Explore MATLAB source code curated for "矩形" with clean implementations, documentation, and examples.
Solving two-dimensional electric fields using the finite difference method, covering implementations with square, rectangular, and regular hexagonal grid discretizations, alongside two-dimensional infinite domain problems
A rapid polygon and rectangle detection algorithm with broad applications in various object recognition domains, featuring optimized computational efficiency and implementation details
This software leverages MATLAB's GUI capabilities to create an interactive interface that calculates field distributions based on user-input parameters, instantly displaying field patterns for rectangular and circular waveguides with options for separate electric and magnetic field visualization.
Processing images by directly drawing lines, rectangles, polygons, and writing text on RGB images with code implementation details.
Detection of geometric shapes in images including rectangles, squares, circles, ellipses, lines, points, and diamonds with implementation approaches
Function: Convert skin tone regions to white and non-skin areas to black in color images, then mark connected components with bounding rectangles using MATLAB. Implementation involves color space conversion, skin detection algorithms, morphological operations, and region analysis techniques.
Identification of diverse geometric shapes in images including circles, squares, rectangles, hexagons, and diamonds using computer vision techniques
Shape recognition algorithm implementation in MATLAB for detecting ellipses, circles, rectangles, and other geometric forms, including complete runtime environment setup.
MATLAB-based implementation for detecting and recognizing geometric shapes like circles, rectangles, and squares in digital images using image processing algorithms and pattern recognition techniques.
Calculating the minimum number of equal-sized circles required to completely cover a rectangular area, with verified execution results