111
edits
GMU:Algorithmic Art/Grayson Daniel Bailey (view source)
Revision as of 08:08, 16 November 2018
, 16 November 2018→Algorithms for Computers 3 // 091118
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| [[File:SinusoidalForLooping.gif|300px|SinusoidalForLooping]] <br> <br> | | [[File:SinusoidalForLooping.gif|300px|SinusoidalForLooping]] <br> <br> <br> <br> <br> <br> | ||
[[File: | [[File:Sin4B.gif|300px|SinusoidaldParticle]][[File:Sin4A.PNG|300px|SinusoidalParticleFilled]] | ||
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[[Media:AA_L4_Sinusoidal2.pde|SinusoidalForLooping]]<br> <br> I was interested in further pursuing 2D manipulation of the sin / cos equations in drawing wave curves, while also seeing the effects of color manipulation. Still, the sin() and cos() proved difficult, so the next trials will focused on soldifying a workable understanding of their manipulation and affect in 2D. Additionally, it would be useful to focus on separating complex actions into separate functions, and adding a particle class into the mix. Initial inspiration: https://www.openprocessing.org/sketch/617085 <br><br> | [[Media:AA_L4_Sinusoidal2.pde|SinusoidalForLooping]]<br> <br> I was interested in further pursuing 2D manipulation of the sin / cos equations in drawing wave curves, while also seeing the effects of color manipulation. Still, the sin() and cos() proved difficult, so the next trials will focused on soldifying a workable understanding of their manipulation and affect in 2D. Additionally, it would be useful to focus on separating complex actions into separate functions, and adding a particle class into the mix. Initial inspiration: https://www.openprocessing.org/sketch/617085 | ||
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[[Media:AA_L4_Sinusoidal4.pde|SinusoidalParticleMovement]]<br> <br> Although its a bit of step backwards into single particle territory, I was interested in augmenting particle movement with sin curves, and adjusting the color output with a noise function <br><br> | |||
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