... |
github | bozso/orb_prop-master | dpper.m | .m | orb_prop-master/vallado/dpper.m | 6,745 | utf_8 | 4bea7cf24b6eb0ee51f55ff5b60e832d | % -----------------------------------------------------------------------------
%
% procedure dpper
%
% this procedure provides deep space long period periodic contributions
% to the mean elements. by design, these periodics are zero at epoch.
% this used to be dscom which i... |
github | bozso/orb_prop-master | rot1.m | .m | orb_prop-master/vallado/rot1.m | 1,061 | utf_8 | 7dfdd598a0de89af46a5183f53e586e1 | % ------------------------------------------------------------------------------
%
% rot1
%
% this function performs a rotation about the 1st axis.
%
% author : david vallado 719-573-2600 27 may 2002
%
% revisions
% -
%
% inputs ... |
github | bozso/orb_prop-master | truemean.m | .m | orb_prop-master/vallado/truemean.m | 6,293 | utf_8 | 9470e0a097e25c24a0a4f6e8a0e175d7 | % ----------------------------------------------------------------------------
%
% function truemean
%
% this function forms the transformation matrix to go between the
% norad true equator mean equinox of date and the mean equator mean equinox
% of date (eci). the results approx... |
github | bozso/orb_prop-master | ijk2lle.m | .m | orb_prop-master/vallado/ijk2lle.m | 3,683 | utf_8 | 703ded9c46694799201a250ea1900dbd | %
% ------------------------------------------------------------------------------
%
% function ijk2lle
%
% these subroutines convert a geocentric equatorial (ijk) position vector into
% latitude and longitude. geodetic and geocentric latitude are found.
%
% author : davi... |
github | bozso/orb_prop-master | lambertu.m | .m | orb_prop-master/vallado/lambertu.m | 12,556 | utf_8 | 55de90c73681e7474ff2eefa0725ea6a | % ------------------------------------------------------------------------------
%
% function lambertu
%
% this function solves the lambert problem for orbit determination and returns
% the velocity vectors at each of two given position vectors. the solution
% uses universal vari... |
github | bozso/orb_prop-master | rngaz.m | .m | orb_prop-master/vallado/rngaz.m | 6,600 | utf_8 | 4f5a88c1d2ad819234b9308990dc04a8 | % ------------------------------------------------------------------------------
%
% function rngaz
%
% this function calculates the range and azimuth between two specified
% ground points on a spherical earth. notice the range will always be
% within the range of values listed s... |
github | bozso/orb_prop-master | radec2rv.m | .m | orb_prop-master/vallado/radec2rv.m | 1,964 | utf_8 | 519beb0526ff5eebd29c556da3346f88 | % ------------------------------------------------------------------------------
%
% function radec2rv
%
% this function converts the right ascension and declination values with
% position and velocity vectors of a satellite. uses velocity vector to
% find the solution of singular... |
github | bozso/orb_prop-master | eci2teme.m | .m | orb_prop-master/vallado/eci2teme.m | 2,274 | utf_8 | e8f33a8270af2c8c35a442392589f4c0 | %
% ----------------------------------------------------------------------------
%
% function eci2teme
%
% this function transforms a vector from the mean equator mean equinox frame
% (j2000) to the true equator mean equinox of date (teme).
%
% author : david vallado ... |
github | bozso/orb_prop-master | ecef2eci.m | .m | orb_prop-master/vallado/ecef2eci.m | 3,287 | utf_8 | bbe847edaacb7f8af7984d4edcd04031 | %
% ----------------------------------------------------------------------------
%
% function ecef2eci
%
% this function transforms a vector from the earth fixed (itrf) frame, to
% the eci mean equator mean equinox (j2000).
%
% author : david vallado 719-5... |
github | bozso/orb_prop-master | covct2fl.m | .m | orb_prop-master/vallado/covct2fl.m | 7,949 | utf_8 | fd39b0e317aefb5f5f01e17eafda36ab | % ----------------------------------------------------------------------------
%
% function covct2fl
%
% this function transforms a six by six covariance matrix expressed in cartesian elements
% into one expressed in flight parameters
%
% author : david vallado ... |
github | bozso/orb_prop-master | rvs2raz.m | .m | orb_prop-master/vallado/rvs2raz.m | 2,927 | utf_8 | f1e03fe92a164befb90924db222deb2a | % ------------------------------------------------------------------------------
%
% function rvs2raz
%
% this function converts range, azimuth, and elevation values with slant
% range and velocity vectors for a satellite from a radar site in the
% topocentric horizon (sez) system... |
github | bozso/orb_prop-master | setcov.m | .m | orb_prop-master/vallado/setcov.m | 6,613 | utf_8 | 9e54802af1ec5f2c4832eb5fbcdffe61 | % ----------------------------------------------------------------------------
%
% function setcov
%
% this function sets the intilal states for the covariance calculations.
%
% author : david vallado 719-573-2600 21 jul 2003
%
% revisions
%
% inputs ... |
github | GBJim/mscnn-master | classification_demo.m | .m | mscnn-master/matlab/demo/classification_demo.m | 5,412 | utf_8 | 8f46deabe6cde287c4759f3bc8b7f819 | function [scores, maxlabel] = classification_demo(im, use_gpu)
% [scores, maxlabel] = classification_demo(im, use_gpu)
%
% Image classification demo using BVLC CaffeNet.
%
% IMPORTANT: before you run this demo, you should download BVLC CaffeNet
% from Model Zoo (http://caffe.berkeleyvision.org/model_zoo.html)
%
% *****... |
github | abarret/IBAMR-master | spring_viewer3d.m | .m | IBAMR-master/scripts/IB/spring_viewer3d.m | 1,610 | utf_8 | ff1b2b6eb9e21cff4b43e216b0cc9763 | %% ---------------------------------------------------------------------
%%
%% Copyright (c) 2008 - 2020 by the IBAMR developers
%% All rights reserved.
%%
%% This file is part of IBAMR.
