# Software Downloads for "Vector Plot"

**Plot 2D/3D Vector with Arrow**- License: Shareware

Arrowline 3-D **vector** **plot**.
vectarrow(p0,p1) plots a line **vector** with arrow pointing from point p0 to point p1. The function can **plot** both 2D and 3D **vector** with arrow depending on the dimension of the input
Example:
For 3D vector
p0 = [1 2 3];
p1 = [4 5 6];
vectarrow(p0,p1)
For 2D vector
p0 = [1 2];
p1 = [4 5];
vectarrow(p0,p1).

**Platform:**Matlab, Scripts**Publisher:**Rentian Xiong**Date:**26-06-2013**Size:**10 KB

**Visual Data**- License: Demo

Scientific data visualization software. Creating vertex, grid and surface model, Delaunay triangles, color map, contour **plot**, **vector** **plot**, 3D contour **plot**, 4D scatter, 4D slice and 4D **vector**.Creating graphs of regular data and irregular data. Creating vertex, grid and surface model, Delaunay triangles, color map, contour **plot**, **vector** **plot**, 3D contour **plot**, 4D scatter, 4D slice and 4D **vector**.Creating graphs of regular data and irregular data. Creating vertex, grid and surface model, Delaunay triangles, color map, contour **plot**, **vector** **plot**, 3D contour **plot**, 4D scatter, 4D slice and 4D **vector**.

**Platform:**WinOther**Publisher:**GraphNow**Date:**23-07-2010**Size:**3212 KB

**Panel Method Based 2-D Potential Flow Simulator**- License: Freeware

This potential flow simulator simulates the flow past bodies of arbitrary shape including airfoils. With this simulator, we can do the following tasks,
d-OCoDo Compute and **plot** the Velocity **Vector** **Plot** of the flow past the selected body.
d-OCoDo Compute and **plot** the Pressure Distribution in terms of both Cp ( pressure coefficient ) and 1-Cp.
d-OCoDo Compute and **plot** the cL Vs alpha Curve of the selected body.
d-OCoDo Export the pressure distribution and the cL-Alpha data at various angles of attack as Ms.

**Platform:**Matlab, Scripts**Publisher:**Divahar Jayaraman**Date:**10-03-2013**Size:**4874 KB

**Visual Data For Academic**- License: Demo

Scientific data visualization software. Creating vertex, grid and surface model, Delaunay triangles, color map, contour **plot**, **vector** **plot**, 3D contour **plot**, 4D scatter, 4D slice and 4D **vector**.Creating graphs of regular data and irregular data. Creating vertex, grid and surface model, Delaunay triangles, color map, contour **plot**, **vector** **plot**, 3D contour **plot**, 4D scatter, 4D slice, 4D **vector** and isosurfaces..

**Platform:**WinOther**Publisher:**GraphNow**Date:**21-09-2013**Size:**3300 KB

**Visual Calculus**- License: Demo

Visual Calculus is an easy-to-use calculus grapher for Graphing limit, derivative function, integral, 3D **vector**, series, ode etc. Which can create 2D, 2.5D and 3D function graphs, animations and table graphs. 2D Features: explicit, implicit, parametric, and in equation; Cartesian and polar coordinate systems; curve and animation; graph of inverse function and derivative function; parity; maximum, minimum, and inflexion; integration; root; the length of curve; tangent and normal; curvature circle; intersection; line **plot**; scatter **plot**; stem **plot**; step **plot**; curve smoothing.

**Platform:**WinOther**Publisher:**GraphNow**Date:**23-07-2010**Size:**2880 KB

**Visual Calculus For Academic**- License: Demo

Visual Calculus is an easy-to-use calculus grapher for Graphing limit, derivative function, integral, 3D **vector**, double integral, triple integral, series, ode etc. Which can create 2D, 2.5D and 3D function graphs, animations and table graphs. 2D Features: explicit, implicit, parametric, and in equation; Cartesian and polar coordinate systems; curve and animation; graph of inverse function and derivative function; parity; maximum, minimum, and inflexion; integration; root; the length of curve; tangent and normal; curvature circle; intersection; line **plot**; scatter **plot**; stem **plot**; step **plot**; curve smoothing.

**Platform:**Windows**Publisher:**GraphNow**Date:**21-09-2013**Size:**3837 KB

**Plot With Direction**- License: Shareware

function [h1, h2] = plot_dir (vX, vY)
Plotting x-y variables with direction indicating **vector** to the next element.
Example
vX = linspace(0,2*pi, 10)';
vY = sin (vX);
plot_dir(vX, vY);
Plot and quiver functions used..

**Platform:**Matlab, Scripts**Publisher:**Kangwon Lee**Date:**21-06-2013**Size:**10 KB

**Planar Vector Fields**- License: Shareware

Planar **Vector** Fields is a small, simple, Java based application specially designed to help you **plot** planar **vector** fields.

All you have to do is enter the needed data and let this simulation compile them.

for WindowsAll

.

**Platform:**WinOther**Publisher:**Markus Schmies**Date:**

**Plot Graphic Library**- License: Freeware

PGL is a C++/MFC/VC6 **plot** library. It is designed to **plot** lines, height map, **vector** fields, etc. Fully OOP. It comes as a DLL that is added to any existing MFC project..

