akamai.getImagingPolicyImage

func LookupImagingPolicyImage(ctx *Context, args *LookupImagingPolicyImageArgs, opts ...InvokeOption) (*LookupImagingPolicyImageResult, error)
func LookupImagingPolicyImageOutput(ctx *Context, args *LookupImagingPolicyImageOutputArgs, opts ...InvokeOption) LookupImagingPolicyImageResultOutput

> Note: This function is named LookupImagingPolicyImage in the Go SDK.

Policy This property is required. GetImagingPolicyImagePolicy

Policy This property is required. GetImagingPolicyImagePolicy

policy This property is required. GetImagingPolicyImagePolicy

policy This property is required. GetImagingPolicyImagePolicy

policy This property is required. Property Map

Id string

The provider-assigned unique ID for this managed resource.

Json string

Policy GetImagingPolicyImagePolicy

Id string

The provider-assigned unique ID for this managed resource.

Json string

Policy GetImagingPolicyImagePolicy

id String

The provider-assigned unique ID for this managed resource.

json String

policy GetImagingPolicyImagePolicy

id str

The provider-assigned unique ID for this managed resource.

json str

policy GetImagingPolicyImagePolicy

id String

The provider-assigned unique ID for this managed resource.

json String

policy Property Map

Breakpoints GetImagingPolicyImagePolicyBreakpoints

The breakpoint widths (in pixels) to use to create derivative images/videos.

Hosts List<string>

Hosts that are allowed for image/video URLs within transformations or variables.

Output GetImagingPolicyImagePolicyOutput

Dictates the output quality (either quality or perceptualQuality) and formats that are created for each resized image. If unspecified, image formats are created to support all browsers at the default quality level (85), which includes formats such as WEBP, JPEG2000 and JPEG-XR for specific browsers.

PostBreakpointTransformations List<GetImagingPolicyImagePolicyPostBreakpointTransformation>

Post-processing Transformations are applied to the image after image and quality settings have been applied.

RolloutDuration string

The amount of time in seconds that the policy takes to rollout. During the rollout an increasing proportion of images/videos will begin to use the new policy instead of the cached images/videos from the previous version. This value has no effect on the staging network.

ServeStaleDuration string

The amount of time in seconds that the policy will serve stale images. During the serve stale period realtime images will attempt to use the offline image from the previous policy version first if possible.

Transformations List<GetImagingPolicyImagePolicyTransformation>

Set of image transformations to apply to the source image. If unspecified, no operations are performed.

Variables List<GetImagingPolicyImagePolicyVariable>

Declares variables for use within the policy. Any variable declared here can be invoked throughout transformations as a Variable object, so that you don't have to specify values separately. You can also pass in these variable names and values dynamically as query parameters in the image's request URL.

Breakpoints GetImagingPolicyImagePolicyBreakpoints

The breakpoint widths (in pixels) to use to create derivative images/videos.

Hosts []string

Hosts that are allowed for image/video URLs within transformations or variables.

Output GetImagingPolicyImagePolicyOutputType

Dictates the output quality (either quality or perceptualQuality) and formats that are created for each resized image. If unspecified, image formats are created to support all browsers at the default quality level (85), which includes formats such as WEBP, JPEG2000 and JPEG-XR for specific browsers.

PostBreakpointTransformations []GetImagingPolicyImagePolicyPostBreakpointTransformation

Post-processing Transformations are applied to the image after image and quality settings have been applied.

RolloutDuration string

The amount of time in seconds that the policy takes to rollout. During the rollout an increasing proportion of images/videos will begin to use the new policy instead of the cached images/videos from the previous version. This value has no effect on the staging network.

ServeStaleDuration string

The amount of time in seconds that the policy will serve stale images. During the serve stale period realtime images will attempt to use the offline image from the previous policy version first if possible.

Transformations []GetImagingPolicyImagePolicyTransformation

Set of image transformations to apply to the source image. If unspecified, no operations are performed.

Variables []GetImagingPolicyImagePolicyVariable

Declares variables for use within the policy. Any variable declared here can be invoked throughout transformations as a Variable object, so that you don't have to specify values separately. You can also pass in these variable names and values dynamically as query parameters in the image's request URL.

breakpoints GetImagingPolicyImagePolicyBreakpoints

The breakpoint widths (in pixels) to use to create derivative images/videos.

hosts List<String>

Hosts that are allowed for image/video URLs within transformations or variables.

output GetImagingPolicyImagePolicyOutput

Dictates the output quality (either quality or perceptualQuality) and formats that are created for each resized image. If unspecified, image formats are created to support all browsers at the default quality level (85), which includes formats such as WEBP, JPEG2000 and JPEG-XR for specific browsers.

postBreakpointTransformations List<GetImagingPolicyImagePolicyPostBreakpointTransformation>

Post-processing Transformations are applied to the image after image and quality settings have been applied.

rolloutDuration String

The amount of time in seconds that the policy takes to rollout. During the rollout an increasing proportion of images/videos will begin to use the new policy instead of the cached images/videos from the previous version. This value has no effect on the staging network.

serveStaleDuration String

The amount of time in seconds that the policy will serve stale images. During the serve stale period realtime images will attempt to use the offline image from the previous policy version first if possible.

transformations List<GetImagingPolicyImagePolicyTransformation>

Set of image transformations to apply to the source image. If unspecified, no operations are performed.

variables List<GetImagingPolicyImagePolicyVariable>

Declares variables for use within the policy. Any variable declared here can be invoked throughout transformations as a Variable object, so that you don't have to specify values separately. You can also pass in these variable names and values dynamically as query parameters in the image's request URL.

breakpoints GetImagingPolicyImagePolicyBreakpoints

The breakpoint widths (in pixels) to use to create derivative images/videos.

hosts Sequence[str]

Hosts that are allowed for image/video URLs within transformations or variables.

output GetImagingPolicyImagePolicyOutput

Dictates the output quality (either quality or perceptualQuality) and formats that are created for each resized image. If unspecified, image formats are created to support all browsers at the default quality level (85), which includes formats such as WEBP, JPEG2000 and JPEG-XR for specific browsers.

post_breakpoint_transformations Sequence[GetImagingPolicyImagePolicyPostBreakpointTransformation]

Post-processing Transformations are applied to the image after image and quality settings have been applied.

rollout_duration str

The amount of time in seconds that the policy takes to rollout. During the rollout an increasing proportion of images/videos will begin to use the new policy instead of the cached images/videos from the previous version. This value has no effect on the staging network.

serve_stale_duration str

The amount of time in seconds that the policy will serve stale images. During the serve stale period realtime images will attempt to use the offline image from the previous policy version first if possible.

transformations Sequence[GetImagingPolicyImagePolicyTransformation]

Set of image transformations to apply to the source image. If unspecified, no operations are performed.

variables Sequence[GetImagingPolicyImagePolicyVariable]

Declares variables for use within the policy. Any variable declared here can be invoked throughout transformations as a Variable object, so that you don't have to specify values separately. You can also pass in these variable names and values dynamically as query parameters in the image's request URL.

breakpoints Property Map

The breakpoint widths (in pixels) to use to create derivative images/videos.

hosts List<String>

Hosts that are allowed for image/video URLs within transformations or variables.

output Property Map

Dictates the output quality (either quality or perceptualQuality) and formats that are created for each resized image. If unspecified, image formats are created to support all browsers at the default quality level (85), which includes formats such as WEBP, JPEG2000 and JPEG-XR for specific browsers.

postBreakpointTransformations List<Property Map>

Post-processing Transformations are applied to the image after image and quality settings have been applied.

rolloutDuration String

The amount of time in seconds that the policy takes to rollout. During the rollout an increasing proportion of images/videos will begin to use the new policy instead of the cached images/videos from the previous version. This value has no effect on the staging network.

serveStaleDuration String

The amount of time in seconds that the policy will serve stale images. During the serve stale period realtime images will attempt to use the offline image from the previous policy version first if possible.

transformations List<Property Map>

Set of image transformations to apply to the source image. If unspecified, no operations are performed.

variables List<Property Map>

Declares variables for use within the policy. Any variable declared here can be invoked throughout transformations as a Variable object, so that you don't have to specify values separately. You can also pass in these variable names and values dynamically as query parameters in the image's request URL.

Widths List<int>

Widths []int

widths List<Integer>

widths Sequence[int]

widths List<Number>

AdaptiveQuality string

Override the quality of image to serve when Image & Video Manager detects a slow connection. Specifying lower values lets users with slow connections browse your site with reduced load times without impacting the quality of images for users with faster connections.

AllowPristineOnDownsize string

Whether a pristine image wider than the requested breakpoint is allowed as a derivative image if it has the fewest bytes. This will not have an affect if transformations are present.

AllowedFormats List<string>

The graphics file formats allowed for browser specific results.

ForcedFormats List<string>

The forced extra formats for the imFormat query parameter, which requests a specific browser type. By default, Image and Video Manager detects the browser and returns the appropriate image.

PerceptualQuality string

Mutually exclusive with quality. The perceptual quality to use when comparing resulting images, which overrides the quality setting. Perceptual quality tunes each image format's quality parameter dynamically based on the human-perceived quality of the output image. This can result in better byte savings (as compared to using regular quality) as many images can be encoded at a much lower quality without compromising perception of the image. In addition, certain images may need to be encoded at a slightly higher quality in order to maintain human-perceived quality. Values are tiered high, mediumHigh, medium, mediumLow, or low.

PerceptualQualityFloor string

Only applies with perceptualQuality set. Sets a minimum image quality to respect when using perceptual quality. Perceptual quality will not reduce the quality below this value even if it determines the compressed image to be acceptably visually similar.

PerceptualQualityVar string

Mutually exclusive with quality. The perceptual quality to use when comparing resulting images, which overrides the quality setting. Perceptual quality tunes each image format's quality parameter dynamically based on the human-perceived quality of the output image. This can result in better byte savings (as compared to using regular quality) as many images can be encoded at a much lower quality without compromising perception of the image. In addition, certain images may need to be encoded at a slightly higher quality in order to maintain human-perceived quality. Values are tiered high, mediumHigh, medium, mediumLow, or low.

PreferModernFormats string

Whether derivative image formats should be selected with a preference for modern formats (such as WebP and Avif) instead the format that results in the fewest bytes.

Quality string

Mutually exclusive with perceptualQuality, used by default if neither is specified. The chosen quality of the output images. Using a quality value from 1-100 resembles JPEG quality across output formats.

QualityVar string

Mutually exclusive with perceptualQuality, used by default if neither is specified. The chosen quality of the output images. Using a quality value from 1-100 resembles JPEG quality across output formats.

AdaptiveQuality string

Override the quality of image to serve when Image & Video Manager detects a slow connection. Specifying lower values lets users with slow connections browse your site with reduced load times without impacting the quality of images for users with faster connections.

AllowPristineOnDownsize string

Whether a pristine image wider than the requested breakpoint is allowed as a derivative image if it has the fewest bytes. This will not have an affect if transformations are present.

AllowedFormats []string

The graphics file formats allowed for browser specific results.

ForcedFormats []string

The forced extra formats for the imFormat query parameter, which requests a specific browser type. By default, Image and Video Manager detects the browser and returns the appropriate image.

PerceptualQuality string

Mutually exclusive with quality. The perceptual quality to use when comparing resulting images, which overrides the quality setting. Perceptual quality tunes each image format's quality parameter dynamically based on the human-perceived quality of the output image. This can result in better byte savings (as compared to using regular quality) as many images can be encoded at a much lower quality without compromising perception of the image. In addition, certain images may need to be encoded at a slightly higher quality in order to maintain human-perceived quality. Values are tiered high, mediumHigh, medium, mediumLow, or low.

PerceptualQualityFloor string

Only applies with perceptualQuality set. Sets a minimum image quality to respect when using perceptual quality. Perceptual quality will not reduce the quality below this value even if it determines the compressed image to be acceptably visually similar.

