matlab 3d models

Originally published here: Cosmic Microwave Background Radiation scaled one in 2*10^28 by tato_713 - ThingiverseThis model was made using the data of the Plank spacecraft of the Cosmic Microwave Background (CMB or CMBR), processed with MATLAB R2016a....

Originally published here: 1P/Halley scaled one in 200 thousand by tato_713 - ThingiverseThis model was rendered using MATLAB R2016a on the ICQ model of the PSI made by Philip Stooke. With this model I've try a modification of the surf2stl function I...

If you want to support my work, you can contribute with me by donating to this PayPal account. ReferencesSurf to STL function for MATLAB Other astronomical objectsInner Solar SystemArtificialNear Earth AsteroidsMain Belt AsteroidsJovian SystemSaturn...

Originally published here: Mars with exaggerated topography scaled one in sixty million by tato_713 - ThingiverseThis model was made using the latest MOLA data processed with MATLAB R2020a. Like most of my topographical models its relief was...

This models were made using MATLAB R2016a with a topographical map of the Earth, including the seafloor. Like other models made by this way, the total relief is exaggerated, because proportional relief would make the terrain features too small to be...

Originally published here: Titan with exaggerated topography scaled one in sixty million by tato_713 - ThingiverseThis model was made using MATLAB R2016a on the DEM (digital elevation map) of Titan from Corlies et al (2017). Like with many of the...

I made this model mixing the stereographic model from the south face of Arrokoth from the supplementary material of Spencer (2020) and the shape model from Stern (2019) published in the 3D Asteroid catalogue, using MATLAB R2016a. The New Horizons...

Originally published here: Triton with known topography scaled one in twenty million by tato_713 - ThingiverseThis model was rendered using MATLAB R2016a on topographic map from Schenk (2008), made with the images from the Voyager mission. When the...

... on a tripod. Let me know if you need my processing Octave scripts (Octave is an open source alternative to MatLab). I have now one which can re-calibrate the spectrometer (based on an image of the CFL bulb spectrum) fully automatically. ...

M.Surf to STL function for MATLAB Other astronomical objectsInner Solar SystemArtificialNear Earth AsteroidsMain Belt AsteroidsJovian SystemSaturn SystemUranian SystemNeptunian SystemCentaursCometsTrans Neptunian ObjectsExtrasolar ObjectsSky...

I had to learn functional programming instead of objective-oriented programming and work with compile-time variables of openSCAD instead of run-time variables of MATLAB and C. My final generator was achieved through recursion and pseudo-complex...

If you have access to MATLAB, you can use the App I have developed which runs the kinematic equations of this robot to place the End Effectors in a particular point in space (X,Y,Z) relative to the neck of the Robot, which extends the capacity of...

Dimensions: 49528 km × 48682 km Model scale: 1:2.5x108 (20cm) 1:5x108 (10cm) 1:1x109 (5cm) References Source of the images Surf to STL function for MATLAB Other astronomical objects Object Scale [1:x] K = 103 (thousand)M = 106 (million)G = 109...

If you want to go sub 100 micron checkout this amazing MATLAB plugin. Haven't had chance to play yet. Soo many possibilities for microporous chaotic Brownian motion inducing antimicrobial / viral mesh sire recirculation filters. ... "scafSLICR: A...

I used GIMP instead of Paint.net for drawing the topography; Octave instead of MATLAB for plotting the 3D model; MeshLab for simplifying the meshes, instead of Microsoft 3D Builder; Freecad [2] instead of SolidWorks for the tunnel and the World...

It was modelled using MATLAB R2016a. The model is scaled one in one billion, or one in one thousand million in the long scale system. In this scale, the Earth is about 1cm in diameter. The ring system of Jupiter is far reduced when compared with that...

Originally published here: Flat Earth scaled one in 250 million by tato_713 - ThingiverseThese models were made using MATLAB R2016a to make different projections of an Earth's topographical maps, in order to illustrate how the flatearthers think the...

Graphs made with MATLAB R2016a. Materials needed1 TPU "body_flex.stl" print or 1 "body_rigid.stl" print on any rigid filament.1 print of "backbone.stl" on any rigid filament.2 prints of "foot.stl" on any rigid filament.2 impressions of...

Originally published here: Nirn, Secunda and Masser scaled one in sixty million by tato_713 - ThingiverseThese models were made with MATLAB R2016a from the data and observations of the fifth mainline game of the saga The Elders Scrolls V: Skyrim. The...

I used GIMP instead of Paint.net for drawing the topography; Octave instead of MATLAB for plotting the 3D model; MeshLab for simplifying the meshes, instead of Microsoft 3D Builder; Freecad2 instead of SolidWorks for the tunnel and the World Engine;...

Graphs made with MATLAB R2016a. Yes or No This coding is simple, the leg is up or down, the torso is rotated left or right. By this method, two legs are up, then the torso turns, then the legs change. The advantage is that the servos are not...

If you want to support my work, you can contribute with me by donating to this PayPal account.ReferencesSurf to STL function for MATLABThe video of the base firing and the one of the base being destroyed, used for the reconstruction.Other...

Ice giant. Orbit: Sun.Orbital period: 164.8 yr. Composition: Hydrogen, helium atmosphere; water amonia and methane mantle, rocky core. Density: 1.638 g/cm3. Dimensions: 49528 km × 48682 km Model scale: 1:2.5x108 (20cm)...

So _1_6_10_7 is 1:600000000 or one in 60 million.ReferencesPaleoDEMSurf to STL function for MATLAB Other astronomical objectsInner Solar SystemArtificialNear Earth AsteroidsMain Belt AsteroidsJovian SystemSaturn SystemUranian SystemNeptunian...

I would recommend creating simple code examples in your chosen programming language, such as MATLAB or Python using packages `numpy` and/or libraries specifically designed for this purpose like 'scipy.optimize'. If these do not seem appropriate...

Like all the big moons of Uranus it is composed of equal amount of water and rock, being differentiated into an ice mantle and a rocky core, with a possible liquid water ocean below the surface.Type: Satellite. Orbit: Uranus Orbital period:...

The bigger ring, that orbits the center of mass and is composed only of non-ferromagnetic bodies (stony and carbonaceous), suggests in which direction is the axis of rotation. ReferencesSurf to STL function for MATLABOther astronomical...

Ice giant. Orbit: Sun. Orbital period: 84.02 yr. Composition: Hydrogen, helium atmosphere; water ammonia and methane mantle, rocky core. Density: 1.27 g/cm3. Dimensions: 49528 km × 48682 km Model scale: 1:2.5x108 (20cm)...

M.Surf to STL function for MATLAB Other astronomical objectsInner Solar SystemArtificialNear Earth AsteroidsMain Belt AsteroidsJovian SystemSaturn SystemUranian SystemNeptunian SystemCentaursCometsTrans Neptunian ObjectsExtrasolar ObjectsSky...

If you want to support my work, you can contribute with me by donating to this PayPal account.ReferencesSurf to STL function for MATLABOther astronomical objectsInner Solar SystemArtificialNear Earth AsteroidsMain Belt AsteroidsJovian SystemSaturn...