%%
%% IBAMR is free software and is distributed under the 3-clause BSD
%% license. The full text of the license can be found in the f... |
github | abarret/IBAMR-master | vertex_viewer3d.m | .m | IBAMR-master/scripts/IB/vertex_viewer3d.m | 995 | utf_8 | 7cfce79749ed82d8b88efd282b224836 | %% ---------------------------------------------------------------------
%%
%% Copyright (c) 2008 - 2020 by the IBAMR developers
%% All rights reserved.
%%
%% This file is part of IBAMR.
%%
%% IBAMR is free software and is distributed under the 3-clause BSD
%% license. The full text of the license can be found in the f... |
github | abarret/IBAMR-master | beam_viewer3d.m | .m | IBAMR-master/scripts/IB/beam_viewer3d.m | 1,664 | utf_8 | c21b8242ea28b260cad3eb4e311bba90 | %% ---------------------------------------------------------------------
%%
%% Copyright (c) 2008 - 2020 by the IBAMR developers
%% All rights reserved.
%%
%% This file is part of IBAMR.
%%
%% IBAMR is free software and is distributed under the 3-clause BSD
%% license. The full text of the license can be found in the f... |
github | abarret/IBAMR-master | target_viewer3d.m | .m | IBAMR-master/scripts/IB/target_viewer3d.m | 1,429 | utf_8 | 5766f7a58626729d7bcfff991021c534 | %% ---------------------------------------------------------------------
%%
%% Copyright (c) 2008 - 2020 by the IBAMR developers
%% All rights reserved.
%%
%% This file is part of IBAMR.
%%
%% IBAMR is free software and is distributed under the 3-clause BSD
%% license. The full text of the license can be found in the f... |
github | abarret/IBAMR-master | compute_St.m | .m | IBAMR-master/examples/IIM/ex4/compute_St.m | 1,912 | utf_8 | f31321b9e1f15816d46396560c7ee222 | %% ---------------------------------------------------------------------
%%
%% Copyright (c) 2014 - 2022 by the IBAMR developers
%% All rights reserved.
%%
%% This file is part of IBAMR.
%%
%% IBAMR is free software and is distributed under the 3-clause BSD
%% license. The full text of the license can be found in the f... |
github | abarret/IBAMR-master | compute_St.m | .m | IBAMR-master/examples/IIM/ex3/compute_St.m | 1,912 | utf_8 | f31321b9e1f15816d46396560c7ee222 | %% ---------------------------------------------------------------------
%%
%% Copyright (c) 2014 - 2022 by the IBAMR developers
%% All rights reserved.
%%
%% This file is part of IBAMR.
%%
%% IBAMR is free software and is distributed under the 3-clause BSD
%% license. The full text of the license can be found in the f... |
github | abarret/IBAMR-master | compute_St.m | .m | IBAMR-master/examples/IIM/ex1/compute_St.m | 1,912 | utf_8 | f31321b9e1f15816d46396560c7ee222 | %% ---------------------------------------------------------------------
%%
%% Copyright (c) 2014 - 2022 by the IBAMR developers
%% All rights reserved.
%%
%% This file is part of IBAMR.
%%
%% IBAMR is free software and is distributed under the 3-clause BSD
%% license. The full text of the license can be found in the f... |
github | abarret/IBAMR-master | compute_St.m | .m | IBAMR-master/examples/IIM/ex0/compute_St.m | 1,912 | utf_8 | 83ae35177c037ba45389c53f14f8c1af | %% ---------------------------------------------------------------------
%%
%% Copyright (c) 2014 - 2021 by the IBAMR developers
%% All rights reserved.
%%
%% This file is part of IBAMR.
%%
%% IBAMR is free software and is distributed under the 3-clause BSD
%% license. The full text of the license can be found in the f... |
github | abarret/IBAMR-master | generate_curve2d.m | .m | IBAMR-master/examples/IB/explicit/ex6/generate_curve2d.m | 2,258 | utf_8 | f0a852c57fdd279c02f22907cb25b1be | %% ---------------------------------------------------------------------
%%
%% Copyright (c) 2014 - 2019 by the IBAMR developers
%% All rights reserved.
%%
%% This file is part of IBAMR.
%%
%% IBAMR is free software and is distributed under the 3-clause BSD
%% license. The full text of the license can be found in the f... |
github | abarret/IBAMR-master | compute_St.m | .m | IBAMR-master/examples/IB/explicit/ex2/compute_St.m | 1,912 | utf_8 | 4822fb7b1e1eaab053d6c3fe6964975a | %% ---------------------------------------------------------------------
%%
%% Copyright (c) 2014 - 2019 by the IBAMR developers
%% All rights reserved.
%%
%% This file is part of IBAMR.
%%
%% IBAMR is free software and is distributed under the 3-clause BSD
%% license. The full text of the license can be found in the f... |
github | abarret/IBAMR-master | generate_shell2d.m | .m | IBAMR-master/examples/IB/explicit/ex1/generate_shell2d.m | 4,112 | utf_8 | 70750df420422ba11e8f1dcb10202355 | %% ---------------------------------------------------------------------
%%
%% Copyright (c) 2014 - 2019 by the IBAMR developers
%% All rights reserved.
%%
%% This file is part of IBAMR.
%%
%% IBAMR is free software and is distributed under the 3-clause BSD
%% license. The full text of the license can be found in the f... |
github | abarret/IBAMR-master | generate_curve2d.m | .m | IBAMR-master/examples/IB/explicit/ex1/generate_curve2d.m | 2,258 | utf_8 | f0a852c57fdd279c02f22907cb25b1be | %% ---------------------------------------------------------------------
%%
%% Copyright (c) 2014 - 2019 by the IBAMR developers
%% All rights reserved.
%%
%% This file is part of IBAMR.
%%
%% IBAMR is free software and is distributed under the 3-clause BSD
%% license. The full text of the license can be found in the f... |
github | abarret/IBAMR-master | compareStokesFifthOrder.m | .m | IBAMR-master/examples/wave_tank/ex0/compareStokesFifthOrder.m | 5,070 | utf_8 | a5ac315ccb6f27331e6d87bdccdedf2d | %% ---------------------------------------------------------------------
%%
%% Copyright (c) 2019 - 2019 by the IBAMR developers
%% All rights reserved.