PerceptualQualityVar string

Mutually exclusive with quality. The perceptual quality to use when comparing resulting images, which overrides the quality setting. Perceptual quality tunes each image format's quality parameter dynamically based on the human-perceived quality of the output image. This can result in better byte savings (as compared to using regular quality) as many images can be encoded at a much lower quality without compromising perception of the image. In addition, certain images may need to be encoded at a slightly higher quality in order to maintain human-perceived quality. Values are tiered high, mediumHigh, medium, mediumLow, or low.

PreferModernFormats string

Whether derivative image formats should be selected with a preference for modern formats (such as WebP and Avif) instead the format that results in the fewest bytes.

Quality string

Mutually exclusive with perceptualQuality, used by default if neither is specified. The chosen quality of the output images. Using a quality value from 1-100 resembles JPEG quality across output formats.

QualityVar string

Mutually exclusive with perceptualQuality, used by default if neither is specified. The chosen quality of the output images. Using a quality value from 1-100 resembles JPEG quality across output formats.

adaptiveQuality String

Override the quality of image to serve when Image & Video Manager detects a slow connection. Specifying lower values lets users with slow connections browse your site with reduced load times without impacting the quality of images for users with faster connections.

allowPristineOnDownsize String

Whether a pristine image wider than the requested breakpoint is allowed as a derivative image if it has the fewest bytes. This will not have an affect if transformations are present.

allowedFormats List<String>

The graphics file formats allowed for browser specific results.

forcedFormats List<String>

The forced extra formats for the imFormat query parameter, which requests a specific browser type. By default, Image and Video Manager detects the browser and returns the appropriate image.

perceptualQuality String

Mutually exclusive with quality. The perceptual quality to use when comparing resulting images, which overrides the quality setting. Perceptual quality tunes each image format's quality parameter dynamically based on the human-perceived quality of the output image. This can result in better byte savings (as compared to using regular quality) as many images can be encoded at a much lower quality without compromising perception of the image. In addition, certain images may need to be encoded at a slightly higher quality in order to maintain human-perceived quality. Values are tiered high, mediumHigh, medium, mediumLow, or low.

perceptualQualityFloor String

Only applies with perceptualQuality set. Sets a minimum image quality to respect when using perceptual quality. Perceptual quality will not reduce the quality below this value even if it determines the compressed image to be acceptably visually similar.

perceptualQualityVar String

Mutually exclusive with quality. The perceptual quality to use when comparing resulting images, which overrides the quality setting. Perceptual quality tunes each image format's quality parameter dynamically based on the human-perceived quality of the output image. This can result in better byte savings (as compared to using regular quality) as many images can be encoded at a much lower quality without compromising perception of the image. In addition, certain images may need to be encoded at a slightly higher quality in order to maintain human-perceived quality. Values are tiered high, mediumHigh, medium, mediumLow, or low.

preferModernFormats String

Whether derivative image formats should be selected with a preference for modern formats (such as WebP and Avif) instead the format that results in the fewest bytes.

quality String

Mutually exclusive with perceptualQuality, used by default if neither is specified. The chosen quality of the output images. Using a quality value from 1-100 resembles JPEG quality across output formats.

qualityVar String

Mutually exclusive with perceptualQuality, used by default if neither is specified. The chosen quality of the output images. Using a quality value from 1-100 resembles JPEG quality across output formats.

adaptive_quality str

Override the quality of image to serve when Image & Video Manager detects a slow connection. Specifying lower values lets users with slow connections browse your site with reduced load times without impacting the quality of images for users with faster connections.

allow_pristine_on_downsize str

Whether a pristine image wider than the requested breakpoint is allowed as a derivative image if it has the fewest bytes. This will not have an affect if transformations are present.

allowed_formats Sequence[str]

The graphics file formats allowed for browser specific results.

forced_formats Sequence[str]

The forced extra formats for the imFormat query parameter, which requests a specific browser type. By default, Image and Video Manager detects the browser and returns the appropriate image.

perceptual_quality str

Mutually exclusive with quality. The perceptual quality to use when comparing resulting images, which overrides the quality setting. Perceptual quality tunes each image format's quality parameter dynamically based on the human-perceived quality of the output image. This can result in better byte savings (as compared to using regular quality) as many images can be encoded at a much lower quality without compromising perception of the image. In addition, certain images may need to be encoded at a slightly higher quality in order to maintain human-perceived quality. Values are tiered high, mediumHigh, medium, mediumLow, or low.

perceptual_quality_floor str

Only applies with perceptualQuality set. Sets a minimum image quality to respect when using perceptual quality. Perceptual quality will not reduce the quality below this value even if it determines the compressed image to be acceptably visually similar.

perceptual_quality_var str

Mutually exclusive with quality. The perceptual quality to use when comparing resulting images, which overrides the quality setting. Perceptual quality tunes each image format's quality parameter dynamically based on the human-perceived quality of the output image. This can result in better byte savings (as compared to using regular quality) as many images can be encoded at a much lower quality without compromising perception of the image. In addition, certain images may need to be encoded at a slightly higher quality in order to maintain human-perceived quality. Values are tiered high, mediumHigh, medium, mediumLow, or low.

prefer_modern_formats str

Whether derivative image formats should be selected with a preference for modern formats (such as WebP and Avif) instead the format that results in the fewest bytes.

quality str

Mutually exclusive with perceptualQuality, used by default if neither is specified. The chosen quality of the output images. Using a quality value from 1-100 resembles JPEG quality across output formats.

quality_var str

Mutually exclusive with perceptualQuality, used by default if neither is specified. The chosen quality of the output images. Using a quality value from 1-100 resembles JPEG quality across output formats.

adaptiveQuality String

Override the quality of image to serve when Image & Video Manager detects a slow connection. Specifying lower values lets users with slow connections browse your site with reduced load times without impacting the quality of images for users with faster connections.

allowPristineOnDownsize String

Whether a pristine image wider than the requested breakpoint is allowed as a derivative image if it has the fewest bytes. This will not have an affect if transformations are present.

allowedFormats List<String>

The graphics file formats allowed for browser specific results.

forcedFormats List<String>

The forced extra formats for the imFormat query parameter, which requests a specific browser type. By default, Image and Video Manager detects the browser and returns the appropriate image.

perceptualQuality String

Mutually exclusive with quality. The perceptual quality to use when comparing resulting images, which overrides the quality setting. Perceptual quality tunes each image format's quality parameter dynamically based on the human-perceived quality of the output image. This can result in better byte savings (as compared to using regular quality) as many images can be encoded at a much lower quality without compromising perception of the image. In addition, certain images may need to be encoded at a slightly higher quality in order to maintain human-perceived quality. Values are tiered high, mediumHigh, medium, mediumLow, or low.

perceptualQualityFloor String

Only applies with perceptualQuality set. Sets a minimum image quality to respect when using perceptual quality. Perceptual quality will not reduce the quality below this value even if it determines the compressed image to be acceptably visually similar.

perceptualQualityVar String

Mutually exclusive with quality. The perceptual quality to use when comparing resulting images, which overrides the quality setting. Perceptual quality tunes each image format's quality parameter dynamically based on the human-perceived quality of the output image. This can result in better byte savings (as compared to using regular quality) as many images can be encoded at a much lower quality without compromising perception of the image. In addition, certain images may need to be encoded at a slightly higher quality in order to maintain human-perceived quality. Values are tiered high, mediumHigh, medium, mediumLow, or low.

preferModernFormats String

Whether derivative image formats should be selected with a preference for modern formats (such as WebP and Avif) instead the format that results in the fewest bytes.

quality String

Mutually exclusive with perceptualQuality, used by default if neither is specified. The chosen quality of the output images. Using a quality value from 1-100 resembles JPEG quality across output formats.

qualityVar String

Mutually exclusive with perceptualQuality, used by default if neither is specified. The chosen quality of the output images. Using a quality value from 1-100 resembles JPEG quality across output formats.

BackgroundColors List<GetImagingPolicyImagePolicyPostBreakpointTransformationBackgroundColor>

Places a transparent image on a set background color. Color is specified in the typical CSS hexadecimal format.

Blurs List<GetImagingPolicyImagePolicyPostBreakpointTransformationBlur>

Applies a Gaussian blur to the image.

ChromaKeys List<GetImagingPolicyImagePolicyPostBreakpointTransformationChromaKey>

Changes any color in an image within the specified volume of the HSL colorspace to transparent or semitransparent. This transformation applies a 'green screen' technique commonly used to isolate and remove background colors.

Composites List<GetImagingPolicyImagePolicyPostBreakpointTransformationComposite>

Applies another image to the source image, either as an overlay or an underlay. The image that's underneath is visible in areas that are beyond the edges of the top image or that are less than 100% opaque. A common use of an overlay composite is to add a watermark.

Compounds List<GetImagingPolicyImagePolicyPostBreakpointTransformationCompound>

Contrasts List<GetImagingPolicyImagePolicyPostBreakpointTransformationContrast>

Adjusts both the contrast and brightness of an image.

Goops List<GetImagingPolicyImagePolicyPostBreakpointTransformationGoop>

Distorts an image by randomly repositioning a set of control points along a specified grid. The transformed image appears goopy. Adjust the density of the grid and the degree of randomity. You can use this transformation to create watermarks for use in security.

Grayscales List<GetImagingPolicyImagePolicyPostBreakpointTransformationGrayscale>

Restricts image color to shades of gray only.

Hsls List<GetImagingPolicyImagePolicyPostBreakpointTransformationHsl>

Adjusts the hue, saturation, and lightness (HSL) of an image. Hue is the number of degrees that colors rotate around the color wheel. Saturation is a multiplier to increase or decrease color saturation. Lightness is a multiplier to increase or decrease the lightness of an image. Other transformations can also affect color, such as Grayscale and MaxColors. If youre using more than one, consider the order to apply them for the desired results.

Hsvs List<GetImagingPolicyImagePolicyPostBreakpointTransformationHsv>

Identical to HSL except it replaces lightness with value. For example, if you reduce the lightness of a light green, almost white, image, the color turns a vibrant green. Reducing the value turns the image a darker color, close to grey. This happens because the original image color is very close to white.

IfDimensions List<GetImagingPolicyImagePolicyPostBreakpointTransformationIfDimension>

IfOrientations List<GetImagingPolicyImagePolicyPostBreakpointTransformationIfOrientation>

MaxColors List<GetImagingPolicyImagePolicyPostBreakpointTransformationMaxColor>

Set the maximum number of colors in the images palette. Reducing the number of colors in an image can help to reduce file size.

Mirrors List<GetImagingPolicyImagePolicyPostBreakpointTransformationMirror>

Flips an image horizontally, vertically, or both.

MonoHues List<GetImagingPolicyImagePolicyPostBreakpointTransformationMonoHue>

Allows you to set all hues in an image to a single specified hue of your choosing. Mono Hue maintains the original color’s lightness and saturation but sets the hue to that of the specified value. This has the effect of making the image shades of the specified hue.

Opacities List<GetImagingPolicyImagePolicyPostBreakpointTransformationOpacity>

Adjusts the level of transparency of an image. Use this transformation to make an image more or less transparent.

RemoveColors List<GetImagingPolicyImagePolicyPostBreakpointTransformationRemoveColor>

Removes a specified color from an image and replaces it with transparent pixels. This transformation is ideal for removing solid background colors from product images photographed on clean, consistent backgrounds without any shadows.

UnsharpMasks List<GetImagingPolicyImagePolicyPostBreakpointTransformationUnsharpMask>

Emphasizes edges and details in source images without distorting the colors. Although this effect is often referred to as sharpening an image, it actually creates a blurred, inverted copy of the image known as an unsharp mask. Image and Video Manager combines the unsharp mask with the source image to create an image perceived as clearer.

