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Description

TexEdit+ is the ultimate time-saving tool for any Unity developer who works with textures and other assets. With its seamless bulk or single-object editing for all tools, TexEdit+ lets you accomplish tedious and repetitive editing tasks in just a few clicks, saving you hours of valuable time.

Designed to be both simple and incredibly powerful, TexEdit+ is packed with features that make editing textures, sprites, assets, and files a breeze. You can even apply texture effects at runtime using the included API.

Whether you're a seasoned Unity developer or just starting out, TexEdit+ is the tool you need to streamline your workflow and take your projects to the next level. Apply effects to batches of sprites in just a few clicks instead of editting each sprite individually. Renaming groups of assets or moving them to different folders can now be done in seconds, instead of renaming files and folders one by one.

Say goodbye to tedious and repetitive tasks and "Hello!" to TexEdit+! This essential tool offers an efficient solution to editing and managing assets, textures, and sprites with ease.

Features:

bulk or single-object editting

Texture effects calculated on the GPU using compute shaders for maximum performance and responsiveness! Even for large batches of assets.

Fully documented and commented source code included.

API for applying texture effects at runtime.

Exhaustive documentation and tooltips so you always find the setting you are looking for.

Tools Included:

Rename/Move any assets tool.

Rename any files tool (works inside or outside the project).

Copy data between sprites tool (copy pivots, colliders, rigging, etc.).

Extract sprite textures from spritesheet.

Mask/Overlay/Blend texture tools.

Channel packing tool.

Pack textures into a spritesheet/grid.

Drop shadow, blur, crop, outline, flip, and rotate texture effects.

HSV Offset, RGBA offset, gamma correction, contrast/brightness adjustment, invert, and color replacement texture effects.

Getting Started

Getting started with TexEdit+ is straightforward. To begin, navigate to the top bar and choose Tools > TexEdit+. This will open the TexEdit+ window. Inside the window, select the tool you need and fill in the required inputs with the textures or objects you want to edit. You can choose how to output the results, adjust the settings, and preview the changes you've made. Once you're satisfied with the settings, click "Confirm" to initiate the operation. It's that easy!

Tool Overview

General

The general section contains tools for editting various kinds of objects, not just textures. It contains 4 tools.

Rename Assets: Allows you to rename any assets in the project.

Rename Files: Allows you to rename files that are inside or outside of the project.

Move Assets: Allows you to move assets from one location within the project to another.

Copy Sprite Data: Allows you to copy data between sprites. This allows for one-to-many copying, or for many-to-many copying. Allows you to copy pivots, physics colliders, borders, and riggings (sprite mesh and bones).

Sprite Separator: Allows you to extract textures from a sprite sheet. This will iterate through every sprite in the input textures and output them to their own texture asset.

Combination

The combination section contains tools for texture effects that require multiple inputs per output. It contains 4 tools.

Mask: Allows you to apply a mask to the input textures using a seperate mask texture.

Overlay: Allows you to overlay a seperate texture on top of each input texture.

Blend: Allows you to blend between a pair of textures dependent on their alpha channels.

Channel Pack: Allows you to create a new texture that is the result of combining the channels of up to four different input textures.

Grid Packer: Allows you to pack multiple textures together into a spritesheet/grid.

Effects

The effects section contains tools that apply various visual effects to textures. It contains 6 tools.

Drop Shadow: Allows you to generate a drop shadow effect from textures.

Blur: Allows you to preform a Guassian blur on the textures.

Crop: Allows you to automatically or manually crop textures.

Outline: Allows you to generate an outline for textures created using a sobel filter.

Flip: Allows you to horizontally or vertically flip textures.

Rotate: Allows you to rotate textures.

Colors

The effects section contains tools that apply color related visual effects to textures. It contains 6 tools.

HSV Offset: Allows you to offset the Hue, Saturation, and Value of the textures.

RGBA Offset: Allows you to offset the Red, Green, Blue, and Alpha channels of the textures.

Gamma: Allows you to apply gamma correction to the textures.

Contrast: Allows you to adjust the contrast and the brightness of the textures.

Invert: Allows you to invert the colors of a texture.

Color Replace: Allows you to replace a specific color in the textures.

F.A.Q.

