scalar multiplication of an image
scalar multiplication of an image
adds two images.
adds two images. The domain of the new image is the intersection of both
adds two images.
adds two images. The domain of the new image is the intersection of both
subtract two images.
subtract two images. The domain of the new image is the intersection of the domains of the individual images
subtract two images.
subtract two images. The domain of the new image is the intersection of the domains of the individual images
element wise multiplication.
element wise multiplication. The domain of the new image is the intersection of the domains of the individual images
applies the given function to the image values
The value of the image at a given point.
The value of the image at a given point. if an image is accessed outside of its definition, an exception is thrown
composes (i.e.
composes (i.e. warp) an image with a transformation.
Convolution of an image with a given filter.
Convolution of an image with a given filter. The convolution is carried out by numerical integration, using the given number of points elevated to the power of dimensionality as an approximation.
Filter to be used in the convolution.
Number of points to be used to approximate the filter. Depending on the support size of the filter and the Frequency of the image, increasing this value can help avoid artifacts (at the cost of heavier computation)
The domain on which the image is defined
The domain on which the image is defined
a function that defines the image values.
a function that defines the image values. It must be defined on the full domain
True if the image is defined at the given point
True if the image is defined at the given point
Lifts the definition of the value function such that it is defined everywhere, but yields none if the value is outside of the domain
Lifts the definition of the value function such that it is defined everywhere, but yields none if the value is outside of the domain
Returns a discrete scalar image with the given domain, whose values are obtained by sampling the scalarImage at the domain points.
Returns a discrete scalar image with the given domain, whose values are obtained by sampling the scalarImage at the domain points. If the image is not defined at a domain point, the outside value is used.
An image whose values are scalar.