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No. |
file name |
depend |
zip |
description |
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1 |
COMPUTED TOMOGRAPHY, MATHEMATICS AND SIMULATION using Matlab |
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2 |
implementation of LU Decomposition and Linear Solver using Matlab |
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3 |
Small Matlab GUI untility to change units of a Matlab .fig file. Make sure to save a copy of your fig file before using, just in case. HTML |
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4 |
Solve Lotka-Volterra 2-ODE system |
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5 |
conjugate gradient with pre-conditioning solver |
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6 |
GUI for conjugate gradient solver |
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7 |
driver function for nma_CG
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8 |
another driver for nma_CG.m |
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9 |
builds finite difference A matrix for 1-D laplace |
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10 |
builds finite difference A matrix for 1-D laplace nuemman boundary conditions |
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11 |
builds finite difference A matrix for 1-D laplace dirichlet boundary conditions |
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12 |
builds finite difference A matrix for 1-D laplace |
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13 |
generate A and f for the \(Au=f\), to solve for u on 2D based on 5 points laplacian. |
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14 |
solves the FitzHugh-Nagumo on unit square
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15 |
checks that matrix is SPD |
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16 |
checks that matrix is symmetrix |
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17 |
Class implements Lax-Wendroff for 1D advection PDE |
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18 |
driver tests nma_LaxWendroff class |
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19 |
lab4 assignment MAE121 dynamics, UC david
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20 |
called by GUI to implement the numerical solution for Lab4 UC davis |
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21 |
script solves 2D Poission PDE on unit square using Jacobian iterative method |
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22 |
Solve 2D poisson PDE on unit square. Dirichlet B.C |
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23 |
script solves 2D poisson on unit square, zero boundary conditions, SOR method |
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24 |
solves parabolic PDE using explicit method |
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25 |
driver for nma_PDE_parabolic_explicit_rod() |
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26 |
solve parabolic PDE using explicit method for changing boundary conditions |
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27 |
driver for nma_PDE_parabolic_explicit_rod_with_rate_BC() |
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28 |
solve 1st order ODE using Runge-Kutta classical 4th order |
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29 |
function solves \(Au=f\) using the method of steepest descent. |
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30 |
implement multigrid V Cycle |
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31 |
implement HW3, Math 228B, advection ODE solver
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32 |
draws an arrow annotation on figure |
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33 |
implements coarse to fine grid bilinear interpolation mapping |
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34 |
GUI main for changing figure unit program |
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35 |
auxiliary function to validate boundary conditions |
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36 |
main GUI file for controllor simulation |
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37 |
main GUI file for 1D diffusion solver
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38 |
main GUI file for lab1 MAE121, UC davis
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39 |
Solve ODE using Euler-Heun (corrector-predictor method) |
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40 |
Solve ODE using Euler-Heun (corrector-predictor method) |
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41 |
solve ODE using Euler-mid-point algorithm |
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42 |
evaluates string as 1D function for boundary conditions |
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43 |
restriction operator for fine grid to a coarse grid full weight mapping on 2D |
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44 |
Finds initial inclincatin correction for orbit relative to a larger circular orbit |
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45 |
helper function for rocket design project |
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46 |
find the grid norm |
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47 |
calculates residue |
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48 |
prints matrix of numerical data with headings in formatted way |
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49 |
helper function to generate A,b for solver |
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50 |
generate the A and B matrices used by the ADI solver. |
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51 |
This function generates one text file for each m file it finds in the same folder it is running from. For each m file it finds, it generates the text file which contains a list of the m files that the current m file depends on. This uses fdep() function from matlab central feb 13, 2012
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52 |
This function generates one text file for each m file it finds in the same folder it is running from. For each m file it finds, it generates the text file which contains a list of the m files that the current m file depends on. This uses fdep() function from matlab central march 1, 2013 clean up more, moved to htlatex Nov 22, 2012
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53 |
calculates time of flight for the orbit moving from nu0 to nu. |
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54 |
flux function for PDE numerical course, UC Davis |
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55 |
find orbit parameters from the velocity and position vectors |