What is a regular expression/RegEx?

Regular Expressions (RegEx) are ways of describing certain patterns of text in a way that is far more powerful than just matching strings. They are widely used in programming and text processing to find and manipulate text based on certain rules.

Regex patterns are made up of special characters and symbols that represent certain types of characters or patterns in the text. For example, the symbol "." (a period) represents any single character, while the symbol "*" represents zero or more occurrences of the preceding character or group. You can also use square brackets to match a single character out of a set or a range of characters.

Here are some regex examples:

The pattern "Enemy_[0-9]" matches any string containing "Enemy_" followed by a number.

The pattern "\ARed" matches any string starting with the sequence "Red". The "\A" symbol specifies the start of a string, while "\Z" specifies the end.

The pattern "(Human)|(Undead)" matches any string containing either "Human" or "Undead". The "|" character acts as an "or" operator for regex.

Why are my textures getting resized to 2048x2048?

This is because of the Max Size attribute on the textures. Since TexEdit+ needs to read from textures, if the textures size is larger than the max size then the size that TexEdit+ reads will be clamped by the Max Size attribute. If you want to fix this issue, change the textures maximum size before using TexEdit+.

What is subdirectory matching?

Subdirectory matching is an output settings that allows you use inputs from some directory structure, then output them in a way that matches that directory structure.

As an example, consider the following directory structure and selected inputs:

Example inputs
    
Assets/
    Inputs/
        RedTeam/
            RedArcher.png
            RedWarrior.png
            RedCleric.png
        BlueTeam/
            BlueArcher.png
            BlueWarrior.png
            BlueCleric.png

If you didn't select any subdirectory matching and attempted to output everything to the "Outputs" folder, then everything would be added directly into the Outputs folder.

Example output without subdirectory matching
    
Assets/
    Inputs/...
    Outputs/
        RedArcher.png
        RedWarrior.png
        RedCleric.png
        BlueArcher.png
        BlueWarrior.png
        BlueCleric.png

However if you set the subdirectory matching folder to match everything relative to "Assets/Inputs", then while outputting, it will attempt to place the outputs into the same subdirectories as the input, it will also create any missing folders while doing this.

Example output with subdirectory matching on Assets/Inputs
    
Assets/
    Inputs/...
    Outputs/
        RedTeam/
            RedArcher.png
            RedWarrior.png
            RedCleric.png
        BlueTeam/
            BlueArcher.png
            BlueWarrior.png
            BlueCleric.png

Why is Copy Sprite Data missing?

This is because the Copy Sprite Data tool requires you to have the official 2D Sprite package (com.unity.2d.sprite) installed in order to use it. Thus, to use this tool, navigate to your package manager (Window > Package Manager) and install the 2D Sprite package.

Runtime Usage

Applying texture effects using the runtime API is a straightforward process. All the functions for this are available in the TexEditPlus namespace, inside the TexEdit static class. Each tool has a function with the same name, and more detailed information about these functions can be found in Section 7 of the documentation.

Each function follows the same convention, with the following signature (with some small exceptions):

public static Texture2D %ToolFunctionName%(Texture2D input, %SettingsStruct% settings, string outputName = "")

Here, %ToolFunctionName% and %SettingsStruct% should be replaced with the actual name of the tool and the type of settings struct used to modify the tool, respectively.

Information about each specific settings struct can be found in section 7, however all settings structs contain a SettingsStruct.Default property for easily creating copies of the default settings. You can then modify each member of the settings in order to create the desired effect.

API Reference

All the code for TexEdit+ is under the TexEditPlus namespace.

Functions

All of these functions are contained inside the TexEdit static class.

Combination

public static Texture2D Mask(Texture2D input, MaskSettings settings, string outputName = "")

Mask Details:

Description:

Creates and returns a new Texture2D representing the input texture with the given mask settings applied to it.

Returns:

A Texture2D with the mask effect applied.

Parameters:

Type	Name	Description
Texture2D	input	The input texture to use.
MaskSettings	settings	The settings for the mask effect.
string	outputName	The name of the output texture, if this is left empty the input texture's name will be used instead.

public static Texture2D Overlay(Texture2D input, OverlaySettings settings, string outputName = "")

Overlay Details:

Description:

Creates and returns a new Texture2D representing the input texture with the given overlay settings applied to it.