%%
%% This file is part of IBAMR.
%%
%% IBAMR is free software and is distributed under the 3-clause BSD
%% license. The full text of the license can be found in the f... |
github | abarret/IBAMR-master | compute_St.m | .m | IBAMR-master/examples/IBFE/explicit/ex5/compute_St.m | 1,912 | utf_8 | 4822fb7b1e1eaab053d6c3fe6964975a | %% ---------------------------------------------------------------------
%%
%% Copyright (c) 2014 - 2019 by the IBAMR developers
%% All rights reserved.
%%
%% This file is part of IBAMR.
%%
%% IBAMR is free software and is distributed under the 3-clause BSD
%% license. The full text of the license can be found in the f... |
github | abarret/IBAMR-master | compute_St.m | .m | IBAMR-master/examples/IBFE/explicit/ex11/compute_St.m | 1,912 | utf_8 | 6837f0ec8c66f5a5642afe9cd00d70b8 | %% ---------------------------------------------------------------------
%%
%% Copyright (c) 2018 - 2019 by the IBAMR developers
%% All rights reserved.
%%
%% This file is part of IBAMR.
%%
%% IBAMR is free software and is distributed under the 3-clause BSD
%% license. The full text of the license can be found in the f... |
github | abarret/IBAMR-master | L1norm.m | .m | IBAMR-master/examples/navier_stokes/ex2/L1norm.m | 614 | utf_8 | 121a2abbdebedc63d83f42c24a01f7ae | %% ---------------------------------------------------------------------
%%
%% Copyright (c) 2014 - 2019 by the IBAMR developers
%% All rights reserved.
%%
%% This file is part of IBAMR.
%%
%% IBAMR is free software and is distributed under the 3-clause BSD
%% license. The full text of the license can be found in the f... |
github | abarret/IBAMR-master | L2norm.m | .m | IBAMR-master/examples/navier_stokes/ex2/L2norm.m | 618 | utf_8 | ad9302963a35485415dc8298b9fceb68 | %% ---------------------------------------------------------------------
%%
%% Copyright (c) 2014 - 2019 by the IBAMR developers
%% All rights reserved.
%%
%% This file is part of IBAMR.
%%
%% IBAMR is free software and is distributed under the 3-clause BSD
%% license. The full text of the license can be found in the f... |
github | abarret/IBAMR-master | L1normy.m | .m | IBAMR-master/examples/navier_stokes/ex2/L1normy.m | 620 | utf_8 | 7ecf232e746e4a115975058e7fc8448f | %% ---------------------------------------------------------------------
%%
%% Copyright (c) 2014 - 2019 by the IBAMR developers
%% All rights reserved.
%%
%% This file is part of IBAMR.
%%
%% IBAMR is free software and is distributed under the 3-clause BSD
%% license. The full text of the license can be found in the f... |
github | abarret/IBAMR-master | L2normy.m | .m | IBAMR-master/examples/navier_stokes/ex2/L2normy.m | 620 | utf_8 | c851e7ae2317a5a9a099f3006a4c9cfb | %% ---------------------------------------------------------------------
%%
%% Copyright (c) 2014 - 2019 by the IBAMR developers
%% All rights reserved.
%%
%% This file is part of IBAMR.
%%
%% IBAMR is free software and is distributed under the 3-clause BSD
%% license. The full text of the license can be found in the f... |
github | abarret/IBAMR-master | L2normx.m | .m | IBAMR-master/examples/navier_stokes/ex2/L2normx.m | 620 | utf_8 | fdc5ed6c9919c0cfc3586ba91d645a06 | %% ---------------------------------------------------------------------
%%
%% Copyright (c) 2014 - 2019 by the IBAMR developers
%% All rights reserved.
%%
%% This file is part of IBAMR.
%%
%% IBAMR is free software and is distributed under the 3-clause BSD
%% license. The full text of the license can be found in the f... |
github | abarret/IBAMR-master | L1normx.m | .m | IBAMR-master/examples/navier_stokes/ex2/L1normx.m | 620 | utf_8 | 60e0a74339aa4a63057b4e178faa5ed8 | %% ---------------------------------------------------------------------
%%
%% Copyright (c) 2014 - 2019 by the IBAMR developers
%% All rights reserved.
%%
%% This file is part of IBAMR.
%%
%% IBAMR is free software and is distributed under the 3-clause BSD
%% license. The full text of the license can be found in the f... |
github | abarret/IBAMR-master | L1norm.m | .m | IBAMR-master/examples/navier_stokes/ex3/L1norm.m | 614 | utf_8 | 121a2abbdebedc63d83f42c24a01f7ae | %% ---------------------------------------------------------------------
%%
%% Copyright (c) 2014 - 2019 by the IBAMR developers
%% All rights reserved.
%%
%% This file is part of IBAMR.
%%
%% IBAMR is free software and is distributed under the 3-clause BSD
%% license. The full text of the license can be found in the f... |
github | abarret/IBAMR-master | L2norm.m | .m | IBAMR-master/examples/navier_stokes/ex3/L2norm.m | 618 | utf_8 | ad9302963a35485415dc8298b9fceb68 | %% ---------------------------------------------------------------------
%%
%% Copyright (c) 2014 - 2019 by the IBAMR developers
%% All rights reserved.
%%
%% This file is part of IBAMR.
%%
%% IBAMR is free software and is distributed under the 3-clause BSD
%% license. The full text of the license can be found in the f... |
github | abarret/IBAMR-master | L1normy.m | .m | IBAMR-master/examples/navier_stokes/ex3/L1normy.m | 620 | utf_8 | 7ecf232e746e4a115975058e7fc8448f | %% ---------------------------------------------------------------------
%%
%% Copyright (c) 2014 - 2019 by the IBAMR developers
%% All rights reserved.