BackgroundColors []GetImagingPolicyImagePolicyPostBreakpointTransformationBackgroundColor

Places a transparent image on a set background color. Color is specified in the typical CSS hexadecimal format.

Blurs []GetImagingPolicyImagePolicyPostBreakpointTransformationBlur

Applies a Gaussian blur to the image.

ChromaKeys []GetImagingPolicyImagePolicyPostBreakpointTransformationChromaKey

Changes any color in an image within the specified volume of the HSL colorspace to transparent or semitransparent. This transformation applies a 'green screen' technique commonly used to isolate and remove background colors.

Composites []GetImagingPolicyImagePolicyPostBreakpointTransformationComposite

Applies another image to the source image, either as an overlay or an underlay. The image that's underneath is visible in areas that are beyond the edges of the top image or that are less than 100% opaque. A common use of an overlay composite is to add a watermark.

Compounds []GetImagingPolicyImagePolicyPostBreakpointTransformationCompound

Contrasts []GetImagingPolicyImagePolicyPostBreakpointTransformationContrast

Adjusts both the contrast and brightness of an image.

Goops []GetImagingPolicyImagePolicyPostBreakpointTransformationGoop

Distorts an image by randomly repositioning a set of control points along a specified grid. The transformed image appears goopy. Adjust the density of the grid and the degree of randomity. You can use this transformation to create watermarks for use in security.

Grayscales []GetImagingPolicyImagePolicyPostBreakpointTransformationGrayscale

Restricts image color to shades of gray only.

Hsls []GetImagingPolicyImagePolicyPostBreakpointTransformationHsl

Adjusts the hue, saturation, and lightness (HSL) of an image. Hue is the number of degrees that colors rotate around the color wheel. Saturation is a multiplier to increase or decrease color saturation. Lightness is a multiplier to increase or decrease the lightness of an image. Other transformations can also affect color, such as Grayscale and MaxColors. If youre using more than one, consider the order to apply them for the desired results.

Hsvs []GetImagingPolicyImagePolicyPostBreakpointTransformationHsv

Identical to HSL except it replaces lightness with value. For example, if you reduce the lightness of a light green, almost white, image, the color turns a vibrant green. Reducing the value turns the image a darker color, close to grey. This happens because the original image color is very close to white.

IfDimensions []GetImagingPolicyImagePolicyPostBreakpointTransformationIfDimension

IfOrientations []GetImagingPolicyImagePolicyPostBreakpointTransformationIfOrientation

MaxColors []GetImagingPolicyImagePolicyPostBreakpointTransformationMaxColor

Set the maximum number of colors in the images palette. Reducing the number of colors in an image can help to reduce file size.

Mirrors []GetImagingPolicyImagePolicyPostBreakpointTransformationMirror

Flips an image horizontally, vertically, or both.

MonoHues []GetImagingPolicyImagePolicyPostBreakpointTransformationMonoHue

Allows you to set all hues in an image to a single specified hue of your choosing. Mono Hue maintains the original color’s lightness and saturation but sets the hue to that of the specified value. This has the effect of making the image shades of the specified hue.

Opacities []GetImagingPolicyImagePolicyPostBreakpointTransformationOpacity

Adjusts the level of transparency of an image. Use this transformation to make an image more or less transparent.

RemoveColors []GetImagingPolicyImagePolicyPostBreakpointTransformationRemoveColor

Removes a specified color from an image and replaces it with transparent pixels. This transformation is ideal for removing solid background colors from product images photographed on clean, consistent backgrounds without any shadows.

UnsharpMasks []GetImagingPolicyImagePolicyPostBreakpointTransformationUnsharpMask

Emphasizes edges and details in source images without distorting the colors. Although this effect is often referred to as sharpening an image, it actually creates a blurred, inverted copy of the image known as an unsharp mask. Image and Video Manager combines the unsharp mask with the source image to create an image perceived as clearer.

backgroundColors List<GetImagingPolicyImagePolicyPostBreakpointTransformationBackgroundColor>

Places a transparent image on a set background color. Color is specified in the typical CSS hexadecimal format.

blurs List<GetImagingPolicyImagePolicyPostBreakpointTransformationBlur>

Applies a Gaussian blur to the image.

chromaKeys List<GetImagingPolicyImagePolicyPostBreakpointTransformationChromaKey>

Changes any color in an image within the specified volume of the HSL colorspace to transparent or semitransparent. This transformation applies a 'green screen' technique commonly used to isolate and remove background colors.

composites List<GetImagingPolicyImagePolicyPostBreakpointTransformationComposite>

Applies another image to the source image, either as an overlay or an underlay. The image that's underneath is visible in areas that are beyond the edges of the top image or that are less than 100% opaque. A common use of an overlay composite is to add a watermark.

compounds List<GetImagingPolicyImagePolicyPostBreakpointTransformationCompound>

contrasts List<GetImagingPolicyImagePolicyPostBreakpointTransformationContrast>

Adjusts both the contrast and brightness of an image.

goops List<GetImagingPolicyImagePolicyPostBreakpointTransformationGoop>

Distorts an image by randomly repositioning a set of control points along a specified grid. The transformed image appears goopy. Adjust the density of the grid and the degree of randomity. You can use this transformation to create watermarks for use in security.

grayscales List<GetImagingPolicyImagePolicyPostBreakpointTransformationGrayscale>

Restricts image color to shades of gray only.

hsls List<GetImagingPolicyImagePolicyPostBreakpointTransformationHsl>

Adjusts the hue, saturation, and lightness (HSL) of an image. Hue is the number of degrees that colors rotate around the color wheel. Saturation is a multiplier to increase or decrease color saturation. Lightness is a multiplier to increase or decrease the lightness of an image. Other transformations can also affect color, such as Grayscale and MaxColors. If youre using more than one, consider the order to apply them for the desired results.

hsvs List<GetImagingPolicyImagePolicyPostBreakpointTransformationHsv>

Identical to HSL except it replaces lightness with value. For example, if you reduce the lightness of a light green, almost white, image, the color turns a vibrant green. Reducing the value turns the image a darker color, close to grey. This happens because the original image color is very close to white.

ifDimensions List<GetImagingPolicyImagePolicyPostBreakpointTransformationIfDimension>

ifOrientations List<GetImagingPolicyImagePolicyPostBreakpointTransformationIfOrientation>

maxColors List<GetImagingPolicyImagePolicyPostBreakpointTransformationMaxColor>

Set the maximum number of colors in the images palette. Reducing the number of colors in an image can help to reduce file size.

mirrors List<GetImagingPolicyImagePolicyPostBreakpointTransformationMirror>

Flips an image horizontally, vertically, or both.

monoHues List<GetImagingPolicyImagePolicyPostBreakpointTransformationMonoHue>

Allows you to set all hues in an image to a single specified hue of your choosing. Mono Hue maintains the original color’s lightness and saturation but sets the hue to that of the specified value. This has the effect of making the image shades of the specified hue.

opacities List<GetImagingPolicyImagePolicyPostBreakpointTransformationOpacity>

Adjusts the level of transparency of an image. Use this transformation to make an image more or less transparent.

removeColors List<GetImagingPolicyImagePolicyPostBreakpointTransformationRemoveColor>

Removes a specified color from an image and replaces it with transparent pixels. This transformation is ideal for removing solid background colors from product images photographed on clean, consistent backgrounds without any shadows.

unsharpMasks List<GetImagingPolicyImagePolicyPostBreakpointTransformationUnsharpMask>

Emphasizes edges and details in source images without distorting the colors. Although this effect is often referred to as sharpening an image, it actually creates a blurred, inverted copy of the image known as an unsharp mask. Image and Video Manager combines the unsharp mask with the source image to create an image perceived as clearer.

background_colors Sequence[GetImagingPolicyImagePolicyPostBreakpointTransformationBackgroundColor]

Places a transparent image on a set background color. Color is specified in the typical CSS hexadecimal format.

blurs Sequence[GetImagingPolicyImagePolicyPostBreakpointTransformationBlur]

Applies a Gaussian blur to the image.

chroma_keys Sequence[GetImagingPolicyImagePolicyPostBreakpointTransformationChromaKey]

Changes any color in an image within the specified volume of the HSL colorspace to transparent or semitransparent. This transformation applies a 'green screen' technique commonly used to isolate and remove background colors.

composites Sequence[GetImagingPolicyImagePolicyPostBreakpointTransformationComposite]

Applies another image to the source image, either as an overlay or an underlay. The image that's underneath is visible in areas that are beyond the edges of the top image or that are less than 100% opaque. A common use of an overlay composite is to add a watermark.

compounds Sequence[GetImagingPolicyImagePolicyPostBreakpointTransformationCompound]

contrasts Sequence[GetImagingPolicyImagePolicyPostBreakpointTransformationContrast]

Adjusts both the contrast and brightness of an image.

goops Sequence[GetImagingPolicyImagePolicyPostBreakpointTransformationGoop]

Distorts an image by randomly repositioning a set of control points along a specified grid. The transformed image appears goopy. Adjust the density of the grid and the degree of randomity. You can use this transformation to create watermarks for use in security.

grayscales Sequence[GetImagingPolicyImagePolicyPostBreakpointTransformationGrayscale]

Restricts image color to shades of gray only.

hsls Sequence[GetImagingPolicyImagePolicyPostBreakpointTransformationHsl]

Adjusts the hue, saturation, and lightness (HSL) of an image. Hue is the number of degrees that colors rotate around the color wheel. Saturation is a multiplier to increase or decrease color saturation. Lightness is a multiplier to increase or decrease the lightness of an image. Other transformations can also affect color, such as Grayscale and MaxColors. If youre using more than one, consider the order to apply them for the desired results.

hsvs Sequence[GetImagingPolicyImagePolicyPostBreakpointTransformationHsv]

Identical to HSL except it replaces lightness with value. For example, if you reduce the lightness of a light green, almost white, image, the color turns a vibrant green. Reducing the value turns the image a darker color, close to grey. This happens because the original image color is very close to white.

if_dimensions Sequence[GetImagingPolicyImagePolicyPostBreakpointTransformationIfDimension]

if_orientations Sequence[GetImagingPolicyImagePolicyPostBreakpointTransformationIfOrientation]

max_colors Sequence[GetImagingPolicyImagePolicyPostBreakpointTransformationMaxColor]

Set the maximum number of colors in the images palette. Reducing the number of colors in an image can help to reduce file size.

mirrors Sequence[GetImagingPolicyImagePolicyPostBreakpointTransformationMirror]

Flips an image horizontally, vertically, or both.

mono_hues Sequence[GetImagingPolicyImagePolicyPostBreakpointTransformationMonoHue]

Allows you to set all hues in an image to a single specified hue of your choosing. Mono Hue maintains the original color’s lightness and saturation but sets the hue to that of the specified value. This has the effect of making the image shades of the specified hue.

opacities Sequence[GetImagingPolicyImagePolicyPostBreakpointTransformationOpacity]

Adjusts the level of transparency of an image. Use this transformation to make an image more or less transparent.

remove_colors Sequence[GetImagingPolicyImagePolicyPostBreakpointTransformationRemoveColor]

Removes a specified color from an image and replaces it with transparent pixels. This transformation is ideal for removing solid background colors from product images photographed on clean, consistent backgrounds without any shadows.

unsharp_masks Sequence[GetImagingPolicyImagePolicyPostBreakpointTransformationUnsharpMask]

Emphasizes edges and details in source images without distorting the colors. Although this effect is often referred to as sharpening an image, it actually creates a blurred, inverted copy of the image known as an unsharp mask. Image and Video Manager combines the unsharp mask with the source image to create an image perceived as clearer.

backgroundColors List<Property Map>

Places a transparent image on a set background color. Color is specified in the typical CSS hexadecimal format.

