Example Code
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- LabVIEW
软件
代码和文档
添加附件
Overview
This VI demonstrates how to use computers to represent abstract fractals by calculating and evaluating functions recurrently and assigning a color representation for each result..
Description
Here is a brief description of the example:
Program to draw a Julia set fractal (n=2)
This program evaluates f(z) = z^2 + c with z = X+Yi and c = A+Bi being X,Y,A and B real numbers. This program iterates using:
Xn+1 = (Xn)^2-(Yn)^2 +a
Yn+1= 2(Xn)(Yn) + b
The resulting image has 1920x1080 pixels (a value that can be increased or reduced). The program uses IMAQsetcolorpixel.vi from the Vision Developer Module and Vision Acquisition Software for Labview 2014.
Requirements
- LabVIEW 2014 (or compatible)
Steps to Implement or Execute Code
- Assign a value for Xmax, Xmin, Ymin, Ymax, M (radius), a and b.
- Choose the color spectrum to show how divergent or convergent each function evaluation is.
- Run the program.
- Change the size of the image by changing the N terminals of each for loop and the input terminals of the IMAQ create.vi.
Additional Information or References
VI Snippet
**This document has been updated to meet the current required format for the NI Code Exchange.**
NI社区“代码范例交流区”(Example Code Exchange)中的代码范例已获得MIT许可。
Nice! Using the colortables found here und the While Loop's R instead of Y to index those colortables, your vi is rendering somthing like this:
