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GMU:Algorithmic Art/Ahmad Hafez (view source)
Revision as of 06:04, 11 January 2019
, 11 January 2019→Computer Processed Algorithm 5 // 10.12.18
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In this algorithm the song "The great Pretender" by Freddie Mercury was the main source of input within a random human emotional output to see the different out comes that my generate from a single song within simple conditions as well as to illustrated it in a sense of an abstract representation of its meaning. | In this algorithm the song "The great Pretender" by Freddie Mercury was the main source of input within a random human emotional output to see the different out comes that my generate from a single song within simple conditions as well as to illustrated it in a sense of an abstract representation of its meaning. | ||
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=='''Computer Processed Algorithm 2 //''' 10.11.18== | |||
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! style="width: 50%" | Result | |||
! style="width: 50%" | Algorithm | |||
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| [[File:line-000192.png|400px|CPA_2]] [[File:hfkf.gif|400px|CPA_3]] | |||
| [[:File:array 1.pdf| CPA_2]] |[[:File:code.pdf| CPA_3]] | |||
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'''''Array Trials''''' | |||
My approach towards the array function started by experimenting with the existing code to create new, interesting patterns based on sin,cos & tan conditions within a fade ratio then moved to image frame manipulation and transition within the same conditions of a movie scene "Burnt". | |||
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=='''Computer Processed Algorithm 3 //''' 15.11.18== | |||
{| border="1" | |||
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! style="width: 50%" | Result | |||
! style="width: 50%" | Algorithm | |||
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| [[File:re.gif|400px|CPA_3]] [[File:erer.gif|400px|CPA_4]] | |||
| [[:File:co.pdf|CPA_3&4]] | |||
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'''''Sin/Cos/Tan and Color manipulation Trials''''' | |||
In this assignment I tried to experiment a little with the sin, cos and tan functions with the addition of color manipulation to generate different graphical displays of the specified function for each drawn shape also with occurring different curves based on the input values. | |||
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=='''Computer Processed Algorithm 4 //''' 20.11.18== | |||
{| border="1" | |||
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! style="width: 50%" | Result | |||
! style="width: 50%" | Algorithm | |||
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| [[File:wa7ad.gif|400px|CPA_4]] [[File:etnen.gif|400px|CPA_5]] | |||
| [[:File:w.pdf|CPA_4]] | [[:File:et.pdf|CPA_5]] | |||
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'''''Noise Trials''''' | |||
I tried noise distribution in an organic display of a wave and in a grid bases connected by lines with movement of restricted nature determined by the noise factors that were implemented. | |||
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=='''Computer Processed Algorithm 5 //''' 10.12.18== | |||
{| border="1" | |||
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! style="width: 50%" | Result | |||
! style="width: 50%" | Algorithm | |||
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| [[File:77.png|400px|CPA_5]] [[File:used2.gif|400px|CPA_6]] [[File:used3.gif|400px|CPA_7]] [[File:ghjkl.png|400px|CPA_8]] | |||
| [[:File:no sa.pdf |CPA_5]] | [[:File:transcr.pdf|CPA_6_CPA_7]] | |||
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'''''Image/Video Trials''''' | |||
Building upon what was displayed in the lecture I tried to recreate a dynamic effect using a video format of a Hannibal cooking scene as well as a 2D image layered upon a cluster of patterns and shapes in order to establish interesting effects and displays. | |||
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