blurs List<Property Map>

Applies a Gaussian blur to the image.

chromaKeys List<Property Map>

Changes any color in an image within the specified volume of the HSL colorspace to transparent or semitransparent. This transformation applies a 'green screen' technique commonly used to isolate and remove background colors.

composites List<Property Map>

Applies another image to the source image, either as an overlay or an underlay. The image that's underneath is visible in areas that are beyond the edges of the top image or that are less than 100% opaque. A common use of an overlay composite is to add a watermark.

compounds List<Property Map>

contrasts List<Property Map>

Adjusts both the contrast and brightness of an image.

goops List<Property Map>

Distorts an image by randomly repositioning a set of control points along a specified grid. The transformed image appears goopy. Adjust the density of the grid and the degree of randomity. You can use this transformation to create watermarks for use in security.

grayscales List<Property Map>

Restricts image color to shades of gray only.

hsls List<Property Map>

Adjusts the hue, saturation, and lightness (HSL) of an image. Hue is the number of degrees that colors rotate around the color wheel. Saturation is a multiplier to increase or decrease color saturation. Lightness is a multiplier to increase or decrease the lightness of an image. Other transformations can also affect color, such as Grayscale and MaxColors. If youre using more than one, consider the order to apply them for the desired results.

hsvs List<Property Map>

Identical to HSL except it replaces lightness with value. For example, if you reduce the lightness of a light green, almost white, image, the color turns a vibrant green. Reducing the value turns the image a darker color, close to grey. This happens because the original image color is very close to white.

ifDimensions List<Property Map>

ifOrientations List<Property Map>

maxColors List<Property Map>

Set the maximum number of colors in the images palette. Reducing the number of colors in an image can help to reduce file size.

mirrors List<Property Map>

Flips an image horizontally, vertically, or both.

monoHues List<Property Map>

Allows you to set all hues in an image to a single specified hue of your choosing. Mono Hue maintains the original color’s lightness and saturation but sets the hue to that of the specified value. This has the effect of making the image shades of the specified hue.

opacities List<Property Map>

Adjusts the level of transparency of an image. Use this transformation to make an image more or less transparent.

removeColors List<Property Map>

Removes a specified color from an image and replaces it with transparent pixels. This transformation is ideal for removing solid background colors from product images photographed on clean, consistent backgrounds without any shadows.

unsharpMasks List<Property Map>

Emphasizes edges and details in source images without distorting the colors. Although this effect is often referred to as sharpening an image, it actually creates a blurred, inverted copy of the image known as an unsharp mask. Image and Video Manager combines the unsharp mask with the source image to create an image perceived as clearer.

Color string

The hexadecimal CSS color value for the background.

ColorVar string

The hexadecimal CSS color value for the background.

Color string

The hexadecimal CSS color value for the background.

ColorVar string

The hexadecimal CSS color value for the background.

color String

The hexadecimal CSS color value for the background.

colorVar String

The hexadecimal CSS color value for the background.

color str

The hexadecimal CSS color value for the background.

color_var str

The hexadecimal CSS color value for the background.

color String

The hexadecimal CSS color value for the background.

colorVar String

The hexadecimal CSS color value for the background.

Sigma string

The number of pixels to scatter the original pixel by to create the blur effect. Resulting images may be larger than the original as pixels at the edge of the image might scatter outside the image's original dimensions.

SigmaVar string

The number of pixels to scatter the original pixel by to create the blur effect. Resulting images may be larger than the original as pixels at the edge of the image might scatter outside the image's original dimensions.

Sigma string

The number of pixels to scatter the original pixel by to create the blur effect. Resulting images may be larger than the original as pixels at the edge of the image might scatter outside the image's original dimensions.

SigmaVar string

The number of pixels to scatter the original pixel by to create the blur effect. Resulting images may be larger than the original as pixels at the edge of the image might scatter outside the image's original dimensions.

sigma String

The number of pixels to scatter the original pixel by to create the blur effect. Resulting images may be larger than the original as pixels at the edge of the image might scatter outside the image's original dimensions.

sigmaVar String

The number of pixels to scatter the original pixel by to create the blur effect. Resulting images may be larger than the original as pixels at the edge of the image might scatter outside the image's original dimensions.

sigma str

The number of pixels to scatter the original pixel by to create the blur effect. Resulting images may be larger than the original as pixels at the edge of the image might scatter outside the image's original dimensions.

sigma_var str

The number of pixels to scatter the original pixel by to create the blur effect. Resulting images may be larger than the original as pixels at the edge of the image might scatter outside the image's original dimensions.

sigma String

The number of pixels to scatter the original pixel by to create the blur effect. Resulting images may be larger than the original as pixels at the edge of the image might scatter outside the image's original dimensions.

sigmaVar String

The number of pixels to scatter the original pixel by to create the blur effect. Resulting images may be larger than the original as pixels at the edge of the image might scatter outside the image's original dimensions.

Hue string

The hue to remove. Enter the degree of rotation between 0 and 360 degrees around the color wheel. By default Chroma Key removes a green hue, 120° on the color wheel.

HueFeather string

How much additional hue to make semi-transparent beyond the Hue Tolerance. By default Hue Feather is 0.083 which applies semi-transparency to hues 30° around the Hue Tolerance.

HueFeatherVar string

How much additional hue to make semi-transparent beyond the Hue Tolerance. By default Hue Feather is 0.083 which applies semi-transparency to hues 30° around the Hue Tolerance.

HueTolerance string

How close a color's hue needs to be to the selected hue for it to be changed to fully transparent. If you enter the maximum value of 1.0 the entire image is made transparent. By default Hue Tolerance is approximately 0.083 or 8.3% of the color wheel. This value corresponds to 30° around the specified hue.

HueToleranceVar string

How close a color's hue needs to be to the selected hue for it to be changed to fully transparent. If you enter the maximum value of 1.0 the entire image is made transparent. By default Hue Tolerance is approximately 0.083 or 8.3% of the color wheel. This value corresponds to 30° around the specified hue.

HueVar string

The hue to remove. Enter the degree of rotation between 0 and 360 degrees around the color wheel. By default Chroma Key removes a green hue, 120° on the color wheel.

LightnessFeather string

How much additional lightness to make semi-transparent beyond the Lightness Tolerance. The default value of 0.1 corresponds to 10% away from the tolerated lightness towards full black or full white.

LightnessFeatherVar string

How much additional lightness to make semi-transparent beyond the Lightness Tolerance. The default value of 0.1 corresponds to 10% away from the tolerated lightness towards full black or full white.

LightnessTolerance string

How much of the lightest part and darkest part of a color to preserve. For example, you can space this value out from the middle (i.e. 0.5 lightness or full color) to help preserve the splash lighting impact in the image. You can define how close the color needs to be to the full color to remove it from your image. The default value of 0.75 means that a colour must be within 75% of the full color to full white or full black for full removal.

LightnessToleranceVar string

How much of the lightest part and darkest part of a color to preserve. For example, you can space this value out from the middle (i.e. 0.5 lightness or full color) to help preserve the splash lighting impact in the image. You can define how close the color needs to be to the full color to remove it from your image. The default value of 0.75 means that a colour must be within 75% of the full color to full white or full black for full removal.

SaturationFeather string

How much additional saturation to make semi-transparent beyond the Saturation Tolerance. By default Saturation Feather is 0.1 which applies semi-transparency to hues 10% below the saturationTolerance.

SaturationFeatherVar string

How much additional saturation to make semi-transparent beyond the Saturation Tolerance. By default Saturation Feather is 0.1 which applies semi-transparency to hues 10% below the saturationTolerance.

SaturationTolerance string

How close a color's saturation needs to be to full saturation for it to be changed to fully transparent. For example, you can define how green the color needs to be to remove it from your image. The default value of 0.75 means that a color must be within 75% of full saturation in order to be made fully transparent.

SaturationToleranceVar string

How close a color's saturation needs to be to full saturation for it to be changed to fully transparent. For example, you can define how green the color needs to be to remove it from your image. The default value of 0.75 means that a color must be within 75% of full saturation in order to be made fully transparent.

Hue string

The hue to remove. Enter the degree of rotation between 0 and 360 degrees around the color wheel. By default Chroma Key removes a green hue, 120° on the color wheel.

HueFeather string

How much additional hue to make semi-transparent beyond the Hue Tolerance. By default Hue Feather is 0.083 which applies semi-transparency to hues 30° around the Hue Tolerance.

HueFeatherVar string

How much additional hue to make semi-transparent beyond the Hue Tolerance. By default Hue Feather is 0.083 which applies semi-transparency to hues 30° around the Hue Tolerance.

HueTolerance string

How close a color's hue needs to be to the selected hue for it to be changed to fully transparent. If you enter the maximum value of 1.0 the entire image is made transparent. By default Hue Tolerance is approximately 0.083 or 8.3% of the color wheel. This value corresponds to 30° around the specified hue.

HueToleranceVar string

How close a color's hue needs to be to the selected hue for it to be changed to fully transparent. If you enter the maximum value of 1.0 the entire image is made transparent. By default Hue Tolerance is approximately 0.083 or 8.3% of the color wheel. This value corresponds to 30° around the specified hue.

HueVar string

The hue to remove. Enter the degree of rotation between 0 and 360 degrees around the color wheel. By default Chroma Key removes a green hue, 120° on the color wheel.

LightnessFeather string

How much additional lightness to make semi-transparent beyond the Lightness Tolerance. The default value of 0.1 corresponds to 10% away from the tolerated lightness towards full black or full white.

LightnessFeatherVar string

How much additional lightness to make semi-transparent beyond the Lightness Tolerance. The default value of 0.1 corresponds to 10% away from the tolerated lightness towards full black or full white.

LightnessTolerance string

How much of the lightest part and darkest part of a color to preserve. For example, you can space this value out from the middle (i.e. 0.5 lightness or full color) to help preserve the splash lighting impact in the image. You can define how close the color needs to be to the full color to remove it from your image. The default value of 0.75 means that a colour must be within 75% of the full color to full white or full black for full removal.

LightnessToleranceVar string

How much of the lightest part and darkest part of a color to preserve. For example, you can space this value out from the middle (i.e. 0.5 lightness or full color) to help preserve the splash lighting impact in the image. You can define how close the color needs to be to the full color to remove it from your image. The default value of 0.75 means that a colour must be within 75% of the full color to full white or full black for full removal.

SaturationFeather string

How much additional saturation to make semi-transparent beyond the Saturation Tolerance. By default Saturation Feather is 0.1 which applies semi-transparency to hues 10% below the saturationTolerance.

SaturationFeatherVar string

How much additional saturation to make semi-transparent beyond the Saturation Tolerance. By default Saturation Feather is 0.1 which applies semi-transparency to hues 10% below the saturationTolerance.

SaturationTolerance string

How close a color's saturation needs to be to full saturation for it to be changed to fully transparent. For example, you can define how green the color needs to be to remove it from your image. The default value of 0.75 means that a color must be within 75% of full saturation in order to be made fully transparent.