Returns:

A Texture2D with the overlay effect applied.

Parameters:

Type	Name	Description
Texture2D	input	The input texture to use.
OverlaySettings	settings	The settings for the overlay effect.
string	outputName	The name of the output texture, if this is left empty the input texture's name will be used instead.

public static Texture2D Blend(Texture2D input, BlendSettings settings, string outputName = "")

Blend Details:

Description:

Creates and returns a new Texture2D representing the input texture with the given blend settings applied to it.

Returns:

A Texture2D with the blend effect applied.

Parameters:

Type	Name	Description
Texture2D	input	The input texture to use.
BlendSettings	settings	The settings for the blend effect.
string	outputName	The name of the output texture, if this is left empty the input texture's name will be used instead.

public static Texture2D ChannelPack(ChannelPackSettings settings, string outputName = "")

ChannelPack Details:

Description:

Creates and returns a new Texture2D representing the resulting channel pack.

Returns:

A Texture2D representing the resulting channel pack.

Parameters:

Type	Name	Description
ChannelPackSettings	settings	The settings for the channel pack.
string	outputName	The name of the output texture, if this is left empty the input texture's name will be used instead.

public static Texture2D GridPacker(Texture2D[] inputs, GridPackerSettings settings, string outputName = "")

GridPacker Details:

Description:

Creates and returns a new Texture2D representing the input texture with the given grid packer settings applied to it.

Returns:

A Texture2D with the grid packer effect applied.

Parameters:

Type	Name	Description
Texture2D[]	inputs	The array of input textures to use.
BlendSettings	settings	The settings for the blend effect.
string	outputName	The name of the output texture, if this is left empty the input texture's name will be used instead.

Effects

public static Texture2D DropShadow(Texture2D input, DropShadowSettings settings, string outputName = "")

DropShadow Details:

Description:

Creates and returns a new Texture2D representing the input texture with the given drop shadow settings applied to it.

Returns:

A Texture2D with the drop shadow effect applied.

Parameters:

Type	Name	Description
Texture2D	input	The input texture to use.
DropShadowSettings	settings	The settings for the drop shadow effect.
string	outputName	The name of the output texture, if this is left empty the input texture's name will be used instead.

public static Texture2D GuassianBlur(Texture2D input, GuassianBlurSettings settings, string outputName = "")

GuassianBlur Details:

Description:

Creates and returns a new Texture2D representing the input texture with the given guassian blur settings applied to it.

Returns:

A Texture2D with the guassian blur effect applied.

Parameters:

Type	Name	Description
Texture2D	input	The input texture to use.
GuassianBlurSettings	settings	The settings for the guassian blur effect.
string	outputName	The name of the output texture, if this is left empty the input texture's name will be used instead.

public static Texture2D Crop(Texture2D input, CropSettings settings, string outputName = "")

Crop Details:

Description:

Creates and returns a new Texture2D representing the input texture with the given crop settings applied to it.

Returns:

A Texture2D with the crop effect applied.

Parameters:

Type	Name	Description
Texture2D	input	The input texture to use.
CropSettings	settings	The settings for the crop effect.
string	outputName	The name of the output texture, if this is left empty the input texture's name will be used instead.

public static Texture2D Crop(Texture2D input, CropSettings settings, out Vector2 minCropped, out Vector2 maxCropped, string outputName = "")

Crop Details:

Description:

Creates and returns a new Texture2D representing the input texture with the given crop settings applied to it.

Returns:

A Texture2D with the crop effect applied.

Parameters:

Type	Name	Description
Texture2D	input	The input texture to use.
CropSettings	settings	The settings for the crop effect.
out Vector2	minCropped	How many pixels are cropped off the input image on the minimum corner. I.e., how many pixels are cropped (left, bottom).
out Vector2	maxCropped	How many pixels are cropped off the input image on the maximum corner. I.e., how many pixels are cropped (right, top).
string	outputName	The name of the output texture, if this is left empty the input texture's name will be used instead.

public static Texture2D Outline(Texture2D input, OutlineSettings settings, string outputName = "")

Outline Details:

Description:

Creates and returns a new Texture2D representing the input texture with the given outline settings applied to it. The outline effect is generated using a sobel filter.

