Every animation you see here has never been seen before and is generated at random.
My goal here was to create randomly generated images with seemingly endless variety. I combine different layers of randomness, most of which falls under the category of pink noise to create different effects. Pink noise (weighted randomness) feels more unpredictable than white noise (traditional randomness), because it creates unexpected results at wider intervals, whereas white noise is more even, which feels same-ey quicker. Layering multiple randomnesses that use pink noise means that most if not all animations here will have some unique feature that you haven't seen before. No matter how long you watch, at least some patterns that feel unique from the ones you have seen before continue to appear.data:image/png;base64,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 animation you see here has never been seen before and is generated at random.
My goal here was to create randomly generated images with seemingly endless variety. I combine different layers of randomness, most of which falls under the category of pink noise to create different effects. Pink noise (weighted randomness) feels more unpredictable than white noise (traditional randomness), because it creates unexpected results at wider intervals, whereas white noise is more even, which feels same-ey quicker. Layering multiple randomnesses that use pink noise means that most if not all animations here will have some unique feature that you haven't seen before. No matter how long you watch, at least some patterns that feel unique from the ones you have seen before continue to appear.truelowhighmidtruetrue0truemove1turn1randomize1jumpX1jumpY1orient1randomizefreehandjumporientphraseCurrentLength1jumporient121true32513generatingPhrasetempAllowedActionstempAllowedActionsitemallowedActionstempAllowedPhrasestempAllowedPhrasesitemallowedPhrasesfalsebackgroundColor13100311155025truetrue112true115truedata:image/png;base64,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