%%
%% This file is part of IBAMR.
%%
%% IBAMR is free software and is distributed under the 3-clause BSD
%% license. The full text of the license can be found in the f... |
github | abarret/IBAMR-master | L2normy.m | .m | IBAMR-master/examples/navier_stokes/ex3/L2normy.m | 620 | utf_8 | c851e7ae2317a5a9a099f3006a4c9cfb | %% ---------------------------------------------------------------------
%%
%% Copyright (c) 2014 - 2019 by the IBAMR developers
%% All rights reserved.
%%
%% This file is part of IBAMR.
%%
%% IBAMR is free software and is distributed under the 3-clause BSD
%% license. The full text of the license can be found in the f... |
github | abarret/IBAMR-master | L2normx.m | .m | IBAMR-master/examples/navier_stokes/ex3/L2normx.m | 620 | utf_8 | fdc5ed6c9919c0cfc3586ba91d645a06 | %% ---------------------------------------------------------------------
%%
%% Copyright (c) 2014 - 2019 by the IBAMR developers
%% All rights reserved.
%%
%% This file is part of IBAMR.
%%
%% IBAMR is free software and is distributed under the 3-clause BSD
%% license. The full text of the license can be found in the f... |
github | abarret/IBAMR-master | L1normx.m | .m | IBAMR-master/examples/navier_stokes/ex3/L1normx.m | 620 | utf_8 | 60e0a74339aa4a63057b4e178faa5ed8 | %% ---------------------------------------------------------------------
%%
%% Copyright (c) 2014 - 2019 by the IBAMR developers
%% All rights reserved.
%%
%% This file is part of IBAMR.
%%
%% IBAMR is free software and is distributed under the 3-clause BSD
%% license. The full text of the license can be found in the f... |
github | abarret/IBAMR-master | generate_shell2d.m | .m | IBAMR-master/tests/unfinished-tests/Stokes-IB/test1/generate_shell2d.m | 2,180 | utf_8 | 7fabe3acdf45c1b72356720890748fe6 | %% ---------------------------------------------------------------------
%%
%% Copyright (c) 2019 - 2019 by the IBAMR developers
%% All rights reserved.
%%
%% This file is part of IBAMR.
%%
%% IBAMR is free software and is distributed under the 3-clause BSD
%% license. The full text of the license can be found in the f... |
github | abarret/IBAMR-master | generate_leaf2d.m | .m | IBAMR-master/tests/unfinished-tests/Stokes-IB/test2/generate_leaf2d.m | 2,195 | utf_8 | 06ff6ffb53c62b40ac6b1eee614eaa40 | %% ---------------------------------------------------------------------
%%
%% Copyright (c) 2019 - 2019 by the IBAMR developers
%% All rights reserved.
%%
%% This file is part of IBAMR.
%%
%% IBAMR is free software and is distributed under the 3-clause BSD
%% license. The full text of the license can be found in the f... |
github | IPGP/deformation-lib-master | okada85_checklist.m | .m | deformation-lib-master/okada/okada85_checklist.m | 3,768 | utf_8 | bb7b0783b2698a29e501f3e2c947bf85 | function okada_checklist
% Checks consistency of OKADA85 results using the "Checklist for numerical calculations"
% from Table 2 [Okada, 1985] page 1149.
%
% References:
% Okada Y., Surface deformation due to shear and tensile faults in a
% half-space, Bull. Seismol. Soc. Am., 75:4, 1135-1154, 1985.
%
% Author... |
github | sundyCoder/KalmanFilter-master | ekf.m | .m | KalmanFilter-master/code/matlab/ekf/ekf.m | 2,936 | utf_8 | 2d280bc0f63d512049d0c1d602ed5efe | function [x,P]=ekf(fstate,x,P,hmeas,z,Q,R)
% EKF Extended Kalman Filter for nonlinear dynamic systems
% [x, P] = ekf(f,x,P,h,z,Q,R) returns state estimate, x and state covariance, P
% for nonlinear dynamic system:
% x_k+1 = f(x_k) + w_k
% z_k = h(x_k) + v_k
% where w ~ N(0,Q) meaning w is gauss... |
github | sundyCoder/KalmanFilter-master | kalmanf_robot.m | .m | KalmanFilter-master/code/matlab/ekf_robot/kalmanf_robot.m | 5,009 | utf_8 | 7fc8f4b3d0fa662ce0a2ed58b6a71cb9 | %
% USAGE:
%
% s = kalmanf_robot(s)
%
% "s" is a "system" struct containing various fields used as input
% and output. The state estimate "x" and its covariance "P" are
% updated by the function. The other fields describe the mechanics
% of the system and are left unchanged. A calling routine may change
% these other f... |
github | sundyCoder/KalmanFilter-master | kalmanf.m | .m | KalmanFilter-master/code/matlab/kf/kalmanf.m | 6,031 | utf_8 | 42804cacf4d34f5eb084c4654c8fe42b | % KALMANF - updates a system state vector estimate based upon an
% observation, using a discrete Kalman filter.
%
% Version 1.0, June 30, 2004
%
% This tutorial function was written by Michael C. Kleder
%
% INTRODUCTION
%
% Many people have heard of Kalman filtering, but regard the topic
% as mysterious. Whil... |
github | JanisErdmanis/MDrop-master | meshgen.m | .m | MDrop-master/bin/meshgen.m | 262 | utf_8 | 95a973077f8de4ca136f10df3b53433e | function [p,t] = meshgen() %,boxsize)
function f = fd(p)
f = p(:,1).^2/1+p(:,2).^2/1+p(:,3).^2/1-1;
end
[p,t]=distmeshsurface(@fd,@huniform,0.2,[-1.1 -1.1 -1.1
1.1 1.1 1.1]);
end
function h=huniform(p,varargin)
h=ones(size(p,1),1);
end
|
github | mec560sbu/mec560sbu.github.io-master | bezier.m | .m | mec560sbu.github.io-master/mec560_MATLAB_codes/CartPoleDemo/CartPoleStabilize/fcn_support/bezier.m | 747 | utf_8 | 2fa0c8853e1f2ec3137b2d6ff7d4b04e | function fcn = bezier(coeff,s)
% Calculates the value of Bezier polynomials
% Inputs:
% ~ coeff: an NxM matrix of coefficients. Each row is one polynomial of
% order M-1.
