Filters Description

• Saturation: Adjusts the intensity of colors, making them more or less vibrant.

• Contrast: Increases or decreases the difference between light and dark areas.

• Brightness: Adjusts the overall lightness or darkness of the image.

• Exposure: Modifies the brightness and contrast to achieve the desired exposure.

• RGB: Adjusts the individual red, green, and blue color channels.

• Hue: Rotates the color palette to change the apparent color of objects.

• White Balance: Adjusts color temperature to match different lighting conditions.

• Monochrome: Converts the image to grayscale, removing all color information.

• Black and White: Converts the image to pure black and white, without shades of gray.

• False Color: Displays the image in a false color mode, often used for specialized applications like thermal imaging.

• Sharpen: Enhances the clarity and definition by increasing the contrast between adjacent pixels.

• Gamma: Adjusts the non-linear relationship between the image's brightness and its display.

• Highlights and Shadows: Adjusts the brightness of highlights and shadows to improve contrast and detail.

• Haze: Reduces the visibility of haze and atmospheric effects.

• Sepia Tone: Gives the image a warm, yellowish-brown color, reminiscent of old photographs.

• Color Inversion: Flips the color palette, creating a negative-like effect.

• Solarize: Creates a surreal, high-contrast effect by inverting the colors.

• Vibrance: Increases the saturation while leaving skin tones relatively unchanged.

• Luminance Threshold: Sets a threshold for brightness, allowing for selective adjustments.

• Pixellate: Converts the image into a blocky, pixelated representation.

• Halftone: Simulates the appearance of a halftone print using a grid of dots.

• Crosshatch: Creates a grid of intersecting lines for artistic effects.

• Sobel Edge Detection: Highlights edges using a Sobel operator.

• Sketch Filter: Gives the image a hand-drawn, sketch-like appearance.

• Toon Filter: Converts the image into a cartoon-like representation.

• SmoothToon Filter: Similar to the Toon Filter, but with smoother transitions between colors.

• CGA Color: Converts the image to the CGA color space for retro-style effects.

• Posterize: Reduces the color palette, creating a poster-like effect.

• Convolution 3x3: Applies a 3x3 matrix for complex filtering and effects.

• Emboss Filter: Gives the image a raised, embossed appearance.

• Laplacian: Highlights edges using a Laplacian operator.

• Kuwahara Filter: Smooths the image while preserving edges.

• Vignette: Darkens the edges to create a vignette effect.

• Gaussian Blur: Blurs the image using a Gaussian distribution.

• Box Blur: Blurs the image using a box-shaped kernel.

• Stack Blur: Blurs the image using a multi-pass box blur algorithm.

• Fast Blur: Blurs the image using a fast algorithm.

• Bilateral Blur: Blurs the image while preserving edges.

• Zoom Blur: Creates a zooming effect by blurring in a circular or radial pattern.

• Median Blur: Blurs the image using a median filter.

• Pixelation: Converts the image into a blocky, pixelated representation.

• Enhanced Pixelation: Similar to Pixelation, but with more detailed and nuanced blocky textures.

• Stroke Pixelation: Converts the image into a blocky, pixelated representation with bold strokes.

• Circle Pixelation: Converts the image into a blocky, pixelated representation using circular blocks.

• Enhanced Circle Pixelation: Similar to Circle Pixelation, but with more detailed and nuanced circular textures.

• Diamond Pixelation: Converts the image into a blocky, pixelated representation using diamond-shaped blocks.

• Enhanced Diamond Pixelation: Similar to Diamond Pixelation, but with more detailed and nuanced diamond textures.

• Swirl Distortion: Distorts the image by swirling it in a circular or spiral pattern.

• Bulge Distortion: Distorts the image by bulging it in a circular or spherical pattern.

• Sphere Refraction: Distorts the image by refracting it through a spherical surface.

• Glass Sphere Refraction: Distorts the image by refracting it through a glass sphere.

• Dilation: Expands the image by adding pixels to its edges.

• Non Maximum Suppression: Removes pixels that are not part of the maximum gradient value, often used for edge detection.

• Opacity: Adjusts the transparency of the image.

• Weak Pixel Inclusion Filter: Includes weak pixels while preserving edges, often used for image segmentation.

• Color Matrix 4x4: Applies a 4x4 color matrix for complex color transformations.

• Lookup: Replaces pixel values with corresponding values from a lookup table.

• Color Replacement: Replaces the color of the image with a new color or palette.

• Color Removance: Removes specific colors from the image.

• Bayer Two Dithering: Dithers the image using a Bayer 2x2 dithering matrix.

• Bayer Three Dithering: Dithers the image using a Bayer 3x3 dithering matrix.

• Bayer Four Dithering: Dithers the image using a Bayer 4x4 dithering matrix.

• Bayer Eight Dithering: Dithers the image using a Bayer 8x8 dithering matrix.

