Radial density masking systems and methods

A system comprising:

• one or more processors;
• and
• one or more non-transitory computer-readable media storing computer-executable instructions that, when executed by the one or more processors, cause the one or more processors to perform acts comprising:
• applying, to an image having pixels, a first mask to the pixels that are outside of a first inner circle portion of the image;
• rendering a first subview of the image that includes first image data corresponding to the first inner circle portion and the pixels masked by the first mask;
• applying a second mask to substantially all of the pixels that are within the first inner circle portion;
• rendering a second subview of the image that includes second image data corresponding to a second outer ring portion of the image and the pixels masked by the second mask;
• determining third image data corresponding to a third portion of the image;
• applying a third mask to the second image data to generate fourth image data corresponding to an updated second outer ring portion of the image, the fourth image data comprising a first resolution that is different than a second resolution of the first image data;
• identifying, within the second outer ring portion of the second subview:
• a masked pixel masked by the third mask,
• a first unmasked pixel, and
• a second unmasked pixel;
• determining a color value for the masked pixel based at least in part on a color value of the first unmasked pixel and a color value of the second unmasked pixel;
• generating fifth image data corresponding to an updated third portion of the image, wherein at least part of the fifth image data has a third resolution that is different than the first resolution and the second resolution;
• and
• generating sixth image data based at least in part on:
• the first image data included in the first subview;
• the fourth image data;
• and
• the fifth image data.

A method comprising:

• identifying a first inner circle portion of an image having pixels, a second outer ring portion of the image, and a third portion of the image;
• applying a first mask to the pixels that are outside of the first inner circle portion;
• rendering a first subview of the image that includes first image data corresponding to the first inner circle portion and the pixels masked by the first mask;
• applying a second mask to substantially all of the pixels that are within the first inner circle portion;
• rendering a second subview of the image that includes second image data corresponding to the second outer ring portion and the pixels masked by the second mask;
• generating third image data corresponding to the third portion based at least in part on a first resolution of the first inner circle portion and a second resolution of the second outer ring portion;
• applying a third mask to the second image data to generate fourth image data corresponding to an updated second outer ring portion of the image;
• identifying, within the second outer ring portion of the second subview:
• a masked pixel masked by the third mask,
• a first unmasked pixel, and
• a second unmasked pixel;
• determining a color value for the masked pixel based at least in part on a color value of the first unmasked pixel and a color value of the second unmasked pixel;
• and
• generating fifth image data corresponding to the image, the fourth fifth image data comprising:
• the first image data included in the first subview;
• the third image data;
• and
• the fourth image data.