% ~ s: a row vector of length p containing numbers between 0 and 1.
% Output:
% ~ fcn: a Nxp matrix containing the evaluated polynomial... |
github | mec560sbu/mec560sbu.github.io-master | bezier.m | .m | mec560sbu.github.io-master/mec560_MATLAB_codes/CartPoleDemo/DeriveEOMs/fcn_support/bezier.m | 747 | utf_8 | 2fa0c8853e1f2ec3137b2d6ff7d4b04e | function fcn = bezier(coeff,s)
% Calculates the value of Bezier polynomials
% Inputs:
% ~ coeff: an NxM matrix of coefficients. Each row is one polynomial of
% order M-1.
% ~ s: a row vector of length p containing numbers between 0 and 1.
% Output:
% ~ fcn: a Nxp matrix containing the evaluated polynomial... |
github | mec560sbu/mec560sbu.github.io-master | bezier.m | .m | mec560sbu.github.io-master/mec560_MATLAB_codes/CartPoleDemo/CartPoleTracking/fcn_support/bezier.m | 747 | utf_8 | 2fa0c8853e1f2ec3137b2d6ff7d4b04e | function fcn = bezier(coeff,s)
% Calculates the value of Bezier polynomials
% Inputs:
% ~ coeff: an NxM matrix of coefficients. Each row is one polynomial of
% order M-1.
% ~ s: a row vector of length p containing numbers between 0 and 1.
% Output:
% ~ fcn: a Nxp matrix containing the evaluated polynomial... |
github | mec560sbu/mec560sbu.github.io-master | bezier.m | .m | mec560sbu.github.io-master/mec560_MATLAB_codes/CartPoleDemo/GenerateDesiredTraj/fcn_support/bezier.m | 747 | utf_8 | 2fa0c8853e1f2ec3137b2d6ff7d4b04e | function fcn = bezier(coeff,s)
% Calculates the value of Bezier polynomials
% Inputs:
% ~ coeff: an NxM matrix of coefficients. Each row is one polynomial of
% order M-1.
% ~ s: a row vector of length p containing numbers between 0 and 1.
% Output:
% ~ fcn: a Nxp matrix containing the evaluated polynomial... |
github | mec560sbu/mec560sbu.github.io-master | bezier.m | .m | mec560sbu.github.io-master/mec560_MATLAB_codes/Deriving_EOMs/fcn_support/bezier.m | 747 | utf_8 | 2fa0c8853e1f2ec3137b2d6ff7d4b04e | function fcn = bezier(coeff,s)
% Calculates the value of Bezier polynomials
% Inputs:
% ~ coeff: an NxM matrix of coefficients. Each row is one polynomial of
% order M-1.
% ~ s: a row vector of length p containing numbers between 0 and 1.
% Output:
% ~ fcn: a Nxp matrix containing the evaluated polynomial... |
github | mec560sbu/mec560sbu.github.io-master | smoothPath.m | .m | mec560sbu.github.io-master/Assignments2016/MiniProject1_solution1/smoothPath.m | 690 | utf_8 | 72798b02bdbaf45720597112a467e455 | % Path smoothing function
function newPath = smoothPath(origPath)
alpha_smooth = .1;
for i_alpha = 1
newPath = origPath;
newPath(1,:) = origPath(1,:);
newPath(end,:)=origPath(end,:);
newPath_old = newPath;
error = 1;
i_iter = 0;
while error > 0.00000001
i_ite... |
github | mec560sbu/mec560sbu.github.io-master | pointToTrajectory.m | .m | mec560sbu.github.io-master/Assignments2016/MiniProject1_solution1/pointToTrajectory.m | 956 | utf_8 | c4f8a519f56605038bf370683ecca23d | % Time trajectory
function [timeInter, xInter, yInter] = pointToTrajectory(smoothPath)
% Define time vector, initial time & velocity (max)
time = zeros(length(smoothPath),1);
time(1) = 0;
v = 1.5;
% Determine time for each waypoint
for i = 2:length(smoothPath)
dist = sqrt((smoothPath(i,1)-smoothPath(i-1... |
github | mec560sbu/mec560sbu.github.io-master | genPath.m | .m | mec560sbu.github.io-master/Assignments2016/MiniProject1_solution1/genPath.m | 5,038 | utf_8 | e8cd0d9e2da97fa2b3de5db3ca7b2546 | %% Generate path
function path = genPath(x, y, x_intial, y_intial, x_end, y_end, obs_locs, buffer)
Act = zeros(length(x),length(y));
V = zeros(length(x),length(y));
[xx,yy] = meshgrid(x,y);
figure;
plot(xx,yy,'k.')
hold on;
x_start = 0;
y_start = 0;
[i_x,i_y]= xy_to_indices(x_end,y_end);
ix_end = i... |
github | mec560sbu/mec560sbu.github.io-master | LQR_k.m | .m | mec560sbu.github.io-master/Assignments2016/MiniProject1_solution1/LQR_k.m | 108 | utf_8 | 2d87c6f46014f1a663c740515e5682f5 | % Determine optimal K
function optK = LQR_k(A, B, Q, R)
P = care(A,B,Q,R);
K = inv(R)*B'*P';
optK = K; |
github | ZelaTaino/amalthea-master | getDatasets.m | .m | amalthea-master/code/getDatasets.m | 4,956 | utf_8 | e54b515b58843473abefc08c257487b7 | %--------------------------------------------------------------------------
% Function: getDatasets
% Description: Loads the coefficient datasets from saved .mat files.
%
% Outputs
%
% datasets - A array of structs with fields
% 'name' : name of the dataset
% 'path' ... |
github | ZelaTaino/amalthea-master | plot2DShapeAndSave.m | .m | amalthea-master/code/wde/Plotting_Code/plot2DShapeAndSave.m | 1,388 | utf_8 | 6e0054ed391721cfbcf00dd5fa480f8e | %--------------------------------------------------------------------------
% Function: plot2DShapeAndSave
% Description: This functions plots a 2D shape and saves the figure in eps
% format. Its original use is meant for shape analysis on the
% MPEG7 dataset.
%
% Inputs:
%
% sha... |
github | ZelaTaino/amalthea-master | saveFigureToEPS.m | .m | amalthea-master/code/wde/Plotting_Code/saveFigureToEPS.m | 914 | utf_8 | 089bb425bdf4eb4757dedf9243c2fc8c | %--------------------------------------------------------------------------
% Function: saveImageEPS
% Description: This functions saves a Matlab figure in eps format.
%
% Inputs:
%
% fileName - Filename that is used to save the file as.
%
% figHand - Figure handle to save.
%
% Outputs:... |
github | ZelaTaino/amalthea-master | EigenfunctionsonShapes.m | .m | amalthea-master/code/wde/Plotting_Code/CodeToGenerateFiguresTIP/EigenfunctionsonShapes.m | 3,480 | utf_8 | cd00e82e517fab51be98c70da272d206 | % Eigenfunctions on Shapes TIP Figure 2.
clc; close all;
clear;
% Change directory to main shape directory.
cd('C:\Users\mmoyou\Documents\MATLAB\3D Shape wavelet matching\DataSetup');
% Load the SHREC 11 shape data.
shFileName = '.\PamiShapeFiles\SHREC11.mat';
load(shFileName);
% Load the SHRECC 11... |
github | ZelaTaino/amalthea-master | resizeShapesToSquareGrid.m | .m | amalthea-master/code/wde/ShapeProcessing_Code/resizeShapesToSquareGrid.m | 1,632 | utf_8 | 3110056085fa2d114de3e2e446a1dd84 | %--------------------------------------------------------------------------
% Function: resizeShapesToSquareGrid
% Description: This functions normalizes 2D and 3D shapes into a square
% grid with the size chosen by the user.
%
% Inputs:
%
% X - Shape to be resized. NxD.
%
% ... |
github | ZelaTaino/amalthea-master | vectorToString.m | .m | amalthea-master/code/wde/WaveletDensityEstimator/3DWDE/vectorToString.m | 1,673 | utf_8 | 6afe0c52e44fd9348891ed4fe0ec48e3 | %--------------------------------------------------------------------------
% Function: vectorToString
% Description: This function takes in a vector and returns a string with
% the numbers stored in the vector, separated by '_'.
%
% Inputs:
%
% v - Vector to manipulate.
%
% Ou... |
github | ZelaTaino/amalthea-master | computingMultiDCoeffs.m | .m | amalthea-master/code/wde/WaveletDensityEstimator/3DWDE/3DsqrtWDE/wde3D/computingMultiDCoeffs.m | 2,900 | utf_8 | 81639946da20447628c55b116259901d |
%--------------------------------------------------------------------------
% Function: computeTranslatesForEachDimension
% Description: Calculates the translates based on the sample domain.
%
% Inputs:
% dim - sample dimension
% dims - total size of the translate lattice
% ... |
github | ZelaTaino/amalthea-master | trueDensityPlotForDeriv.m | .m | amalthea-master/code/wde/WaveletDensityEstimator/3DWDE/3DsqrtWDE/wde3D/trueDensityPlotForDeriv.m | 2,453 | utf_8 | 7f24fd63fa2231c42e1f0a734ab58bd3 |
%--------------------------------------------------------------------------
% Function: trueDensityPlot
% Description: plots the true distribution
%
% Inputs:
% domain - Domain over which to calculate the density
% function.
% discretization - Value that the support of... |
github | ZelaTaino/amalthea-master | selectRelevantCoefficients.m | .m | amalthea-master/code/wde/WaveletDensityEstimator/3DWDE/3DsqrtWDE/wde3D/selectRelevantCoefficients.m | 1,581 | utf_8 | 824bea933625ed573f5379850c65c5d5 |
%--------------------------------------------------------------------------
% Function: selectRelevantCoefficients
% Description: Calculates the translates based on the sample domain.
%
% Inputs:
% coefficients - sample coefficients
% indexofRelevantTrans - relevant translates inde... |
github | ZelaTaino/amalthea-master | densityEstimationVariables.m | .m | amalthea-master/code/wde/WaveletDensityEstimator/3DWDE/3DsqrtWDE/wde3D/densityEstimationVariables.m | 3,921 | utf_8 | 0667cbfa3a682fb6546a62271b6f6f7f | %--------------------------------------------------------------------------
% Function: densityEstimationVariables
% Description: Stores all the variables needed for online density
% estimation.
%
% Inputs: No Inputs.
% Outputs:
% sample - Vector of numbers or single sample. ... |
github | ZelaTaino/amalthea-master | processingOnlyRelevantTransetsPerSample.m | .m | amalthea-master/code/wde/WaveletDensityEstimator/3DWDE/3DsqrtWDE/wde3D/processingOnlyRelevantTransetsPerSample.m | 3,005 | utf_8 | 8530bd104f0a6df2c861b7e9574f8d33 | %--------------------------------------------------------------------------
% Function: accessEachTranslates
% Description: evaluates tensor prodiucts at each lattice translate
%
% Inputs:
% sample - the N x D data
% dim - sample dimension
% dims - total size of... |
github | ZelaTaino/amalthea-master | estimatingCoeffs.m | .m | amalthea-master/code/wde/WaveletDensityEstimator/3DWDE/3DsqrtWDE/wde3D/estimatingCoeffs.m | 4,559 | utf_8 | 95a5a94355553e5c0ad1b0f364ba4e37 | % with scaling + wavelets. The default is density
% estimation with the scaling function only.
% waveletFlag = 1; Wavelet is on.
% waveletFlag = 0; Wavelet is off.