Returns:

A Texture2D with the outline effect applied.

Parameters:

Type	Name	Description
Texture2D	input	The input texture to use.
OutlineSettings	settings	The settings for the outline effect.
string	outputName	The name of the output texture, if this is left empty the input texture's name will be used instead.

public static Texture2D Flip(Texture2D input, FlipSettings settings, string outputName = "")

Flip Details:

Description:

Creates and returns a new Texture2D representing the input texture with the given flip settings applied to it.

Returns:

A Texture2D with the flip effect applied.

Parameters:

Type	Name	Description
Texture2D	input	The input texture to use.
OutlineSettings	settings	The settings for the flip effect.
string	outputName	The name of the output texture, if this is left empty the input texture's name will be used instead.

public static Texture2D Rotate(Texture2D input, RotateSettings settings, string outputName = "")

Rotate Details:

Description:

Creates and returns a new Texture2D representing the input texture with the given rotate settings applied to it.

Returns:

A Texture2D with the rotate effect applied.

Parameters:

Type	Name	Description
Texture2D	input	The input texture to use.
OutlineSettings	settings	The settings for the rotate effect.
string	outputName	The name of the output texture, if this is left empty the input texture's name will be used instead.

Colors

public static Texture2D HSVOffset(Texture2D input, HSVOffsetSettings settings, string outputName = "")

HSVOffset Details:

Description:

Creates and returns a new Texture2D representing the input texture with the given hsv offset settings applied to it.

Returns:

A Texture2D with the hsv offset effect applied.

Parameters:

Type	Name	Description
Texture2D	input	The input texture to use.
HSVOffsetSettings	settings	The settings for the hsv offset effect.
string	outputName	The name of the output texture, if this is left empty the input texture's name will be used instead.

public static Texture2D RGBAOffset(Texture2D input, RGBAOffsetSettings settings, string outputName = "")

RGBAOffset Details:

Description:

Creates and returns a new Texture2D representing the input texture with the given rgba offset settings applied to it.

Returns:

A Texture2D with the rgba offset effect applied.

Parameters:

Type	Name	Description
Texture2D	input	The input texture to use.
HSVOffsetSettings	settings	The settings for the rgba offset effect.
string	outputName	The name of the output texture, if this is left empty the input texture's name will be used instead.

public static Texture2D GammaCorrection(Texture2D input, GammaCorrectionSettings settings, string outputName = "")

GammaCorrection Details:

Description:

Creates and returns a new Texture2D representing the input texture with the given gamma correction settings applied to it.

Returns:

A Texture2D with the gamma correction effect applied.

Parameters:

Type	Name	Description
Texture2D	input	The input texture to use.
GammaCorrectionSettings	settings	The settings for the gamma correction effect.
string	outputName	The name of the output texture, if this is left empty the input texture's name will be used instead.

public static Texture2D Contrast(Texture2D input, ContrastSettings settings, string outputName = "")

Contrast Details:

Description:

Creates and returns a new Texture2D representing the input texture with the given contrast settings applied to it.

Returns:

A Texture2D with the contrast effect applied.

Parameters:

Type	Name	Description
Texture2D	input	The input texture to use.
ContrastSettings	settings	The settings for the contrast effect.
string	outputName	The name of the output texture, if this is left empty the input texture's name will be used instead.

public static Texture2D Invert(Texture2D input, InvertSettings settings, string outputName = "")

Invert Details:

Description:

Creates and returns a new Texture2D representing the input texture with the given invert settings applied to it.

Returns:

A Texture2D with the invert effect applied.

Parameters:

Type	Name	Description
Texture2D	input	The input texture to use.
InvertSettings	settings	The settings for the invert effect.
string	outputName	The name of the output texture, if this is left empty the input texture's name will be used instead.

public static Texture2D ColorReplace(Texture2D input, ColorReplaceSettings settings, string outputName = "")

ColorReplace Details:

Description:

Creates and returns a new Texture2D representing the input texture with the given color replacement settings applied to it.

Returns:

A Texture2D with the color replacement effect applied.

