Software Listing: Yaxis
- PlotKit
- License: Freeware
- Price: 0.00

PlotKit is a Chart and Graph Plotting Library for javascript. It has support for HTML Canvas and also SVG via Adobe SVG Viewer and native browser support. PlotKit is fully documented and there is also a quick tutorial to get you started. PlotKit is a complete rewrite of CanvasGraph. It is better structured and supported. Changes in 0.9.1 Version: - Make Sweet{Canvas/SVG}Renderers respect shouldFill. - Fixed ignoring of maximum x and y values when setting xAxis/yAxis. - Fixed typo for calculating yrange in Layout.js (thanks to HubrisSonic). - Changed SweetCanvasRenderer to use axisLineColor for drawing lines over background (thanks to HubrisSonic).
- Publisher: Alastair Tse
- Date: 21-06-2013
- Size: 829 KB
- Platform: JavaScript, Scripts
- Easy Stock Chart Script
- License: Shareware

Easy Stock Chart is a component to draw stock chart and indicators. It supports formula script language. Web version features: - Powerful web adminstrator area for enterprise version. Download/update/manage stock data,update end of day data automatically everyday,update pre-defined scan result automatically. - Custom drawing on the chart - Load extern data to the chart - Chart gallery - Scanning by indicators - Pre-defined scanning - Grab indicator values to database - Trading systems - Multi Y-Axis - Cross cursor on the chart.
- Publisher: Easy financial chart
- Date: 20-01-2013
- Size: 461 KB
- Platform: ASP.NET, Scripts
- Simple OpenGL Pyramid
- License: Freeware
- Price: 0.00

The program just draws a pyramid and spins the pyramid around on the y-axis with the help of SDL and OpenGL..
- Publisher: MalachiX
- Date: 05-02-2013
- Size: 10 KB
- Platform: C and C plus plus, Scripts
- keyboardnavigate
- License: Freeware
- Price: 0.00

- KEYBOARDNAVIGATE with no arguments toggles the navigation state. - KEYBOARDNAVIGATE ON turns keyboard navigation 'on' for the current figure. - KEYBOARDNAVIGATE OFF turns keyboard navigation 'off' in the current figure. This function is useful when exploring regions of a plot (e.g., time series or images) but the actual area of interest is not know yet. The zoom function with the mouse can be inconvenient at times. Keys react as follows: Home: Reset axes limit to automatic, 2D-view Esc: Reset axes limit to automatic, 2D-view Page-Up: Decrease axis limits (Zoom-in) by 20% Page-Down: Increase axis limits (Zoom-out) by 20% Left-arrow: Pan to the left (in X-direction) by 20% Right-arrow: Pan to the right(in X-direction) by 20% Up-arrow: Pan up (in Y-direction) by 20% Down-arrow: Pan down (in Y-direction) by 20%...
- Publisher: Andreas Wuestefeld
- Date: 18-06-2013
- Size: 10 KB
- Platform: Matlab, Scripts
- findFFT
- License: Freeware
- Price: 0.00

findFFT returns fft amplitude and frequency vectors from input data, with options to return normal fft, zeropadded fft, windowed fft, or both windowed and zeropadded to remove spectral leakage. IN data - vector containing information to perform fft on '-sampFreq',## - inputs sampling frequency of ##, if ## is not supplied default is 1 '-zeropad',## - option to zeropad data to ## times original size, if ## is not supplied default is 10 '-window' - Option to apply a windowing function to data 'windowtype' - string containing which windowing function to apply to data, must follow option '-window', if not supplied default is 'hann' OUT amp - vector containing amplitude values (y-axis) freq - vector containing frequency values (x-axis) Examples: [amp freq] = findFFT(data) [amp freq] = findFFT(data,'-sampFreq',10) [amp freq] =...
- Publisher: Bryant Svedin
- Date: 23-04-2013
- Size: 317 KB
- Platform: Matlab, Scripts
- Signal Processor for Graphs (Pictures) update 1
- License: Freeware
- Price: 0.00

This is update to 'Signal Processor for Graphs (Pictures) ' Present tool has got following improvements over previous version. 1. Zero padding for elemination rounding off error. 2. Mean, Standard deviatio and variance calculations. 3. Adding a function (useful for digital signal processing). 4. Information button smart working. 5. Improved navigation. Make more user friendly environment. This GUI Signal Processing tool will help us to process signal from any picture file. This tool will help us to perform signal processing operations at very friendly GUI menu. The menu is self explanatory.
- Publisher: Suresh Kumar Gadi
- Date: 09-02-2013
- Size: 123 KB
- Platform: Matlab, Scripts
- Classical Orbital Elements GUI
- License: Freeware
- Price: 0.00

