UML¶

Description¶

1. Config_Reader¶

Public Member Functions

• init__ (self)
  Constructor for ConfigReader.

• getProjectedImageWidth (self)
  Gets the projected image width.

• getDistanceBetweenProjectors (self)
  Gets the distance between projectors.

• getImageWidth (self)
  Gets the image width.

• getImageHeight (self)
  Gets the image height.

• getImageName (self)
  Gets the image name.

• getSide (self)
  Gets the side information.

• getGamma (self)
  Gets the gamma value.

2. Alpha_Blender¶

Public Member Functions

• init (self)
  Constructor for Alpha_Blender.

Private Member Functions

• CalculateOverlap (self)
  Calculates the overlap between 2 images.

• AlphaGamma (self)
  Applies alpha and gamma blending.

• Display (self)
  Displays the blended result.

ImageProcessor
Attributes

• gammaCorrector: An instance of the GammaCorrector class.
• imageBlender: An instance of the ImageBlender class.
  Public Member Functions
• adjustImages(leftImagePath, rightImagePath): Accepts two image path strings and returns an array of Mat objects.
• main(args): The entry point of the program.
• displayImage(image, title): Displays an image with a title.
• Mat2BufferedImage(matrix): Converts a Mat object to a BufferedImage.

ImageBlender
Attributes

• gammaCorrector: An instance of the GammaCorrector class.
• blendRatio: A double value representing the blending ratio.
  Public Member Functions
• blendImages(leftImage, rightImage): Blends two Mat objects (images) and returns a Mat object.
• processImages(leftImagePath, rightImagePath): Processes the images from given paths and returns an array of Mat objects.

GammaCorrector
Attributes

• gamma: A double value representing the gamma correction factor.
• Public Member Functions
• gammaCorrection(image): Applies gamma correction to the given image and returns the corrected Mat object.
  Private Member Functions
• saturate(val): Ensures values are within a valid range by saturating them and returning a byte.
• main(args): Suggests that this class also contains an entry point, which is unusual unless it is for testing purposes.