Parameters:

Type	Name	Description
Texture2D	input	The input texture to use.
ColorReplaceSettings	settings	The settings for the color replacement effect.
string	outputName	The name of the output texture, if this is left empty the input texture's name will be used instead.

Settings

Combination

public struct MaskSettings

MaskSettings Fields:

Type	Name	Description
Texture2D	mask	The texture to use as a mask for the input texture.
Vector2	maskPivotFraction	The pivot of the mask texture as a fraction of it's own width and height. (0, 0) represents the bottom left corner.
Vector2	maskPositionFraction	The position of the mask texture as a fraction of the inputs width and height. (0, 0) represents the bottom left corner.
bool	scaleMaskToFit	If the mask texture should be automatically scaled to match the size of the input.
bool	scaleMaskSymmetrically	If the mask texture should be scaled symmetrically. This will preserve the aspect ratio of the mask texture as it is scaled.
Vector2	maskScale	How much to scale the mask texture by.
bool	independentChannels	If this is true the mask will mask each channel independently, otherwise it will mask each channel together.
bool	isBinaryMask	If this is true the mask will other fully mask or not mask each pixel, it will not partially mask anything.
float	maskThreshold	The threshold for the binary mask effect.

MaskSettings.Default:

Field	Value
mask	null
maskPivotFraction	(0.5f, 0.5f)
maskPositionFraction	(0.5f, 0.5f)
scaleMaskToFit	false
scaleMaskSymmetrically	true
maskScale	(1f, 1f)
independentChannels	true
isBinaryMask	false
maskThreshold	0.5f

public struct OverlaySettings

OverlaySettings Fields:

Type	Name	Description
Texture2D	overlay	The texture to use as a overlay for the input texture.
Vector2	overlayPivotFraction	The pivot of the overlay texture as a fraction of it's own width and height. (0, 0) represents the bottom left corner.
Vector2	overlayPositionFraction	The position of the overlay texture as a fraction of the inputs width and height. (0, 0) represents the bottom left corner.
bool	scaleOverlayToFit	If the overlay texture should be automatically scaled to match the size of the input.
bool	scaleOverlaySymmetrically	If the overlay texture should be scaled symmetrically. This will preserve the aspect ratio of the overlay texture as it is scaled.
Vector2	overlayScale	How much to scale the overlay texture by.
float	overlayOpacity	The opacity of the overlay.

OverlaySettings.Default:

Field	Value
overlay	null
overlayPivotFraction	(0.5f, 0.5f)
overlayPositionFraction	(0.5f, 0.5f)
scaleOverlayToFit	false
scaleOverlaySymmetrically	true
overlayScale	(1f, 1f)
overlayOpacity	1f

public struct BlendSettings

BlendSettings Fields:

Type	Name	Description
Texture2D	blend	The texture to blend each input with. Each output pixel is linearly interpolated (lerp) between the input as the start (0), and the blend texture as the end (1).
BlendMode	blendMode	How to blend the input and blend texture. This will determine the value used to linearly interpolate (lerp) between the input (0) and blend texture (1). Possible values are InputAlpha, OneMinusInputAlpha, BlendAlpha, and OneMinusBlendAlpha.
Vector2	blendPivotFraction	The pivot of the blend texture as a fraction of it's own width and height. (0, 0) represents the bottom left corner.
Vector2	blendPositionFraction	The position of the blend texture as a fraction of the inputs width and height. (0, 0) represents the bottom left corner.
bool	scaleBlendToFit	If the blend texture should be automatically scaled to match the size of the input.
bool	scaleBlendSymmetrically	If the blend texture should be scaled symmetrically. This will preserve the aspect ratio of the blend texture as it is scaled.
Vector2	blendScale	How much to scale the blend texture by.

