Explore MATLAB source code curated for "面积" with clean implementations, documentation, and examples.
This is a highly effective geometric feature extraction source code I discovered, which includes implementations for perimeter calculation, area computation, elongation measurement, and rectangularity assessment. The code has been thoroughly tested and proven to deliver reliable results.
Computing various image features including area, perimeter, rectangularity, elongation, and other morphological properties
This MATLAB program calculates the area of a binary image through pixel counting and morphological operations, featuring successful validation and adaptability for computer vision and image processing applications.
This code calculates the number and area of rice grains in MATLAB's built-in sample image, ideal for beginners in image processing. The implementation demonstrates key techniques including image binarization, morphological operations, and region property analysis using functions like imbinarize, bwconncomp, and regionprops.
Computing perimeter, area, circularity, rectangularity, and elongation of binary images through morphological operations with implementation examples
Implementation of edge extraction and linking for input images using MATLAB software, with comprehensive analysis including boundary length calculation, area measurement, moment computation, projection analysis, eccentricity of approximate circles, compactness evaluation, and Fourier descriptors for boundary characterization.
1. Generate Koch snowflake fractal by iteratively applying Koch curve transformation to each side of an equilateral triangle. Develop MATLAB programs to visualize the fractal, calculate its area, and compute its fractal dimension through recursive algorithms. 2. Design creative generator rules for novel fractal patterns using iterative graphical transformations. Implement computational methods to render these fractals and determine their dimensional properties, primarily using MATLAB's plotting and mathematical functions.