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56 |
compute the Universal Variable X for an orbit |
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57 |
helper function to find index |
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58 |
read a numeric number from user and keeps trying untill the user types correct value |
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59 |
main GUI file for lab2 MAE 121 UC Davis
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60 |
main GUI file for lab3 MAE 121, UC Davis
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61 |
helper function to make sparse matrix |
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62 |
helper function to make sparse 2D matrix |
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63 |
generate 3D sparse matrix for poisson 3D |
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64 |
solve laplace PDE for rectangular region Dirclet BC |
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65 |
solves laplace PDE for rectangular region Dirclet BC |
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66 |
solves laplace PDE for rectangular region Nuemann BC |
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67 |
main GUI file for all my math 228 other GUI apps |
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68 |
implements the refinement study for HW2, ath 228B UC Davis |
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69 |
Lax-Wendroff to solve the wave equation
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70 |
solves diffusion problem \(u\_t + a * u\_x = 0\) using finite volume method with flux limiter functions |
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72 |
solves 3 bars and 2 springs with IC using modal analysis
based solution |
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73 |
Moves probe in an orbit for deltaTime |
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74 |
main GUI file for orbit simulator
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75 |
script to plot stress diagram, plain stress |
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76 |
main GUI file for poisson 2D solver
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77 |
called by the Matlab GUI to solve equation of motion Lab 1 MAE 121 |
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78 |
class implements the rectangular pulse used in implementation of HW3, Math 228B. |
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79 |
make an annotation of a rectangle |
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80 |
class used for doing refinement study for my math 228 numerical PDE class |
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81 |
does one iteration relaxation, called by V cycle for multigrid solver |
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82 |
Nasser M. Abbasi 011212 NO ERROR CHECKING DONE ON INPUT. Rescale a matrix or a vector A |
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83 |
design rocket from earth to GEO |
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84 |
helper function for rocket design project, UCI |
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85 |
Solves equation 5.57 in book orbital mechanices page 96, by Prussing and Conway |
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86 |
design for a multi-stage rocket. |
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87 |
Solves for Mp (mass of properellent) and Ms (mass of structure) for a given one stage rocket. |
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88 |
Solves rocket equation for delta V, mass of properellent and mass of structure and payload |
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89 |
Solves rocket equation for delta V, mass of properellent and mass of structure and payload |
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90 |
generate the Romberg integration table |
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91 |
driver to test romberg integration table |
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92 |
runs simulation of probe starting from some position and velosity vector for some delta time |
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93 |
utility function, called to create a figure in middle of window |
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94 |
solves HW problem 4.3 |
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95 |
Solves 2D diffusion PDE \(u\_t = D (u\_xx+u\_yy)\) on unit square Neumann BC using cell centered grid points and ADI schem |
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96 |
script to solve 2D diffusion |
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97 |
solves \(w\_t = epsilson(w-gamma w)\) for problem 3, HW 2, Math 228B UC Davis |
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98 |
solves the reaction ODE part of the FitzHugh-Nagumo equations |
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99 |
Solve poisson 2D pde on unit square zero BC using multigrid V cycle method |
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100 |
computes the cubic splines between any number of points. |
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101 |
driver for cubic splines using the improved method. |
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102 |
static class to make spring for plotting animations |
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103 |
simulation of steady state single degree of freedom system
with harmonic input |
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104 |
driver to test findAlphaForMinDeltaV |
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105 |
integrate a function using trapezoidal rule using specific number of strips. |
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106 |
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107 |
auxiliary function used by other function to validate input dimensions are consistent. |
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108 |
auxiliary function validates input dimensions consistent for 1D only |
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109 |
verifies string represents non negative number |
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110 |
verfies input string represents a numerical value |
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111 |
verifies input string represents positive integer |
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112 |
verifies input string represents positive number |
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113 |
zoom a gray image by factor and return new image |
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114 |
source file implement steepest descent |
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