SaturationToleranceVar string

How close a color's saturation needs to be to full saturation for it to be changed to fully transparent. For example, you can define how green the color needs to be to remove it from your image. The default value of 0.75 means that a color must be within 75% of full saturation in order to be made fully transparent.

hue String

The hue to remove. Enter the degree of rotation between 0 and 360 degrees around the color wheel. By default Chroma Key removes a green hue, 120° on the color wheel.

hueFeather String

How much additional hue to make semi-transparent beyond the Hue Tolerance. By default Hue Feather is 0.083 which applies semi-transparency to hues 30° around the Hue Tolerance.

hueFeatherVar String

How much additional hue to make semi-transparent beyond the Hue Tolerance. By default Hue Feather is 0.083 which applies semi-transparency to hues 30° around the Hue Tolerance.

hueTolerance String

How close a color's hue needs to be to the selected hue for it to be changed to fully transparent. If you enter the maximum value of 1.0 the entire image is made transparent. By default Hue Tolerance is approximately 0.083 or 8.3% of the color wheel. This value corresponds to 30° around the specified hue.

hueToleranceVar String

How close a color's hue needs to be to the selected hue for it to be changed to fully transparent. If you enter the maximum value of 1.0 the entire image is made transparent. By default Hue Tolerance is approximately 0.083 or 8.3% of the color wheel. This value corresponds to 30° around the specified hue.

hueVar String

The hue to remove. Enter the degree of rotation between 0 and 360 degrees around the color wheel. By default Chroma Key removes a green hue, 120° on the color wheel.

lightnessFeather String

How much additional lightness to make semi-transparent beyond the Lightness Tolerance. The default value of 0.1 corresponds to 10% away from the tolerated lightness towards full black or full white.

lightnessFeatherVar String

How much additional lightness to make semi-transparent beyond the Lightness Tolerance. The default value of 0.1 corresponds to 10% away from the tolerated lightness towards full black or full white.

lightnessTolerance String

How much of the lightest part and darkest part of a color to preserve. For example, you can space this value out from the middle (i.e. 0.5 lightness or full color) to help preserve the splash lighting impact in the image. You can define how close the color needs to be to the full color to remove it from your image. The default value of 0.75 means that a colour must be within 75% of the full color to full white or full black for full removal.

lightnessToleranceVar String

How much of the lightest part and darkest part of a color to preserve. For example, you can space this value out from the middle (i.e. 0.5 lightness or full color) to help preserve the splash lighting impact in the image. You can define how close the color needs to be to the full color to remove it from your image. The default value of 0.75 means that a colour must be within 75% of the full color to full white or full black for full removal.

saturationFeather String

How much additional saturation to make semi-transparent beyond the Saturation Tolerance. By default Saturation Feather is 0.1 which applies semi-transparency to hues 10% below the saturationTolerance.

saturationFeatherVar String

How much additional saturation to make semi-transparent beyond the Saturation Tolerance. By default Saturation Feather is 0.1 which applies semi-transparency to hues 10% below the saturationTolerance.

saturationTolerance String

How close a color's saturation needs to be to full saturation for it to be changed to fully transparent. For example, you can define how green the color needs to be to remove it from your image. The default value of 0.75 means that a color must be within 75% of full saturation in order to be made fully transparent.

saturationToleranceVar String

How close a color's saturation needs to be to full saturation for it to be changed to fully transparent. For example, you can define how green the color needs to be to remove it from your image. The default value of 0.75 means that a color must be within 75% of full saturation in order to be made fully transparent.

hue str

The hue to remove. Enter the degree of rotation between 0 and 360 degrees around the color wheel. By default Chroma Key removes a green hue, 120° on the color wheel.

hue_feather str

How much additional hue to make semi-transparent beyond the Hue Tolerance. By default Hue Feather is 0.083 which applies semi-transparency to hues 30° around the Hue Tolerance.

hue_feather_var str

How much additional hue to make semi-transparent beyond the Hue Tolerance. By default Hue Feather is 0.083 which applies semi-transparency to hues 30° around the Hue Tolerance.

hue_tolerance str

How close a color's hue needs to be to the selected hue for it to be changed to fully transparent. If you enter the maximum value of 1.0 the entire image is made transparent. By default Hue Tolerance is approximately 0.083 or 8.3% of the color wheel. This value corresponds to 30° around the specified hue.

hue_tolerance_var str

How close a color's hue needs to be to the selected hue for it to be changed to fully transparent. If you enter the maximum value of 1.0 the entire image is made transparent. By default Hue Tolerance is approximately 0.083 or 8.3% of the color wheel. This value corresponds to 30° around the specified hue.

hue_var str

The hue to remove. Enter the degree of rotation between 0 and 360 degrees around the color wheel. By default Chroma Key removes a green hue, 120° on the color wheel.

lightness_feather str

How much additional lightness to make semi-transparent beyond the Lightness Tolerance. The default value of 0.1 corresponds to 10% away from the tolerated lightness towards full black or full white.

lightness_feather_var str

How much additional lightness to make semi-transparent beyond the Lightness Tolerance. The default value of 0.1 corresponds to 10% away from the tolerated lightness towards full black or full white.

lightness_tolerance str

How much of the lightest part and darkest part of a color to preserve. For example, you can space this value out from the middle (i.e. 0.5 lightness or full color) to help preserve the splash lighting impact in the image. You can define how close the color needs to be to the full color to remove it from your image. The default value of 0.75 means that a colour must be within 75% of the full color to full white or full black for full removal.

lightness_tolerance_var str

How much of the lightest part and darkest part of a color to preserve. For example, you can space this value out from the middle (i.e. 0.5 lightness or full color) to help preserve the splash lighting impact in the image. You can define how close the color needs to be to the full color to remove it from your image. The default value of 0.75 means that a colour must be within 75% of the full color to full white or full black for full removal.

saturation_feather str

How much additional saturation to make semi-transparent beyond the Saturation Tolerance. By default Saturation Feather is 0.1 which applies semi-transparency to hues 10% below the saturationTolerance.

saturation_feather_var str

How much additional saturation to make semi-transparent beyond the Saturation Tolerance. By default Saturation Feather is 0.1 which applies semi-transparency to hues 10% below the saturationTolerance.

saturation_tolerance str

How close a color's saturation needs to be to full saturation for it to be changed to fully transparent. For example, you can define how green the color needs to be to remove it from your image. The default value of 0.75 means that a color must be within 75% of full saturation in order to be made fully transparent.

saturation_tolerance_var str

How close a color's saturation needs to be to full saturation for it to be changed to fully transparent. For example, you can define how green the color needs to be to remove it from your image. The default value of 0.75 means that a color must be within 75% of full saturation in order to be made fully transparent.

hue String

The hue to remove. Enter the degree of rotation between 0 and 360 degrees around the color wheel. By default Chroma Key removes a green hue, 120° on the color wheel.

hueFeather String

How much additional hue to make semi-transparent beyond the Hue Tolerance. By default Hue Feather is 0.083 which applies semi-transparency to hues 30° around the Hue Tolerance.

hueFeatherVar String

How much additional hue to make semi-transparent beyond the Hue Tolerance. By default Hue Feather is 0.083 which applies semi-transparency to hues 30° around the Hue Tolerance.

hueTolerance String

How close a color's hue needs to be to the selected hue for it to be changed to fully transparent. If you enter the maximum value of 1.0 the entire image is made transparent. By default Hue Tolerance is approximately 0.083 or 8.3% of the color wheel. This value corresponds to 30° around the specified hue.

hueToleranceVar String

How close a color's hue needs to be to the selected hue for it to be changed to fully transparent. If you enter the maximum value of 1.0 the entire image is made transparent. By default Hue Tolerance is approximately 0.083 or 8.3% of the color wheel. This value corresponds to 30° around the specified hue.

hueVar String

The hue to remove. Enter the degree of rotation between 0 and 360 degrees around the color wheel. By default Chroma Key removes a green hue, 120° on the color wheel.

lightnessFeather String

How much additional lightness to make semi-transparent beyond the Lightness Tolerance. The default value of 0.1 corresponds to 10% away from the tolerated lightness towards full black or full white.

lightnessFeatherVar String

How much additional lightness to make semi-transparent beyond the Lightness Tolerance. The default value of 0.1 corresponds to 10% away from the tolerated lightness towards full black or full white.

lightnessTolerance String

How much of the lightest part and darkest part of a color to preserve. For example, you can space this value out from the middle (i.e. 0.5 lightness or full color) to help preserve the splash lighting impact in the image. You can define how close the color needs to be to the full color to remove it from your image. The default value of 0.75 means that a colour must be within 75% of the full color to full white or full black for full removal.

lightnessToleranceVar String

How much of the lightest part and darkest part of a color to preserve. For example, you can space this value out from the middle (i.e. 0.5 lightness or full color) to help preserve the splash lighting impact in the image. You can define how close the color needs to be to the full color to remove it from your image. The default value of 0.75 means that a colour must be within 75% of the full color to full white or full black for full removal.

saturationFeather String

How much additional saturation to make semi-transparent beyond the Saturation Tolerance. By default Saturation Feather is 0.1 which applies semi-transparency to hues 10% below the saturationTolerance.

saturationFeatherVar String

How much additional saturation to make semi-transparent beyond the Saturation Tolerance. By default Saturation Feather is 0.1 which applies semi-transparency to hues 10% below the saturationTolerance.

saturationTolerance String

How close a color's saturation needs to be to full saturation for it to be changed to fully transparent. For example, you can define how green the color needs to be to remove it from your image. The default value of 0.75 means that a color must be within 75% of full saturation in order to be made fully transparent.

saturationToleranceVar String

How close a color's saturation needs to be to full saturation for it to be changed to fully transparent. For example, you can define how green the color needs to be to remove it from your image. The default value of 0.75 means that a color must be within 75% of full saturation in order to be made fully transparent.

Image This property is required. GetImagingPolicyImagePolicyPostBreakpointTransformationCompositeImage

Gravity string

Compass direction indicating the corner or edge of the base image to place the applied image. Use Horizontal and Vertical Offset to adjust the applied image's gravity position

GravityVar string

Compass direction indicating the corner or edge of the base image to place the applied image. Use Horizontal and Vertical Offset to adjust the applied image's gravity position

Placement string

Place applied image on top of or underneath the base image. Watermarks are usually applied over. Backgrounds are usually applied under.

PlacementVar string

Place applied image on top of or underneath the base image. Watermarks are usually applied over. Backgrounds are usually applied under.

Scale string

A multiplier to resize the applied image relative to the source image and preserve aspect ratio, 1 by default. Set the scaleDimension to calculate the scale from the source image's width or height.

ScaleDimension string

The dimension, either width or height, of the source image to scale.

ScaleDimensionVar string

The dimension, either width or height, of the source image to scale.

ScaleVar string

A multiplier to resize the applied image relative to the source image and preserve aspect ratio, 1 by default. Set the scaleDimension to calculate the scale from the source image's width or height.

XPosition string

The x-axis position of the image to apply.

XPositionVar string

The x-axis position of the image to apply.

YPosition string

The y-axis position of the image to apply.

YPositionVar string

The y-axis position of the image to apply.

Image This property is required. GetImagingPolicyImagePolicyPostBreakpointTransformationCompositeImage

Gravity string

Compass direction indicating the corner or edge of the base image to place the applied image. Use Horizontal and Vertical Offset to adjust the applied image's gravity position

GravityVar string

Compass direction indicating the corner or edge of the base image to place the applied image. Use Horizontal and Vertical Offset to adjust the applied image's gravity position

Placement string

Place applied image on top of or underneath the base image. Watermarks are usually applied over. Backgrounds are usually applied under.

PlacementVar string

Place applied image on top of or underneath the base image. Watermarks are usually applied over. Backgrounds are usually applied under.

Scale string

A multiplier to resize the applied image relative to the source image and preserve aspect ratio, 1 by default. Set the scaleDimension to calculate the scale from the source image's width or height.

ScaleDimension string

The dimension, either width or height, of the source image to scale.

ScaleDimensionVar string

The dimension, either width or height, of the source image to scale.

ScaleVar string

A multiplier to resize the applied image relative to the source image and preserve aspect ratio, 1 by default. Set the scaleDimension to calculate the scale from the source image's width or height.

XPosition string

The x-axis position of the image to apply.

XPositionVar string

The x-axis position of the image to apply.

YPosition string

The y-axis position of the image to apply.