BlendSettings.Default:

Field	Value
blend	null
blendMode	BlendMode.OneMinusInputAlpha
blendPivotFraction	(0.5f, 0.5f)
blendPositionFraction	(0.5f, 0.5f)
scaleBlendToFit	false
scaleBlendSymmetrically	true
blendScale	(1f, 1f)

public struct ChannelPackSettings

ChannelPackSettings Fields:

Type	Name	Description
Texture2D	texA	The first texture used as an input for the channel packing.
Texture2D	texB	The second texture used as an input for the channel packing.
Texture2D	texC	The third texture used as an input for the channel packing.
Texture2D	texD	The fourth texture used as an input for the channel packing.
bool	multiplyInputRGBByAlpha	If the RGB values of the input textures should first be multiplied by the alpha value before being used.
bool	normalizeInput	If this is set to true, the input weight vector will be normalized before being used.
bool	normalizeOutput	"If this is set to true, the values of each channel of the output will be normalized within the range 0-1.
Vector4	texAInputWeights	The source channel weights used for the first texture. x = red weight, y = green weight, z = blue weight, w = alpha weight.
Vector4	texBInputWeights	The source channel weights used for the second texture. x = red weight, y = green weight, z = blue weight, w = alpha weight.
Vector4	texCInputWeights	The source channel weights used for the third texture. x = red weight, y = green weight, z = blue weight, w = alpha weight.
Vector4	texDInputWeights	The source channel weights used for the fourth texture. x = red weight, y = green weight, z = blue weight, w = alpha weight.
Vector4	texAOutputWeights	The destination channel weights used for the first texture. x = red weight, y = green weight, z = blue weight, w = alpha weight.
Vector4	texBOutputWeights	The destination channel weights used for the second texture. x = red weight, y = green weight, z = blue weight, w = alpha weight.
Vector4	texCOutputWeights	The destination channel weights used for the third texture. x = red weight, y = green weight, z = blue weight, w = alpha weight.
Vector4	texDOutputWeights	The destination channel weights used for the fourth texture. x = red weight, y = green weight, z = blue weight, w = alpha weight.

ChannelPackSettings.Default:

Field	Value
texA	null
texB	null
texC	null
texD	null
multiplyInputRGBByAlpha	true
normalizeInput	true
normalizeOutput	true
texAInputWeights	(1f, 0f, 0f, 0f)
texBInputWeights	(0f, 1f, 0f, 0f)
texCInputWeights	(0f, 0f, 1f, 0f)
texDInputWeights	(0f, 0f, 0f, 1f)
texAOutputWeights	(1f, 0f, 0f, 0f)
texBOutputWeights	(0f, 1f, 0f, 0f)
texCOutputWeights	(0f, 0f, 1f, 0f)
texDOutputWeights	(0f, 0f, 0f, 1f)

public struct GridPackerSettings

GridPackerSettings Fields:

Type	Name	Description
Vector2Int	maxGridSize	The maximum size of the grid measured as (width [columns], height [rows]).
bool	columnsFirst	If this is true, then the columns should be filled with textures first. If this is set to false the rows will be filled first.
bool	maxSizeTiles	If this is true, then each slot in the spritesheet grid will be the same size as the maximum texture bounds. If this is false, then each slot in the spritesheet grid will be the minimum size to fit all the textures.
bool	topToBottom	If this is true, the the grid will be filled top to bottom. Otherwise, it will be filled bottom to top.
bool	leftToRight	If this is true, the the grid will be filled left to right. Otherwise, it will be filled right to left.

GridPackerSettings.Default:

Field	Value
maxGridSize	(8, 8)
columnsFirst	true
maxSizeTiles	false
topToBottom	true
leftToRight	true

Effects

public struct DropShadowSettings

DropShadowSettings Fields:

Type	Name	Description
Vector2	pixelOffset	How much to offset the drop shadow measured in pixels.
Vector2	fractionalOffset	How much to offset the drop shadow measured in a fraction of the inputs width and height.
Vector2	scale	How much to scale the drop shadow by.
float	pixelBlurRadius	How much the shadow should be blurred by measured in pixels.
float	fractionalBlurRadius	How much the shadow should be blurred by measured in a fraction of the inputs width and height.
bool	expandToFit	If the size of the output texture should be increased to fit the blurred shadow.
bool	onlyShadow	If the output should only contain the shadow and not the original input.
float	originalColorFraction	How much of the original inputs color to use in the shadows color. The color of the shadow will be lineraly interpolated between the Shadow Color and the inputs color based on this value.
Color	shadowColor	The color to use for the shadow.