The COE ( Classical Orbital Elements ) tool will help to visualize orbital elements around a planet and is intended as a help to experiment with the different orbital elements and see how the orbit will look like. The orbit color is as follows blue: prograde red: retrograde black: polar The coordinate frame is ECI ( Earth Centered Inertial ) where the X-axis is pointing towards vernal equinox. The X-axis has the point colored black The Y-axis has the point colored blue The Z-axis has the point colored red The ascending node vector is in the equatorial plane colored green. When you plot an orbit the graphic window will automatically be set to hold-off so to be able to plot 2 or more orbits in the same window you have to press the hold-on button in between every plot command.
- Publisher: Anders Edfors Vannevik
- Date: 15-03-2013
- Size: 10 KB
- Platform: Matlab, Scripts
- DM3 Import for Gatan Digital Micrograph
- License: Shareware

This script acts to import files from Gatan's .DM3 file format, utilized for electron microscopy, into a MATLAB structure. The fields of the MATLAB structure can then be referenced with the dot-operator. For example, one can load and display a file with the appropriate scaled axes in nanometers and electrons with the following example script: dm3struct = DM3Import( 'RandomBrightfieldImage.dm3' ); N = length( dm3struct.image_data ); imagesc( (1:N).*dmstruct.xaxis.scale (1:N).*dmstruct.yaxis.scale, ... dm3struct.image_data.*dm3struct.intensity.scale ); This script currently imports images, EELS spectra, and spectral images.
- Publisher: Robert McLeod
- Date: 17-02-2013
- Size: 266 KB
- Platform: Matlab, Scripts
- virtualPCR
- License: Freeware
- Price: 0.00

Use: Fill in the amount of cDNA (ng), dNTPs (ng), primers/probe (ng), the efficiency of the primer-probe, the quality of the RNA (RIN-number), the name of the sample and the number of cycles. Press 'Add Sample' to add it to the list. After adding all the samples press 'Calculate' to start the reaction. An image of the amplification plot can be saved in the directory of the program and the results can be seen in the command window by clicking 'Visualize results'. If you want to remove samples click 'Clear samples'. The scale of the Y-axis can be changed by using the radio buttons on the left. The listbox shows the samples list which were added.
- Publisher: Gie Spaepen
- Date: 17-05-2013
- Size: 205 KB
- Platform: Matlab, Scripts
- Manually Digitize Scanned Chart
- License: Shareware

This is the GUI I wrote in 2004 for my research work at graduate school using MATLAB GUIDE. My puzzle at that time: there are many research work published on papers, but it's rather hard to get the original data in electronic format. All you can do is to scan the charts and manually measure the data from the chart. That made my research work rather slow. So I came to MATLAB for help, and this one is still working with R2010a release. Try it if you get the same problems as I did. 1. start the GUI 2. load one image(you may use the attached one) 3. set the original point of x-y axis 4. set x-axis limit on chart, specify x-axis range(read from the chart) 5.
- Publisher: Xin Zhao
- Date: 21-04-2013
- Size: 133 KB
- Platform: Matlab, Scripts
- xlschart
- License: Freeware
- Price: 0.00

xlschart(titles,m,chartypechart_title,) xlschart(titles,m,chartype,chart_title,filename) xlschart(titles,m,chartype,chart_title,xtitle,ytitle) xlschart(titles,m,chartype,chart_title,filename,sheetname) xlschart(titles,m,chartype,chart_title,xtitle,ytitle,filename) xlschart(titles,m,chartype,chart_title,xtitle,ytitle,filename,sheetname) xlschart : writes column headers and a matrix to excel and graphing all columns or 2 or more specified columns using excel. titles: Column titles (cell array). m: matrix of numbers. chartype: integer number corresponds to chart type. chart_title: This title will be used for both chart sheet name and chart title.
- Publisher: Fahad Al Mahmood
- Date: 07-02-2013
- Size: 10 KB
- Platform: Matlab, Scripts
- Vertical Lines
- License: Shareware

Adds vertical lines to the current plot. The lines extend to the current y-axis limits..
- Publisher: Venn Ravichandran
- Date: 01-03-2013
- Size: 10 KB
- Platform: Matlab, Scripts
- plot3rgb
- License: Shareware

This function plot a colored 3-dimensional line of a set of given points. The plot varies its color in a form, x axis as red, y as green and z axis as blue. So basically if the plot proceeds in x-axis it will colored as red, if proceed in y-axis it is colored as green and if proceed in z-axis then its colored as blue..
- Publisher: Siddharth Ray
- Date: 18-03-2013
- Size: 10 KB
- Platform: Matlab, Scripts
- YIPLOT : Easy plot
- License: Shareware

