
Miller Indices of Cubic Crystals 1.0 File ID: 89982 


 Miller Indices of Cubic Crystals 1.0 License: Shareware File Size: 10.0 KB Downloads: 2
Submit Rating: 



Miller Indices of Cubic Crystals 1.0 Description 

Description: millerind() is a graphical user interface that gives a simple method to view and understand the underlying princples behind the Miller indices of a cubic crystal.
By entering a desired plane and pressing "Plot", the desired plane along with its orthogonal vector are displayed on the crystal cube, and all possible plane equivalents are shown. You can choose any of these planes to have them being shown on the axes, or you can rotate the cube manually and find out which equivalent plane results.
License: Shareware Related: equivalents, shown, crystal, displayed, orthogonal, Vector, choose, equivalent, results, manually, Rotate, Planes, quotplotquot, pressing, method O/S:BSD, Linux, Solaris, Mac OS X File Size: 10.0 KB Downloads: 2


More Similar Code 

I needed a version of the string.index(sub) function which returns a list of indices of ALL occurances of a substring in the string.
Is there a better/shorter/more efficient way to do this? Please share.
This function returns the maximum relative drawdown of timeseries data, as well as the start and end indices of the period when this drawdown was experienced.
This project is to develop a tool written in PERL which will preprocess HTML files containing special directives written as HTML comments to create a document level index of sections and section level indices of subsections.
Find the set of elements in input_array that are closest to elements in target_array. Record the indices of the elements in target_array that are within tolerance, tol, of their closest match. Also record the indices of the...
These are two similar programs. They operate to find coordinates and indices of extreme points in a set of x,y data. they are usful for a purposes ranging between finding positions where the first derivative is zero to obtaining envelops of...
In many filtering problems one receive not just a single measurement, but a set of measurements at each time step. The most straightforward way of dealing with such variable cardinality entities in Matlab is to store them in cell arrays, but for...
D = DISTMAT(X,Y) for matrices X and Y returns the distance matrix where the (i,j)th entry is the dnorm distance between the ith and jth row of X and Y respectively.
DISTMAT(X,Y,d) computes a specific dnorm distance. Default=2
CSMV calculates distances from a given set of points to a set of linear segments
SYNOPSIS: [squared_distances_to_segments I]=csmv(P,R,Q,to_plot) [squared_distances_to_segments I]=csmv(P,R,Q,...)
INPUT P,R : arrays of...
This Program Includes :::::::::::: 1:: Analysis of 1st order systems for 1.step signal ,2.ramp signal, 3. Accelaration signal. 2:: Analysis of 2nd order systems for 1.step signal, 2.ramp signal. 3:: Frequency analysis of 2nd order...
This filter could be extended into a 2D image smoothing filter. The kernel can be switched easily. This is a program to test how a gaussian filter works on a set of 1D data a e.g. a=[1 10 1 10 1 10 1]  use this as input or use your... 
User Review for Miller Indices of Cubic Crystals 