DropShadowSettings.Default:

Field	Value
pixelOffset	(0f, -16f)
fractionalOffset	(0.0f, 0.0f)
scale	(1f, 1f)
pixelBlurRadius	0f
fractionalBlurRadius	0f
onlyShadow	false
expandToFit	false
originalColorFraction	0f
shadowColor	Color.black

public struct GuassianBlurSettings

GuassianBlurSettings Fields:

Type	Name	Description
float	pixelRadius	The distance of the blur effect, measured in pixels.
float	fractionRadius	The distance of the blur effect, measured in a fraction of the inputs width and height.
bool	expandToFill	If the size of the output texture should be increased to fit the blurred texture.
float	pixelsStandardDeviation	The standard deviation of the guassian blur effect, measured in pixels.
float	fractionStandardDeviation	The standard deviation of the guassian blur effect, measured in a fraction of the blur radius.

GuassianBlurSettings.Default:

Field	Value
pixelRadius	0f
fractionRadius	0.05f
expandToFill	false
pixelsStandardDeviation	0f
fractionStandardDeviation	0.333f

public struct CropSettings

CropSettings Fields:

Type	Name	Description
Vector4	pixelPadding	How much padding to have, measured in pixels. Padding is how much space should be removed to the interior of the texture.
Vector4	fractionPadding	How much padding to have, measured in a fraction of the inputs width and height. Padding is how much space should be removed the interior of the texture.
bool	preservePivot	If the texture uses a custom sprite pivot, then the sprites pivot will be preserved such that it doesn't move even after the crop is complete. Note: This only works if the sprites pivot mode is set to `Custom`.
bool	shrinkToFit	If the texture should be shrunk to remove transparent regions. This is done after padding is applied.
float	shrinkOpacityThreshold	Pixels with an opacity value below this will be cropped out of the texture by the shrink to fit.
Vector4	pixelMargin	How much margin to have, measured in pixels. Margin is how much space should be added to the exterior of the texture. x = left, y = bottom, z = right, w = top.
Vector4	fractionMargin	How much margin to have, measured in a fraction of the inputs width and height. Margin is how much space should be added to the exterior of the texture. x = left, y = bottom, z = right, w = top.
Color	marginColor	The color to fill the margin with.

CropSettings.Default:

Field	Value
pixelPadding	(0f, 0f, 0f, 0f)
fractionPadding	(0f, 0f, 0f, 0f)
preservePivot	true
shrinkToFit	false
shrinkOpacityThreshold	0.1f
pixelMargin	(0f, 0f, 0f, 0f)
fractionMargin	(0f, 0f, 0f, 0f)
marginColor	new Color(0f, 0f, 0f, 0f)

public struct OutlineSettings

OutlineSettings Fields:

Type	Name	Description
float	pixelDistance	The distance of the sobel filter used for the outline effect in pixels.
float	fractionDistance	The distance of the sobel filter used for the outline effect in a fraction of the width and height.
float	outlineBlur	How much to blur the outline.
Color	outlineColor	The color of the outline effect.
bool	expandToFill	If the texture should be expanded to ensure the the outline effect will fit.
bool	onlyOutline	If the original texture should be excluded from the output leaving only the outline.

OutlineSettings.Default:

Field	Value
pixelDistance	1f
fractionDistance	0f
outlineBlur	4f
outlineColor	Color.white
expandToFill	false
onlyOutline	false

public struct FlipSettings

FlipSettings Fields:

Type	Name	Description
bool	flipHorizontal	If the texture should be flipped horizontally.
bool	flipVertical	If the texture should be flipped vertically.

FlipSettings.Default:

Field	Value
flipHorizontal	true
flipVertical	false

public struct RotateSettings

RotateSettings Fields:

Type	Name	Description
float	angleDegrees	The angle in degrees to rotate.
Vector2	originFraction	The origin of the texture to rotate around, measure in a fraction of the textures width and height. (0, 0) represents the bottom left corner.

RotateSettings.Default:

Field	Value
angleDegrees	180f
originFraction	(0.5f, 0.5f)

Colors

public struct HSVOffsetSettings

HSVOffsetSettings Fields:

Type	Name	Description
float	hueOffset	How much to offset the hue value by. The hue is measured between 0-360.
float	saturationOffset	How much to offset the saturation value by. The saturation is measured between 0-1.
float	valueOffset	How much to offset the value value by. The value is measured between 0-1.
bool	clampValues	If the saturation and value should be clamped within the range 0-1.