YPositionVar string

The y-axis position of the image to apply.

image This property is required. GetImagingPolicyImagePolicyPostBreakpointTransformationCompositeImage

gravity String

Compass direction indicating the corner or edge of the base image to place the applied image. Use Horizontal and Vertical Offset to adjust the applied image's gravity position

gravityVar String

Compass direction indicating the corner or edge of the base image to place the applied image. Use Horizontal and Vertical Offset to adjust the applied image's gravity position

placement String

Place applied image on top of or underneath the base image. Watermarks are usually applied over. Backgrounds are usually applied under.

placementVar String

Place applied image on top of or underneath the base image. Watermarks are usually applied over. Backgrounds are usually applied under.

scale String

A multiplier to resize the applied image relative to the source image and preserve aspect ratio, 1 by default. Set the scaleDimension to calculate the scale from the source image's width or height.

scaleDimension String

The dimension, either width or height, of the source image to scale.

scaleDimensionVar String

The dimension, either width or height, of the source image to scale.

scaleVar String

A multiplier to resize the applied image relative to the source image and preserve aspect ratio, 1 by default. Set the scaleDimension to calculate the scale from the source image's width or height.

xPosition String

The x-axis position of the image to apply.

xPositionVar String

The x-axis position of the image to apply.

yPosition String

The y-axis position of the image to apply.

yPositionVar String

The y-axis position of the image to apply.

image This property is required. GetImagingPolicyImagePolicyPostBreakpointTransformationCompositeImage

gravity str

Compass direction indicating the corner or edge of the base image to place the applied image. Use Horizontal and Vertical Offset to adjust the applied image's gravity position

gravity_var str

Compass direction indicating the corner or edge of the base image to place the applied image. Use Horizontal and Vertical Offset to adjust the applied image's gravity position

placement str

Place applied image on top of or underneath the base image. Watermarks are usually applied over. Backgrounds are usually applied under.

placement_var str

Place applied image on top of or underneath the base image. Watermarks are usually applied over. Backgrounds are usually applied under.

scale str

A multiplier to resize the applied image relative to the source image and preserve aspect ratio, 1 by default. Set the scaleDimension to calculate the scale from the source image's width or height.

scale_dimension str

The dimension, either width or height, of the source image to scale.

scale_dimension_var str

The dimension, either width or height, of the source image to scale.

scale_var str

A multiplier to resize the applied image relative to the source image and preserve aspect ratio, 1 by default. Set the scaleDimension to calculate the scale from the source image's width or height.

x_position str

The x-axis position of the image to apply.

x_position_var str

The x-axis position of the image to apply.

y_position str

The y-axis position of the image to apply.

y_position_var str

The y-axis position of the image to apply.

image This property is required. Property Map

gravity String

Compass direction indicating the corner or edge of the base image to place the applied image. Use Horizontal and Vertical Offset to adjust the applied image's gravity position

gravityVar String

Compass direction indicating the corner or edge of the base image to place the applied image. Use Horizontal and Vertical Offset to adjust the applied image's gravity position

placement String

Place applied image on top of or underneath the base image. Watermarks are usually applied over. Backgrounds are usually applied under.

placementVar String

Place applied image on top of or underneath the base image. Watermarks are usually applied over. Backgrounds are usually applied under.

scale String

A multiplier to resize the applied image relative to the source image and preserve aspect ratio, 1 by default. Set the scaleDimension to calculate the scale from the source image's width or height.

scaleDimension String

The dimension, either width or height, of the source image to scale.

scaleDimensionVar String

The dimension, either width or height, of the source image to scale.

scaleVar String

A multiplier to resize the applied image relative to the source image and preserve aspect ratio, 1 by default. Set the scaleDimension to calculate the scale from the source image's width or height.

xPosition String

The x-axis position of the image to apply.

xPositionVar String

The x-axis position of the image to apply.

yPosition String

The y-axis position of the image to apply.

yPositionVar String

The y-axis position of the image to apply.

BoxImages List<GetImagingPolicyImagePolicyPostBreakpointTransformationCompositeImageBoxImage>

A rectangular box, with a specified color and applied transformation.

CircleImages List<GetImagingPolicyImagePolicyPostBreakpointTransformationCompositeImageCircleImage>

A rectangular box, with a specified color and applied transformation.

TextImages List<GetImagingPolicyImagePolicyPostBreakpointTransformationCompositeImageTextImage>

A snippet of text. Defines font family and size, fill color, and outline stroke width and color.

UrlImages List<GetImagingPolicyImagePolicyPostBreakpointTransformationCompositeImageUrlImage>

An image loaded from a URL.

BoxImages []GetImagingPolicyImagePolicyPostBreakpointTransformationCompositeImageBoxImage

A rectangular box, with a specified color and applied transformation.

CircleImages []GetImagingPolicyImagePolicyPostBreakpointTransformationCompositeImageCircleImage

A rectangular box, with a specified color and applied transformation.

TextImages []GetImagingPolicyImagePolicyPostBreakpointTransformationCompositeImageTextImage

A snippet of text. Defines font family and size, fill color, and outline stroke width and color.

UrlImages []GetImagingPolicyImagePolicyPostBreakpointTransformationCompositeImageUrlImage

An image loaded from a URL.

boxImages List<GetImagingPolicyImagePolicyPostBreakpointTransformationCompositeImageBoxImage>

A rectangular box, with a specified color and applied transformation.

circleImages List<GetImagingPolicyImagePolicyPostBreakpointTransformationCompositeImageCircleImage>

A rectangular box, with a specified color and applied transformation.

textImages List<GetImagingPolicyImagePolicyPostBreakpointTransformationCompositeImageTextImage>

A snippet of text. Defines font family and size, fill color, and outline stroke width and color.

urlImages List<GetImagingPolicyImagePolicyPostBreakpointTransformationCompositeImageUrlImage>

An image loaded from a URL.

box_images Sequence[GetImagingPolicyImagePolicyPostBreakpointTransformationCompositeImageBoxImage]

A rectangular box, with a specified color and applied transformation.

circle_images Sequence[GetImagingPolicyImagePolicyPostBreakpointTransformationCompositeImageCircleImage]

A rectangular box, with a specified color and applied transformation.

text_images Sequence[GetImagingPolicyImagePolicyPostBreakpointTransformationCompositeImageTextImage]

A snippet of text. Defines font family and size, fill color, and outline stroke width and color.

url_images Sequence[GetImagingPolicyImagePolicyPostBreakpointTransformationCompositeImageUrlImage]

An image loaded from a URL.

boxImages List<Property Map>

A rectangular box, with a specified color and applied transformation.

circleImages List<Property Map>

A rectangular box, with a specified color and applied transformation.

textImages List<Property Map>

A snippet of text. Defines font family and size, fill color, and outline stroke width and color.

urlImages List<Property Map>

An image loaded from a URL.

Color string

The fill color of the box, not the edge of the box. The API supports hexadecimal representation and CSS hexadecimal color values.

ColorVar string

The fill color of the box, not the edge of the box. The API supports hexadecimal representation and CSS hexadecimal color values.

Height string

The height of the box in pixels.

HeightVar string

The height of the box in pixels.

Transformation GetImagingPolicyImagePolicyPostBreakpointTransformation

Width string

The width of the box in pixels.

WidthVar string

The width of the box in pixels.

Color string

The fill color of the box, not the edge of the box. The API supports hexadecimal representation and CSS hexadecimal color values.

ColorVar string

The fill color of the box, not the edge of the box. The API supports hexadecimal representation and CSS hexadecimal color values.

Height string

The height of the box in pixels.

HeightVar string

The height of the box in pixels.

Transformation GetImagingPolicyImagePolicyPostBreakpointTransformation

Width string

The width of the box in pixels.

WidthVar string

The width of the box in pixels.

color String

The fill color of the box, not the edge of the box. The API supports hexadecimal representation and CSS hexadecimal color values.

colorVar String

The fill color of the box, not the edge of the box. The API supports hexadecimal representation and CSS hexadecimal color values.

height String

The height of the box in pixels.

heightVar String

The height of the box in pixels.

transformation GetImagingPolicyImagePolicyPostBreakpointTransformation

width String

The width of the box in pixels.

widthVar String

The width of the box in pixels.

color str

The fill color of the box, not the edge of the box. The API supports hexadecimal representation and CSS hexadecimal color values.

color_var str

The fill color of the box, not the edge of the box. The API supports hexadecimal representation and CSS hexadecimal color values.

height str

The height of the box in pixels.

height_var str

The height of the box in pixels.

transformation GetImagingPolicyImagePolicyPostBreakpointTransformation

width str

The width of the box in pixels.

width_var str

The width of the box in pixels.

color String

The fill color of the box, not the edge of the box. The API supports hexadecimal representation and CSS hexadecimal color values.

colorVar String

The fill color of the box, not the edge of the box. The API supports hexadecimal representation and CSS hexadecimal color values.

height String

The height of the box in pixels.

heightVar String

The height of the box in pixels.

transformation Property Map

width String

The width of the box in pixels.

widthVar String

The width of the box in pixels.

Color string

The fill color of the circle. The API supports hexadecimal representation and CSS hexadecimal color values.

ColorVar string

The fill color of the circle. The API supports hexadecimal representation and CSS hexadecimal color values.

Diameter string

The diameter of the circle. The diameter will be the width and the height of the image in pixels.

DiameterVar string

The diameter of the circle. The diameter will be the width and the height of the image in pixels.

Transformation GetImagingPolicyImagePolicyPostBreakpointTransformation

Width string

The width of the box in pixels.

WidthVar string

The width of the box in pixels.

Color string

The fill color of the circle. The API supports hexadecimal representation and CSS hexadecimal color values.

ColorVar string

The fill color of the circle. The API supports hexadecimal representation and CSS hexadecimal color values.

Diameter string

The diameter of the circle. The diameter will be the width and the height of the image in pixels.

DiameterVar string

The diameter of the circle. The diameter will be the width and the height of the image in pixels.

Transformation GetImagingPolicyImagePolicyPostBreakpointTransformation

Width string

The width of the box in pixels.

WidthVar string

The width of the box in pixels.

color String

The fill color of the circle. The API supports hexadecimal representation and CSS hexadecimal color values.

colorVar String

The fill color of the circle. The API supports hexadecimal representation and CSS hexadecimal color values.

diameter String

The diameter of the circle. The diameter will be the width and the height of the image in pixels.

diameterVar String

The diameter of the circle. The diameter will be the width and the height of the image in pixels.

transformation GetImagingPolicyImagePolicyPostBreakpointTransformation

width String

The width of the box in pixels.

widthVar String

The width of the box in pixels.

color str

The fill color of the circle. The API supports hexadecimal representation and CSS hexadecimal color values.

color_var str

The fill color of the circle. The API supports hexadecimal representation and CSS hexadecimal color values.

diameter str

The diameter of the circle. The diameter will be the width and the height of the image in pixels.

diameter_var str

The diameter of the circle. The diameter will be the width and the height of the image in pixels.

transformation GetImagingPolicyImagePolicyPostBreakpointTransformation

width str

The width of the box in pixels.

width_var str

The width of the box in pixels.

color String

The fill color of the circle. The API supports hexadecimal representation and CSS hexadecimal color values.

colorVar String

The fill color of the circle. The API supports hexadecimal representation and CSS hexadecimal color values.

diameter String

The diameter of the circle. The diameter will be the width and the height of the image in pixels.

diameterVar String

The diameter of the circle. The diameter will be the width and the height of the image in pixels.

transformation Property Map

width String

The width of the box in pixels.

widthVar String

The width of the box in pixels.

Fill string

The main fill color of the text.

FillVar string

The main fill color of the text.

Size string

The size in pixels to render the text.

SizeVar string

The size in pixels to render the text.

Stroke string

The color for the outline of the text.

StrokeSize string

The thickness in points for the outline of the text.

StrokeSizeVar string

The thickness in points for the outline of the text.

StrokeVar string

The color for the outline of the text.

Text string

The line of text to render.

