Spherical

Panoweaver is the world-leading panorama stitching software. This version supports stitching single row/multiple rows images taken by normal lens, wide angle lens, and fisheye lens. Both spherical and cylindrical panoramas can be created automatically. Besides stitching panoramas, Panoweaver also...

Panoweaver is a panorama stitching software, which enables you to stitch professional panoramas easily and quickly. You just need to import the fisheye images into the program and then wait for the program to complete all the panoramas automatically for you. Completed panoramas can also be...

Remove barrel/pincushion/180 spherical distortions Eliminating Wide-Angle Distortion: This unwanted bending is called barrel distortion. A wide-angle lens distorts the image by curving straight lines. You can end up with a picture that doesnt look quite right because the walls of the room are...


Platforms: Mac

A bauble is a spherical decoration that is commonly used to adorn Christmas trees. The bauble is one of the most popular Christmas ornament designs, and they have been in production since 1847.


Platforms: Mac

CUDA-SPHERE-FWD-MEEG is a CUDA C based toolkit which provides a GPU based implementation of the spherical model forward solution for the 306 channel Elekta Neuromag MEG system and the EEG. The 1-Sphere forward solution for the MEG and the 4-Sphere forward solution for the EEG is implemented in...


Platforms: Mac, Linux

EE MUD includes a large spherical world with dynamically created biomes, weather, and local areas. Need to replace serialization with more efficient caching with less object persistence, redo synchronization model, and use XML loaders over factory method


Platforms: Windows, Mac, Linux

Graph functions, relations, and inequalities in rectangular, polar, cylindrical, and spherical coordinates. Solve equations numerically, graphically, and symbolically. Graph surfaces of revolution. Create mathematical movies and web pages.


Platforms: Mac

This ZIP file contains function that provide simulation of the following models:- Free space loss calculation- Reflection quantization in generic surfaces for vertical and horizontal polarizations- Plane Earth loss calculations, and- Calculation of the Divergence factor in spherical Earth


Platforms: Matlab

This file takes a patch antenna and a dipole, rotates the dipole, and calculates the overall output levels, taking into consideration the array pattern, and a variable combiner. There are extensive comments to show what was being attempted, and some commented out sections to show how the file was...


Platforms: Matlab

Anthropomorphic arm with 6 DOF and spherical wrist It calculates the Inverse Kinematic of an Anthropomorphic arm with 6 DOF. 'q' is the solutions in radiant and K is the direct Kinematic matrix. K = [ n s a p; 0 0 0 1] where n, s, a are three vectors fo 3 elements that represents the...


Platforms: Matlab

MATLAB implementation of IGRF11 fortran code as function for calculating Earth mean magnetic field. Implementation has been modified to default to GPS reference coordinates with output B components North, East, and Vertical. Spherical harmonic coefficients are derived from downloaded Excel...


Platforms: Matlab

The Mogi [1958] model allows to calculate analytic solution for surface deformation due to a point source in an elastic half-space. This model is widely used to simulate ground deformation produced by local perturbation like volcanic magma chamber. It computes displacements, tilt and strain in a...


Platforms: Matlab

A few days ago I was in need of uniformly random points generation on the surface of sphere. I suddenly discovered that common parametrization with 2 angles is useless, it gathers too many points in the poles. At MathWorld you can find the complete demonstration, here the main lines:To pick a...


Platforms: Matlab

In this paper i try to associate a linear dynamical system dX/dt=AX to the PDE wave equation.So i discretize the space to step h,and set the limited develpment.it is well application also for spherical wave.J.C Willems gives good standing from ODE to PDE,and From PDe to ODE.


Platforms: Matlab

The code implemented a special case of the ellipsoid fitting technique proposed in the paper Least Squares Ellipsoid Specific Fitting, corresponding to case k= 4. Just put the two files in the same directory and run "testFit4". You can change the noise level to observe the fitting accuracy and...


Platforms: Matlab

In 1975, Vincenty published a rapidly converging algorithm for computing the distance between points on an ellipsoidal earth. The algorithm is precise to within a few millimeters. Since then, his algorithm has since seen significant implementation in geodesy and engineering. After adjusting the...


Platforms: Matlab

Graphs a 3 dimensional logarithmic of a function named F(Theta,Phi), theta the elevation angle and phi the rotational angle. Converts to Cartesian coordinates and plots a surface plot with color pattern radiating from the origin.Due my massive use of the community to generate this first time use...


Platforms: Matlab

I was asking myself what would be happen to the parallel light beams after passing a spherical glass. Do they pass through one point, exactly? I was interested in observing the result mathematically but solving the equations was difficult and time consuming for me. But afterwards I found it easy...


Platforms: Matlab

TDFig is an interactive matlab GUI. It displays a 3D objects in the traditional 4-view window (top, front, right and camera).It also allows users to grasp these objects and move them anywhere in the 3D space.Just run: TDFigand it will generate 4 spheres for demo.Grasp and move the spheres in...


Platforms: Matlab

Converts from latitudes and longitudes to a two-dimensional projection well-suited for the visualization of geodesic paths. Here "geodesic paths" refers to paths of shortest distance along the surface of a sphere.


Platforms: Matlab