% scalTranslates - Scaling function translate values.
%... |
github | ZelaTaino/amalthea-master | createSrings.m | .m | amalthea-master/code/wde/WaveletDensityEstimator/3DWDE/3DsqrtWDE/wde3D/createSrings.m | 723 | utf_8 | ebc865b8893358c36257694d43324c22 |
%--------------------------------------------------------------------------
% Function: createSrings
% Description: evaluates the tensor prod vectors
%
% Inputs:
% dim - sample dimension
% a - variable to be created
%
% Outputs:
% str ... |
github | ZelaTaino/amalthea-master | interpolationFun.m | .m | amalthea-master/code/wde/WaveletDensityEstimator/3DWDE/3DsqrtWDE/wde3D/interpolationFun.m | 1,788 | utf_8 | b83c04c792b16f547208e28436995bee |
%--------------------------------------------------------------------------
% Function: interpolationFun
% Description: Calculates the basis functions.
%
% Inputs:
% indices - linear index of each position
% sample - the N x D data
% supp - the sample support
% phi... |
github | ZelaTaino/amalthea-master | accessAllTranslatesAndTensorProd.m | .m | amalthea-master/code/wde/WaveletDensityEstimator/3DWDE/3DsqrtWDE/wde3D/accessAllTranslatesAndTensorProd.m | 2,461 | utf_8 | 8bb06f805ec9cccf416469da1c4bb788 | %--------------------------------------------------------------------------
% Function: accessAllTranslatesAndTensorProd
% Description: evaluates tensor prodiucts using all translates for each
% sample
%
% Inputs:
% sample - the N x D data
% dim - sample dimension
% dims ... |
github | ZelaTaino/amalthea-master | reAdjustingTheCoeff.m | .m | amalthea-master/code/wde/WaveletDensityEstimator/3DWDE/3DsqrtWDE/wde3D/reAdjustingTheCoeff.m | 2,005 | utf_8 | e4707ce24566a0b816e2c5d947f32be7 |
%--------------------------------------------------------------------------
% Function: reAdjustingTheCoeff
% Description: re-adjust the size of the coefficients
%
% Inputs:
% allCoeffUpd - sample coefficients
% indexofRelevantTrans - relevant translates indexes
% linearIn... |
github | ZelaTaino/amalthea-master | preProcessingOfDerivative.m | .m | amalthea-master/code/wde/WaveletDensityEstimator/3DWDE/3DsqrtWDE/wde3D/preProcessingOfDerivative.m | 774 | utf_8 | 9f9d8dd3f32bcd2a7ae95ae11f5ab0b6 | %--------------------------------------------------------------------------
% Function: preProcessing
% Description: gets domain of the sample
%
% Inputs:
% sample - sample data
% Outputs:
% sample - Vector of numbers or single sample.
% domain - Domain bounds... |
github | ZelaTaino/amalthea-master | density3DPlot.m | .m | amalthea-master/code/wde/WaveletDensityEstimator/3DWDE/3DsqrtWDE/wde3D/density3DPlot.m | 2,032 | utf_8 | fcb8e511c8e7e936505be0f0e0f4d0bc | %--------------------------------------------------------------------------
% Function: getDensity
% Description: Calculates the probability density function.
%
% Inputs:
% domain - Domain over which to calculate the density
% function.
% density - density values... |
github | ZelaTaino/amalthea-master | preProcessing.m | .m | amalthea-master/code/wde/WaveletDensityEstimator/3DWDE/3DsqrtWDE/wde3D/preProcessing.m | 762 | utf_8 | 6f00dcc3df096fd2a502f807dc26793d | %--------------------------------------------------------------------------
% Function: preProcessing
% Description: gets domain of the sample
%
% Inputs:
% sample - sample data
% Outputs:
% sample - Vector of numbers or single sample.
% domain - Domain bounds... |
github | ZelaTaino/amalthea-master | generateBivarNormalDist.m | .m | amalthea-master/code/wde/WaveletDensityEstimator/3DWDE/3DsqrtWDE/wde3D/generateBivarNormalDist.m | 770 | utf_8 | bfd20626fe3cfabb0ceeebaf795d26aa | %--------------------------------------------------------------------------
% Function: generateBivarNormalDist
% Description: generates normal distribution
%
% Inputs:
% N - size of the sample
% Outputs:
% temp - sample
%
% Authors(s):
% Eddy Ihou(ihouk2002@my.fit.edu)
... |
github | ZelaTaino/amalthea-master | trueDensityPlot.m | .m | amalthea-master/code/wde/WaveletDensityEstimator/3DWDE/3DsqrtWDE/wde3D/trueDensityPlot.m | 2,354 | utf_8 | c6ad99fe406f81c993467d38a2efa428 |
%--------------------------------------------------------------------------
% Function: trueDensityPlot
% Description: plots the true distribution
%
% Inputs:
% domain - Domain over which to calculate the density
% function.
% discretization - Value that the support of... |
github | ZelaTaino/amalthea-master | filterToBasis.m | .m | amalthea-master/code/wde/WaveletDensityEstimator/3DWDE/3DsqrtWDE/waveCommon/filterToBasis.m | 2,052 | utf_8 | 4b201ff65d6fb3e493ce8c234befab49 | % function [x,phi,psi] = filterToBasis(h,i)
% Generate a scaling function and its associated wavelet
% using the given filter coefficients
% Kevin Amaratunga (original author)
% 5 March, 1993
% Adrian Peter (modified)
% 2008
%
% h = filter coefficients (sum(h)... |
github | ZelaTaino/amalthea-master | computeCoefficientsV3.m | .m | amalthea-master/code/wde/WaveletDensityEstimator/3DWDE/CVIUExperimentCode/CoefficientEstimation/computeCoefficientsV3.m | 4,043 | utf_8 | e71dd2247e516c691c5b6dc20375801b | %--------------------------------------------------------------------------
% Function: ComputeCoefficients
% Description: This function computes the wavelet coefficients for the GPS
% coordinates on 3D shapes.