• Floyd Steinberg Dithering: Dithers the image using the Floyd-Steinberg dithering algorithm.

• Jarvis Judice Ninke Dithering: Dithers the image using the Jarvis-Judice-Ninke dithering algorithm.

• Sierra Dithering: Dithers the image using the Sierra dithering algorithm.

• Two Row Sierra Dithering: Applies a dithering pattern that uses a two-row approach to distribute color information, reducing banding and improving the visual quality of color gradients.

• Sierra Lite Dithering: A simplified version of the Sierra dithering algorithm, designed to reduce color banding with a minimal impact on performance.

• Atkinson Dithering: A dithering method that distributes errors to neighboring pixels, creating a softer and more natural appearance in images.

• Stucki Dithering: A dithering technique that distributes the quantization error to surrounding pixels, resulting in a more uniform and less noisy image.

• Burkes Dithering: A fast and efficient dithering algorithm that spreads the quantization error to a specific set of neighboring pixels, producing a smooth and visually pleasing result.

• False Floyd Steinberg Dithering: A modified version of the Floyd-Steinberg dithering algorithm, which is known for its high-quality dithering but with a slight variation in error distribution.

• Left To Right Dithering: A simple dithering technique that processes the image from left to right, distributing color errors in a horizontal pattern.

• Random Dithering: A dithering method that uses random noise to distribute color errors, creating a more organic and less structured appearance.

• Simple Threshold Dithering: A basic dithering technique that applies a fixed threshold to convert images to a lower color depth, often resulting in a harsh, binary look.

• Quantizer: Reduces the number of colors in an image, often used to prepare images for display on devices with limited color palettes or to achieve a specific artistic effect.

• Glitch Effect: Introduces digital glitches and artifacts into the image, simulating the look of data corruption or hardware malfunctions.

• Enhanced Glitch Effect: An advanced version of the glitch effect, offering more control and a wider range of glitch styles and intensities.

• Anaglyph: Creates a 3D effect by encoding two images (one for each eye) into a single image, typically viewed with red and cyan 3D glasses.

• Noise: Adds random noise to the image, which can be used to simulate film grain or to reduce banding in smooth gradients.

• Tent Blur: Applies a blur effect using a tent-shaped kernel, which can create a soft and smooth look while preserving some details.

• Side Fade: Gradually fades the sides of the image, creating a vignette effect that draws attention to the center.

• Erode: Reduces the size of bright areas in the image, often used to thin out edges or remove small details.

• Anisotropic Diffusion: A filtering technique that smooths the image while preserving edges, useful for reducing noise without losing important details.

• Horizontal Wind Stagger: Simulates the effect of wind blowing horizontally across the image, creating a dynamic and natural-looking motion blur.

• Fast Bilateral Blur: Applies a blur that preserves edges while smoothing out the rest of the image, making it ideal for reducing noise in detailed areas.

• Poisson Blur: A high-quality blur that simulates the natural diffusion of light, often used in photo editing and computer graphics.

• Logarithmic Tone Mapping: Adjusts the dynamic range of the image using a logarithmic curve, making it suitable for displaying high dynamic range (HDR) images on standard displays.

• Aces Filmic Tone Mapping: Applies a filmic tone mapping curve based on the Academy Color Encoding System (ACES), enhancing the visual quality of HDR images.

• Crystallize: Breaks the image into a mosaic of hexagonal or polygonal cells, creating a textured, crystalline effect.

• Fractal Glass: Applies a fractal-based distortion to the image, creating a glass-like or liquid effect with organic, flowing patterns.

• Marble: Simulates the appearance of marble, adding a smooth, flowing texture with subtle variations in color and light.

• Oil: Applies an oil painting effect to the image, smoothing out details while preserving the overall form and color.

• Water Effect: Simulates the appearance of water, adding ripples, waves, and reflections to the image.

• Hable Filmic Tone Mapping: Uses a tone mapping curve developed by John Hable, designed to produce a filmic look with good contrast and color accuracy.

• Aces Hill Tone Mapping: Applies a specific tone mapping curve from the ACES system, enhancing the visual quality of HDR images with a focus on midtones.

• Hejl Burgess Tone Mapping: Uses a tone mapping curve developed by Hejl and Burgess, designed to produce a natural and visually pleasing result in HDR images.

• Perlin Distortion: Applies a Perlin noise-based distortion to the image, creating organic, flowing patterns that can simulate natural phenomena like clouds or water.

• Grayscale: Converts the image to a black and white version, removing all color information while preserving the tonal range.

• Dehaze: Reduces the effect of haze or fog in the image, making distant objects clearer and more vibrant.

• Color Matrix 3x3: Applies a 3x3 matrix transformation to the image, allowing for precise control over color adjustments such as hue, saturation, and brightness.

• Achromatomaly: Simulates the visual condition of achromatomaly, where colors appear washed out or desaturated.

