Available commands:
 --brightness -value=50 <bmp_image_path>
   Description: Adjust brightness of the image.
   Arguments:
    -value=(int): Brightness percentage adjustment value.

 --contrast -value=25 <bmp_image_path>
   Description: Adjust contrast of the image.
   Arguments:
    -value=(int): Contrast adjustment value (-255 to 255).

 --negative <bmp_image_path>
   Description: Create a negative of the image.

 --hflip <bmp_image_path>
   Description: Flip the image horizontally.

 --vflip <bmp_image_path>
   Description: Flip the image vertically.

 --dflip <bmp_image_path>
   Description: Flip the image diagonally.

 --shrink -value=2 <bmp_image_path>
   Description: Shrink the image by a factor.
   Arguments:
    -value=(int): Shrink factor.

 --enlarge -value=2 <bmp_image_path>
   Description: Enlarge the image by a factor.
   Arguments:
    -value=(int): Enlarge factor.

 --adaptive <bmp_image_path>
   Description: Apply adaptive median noise removal filter to the image.
   Arguments:
    -min=(int): Minimal size of window size for filter defaults, to 3.
    -max=(int): Maximal size of window size for filter defaults, to 7.

 --min -value=3 <bmp_image_path>
   Description: Apply min noise removal filter.
   Arguments:
    -value=(int): Window size.

 --max -value=3 <bmp_image_path>
   Description: Apply max noise removal filter.
   Arguments:
    -value=(int): Window size.

 --mse <comparison_image_path> <bmp_image_path>
   Description: Calculate Mean Square Error with a comparison image.

 --pmse <comparison_image_path> <bmp_image_path>
   Description: Calculate Peak Mean Square Error with a comparison image.

 --snr <comparison_image_path> <bmp_image_path>
   Description: Calculate Signal to Noise Ratio with a comparison image.

 --psnr <comparison_image_path> <bmp_image_path>
   Description: Calculate Peak Signal to Noise Ratio with a comparison image.

 --md <comparison_image_path> <bmp_image_path>
   Description: Calculate Max Difference with a comparison image.

 --histogram <bmp_image_path>
   Description: Generate and save a graphical representation of the histogram of the image.

 --hrayleigh -min=0 -max=255 -alpha="0.2" <bmp_image_path>
   Description: Apply Rayleigh transformation to the image.
   Arguments:
    -min=(int): Minimum value in the range [0, 255].
    -max=(int): Maximum value in the range [0, 255], must be greater than min.
    -alpha=(float): Alpha value for transformation. Note: Quote float values (e.g., -alpha="0.5").

 --cmean <bmp_image_path>
   Description: Calculate the mean intensity from the histogram of the image.

 --cvariance <bmp_image_path>
   Description: Calculate the variance intensity from the histogram of the image.

 --cstdev <bmp_image_path>
   Description: Calculate the standard deviation from the histogram of the image.

 --cvarcoi <bmp_image_path>
   Description: Calculate the coefficient of variation (type I) from the histogram.

 --casyco <bmp_image_path>
   Description: Calculate the asymmetry coefficient from the histogram.

 --cflatco <bmp_image_path>
   Description: Calculate the flattening coefficient from the histogram.

 --cvarcoii <bmp_image_path>
   Description: Calculate the coefficient of variation (type II) from the histogram.

 --centropy <bmp_image_path>
   Description: Calculate the entropy from the histogram of the image.

 --sedgesharp -mask="edge1" <bmp_image_path>
   Description: Apply edge sharpening with the specified mask.
   Arguments:
    -mask=(string): The name of the mask to use.

 --okirsf <bmp_image_path>
   Description: Apply Kirsch edge detection to the image.

 --dilation -se=<structuring_element> <bmp_image_path>
   Description: Apply dilation operation using the specified structuring element.
   Arguments:
    -se=(string): Name of SE based on structure_elements.json.

 --erosion -se=<structuring_element> <bmp_image_path>
   Description: Apply erosion operation using the specified structuring element.
   Arguments:
    -se=(string): Name of SE based on structure_elements.json.

 --opening -se=<structuring_element> <bmp_image_path>
   Description: Apply opening operation using the specified structuring element.
   Arguments:
    -se=(string): Name of SE based on structure_elements.json.

 --closing -se=<structuring_element> <bmp_image_path>
   Description: Apply closing operation using the specified structuring element.
   Arguments:
    -se=(string): Name of SE based on structure_elements.json.

 --hmt -se1=<foreground_se> -se2=<background_se> <bmp_image_path>
   Description: Perform hit-or-miss transformation using foreground and background structuring elements.
   Arguments:
    -se1=(string): Path to or inline definition of the foreground structuring element.
    -se2=(string): Path to or inline definition of the background structuring element.

 --thinning <bmp_image_path>
   Description: Apply thinning operation to the image.

 --region-grow -seeds=<seeds> -metric=<metric> -threshold=<value> <bmp_image_path>
   Description: Perform region growing segmentation on the image.
   Arguments:
    -seeds=(string): List of seed points as [x,y][x,y][x,y].
    -metric=(int): Distance metric ('0 - Euclidean', '1 - Manhattan', '2 - Chebyshev').
    -threshold=(double): Similarity threshold for region growing.

 --bandpass -low=15 -high=50 -spectrum=1 <bmp_image_path>
   Description: Apply bandpass filtering to the image.
   Arguments:
    -low=(int): Lower cutoff frequency.
    -high=(int): Upper cutoff frequency.
    -spectrum=(int): Include spectrum in output (0 or 1).

 --lowpass -cutoff=15 -spectrum=1 <bmp_image_path>
   Description: Apply lowpass filtering to the image.
   Arguments:
    -cutoff=(int): Cutoff frequency.
    -spectrum=(int): Include spectrum in output (0 or 1).

 --highpass -cutoff=25 -spectrum=1 <bmp_image_path>
   Description: Apply highpass filtering to the image.
   Arguments:
    -cutoff=(int): Cutoff frequency.
    -spectrum=(int): Include spectrum in output (0 or 1).

 --bandcut -low=25 -high=70 -spectrum=1 <bmp_image_path>
   Description: Apply bandcut filtering to the image.
   Arguments:
    -low=(int): Lower cutoff frequency.
    -high=(int): Upper cutoff frequency.
    -spectrum=(int): Include spectrum in output (0 or 1).

 --phasemod -k=123 -l=123 <bmp_image_path>
   Description: Modify the image phase.
   Arguments:
    -k=(int): Phase modulation parameter k.
    -l=(int): Phase modulation parameter l.

 --maskpass -spectrum=0 -mask="F5mask1.bmp" <bmp_image_path>
   Description: Apply mask-based filtering using a specified mask.
   Arguments:
    -spectrum=(int): Include spectrum in output (0 or 1).
    -mask=(string): Name of the mask image (relative to orthogonal_transforms/masks).

 --help
   Description: Show this help message.