TextVar string

The line of text to render.

Transformation GetImagingPolicyImagePolicyPostBreakpointTransformation

Typeface string

The font family to apply to the text image. This may be a URL to a TrueType or WOFF (v1) typeface, or a string that refers to one of the standard built-in browser fonts.

TypefaceVar string

The font family to apply to the text image. This may be a URL to a TrueType or WOFF (v1) typeface, or a string that refers to one of the standard built-in browser fonts.

Fill string

The main fill color of the text.

FillVar string

The main fill color of the text.

Size string

The size in pixels to render the text.

SizeVar string

The size in pixels to render the text.

Stroke string

The color for the outline of the text.

StrokeSize string

The thickness in points for the outline of the text.

StrokeSizeVar string

The thickness in points for the outline of the text.

StrokeVar string

The color for the outline of the text.

Text string

The line of text to render.

TextVar string

The line of text to render.

Transformation GetImagingPolicyImagePolicyPostBreakpointTransformation

Typeface string

The font family to apply to the text image. This may be a URL to a TrueType or WOFF (v1) typeface, or a string that refers to one of the standard built-in browser fonts.

TypefaceVar string

The font family to apply to the text image. This may be a URL to a TrueType or WOFF (v1) typeface, or a string that refers to one of the standard built-in browser fonts.

fill String

The main fill color of the text.

fillVar String

The main fill color of the text.

size String

The size in pixels to render the text.

sizeVar String

The size in pixels to render the text.

stroke String

The color for the outline of the text.

strokeSize String

The thickness in points for the outline of the text.

strokeSizeVar String

The thickness in points for the outline of the text.

strokeVar String

The color for the outline of the text.

text String

The line of text to render.

textVar String

The line of text to render.

transformation GetImagingPolicyImagePolicyPostBreakpointTransformation

typeface String

The font family to apply to the text image. This may be a URL to a TrueType or WOFF (v1) typeface, or a string that refers to one of the standard built-in browser fonts.

typefaceVar String

The font family to apply to the text image. This may be a URL to a TrueType or WOFF (v1) typeface, or a string that refers to one of the standard built-in browser fonts.

fill str

The main fill color of the text.

fill_var str

The main fill color of the text.

size str

The size in pixels to render the text.

size_var str

The size in pixels to render the text.

stroke str

The color for the outline of the text.

stroke_size str

The thickness in points for the outline of the text.

stroke_size_var str

The thickness in points for the outline of the text.

stroke_var str

The color for the outline of the text.

text str

The line of text to render.

text_var str

The line of text to render.

transformation GetImagingPolicyImagePolicyPostBreakpointTransformation

typeface str

The font family to apply to the text image. This may be a URL to a TrueType or WOFF (v1) typeface, or a string that refers to one of the standard built-in browser fonts.

typeface_var str

The font family to apply to the text image. This may be a URL to a TrueType or WOFF (v1) typeface, or a string that refers to one of the standard built-in browser fonts.

fill String

The main fill color of the text.

fillVar String

The main fill color of the text.

size String

The size in pixels to render the text.

sizeVar String

The size in pixels to render the text.

stroke String

The color for the outline of the text.

strokeSize String

The thickness in points for the outline of the text.

strokeSizeVar String

The thickness in points for the outline of the text.

strokeVar String

The color for the outline of the text.

text String

The line of text to render.

textVar String

The line of text to render.

transformation Property Map

typeface String

The font family to apply to the text image. This may be a URL to a TrueType or WOFF (v1) typeface, or a string that refers to one of the standard built-in browser fonts.

typefaceVar String

The font family to apply to the text image. This may be a URL to a TrueType or WOFF (v1) typeface, or a string that refers to one of the standard built-in browser fonts.

Transformation GetImagingPolicyImagePolicyPostBreakpointTransformation

Url string

The URL of the image.

UrlVar string

The URL of the image.

Transformation GetImagingPolicyImagePolicyPostBreakpointTransformation

Url string

The URL of the image.

UrlVar string

The URL of the image.

transformation GetImagingPolicyImagePolicyPostBreakpointTransformation

url String

The URL of the image.

urlVar String

The URL of the image.

transformation GetImagingPolicyImagePolicyPostBreakpointTransformation

url str

The URL of the image.

url_var str

The URL of the image.

transformation Property Map

url String

The URL of the image.

urlVar String

The URL of the image.

Transformations List<GetImagingPolicyImagePolicyPostBreakpointTransformation>

Transformations []GetImagingPolicyImagePolicyPostBreakpointTransformation

transformations List<GetImagingPolicyImagePolicyPostBreakpointTransformation>

transformations Sequence[GetImagingPolicyImagePolicyPostBreakpointTransformation]

transformations List<Property Map>

Brightness string

Adjusts the brightness of the image. Positive values increase brightness and negative values decrease brightness. A value of 1 produces a white image. A value of -1 produces a black image. The default value is 0, which leaves the image unchanged. The acceptable value range is -1.0 to 1.0. Values outside of the acceptable range clamp to this range.

BrightnessVar string

Adjusts the brightness of the image. Positive values increase brightness and negative values decrease brightness. A value of 1 produces a white image. A value of -1 produces a black image. The default value is 0, which leaves the image unchanged. The acceptable value range is -1.0 to 1.0. Values outside of the acceptable range clamp to this range.

Contrast string

Adjusts the contrast of the image. Expressed as a range from -1 to 1, positive values increase contrast, negative values decrease it, while 0 leaves the image unchanged. Values outside of the -1 to 1 range clamp to this range.

ContrastVar string

Adjusts the contrast of the image. Expressed as a range from -1 to 1, positive values increase contrast, negative values decrease it, while 0 leaves the image unchanged. Values outside of the -1 to 1 range clamp to this range.

Brightness string

Adjusts the brightness of the image. Positive values increase brightness and negative values decrease brightness. A value of 1 produces a white image. A value of -1 produces a black image. The default value is 0, which leaves the image unchanged. The acceptable value range is -1.0 to 1.0. Values outside of the acceptable range clamp to this range.

BrightnessVar string

Adjusts the brightness of the image. Positive values increase brightness and negative values decrease brightness. A value of 1 produces a white image. A value of -1 produces a black image. The default value is 0, which leaves the image unchanged. The acceptable value range is -1.0 to 1.0. Values outside of the acceptable range clamp to this range.

Contrast string

Adjusts the contrast of the image. Expressed as a range from -1 to 1, positive values increase contrast, negative values decrease it, while 0 leaves the image unchanged. Values outside of the -1 to 1 range clamp to this range.

ContrastVar string

Adjusts the contrast of the image. Expressed as a range from -1 to 1, positive values increase contrast, negative values decrease it, while 0 leaves the image unchanged. Values outside of the -1 to 1 range clamp to this range.

brightness String

Adjusts the brightness of the image. Positive values increase brightness and negative values decrease brightness. A value of 1 produces a white image. A value of -1 produces a black image. The default value is 0, which leaves the image unchanged. The acceptable value range is -1.0 to 1.0. Values outside of the acceptable range clamp to this range.

brightnessVar String

Adjusts the brightness of the image. Positive values increase brightness and negative values decrease brightness. A value of 1 produces a white image. A value of -1 produces a black image. The default value is 0, which leaves the image unchanged. The acceptable value range is -1.0 to 1.0. Values outside of the acceptable range clamp to this range.

contrast String

Adjusts the contrast of the image. Expressed as a range from -1 to 1, positive values increase contrast, negative values decrease it, while 0 leaves the image unchanged. Values outside of the -1 to 1 range clamp to this range.

contrastVar String

Adjusts the contrast of the image. Expressed as a range from -1 to 1, positive values increase contrast, negative values decrease it, while 0 leaves the image unchanged. Values outside of the -1 to 1 range clamp to this range.

brightness str

Adjusts the brightness of the image. Positive values increase brightness and negative values decrease brightness. A value of 1 produces a white image. A value of -1 produces a black image. The default value is 0, which leaves the image unchanged. The acceptable value range is -1.0 to 1.0. Values outside of the acceptable range clamp to this range.

brightness_var str

Adjusts the brightness of the image. Positive values increase brightness and negative values decrease brightness. A value of 1 produces a white image. A value of -1 produces a black image. The default value is 0, which leaves the image unchanged. The acceptable value range is -1.0 to 1.0. Values outside of the acceptable range clamp to this range.

contrast str

Adjusts the contrast of the image. Expressed as a range from -1 to 1, positive values increase contrast, negative values decrease it, while 0 leaves the image unchanged. Values outside of the -1 to 1 range clamp to this range.

contrast_var str

Adjusts the contrast of the image. Expressed as a range from -1 to 1, positive values increase contrast, negative values decrease it, while 0 leaves the image unchanged. Values outside of the -1 to 1 range clamp to this range.

brightness String

Adjusts the brightness of the image. Positive values increase brightness and negative values decrease brightness. A value of 1 produces a white image. A value of -1 produces a black image. The default value is 0, which leaves the image unchanged. The acceptable value range is -1.0 to 1.0. Values outside of the acceptable range clamp to this range.

brightnessVar String

Adjusts the brightness of the image. Positive values increase brightness and negative values decrease brightness. A value of 1 produces a white image. A value of -1 produces a black image. The default value is 0, which leaves the image unchanged. The acceptable value range is -1.0 to 1.0. Values outside of the acceptable range clamp to this range.

contrast String

Adjusts the contrast of the image. Expressed as a range from -1 to 1, positive values increase contrast, negative values decrease it, while 0 leaves the image unchanged. Values outside of the -1 to 1 range clamp to this range.

contrastVar String

Adjusts the contrast of the image. Expressed as a range from -1 to 1, positive values increase contrast, negative values decrease it, while 0 leaves the image unchanged. Values outside of the -1 to 1 range clamp to this range.

Chaos string

Specifies the greatest distance control points may move from their original position. A value of 1.0 shifts control points over as far as the next one in the original grid. A value of 0.0 leaves the image unchanged. Values under 0.5 work better for subtle distortions, otherwise control points may pass each other and cause a twisting effect.

ChaosVar string

Specifies the greatest distance control points may move from their original position. A value of 1.0 shifts control points over as far as the next one in the original grid. A value of 0.0 leaves the image unchanged. Values under 0.5 work better for subtle distortions, otherwise control points may pass each other and cause a twisting effect.

Density string

Controls the density of control points used to distort the image. The largest dimension of the input image is divided up to fit this number of control points. A grid of points is extended on the smaller dimension such that each row and column of control points is equidistant from each adjacent row or column. This parameter strongly affects transformation performance. Be careful choosing values above the default if you expect to transform medium to large size images.

DensityVar string

Controls the density of control points used to distort the image. The largest dimension of the input image is divided up to fit this number of control points. A grid of points is extended on the smaller dimension such that each row and column of control points is equidistant from each adjacent row or column. This parameter strongly affects transformation performance. Be careful choosing values above the default if you expect to transform medium to large size images.

Power string

By default, the distortion algorithm relies on inverse squares to calculate distance but this allows you to change the exponent. You shouldnt need to vary the default value of 2.0.

PowerVar string

By default, the distortion algorithm relies on inverse squares to calculate distance but this allows you to change the exponent. You shouldnt need to vary the default value of 2.0.

Seed string

Specifies your own seed value as an alternative to the default, which is subject to variability. This allows for reproducible and deterministic distortions. If all parameters are kept equal and a constant seed is used, Goop distorts an input image consistently over many transformations. By default, this value is set to the current Epoch Time measured in milliseconds, which provides inconsistent transformation output.

SeedVar string

Specifies your own seed value as an alternative to the default, which is subject to variability. This allows for reproducible and deterministic distortions. If all parameters are kept equal and a constant seed is used, Goop distorts an input image consistently over many transformations. By default, this value is set to the current Epoch Time measured in milliseconds, which provides inconsistent transformation output.