HSVOffsetSettings.Default:

Field	Value
hueOffset	0f
saturationOffset	0f
valueOffset	0f
clampValues	false

public struct RGBAOffsetSettings

RGBAOffsetSettings Fields:

Type	Name	Description
float	redOffset	How much to offset the red value by. The value is measured between 0-1.
float	greenOffset	How much to offset the green value by. The value is measured between 0-1.
float	blueOffset	How much to offset the blue value by. The value is measured between 0-1.
float	alphaOffset	How much to offset the alpha value by. The value is measured between 0-1.

RGBAOffsetSettings.Default:

Field	Value
redOffset	0f
greenOffset	0f
blueOffset	0f
alphaOffset	0f

public struct GammaCorrectionSettings

GammaCorrectionSettings Fields:

Type	Name	Description
float	gamma	The gamma value to correct for.

GammaCorrectionSettings.Default:

Field	Value
gamma	1f

public struct ContrastSettings

ContrastSettings Fields:

Type	Name	Description
float	contrast	How much to scale the contrast by. A value of 1 will cause no change, a value above 1 will cause more seperation between lighter colors and darker colors, and a value under 1 will cause less seperation.
float	brightnessOffset	How much to offset the brightness of each pixel.
bool	affectAlpha	If the alpha channel should also have the contrast/brightness changes applied to it.
float	referenceBrightness	The value to use for the \"middle\" brightness value for the contrast formula.

ContrastSettings.Default:

Field	Value
contrast	1f
brightnessOffset	0f
affectAlpha	false
referenceBrightness	0.5f

public struct InvertSettings

InvertSettings Fields:

Type	Name	Description
float	inversionFraction	How much the texture should be inverted by. 1 will make the texture fully inverted, 0 will not change the texture, and 0.5 will make the texture entirely grey.
bool	invertAlpha	If the alpha values of the texture should be inverted.

InvertSettings.Default:

Field	Value
contrast	1f
brightnessOffset	0f
affectAlpha	false
referenceBrightness	0.5f

public struct ColorReplaceSettings

ColorReplaceSettings Fields:

Type	Name	Description
Color	colorToReplace	The color that should be replaced.
Color	replacementColor	The color to use as a replacement.
float	redOffsetThreshold	If the difference in the red channel of a pixel and the replacement color is more than this, it will not be replaced. 1 is the maximum difference.
float	greenOffsetThreshold	If the difference in the green channel of a pixel and the replacement color is more than this, it will not be replaced. 1 is the maximum difference.
float	blueOffsetThreshold	If the difference in the blue channel of a pixel and the replacement color is more than this, it will not be replaced. 1 is the maximum difference.
float	alphaOffsetThreshold	If the difference in the alpha channel of a pixel and the replacement color is more than this, it will not be replaced. 1 is the maximum difference.
float	hueOffsetThreshold	If the difference in the hue of a pixel and the replacement color is more than this, it will not be replaced. 180 degrees is the maximum difference.
float	saturationOffsetThreshold	If the difference in the saturation of a pixel and the replacement color is more than this, it will not be replaced. 1 is the maximum difference.
float	valueOffsetThreshold	If the difference in the value of a pixel and the replacement color is more than this, it will not be replaced. 1 is the maximum difference.
float	useHSVDeltaSpace	If this is true, the replacement delta will be calculated in the HSV color space. If it is false, it will be calculated in the RGB color space.
float	colorDeltaPreservation	If the difference from the original color compared to the color to replace should be preserved. Settings this to zero will set all pixels meeting the threshold to exactly the replacement color.

ColorReplaceSettings.Default:

Field	Value
colorToReplace	Color.white
replacementColor	Color.red
redOffsetThreshold	1.0f
greenOffsetThreshold	1.0f
blueOffsetThreshold	1.0f
alphaOffsetThreshold	1.0f
hueOffsetThreshold	30.0f
saturationOffsetThreshold	0.3f
valueOffsetThreshold	0.6f
useHSVDeltaSpace	true
colorDeltaPreservation	1.0f

Contact Information

If you have any questions or inquires please email tiggy02@gmail.com.

Click here for TexEdit+ on the Unity Asset Store

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