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updated 1 day ago

Data Explorer by Adam Filion

App for exploring higher dimensional data. (app, gui, visualization)

Data Explorer

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updated 22 days ago

Interactive Incompressible Fluids by Daniel Armyr

A GPU-enabled interactive demo of Navier-Stokes equations for incompressible fluids. (navierstokes, itneractive, gpu)

Interactive Incompressible Fluids

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updated 22 days ago

2D Wave Equation by Daniel Armyr

Interactive demo of the 2d wave equation. (app, gpu, wave equation)

2D Wave Equation

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updated 28 days ago

SegmentTool: An Interactive GUI for Segmenting Images by Brett Shoelson

Interactively find the best approach to segmenting (masking) your image (app, image, gui)

SegmentTool

cellfind(z)

createButtonLabel(string,varargin)

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updated 1 month ago

Inviscid Channel Flow by Ye Cheng

This MATLAB App provides a GUI to study inviscid flow in a channel with varying cross sections. (gui, app, fluid mechanics)

inviscidChannel

inviscidChannelGUI(varargin)

inviscidChannelScript.m

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updated 1 month ago

Boundary Layer App by Ye Cheng

This MATLAB App provides a GUI to study laminar boundary layer problem of flow over a flat plate. (gui, app, fluid mechanics)

boundaryLayer

boundaryLayerGUI(varargin)

tdma(A,B,C,D)

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updated 1 month ago

Potential Flow by Ye Cheng

This MATLAB App provides a GUI to study the superposition of elementary potential flows. (gui, app, fluid mechanics)

potentialFlow

addPotential(xmesh,ymesh,x_c,y_c,q,type)

potentialFlowGUI(varargin)

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updated 1 month ago

Transient Heat Conduction by Ye Cheng

This MATLAB App provides a GUI to study transient and steady-state heat conductions. (app, conduction, heat transfer)

transientConduction

transientConductionGUI(varargin)

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updated 8 months ago

Looking Up by Matt Tearle

A planisphere for any given location and time. (astronomy, gui, app)

Looking Up

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updated 11 months ago

Toolbox BOD Version 2.5 by Gert-Helge Geitner

Digital Amplitude Optimum (BOD) for discontinuous control (digital, optimum, discontinous)

J=bod_esp(p,a_o,b_o,c_o,d_o,EZW,QQ,BMEA,ZVe,NVe,NV,TOL)

[GMT,V_Gf_Gr,M_An_Be]=gmt(TD,TB,ToI)

[ParMa,VarMa]=zust_aup1(T,Tel,VTM,VTF,VTL)

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