Chaos string

Specifies the greatest distance control points may move from their original position. A value of 1.0 shifts control points over as far as the next one in the original grid. A value of 0.0 leaves the image unchanged. Values under 0.5 work better for subtle distortions, otherwise control points may pass each other and cause a twisting effect.

ChaosVar string

Specifies the greatest distance control points may move from their original position. A value of 1.0 shifts control points over as far as the next one in the original grid. A value of 0.0 leaves the image unchanged. Values under 0.5 work better for subtle distortions, otherwise control points may pass each other and cause a twisting effect.

Density string

Controls the density of control points used to distort the image. The largest dimension of the input image is divided up to fit this number of control points. A grid of points is extended on the smaller dimension such that each row and column of control points is equidistant from each adjacent row or column. This parameter strongly affects transformation performance. Be careful choosing values above the default if you expect to transform medium to large size images.

DensityVar string

Controls the density of control points used to distort the image. The largest dimension of the input image is divided up to fit this number of control points. A grid of points is extended on the smaller dimension such that each row and column of control points is equidistant from each adjacent row or column. This parameter strongly affects transformation performance. Be careful choosing values above the default if you expect to transform medium to large size images.

Power string

By default, the distortion algorithm relies on inverse squares to calculate distance but this allows you to change the exponent. You shouldnt need to vary the default value of 2.0.

PowerVar string

By default, the distortion algorithm relies on inverse squares to calculate distance but this allows you to change the exponent. You shouldnt need to vary the default value of 2.0.

Seed string

Specifies your own seed value as an alternative to the default, which is subject to variability. This allows for reproducible and deterministic distortions. If all parameters are kept equal and a constant seed is used, Goop distorts an input image consistently over many transformations. By default, this value is set to the current Epoch Time measured in milliseconds, which provides inconsistent transformation output.

SeedVar string

Specifies your own seed value as an alternative to the default, which is subject to variability. This allows for reproducible and deterministic distortions. If all parameters are kept equal and a constant seed is used, Goop distorts an input image consistently over many transformations. By default, this value is set to the current Epoch Time measured in milliseconds, which provides inconsistent transformation output.

chaos String

Specifies the greatest distance control points may move from their original position. A value of 1.0 shifts control points over as far as the next one in the original grid. A value of 0.0 leaves the image unchanged. Values under 0.5 work better for subtle distortions, otherwise control points may pass each other and cause a twisting effect.

chaosVar String

Specifies the greatest distance control points may move from their original position. A value of 1.0 shifts control points over as far as the next one in the original grid. A value of 0.0 leaves the image unchanged. Values under 0.5 work better for subtle distortions, otherwise control points may pass each other and cause a twisting effect.

density String

Controls the density of control points used to distort the image. The largest dimension of the input image is divided up to fit this number of control points. A grid of points is extended on the smaller dimension such that each row and column of control points is equidistant from each adjacent row or column. This parameter strongly affects transformation performance. Be careful choosing values above the default if you expect to transform medium to large size images.

densityVar String

Controls the density of control points used to distort the image. The largest dimension of the input image is divided up to fit this number of control points. A grid of points is extended on the smaller dimension such that each row and column of control points is equidistant from each adjacent row or column. This parameter strongly affects transformation performance. Be careful choosing values above the default if you expect to transform medium to large size images.

power String

By default, the distortion algorithm relies on inverse squares to calculate distance but this allows you to change the exponent. You shouldnt need to vary the default value of 2.0.

powerVar String

By default, the distortion algorithm relies on inverse squares to calculate distance but this allows you to change the exponent. You shouldnt need to vary the default value of 2.0.

seed String

Specifies your own seed value as an alternative to the default, which is subject to variability. This allows for reproducible and deterministic distortions. If all parameters are kept equal and a constant seed is used, Goop distorts an input image consistently over many transformations. By default, this value is set to the current Epoch Time measured in milliseconds, which provides inconsistent transformation output.

seedVar String

Specifies your own seed value as an alternative to the default, which is subject to variability. This allows for reproducible and deterministic distortions. If all parameters are kept equal and a constant seed is used, Goop distorts an input image consistently over many transformations. By default, this value is set to the current Epoch Time measured in milliseconds, which provides inconsistent transformation output.

chaos str

Specifies the greatest distance control points may move from their original position. A value of 1.0 shifts control points over as far as the next one in the original grid. A value of 0.0 leaves the image unchanged. Values under 0.5 work better for subtle distortions, otherwise control points may pass each other and cause a twisting effect.

chaos_var str

Specifies the greatest distance control points may move from their original position. A value of 1.0 shifts control points over as far as the next one in the original grid. A value of 0.0 leaves the image unchanged. Values under 0.5 work better for subtle distortions, otherwise control points may pass each other and cause a twisting effect.

density str

Controls the density of control points used to distort the image. The largest dimension of the input image is divided up to fit this number of control points. A grid of points is extended on the smaller dimension such that each row and column of control points is equidistant from each adjacent row or column. This parameter strongly affects transformation performance. Be careful choosing values above the default if you expect to transform medium to large size images.

density_var str

Controls the density of control points used to distort the image. The largest dimension of the input image is divided up to fit this number of control points. A grid of points is extended on the smaller dimension such that each row and column of control points is equidistant from each adjacent row or column. This parameter strongly affects transformation performance. Be careful choosing values above the default if you expect to transform medium to large size images.

power str

By default, the distortion algorithm relies on inverse squares to calculate distance but this allows you to change the exponent. You shouldnt need to vary the default value of 2.0.

power_var str

By default, the distortion algorithm relies on inverse squares to calculate distance but this allows you to change the exponent. You shouldnt need to vary the default value of 2.0.

seed str

Specifies your own seed value as an alternative to the default, which is subject to variability. This allows for reproducible and deterministic distortions. If all parameters are kept equal and a constant seed is used, Goop distorts an input image consistently over many transformations. By default, this value is set to the current Epoch Time measured in milliseconds, which provides inconsistent transformation output.

seed_var str

Specifies your own seed value as an alternative to the default, which is subject to variability. This allows for reproducible and deterministic distortions. If all parameters are kept equal and a constant seed is used, Goop distorts an input image consistently over many transformations. By default, this value is set to the current Epoch Time measured in milliseconds, which provides inconsistent transformation output.

chaos String

Specifies the greatest distance control points may move from their original position. A value of 1.0 shifts control points over as far as the next one in the original grid. A value of 0.0 leaves the image unchanged. Values under 0.5 work better for subtle distortions, otherwise control points may pass each other and cause a twisting effect.

chaosVar String

Specifies the greatest distance control points may move from their original position. A value of 1.0 shifts control points over as far as the next one in the original grid. A value of 0.0 leaves the image unchanged. Values under 0.5 work better for subtle distortions, otherwise control points may pass each other and cause a twisting effect.

density String

Controls the density of control points used to distort the image. The largest dimension of the input image is divided up to fit this number of control points. A grid of points is extended on the smaller dimension such that each row and column of control points is equidistant from each adjacent row or column. This parameter strongly affects transformation performance. Be careful choosing values above the default if you expect to transform medium to large size images.

densityVar String

Controls the density of control points used to distort the image. The largest dimension of the input image is divided up to fit this number of control points. A grid of points is extended on the smaller dimension such that each row and column of control points is equidistant from each adjacent row or column. This parameter strongly affects transformation performance. Be careful choosing values above the default if you expect to transform medium to large size images.

power String

By default, the distortion algorithm relies on inverse squares to calculate distance but this allows you to change the exponent. You shouldnt need to vary the default value of 2.0.

powerVar String

By default, the distortion algorithm relies on inverse squares to calculate distance but this allows you to change the exponent. You shouldnt need to vary the default value of 2.0.

seed String

Specifies your own seed value as an alternative to the default, which is subject to variability. This allows for reproducible and deterministic distortions. If all parameters are kept equal and a constant seed is used, Goop distorts an input image consistently over many transformations. By default, this value is set to the current Epoch Time measured in milliseconds, which provides inconsistent transformation output.

seedVar String

Specifies your own seed value as an alternative to the default, which is subject to variability. This allows for reproducible and deterministic distortions. If all parameters are kept equal and a constant seed is used, Goop distorts an input image consistently over many transformations. By default, this value is set to the current Epoch Time measured in milliseconds, which provides inconsistent transformation output.

Type string

The algorithm used to transform colors to grays, either Brightness, Lightness, Rec601, or the default Rec709.

TypeVar string

The algorithm used to transform colors to grays, either Brightness, Lightness, Rec601, or the default Rec709.

Type string

The algorithm used to transform colors to grays, either Brightness, Lightness, Rec601, or the default Rec709.

TypeVar string

The algorithm used to transform colors to grays, either Brightness, Lightness, Rec601, or the default Rec709.

type String

The algorithm used to transform colors to grays, either Brightness, Lightness, Rec601, or the default Rec709.

typeVar String

The algorithm used to transform colors to grays, either Brightness, Lightness, Rec601, or the default Rec709.

type str

The algorithm used to transform colors to grays, either Brightness, Lightness, Rec601, or the default Rec709.

type_var str

The algorithm used to transform colors to grays, either Brightness, Lightness, Rec601, or the default Rec709.

type String

The algorithm used to transform colors to grays, either Brightness, Lightness, Rec601, or the default Rec709.

typeVar String

The algorithm used to transform colors to grays, either Brightness, Lightness, Rec601, or the default Rec709.

Hue string

The number of degrees to rotate colors around the color wheel, 0 by default.

HueVar string

The number of degrees to rotate colors around the color wheel, 0 by default.

Lightness string

A multiplier to adjust the lightness of colors in the image. Note that lightness is distinct from brightness. For example, reducing the lightness of a light green might give you a lime green whereas reducing the brightness of a light green might give you a darker shade of the same green. Values less than 1.0 decrease the lightness of colors in the image. Values greater than 1.0 increase the lightness of colors in the image.

LightnessVar string

A multiplier to adjust the lightness of colors in the image. Note that lightness is distinct from brightness. For example, reducing the lightness of a light green might give you a lime green whereas reducing the brightness of a light green might give you a darker shade of the same green. Values less than 1.0 decrease the lightness of colors in the image. Values greater than 1.0 increase the lightness of colors in the image.

Saturation string

A multiplier to adjust the saturation of colors in the image. Values less than 1.0 decrease saturation and values greater than 1.0 increase the saturation. A value of 0.0 removes all color from the image.

SaturationVar string

A multiplier to adjust the saturation of colors in the image. Values less than 1.0 decrease saturation and values greater than 1.0 increase the saturation. A value of 0.0 removes all color from the image.

Hue string

The number of degrees to rotate colors around the color wheel, 0 by default.

HueVar string

The number of degrees to rotate colors around the color wheel, 0 by default.

Lightness string

A multiplier to adjust the lightness of colors in the image. Note that lightness is distinct from brightness. For example, reducing the lightness of a light green might give you a lime green whereas reducing the brightness of a light green might give you a darker shade of the same green. Values less than 1.0 decrease the lightness of colors in the image. Values greater than 1.0 increase the lightness of colors in the image.

LightnessVar string

A multiplier to adjust the lightness of colors in the image. Note that lightness is distinct from brightness. For example, reducing the lightness of a light green might give you a lime green whereas reducing the brightness of a light green might give you a darker shade of the same green. Values less than 1.0 decrease the lightness of colors in the image. Values greater than 1.0 increase the lightness of colors in the image.

Saturation string

A multiplier to adjust the saturation of colors in the image. Values less than 1.0 decrease saturation and values greater than 1.0 increase the saturation. A value of 0.0 removes all color from the image.

SaturationVar string

A multiplier to adjust the saturation of colors in the image. Values less than 1.0 decrease saturation and values greater than 1.0 increase the saturation. A value of 0.0 removes all color from the image.