YIPLOT makes plot much easier. H=YIPLOT(X,Y,...) H=YIPLOT(STR,Y) H=YIPLOT(STR,X,Y,...) STR is a charater string made from any elements below, seperated by comma, eg. 'fig=1,lw=4,t=title,x=x axis label' fig = # set # as current figure, same as command figure(#) sub = # subplot(#) lw = # set linewidth to # t = text add title, title('text') t# = text add title with fontsize #, title('text','fontsize',#) x = text add X-axis label, xlabel('text') x# = text add X-axis label with fontsize #, xlabel('text','fontsize',#) y =, y# = add Y-axis label z =, z# = add Z-axis label f = # set fontsize # for all b set fontweight as bold for all grid grid on EXAMPLE 1: You can produce a graph of sin function with line width of 3, x-axis label of 'theta', y-axis label of 'sin(theta)', graph title of 'Plot of sin(theta)' like this:...
- Publisher: Yi
- Date: 20-06-2013
- Size: 10 KB
- Platform: Matlab, Scripts
- Graphic depiction of timelines
- License: Shareware

Makes horizontal timeline plot. Timelines can start and stop either once or multiple times. Timeline plots are useful for depicting historical data or for project management, among other things. Timeline.m makes an arbitrary number of horizontal timelines in the current axes. Each timeline is labelled on the y-axis. A given timeline can start and stop either once or multiple times. The demonstration code in the 'help' section employs Matlab-format times, but timeline.m is not restricted to any particular time format--seconds, minutes, years, etc., can also be used..
- Publisher: Kevin Bartlett
- Date: 13-04-2013
- Size: 10 KB
- Platform: Matlab, Scripts
- 3D Turbulent Wind Field by means of the Mann Model
- License: Shareware

IEC_Mann retrieves a 3D turbulent wind field for wind energy applications using the Mann model. Output: 4D matrix u = u[3,Nx,Ny,Nz] with * size(u,1) = turbulent components u-, v- and w-; * size(u,2) = number of points Nx in the longitudinal direction, x- ; * size(u,3) = number of points Ny in the transversal direction, y- ; * size(u,4) = number of points Nz in the vertical direction, z- ; When defining the grid points Nx,Ny and Nz, the user has to input not-even Ny and Nz in order to count already the hub point. INPUT %Box size Nx= Number of grid points on x-axis; Ny= Number of grid points on y-axis; Nz= Number of grid points on z-axis; %Spatial grid resolution delta; %WT / turbulence condition UHub= Mean Wind Speed at the Hub Point; HubHt= Hub Height; z0= Terrain Roughness; IECturbC= Wind Turbine Turbulence Class;.
- Publisher: Francesco Perrone
- Date: 23-03-2013
- Size: 10 KB
- Platform: Matlab, Scripts
- MULTIPLOT2 - Multiplot version for version prior to R2007a (do not use inputParser)
- License: Shareware

multiplot - 2D-line plots on several axes with common x-axis multiplot(XDATA,YDATA,'PropertyName',PropertyValue,...) plots the data stored in the cell arrays XDATA and YDATA in several subplots with a common x-axis. multiplot also links all generated axes in order to synchronize the zoom along the x-axis. See below for a description of each argument. LINES = multiplot(XDATA,YDATA,'PropertyName',PropertyValue,...) performs the actions as above and returns the handles of all the plotted lines in a cell array which has the same length as XDATA. [LINES,AXES] = multiplot(XDATA,YDATA,'PropertyName',PropertyValue,.
- Publisher: Thomas Montagnon
- Date: 15-02-2013
- Size: 10 KB
- Platform: Matlab, Scripts
- BreakXAxis
- License: Shareware

h=BreakXAxis(x,y,start,stop,width) plots (x,y) and breaks the plot's x-axis between <start> and <stop>, by inserting a broken-axis symbol < // > into a space <width> wide. This type of plot is often used in scientific papers, when the data between <start> and <stop> isn't interesting. The code can be easily modified (swap y for x) to break the y-axis..
- Publisher: Julie Haas
- Date: 11-03-2013
- Size: 10 KB
- Platform: Matlab, Scripts
- pie2
- License: Shareware

There are 4 'hacks' to the PIE function: 1) pie values are scaled regardless of whether the sum > 1 2) labels on the left of the pie are 'right' aligned & labels of the right are 'left' aligned. The standard PIE function uses 'center' alignment. 3) overlapping labels are moved along the y-axis and leader lines are drawn for added clarity. 4) the Matlab function MCODEREGISTER has been replaced with the Matlab function MAKEMCODE..
- Publisher: Anonymous
- Date: 18-06-2013
- Size: 10 KB
- Platform: Matlab, Scripts
- MULTIPLOTc
- License: Shareware

multiplot - 2D-line plots on several axes with common x-axis multiplot(XDATA,YDATA,'PropertyName',PropertyValue,...) plots the data stored in the cell arrays XDATA and YDATA in several subplots with a common x-axis. multiplot also links all generated axes in order to synchronize the zoom along the x-axis. See below for a description of each argument. LINES = multiplot(XDATA,YDATA,'PropertyName',PropertyValue,...) performs the actions as above and returns the handles of all the plotted lines in a cell array which has the same length as XDATA. [LINES,AXES] = multiplot(XDATA,YDATA,'PropertyName',PropertyValue,.
- Publisher: Thomas Montagnon
- Date: 05-05-2013
- Size: 10 KB
- Platform: Matlab, Scripts