%
% Inputs:
%
% startLevel - Start level resolution.
%
% stopLevel - Stop... |
github | ZelaTaino/amalthea-master | computeCoefficientsV2_Par.m | .m | amalthea-master/code/wde/WaveletDensityEstimator/3DWDE/CVIUExperimentCode/CoefficientEstimation/computeCoefficientsV2_Par.m | 2,049 | utf_8 | e13a6bef699636d7b50cd2d1a964187b | %--------------------------------------------------------------------------
% Function: ComputeCoefficientsV2_Par
% Description: This function computes the scaling and wavelet coefficients
%
%
% Inputs:
%
%
%
% Outputs:
%
% wdeCell - Wavelet density estimation cell. The first c... |
github | ZelaTaino/amalthea-master | resizeShapesToSquareGrid.m | .m | amalthea-master/code/wde/WaveletDensityEstimator/3DWDE/CVIUExperimentCode/CoefficientEstimation/resizeShapesToSquareGrid.m | 1,632 | utf_8 | 3110056085fa2d114de3e2e446a1dd84 | %--------------------------------------------------------------------------
% Function: resizeShapesToSquareGrid
% Description: This functions normalizes 2D and 3D shapes into a square
% grid with the size chosen by the user.
%
% Inputs:
%
% X - Shape to be resized. NxD.
%
% ... |
github | ZelaTaino/amalthea-master | filterToBasis.m | .m | amalthea-master/code/wde/WaveletDensityEstimator/waveCommon/filterToBasis.m | 2,052 | utf_8 | 4b201ff65d6fb3e493ce8c234befab49 | % function [x,phi,psi] = filterToBasis(h,i)
% Generate a scaling function and its associated wavelet
% using the given filter coefficients
% Kevin Amaratunga (original author)
% 5 March, 1993
% Adrian Peter (modified)
% 2008
%
% h = filter coefficients (sum(h)... |
github | ZelaTaino/amalthea-master | linearAssignment.m | .m | amalthea-master/code/linassgn/sphere_dist_linassgn_old/linearAssignment.m | 5,267 | UNKNOWN | 4901c493145572b7d99e8dc1636b4f66 | %--------------------------------------------------------------------------
% Function: linearAssignment
% Description: Performs linear assignment between wavelet coefficients from
% shape 1 versus shape 2. Calls C++ routines to do actual
% work. The C++ codes implements:
% ... |
github | ZelaTaino/amalthea-master | wde2DSlidingDist.m | .m | amalthea-master/code/linassgn/sphere_dist_linassgn_old/wde2DSlidingDist.m | 9,165 | utf_8 | f24c1eaa482659a2185c092295f01fdb | %--------------------------------------------------------------------------
% Function: wde2DSlidingDist
% Description: Computes the cosine distance between two square-root wavelet
% densities (sqWDE) after "adjusting" one coefficient set to
% be more similar to the other.
%
% Input... |
github | ZelaTaino/amalthea-master | euclidDistsBetwCoeffs.m | .m | amalthea-master/code/linassgn/sphere_dist_linassgn_old/euclidDistsBetwCoeffs.m | 2,684 | utf_8 | fd3e00f3a7f38fd13d5ec1ec812a2669 | %--------------------------------------------------------------------------
% Function: distMatsAcrossLevels
% Description: Creates all the necessary Euclidean distance matrices for
% the different wavelet decomposition levels.
%
% Inputs:
%
% Outputs:
% distMats - Lx1 cell array w... |
github | ZelaTaino/amalthea-master | linassgn_warp.m | .m | amalthea-master/code/linassgn/linassgn_main/linassgn_warp.m | 1,766 | utf_8 | 97678e99db06eb8ddaa23396ef280e68 | %--------------------------------------------------------------------------
% Function: linassgn_warp
% Description: Warps two images as closely as possible for a given set of lambda.
% Inputs:
%
% x,y - Images of the same size.
%
% distMatrix - A cell array of the Euclidean distance between pairs of points.
... |
github | ZelaTaino/amalthea-master | construct_dist_matrix.m | .m | amalthea-master/code/linassgn/linassgn_main/construct_dist_matrix.m | 1,485 | utf_8 | 9f3b08f0daa3e2e1cd114b567475afb3 | %--------------------------------------------------------------------------
% Function: construct_dist_matrix
% Description: Constructs a distance matrix of every point
% to every other point in a rectangular prism.
%
% Inputs:
%
% numTranslates - A vector of the dimensions of a rectangular prism
% 2D: [x ... |
github | ZelaTaino/amalthea-master | sphere_dist_linassgn.m | .m | amalthea-master/code/linassgn/linassgn_main/sphere_dist_linassgn.m | 2,393 | utf_8 | a558cd644900c2b757499db5c89b70cb | %--------------------------------------------------------------------------
% Function: sphere_dist_linassgn
% Description: Takes the spherical distance between two points after
% after linearly assigning one to match the other
% as closely as possible.
%
% Inputs:
%
% x,y - Vectors of points on the ... |
github | ZelaTaino/amalthea-master | linearAssignment.m | .m | amalthea-master/code/linassgn/linassgn_old/linearAssignment.m | 5,181 | UNKNOWN | dfb5049d1de1ae574dd8e6778c521607 | %--------------------------------------------------------------------------
% Function: linearAssignment
% Description: Performs linear assignment between wavelet coefficients from
% shape 1 versus shape 2. Calls C++ routines to do actual
% work. The C++ codes implements:
% ... |
github | ZelaTaino/amalthea-master | karcher_mean.m | .m | amalthea-master/code/karcher_mean/karcher_mean.m | 1,462 | utf_8 | 3eb7015f5608589e333f7f3707ebb4b7 | %--------------------------------------------------------------------------
% Function: karcher_mean
% Description: Computes the Karcher (geodesic) mean between points on a sphere.
%
% Inputs:
%
% D - An nxd matrix of points on a sphere.
%
% Outputs
%
% M - Mean of the points.
%
% Usage: Used in ... |
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