• Achromatopsia: Simulates complete color blindness, converting the image to a grayscale version.

• Night Vision: Applies a green tint and enhances contrast to simulate the look of night vision devices.

• Polaroid: Applies a filter that mimics the look of vintage Polaroid photos, with a distinctive color palette and border.

• Protanopia: Simulates the visual condition of protanopia, a form of red-green color blindness.

• Protonomaly: Simulates the visual condition of protonomaly, a milder form of red-green color blindness.

• Tritanopia: Simulates the visual condition of tritanopia, a form of blue-yellow color blindness.

• Tritonomaly: Simulates the visual condition of tritanomaly, a milder form of blue-yellow color blindness.

• Vintage: Applies a filter that gives the image a vintage or retro look, often with a warm color tone and slight grain.

• Warm: Enhances the warm tones in the image, making it feel more inviting and cozy.

• Grain: Adds a film grain effect to the image, simulating the texture of film photography.

• Unsharp: Applies an unsharp mask to the image, enhancing edges and details while reducing noise.

• Pastel: Softens the colors in the image, giving it a pastel-like, gentle appearance.

• Orange Haze: Adds an orange tint to the image, simulating the effect of a warm haze or sunset.

• Pink Dream: Applies a soft pink and purple color palette to the image, creating a dreamy, romantic atmosphere.

• Golden Hour: Enhances the golden tones in the image, simulating the warm, soft light of sunrise or sunset.

• Hot Summer: Applies a warm, vibrant color palette to the image, evoking the feel of a hot summer day.

• Purple Mist: Adds a purple tint to the image, creating a mysterious and ethereal atmosphere.

• Sunrise: Enhances the colors and lighting to simulate the look of a sunrise, with warm, golden tones and a soft glow.

• Colorful Swirl: Adds a swirling, colorful effect to the image, creating a dynamic and vibrant look.

• Soft Elegance: Applies a soft, elegant filter that enhances the colors and tones, giving the image a refined and polished appearance.

• Soft Elegance Variant: A variant of the Soft Elegance filter, with a slightly different color and tone adjustment for a unique look.

• Bleach Bypass: Simulates the effect of a bleach bypass in film processing, creating a high-contrast, desaturated look with a blue tint.

• Candlelight: Applies a warm, yellowish tint to the image, simulating the soft, flickering light of a candle.

• Drop Blues: Reduces the intensity of blue tones in the image, creating a more vibrant and warm appearance.

• Fall Colors: Enhances the colors typically associated with autumn, such as red, orange, and yellow, making the image feel warm and cozy.

• Film Stock 50: Simulates the look of a 50 ISO film stock, with a fine grain and a classic, film-like appearance.

• Foggy Night: Adds a foggy, misty effect to the image, creating a mysterious and atmospheric look.

• Kodak: Applies a filter that mimics the look of classic Kodak film, with a distinctive color palette and grain structure.

• Palette Transfer: Transforms the image's color palette to match a specified set of colors, often used to achieve a specific artistic or retro look.

• Palette Transfer Variant: A variant of the Palette Transfer filter, with a different set of colors or a slightly different application method.

• 3D LUT (.cube /.CUBE): Applies a 3D lookup table (LUT) to the image, which can be used to achieve complex color grading and tone mapping effects.

• Pop Art: Applies a filter that gives the image a bold, vibrant, and graphic look, inspired by the pop art movement.

• Celluloid: Simulates the look of celluloid film, with a grainy texture and a range of color effects.

• Coffee: Applies a warm, brownish tint to the image, creating a cozy and inviting atmosphere.

• Golden Forest: Enhances the colors and lighting to simulate the look of a golden, sunlit forest, with warm, rich tones.

• Greenish: Applies a green tint to the image, creating a cool and refreshing look.

• Retro Yellow: Adds a yellow tint to the image, giving it a retro, vintage feel.

• Auto Crop: Automatically crops the image to remove borders or areas with little detail, focusing on the main subject.

• Opening: Applies a morphological opening operation, which erodes and then dilates the image, removing small objects and smoothing the edges.

• Closing: Applies a morphological closing operation, which dilates and then erodes the image, filling in small holes and smoothing the edges.

• Morphological Gradient: Calculates the difference between the dilation and erosion of the image, highlighting edges and boundaries.

• Top Hat: Applies a top hat transform, which enhances bright spots and details in the image by subtracting the morphological opening from the original image.

• Black Hat: Applies a black hat transform, which enhances dark spots and details in the image by subtracting the morphological closing from the original image.

• Enhanced Zoom Blur: Applies a zoom blur effect with enhanced control over the intensity and direction, creating a dynamic and focused look.

• Simple Sobel: Applies a Sobel edge detection filter, highlighting the edges and contours in the image.

• Simple Laplacian: Applies a Laplacian edge detection filter, which enhances edges and details by detecting rapid changes in intensity.