Abstract: Rich color diffusion techniques applied to text as part of digital content creation by a graphics rendering application of a computing device are described. The graphics rendering application is configured to receive color location data and color identification data with respect to a graphical element, diffuse colors within the boundary of the graphical element based on the color location data, color identification data, and a mesh generation algorithm, and automatically replicate the diffused color pattern onto subsequently selected graphical elements. Techniques are also described that facilitate storing a plurality of graphical element properties associated each of the graphical elements and changing one or more of the stored properties before, during, and after color diffusion of the graphical elements.

Abstract: In implementations of freeform gradient style blending, a blending system detects a first color point at a first location in digital content, the first color point at least partially defining color diffusion of a first freeform gradient of a first object. The system identifies a second location in the digital content with respect to a second freeform gradient of a second object based on the first location. The system detects a second color point of a plurality of color points that at least partially define color diffusion of the second freeform gradient, the detecting based on a proximity of the second color point to the second location. A blend object of the first and second objects is generated by interpolating the first color point and the second color point.

Abstract: Rich color diffusion techniques applied to text as part of digital content creation by a graphics rendering application of a computing device are described. The graphics rendering application is configured to receive color location data and color identification data with respect to a graphical element, diffuse colors within the boundary of the graphical element based on the color location data, color identification data, and a mesh generation algorithm, and automatically replicate the diffused color pattern onto subsequently selected graphical elements. Techniques are also described that facilitate storing a plurality of graphical element properties associated each of the graphical elements and changing one or more of the stored properties before, during, and after color diffusion of the graphical elements.

Abstract: Rich color diffusion techniques applied to text as part of digital content creation by a graphics rendering application of a computing device are described. The graphics rendering application is configured to receive color location data and color identification data with respect to a graphical element, diffuse colors within the boundary of the graphical element based on the color location data, color identification data, and a mesh generation algorithm, and automatically replicate the diffused color pattern onto subsequently selected graphical elements. Techniques are also described that facilitate storing a plurality of graphical element properties associated each of the graphical elements and changing one or more of the stored properties before, during, and after color diffusion of the graphical elements.

Abstract: In implementations of freeform gradient style blending, a blending system detects a first color point at a first location in digital content, the first color point at least partially defining color diffusion of a first freeform gradient of a first object. The system identifies a second location in the digital content with respect to a second freeform gradient of a second object based on the first location. The system detects a second color point of a plurality of color points that at least partially define color diffusion of the second freeform gradient, the detecting based on a proximity of the second color point to the second location. A blend object of the first and second objects is generated by interpolating the first color point and the second color point.

Abstract: Rich color diffusion techniques applied to text as part of digital content creation by a graphics rendering application of a computing device are described. The graphics rendering application is configured to receive color location data and color identification data with respect to a graphical element, diffuse colors within the boundary of the graphical element based on the color location data, color identification data, and a mesh generation algorithm, and automatically replicate the diffused color pattern onto subsequently selected graphical elements. Techniques are also described that facilitate storing a plurality of graphical element properties associated each of the graphical elements and changing one or more of the stored properties before, during, and after color diffusion of the graphical elements.