**Platform:**WinOther**Publisher:**pelikhan.com**Date:**17-07-2012**Size:**309 KB

**gapfill**- License: Shareware

The Matlab function 'gapfill.m' produces white stripes in a 2-D color **plot** at the places where the gaps occur (e.g., time gaps of an irregularly spaced time **vector**).
Inputs are the 2-D matrix, the associated time **vector**, and the gap size limit..

**Platform:**JavaScript, Scripts**Publisher:**Klemens Hocke**Date:**07-02-2013**Size:**10 KB

**Matrix Analysis of Two Dimensional Bar Structures MABS2D**- License: Freeware

Input data is the MS Excel file, where the table of nodes, table of elements, nodal external loads **vector** and boundary conditions are stored.
After running the mabs2d.m file on the Command Window, the program calculates the stiffness matrix in local coordinates kiL (element i). Once the transformation matrix associated to the element is obtained, the stiffness matrix in global coordinates kiG is also calculated. The table of connectivity is automatically generated for the assembly process and then computes the complete stiffness matrix of the structure.

**Platform:**Matlab, Scripts**Publisher:**Marcos Cesar Ruggeri**Date:**20-02-2013**Size:**31 KB

**Test Prog for Magnetic Field for a Loop**- License: Freeware

**Plot** the **vector** lines of magnetic field for a loop..

**Platform:**Matlab, Scripts**Publisher:**Teliban Iulian**Date:**04-02-2013**Size:**10 KB

**earth_compass**- License: Shareware

EARTH_COMPASS Earth-coordinate compass plot
- Changes **plot** labels to N,S,E,W
Syntax:
EARTH_COMPASS(U, V)
EARTH_COMPASS(U, V, LINESPEC)
Inputs:
U: **vector** of u-velocity
V: **vector** of v-velocity
Optional:
LINESPEC: line specification (ie, color).

**Platform:**Matlab, Scripts**Publisher:**Cameron Sparr**Date:**26-02-2013**Size:**1024 KB

**A Simple function to plot a circle**- License: Shareware

This function uses rectangle command to **plot** a circle. The center is to be given in a **vector** form and radius is a non-negative number..

**Platform:**Matlab, Scripts**Publisher:**Kaushik**Date:**21-02-2013**Size:**10 KB

**dft.m**- License: Shareware

this program computes one dimensional fourier transform of a **vector** and **plot** its waveform..

**Platform:**Matlab, Scripts**Publisher:**Shubhi Rani**Date:**01-02-2013**Size:**1024 KB

**Plot With Direction 3D**- License: Shareware

function [h1, h2] = plot_dir3 (vX, vY, vZ)
Plotting x-y-z variables with direction indicating **vector** to the next element.
Example
vX = linspace(0,2*pi, 10)';
vY = sin (vX);
vZ = cos (vX);
plot_dir3(vX, vY, vZ);.

**Platform:**Matlab, Scripts**Publisher:**Kangwon Lee**Date:**14-06-2013**Size:**10 KB

**Plot as Inset**- License: Shareware

PLOTINSET(X, Y, POSITION, WINDOWSIZE, 'xlimit', xlimit, 'ylimit', ylimit) creates a **plot** of **vector** Y versus **vector** X, and on top of it, creates an inset **plot** of size specified by WINDOWSIZE in the current figure, positioned at the location specified by POSITION.
Bottom left corner is the starting position for placement. Both size and position are scaled to accept values in range 0-1, which is the fraction size of the current **plot**. For example, WINDOWSIZE [.3 .3] indicates a size of the inset about one-third of the current figure.

**Platform:**Matlab, Scripts**Publisher:**Vinaya Shrestha**Date:**21-03-2013**Size:**10 KB

**Simple Plot, Zoom and FFT GUI**- License: Shareware

Simple **PLOT** , ZOOM and FFT for various oscilloscpope, Simulink or Matlab data formats
No input parameter is required to start the program. Input data are selected and loaded from the top-level (start) GUI --->> GetData_vxx.fig.
Implements the selection of a workspace variable generated in the command window or from an *.m file. The voltage (y-axis) data can be in a single row or column. Except for *.mat files from Simulink the data should be ascii. Also, can use Simulink generated 'To File' (*.

**Platform:**Matlab, Scripts**Publisher:**Jim Fallon**Date:**01-03-2013**Size:**113 KB

**3D/2D vector field plotter**- License: Shareware

vectline is "vector field line plotter". Depending on the dimension of coordinate axis, vectline can **plot** both 3D and 2D **vector** field line.
Example for 2D field
>> syms x y
>> F = [-y, x];
>> vectline(F,[x,y],[-1,1,-1,1])
Example for 3D field
>> syms x y z
>> F = [x*y^2, x*y, z];
>> vectline(F,[x,y,z],[-1,1,-2,3,1,3]).

**Platform:**Matlab, Scripts**Publisher:**Rentian Xiong**Date:**18-04-2013**Size:**10 KB

**marginhist.m**- License: Shareware

This function creates a 2D scatterplot from two data vectors, and puts a univariate histogram for each **vector** at the horizontal and vertical axes of the **plot**..

**Platform:**Matlab, Scripts**Publisher:**Peter Perkins**Date:**16-05-2013**Size:**10 KB