Brooklyn Vapor Dynamics
This 4D model describes the motion of water molecules in hot and cold air. Starting with temperature, we traced the sunlight for each hour on the 20st or the 21st from December to June. Using offset cutting planes, we generated hot air circulations for each month. Then the cold air was generated as the opposite force of the hot air. For our density and intensity test, we looked at the molecular level of the model. As the molecules group and ungroup, we analyzed the motions of the molecules and came up with three terms that describes the actions – Vertical prolong, Duplication/conjoin, Antipodal reflection.
Using cutting planes to get points for the warm air circulations
Warm air circulations and cold air circulations
Density and intensity test
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RSarrach
These drawings look great. You should take the time to separate them and allow each one of them to occupy its own image file. This would allow for a higher degree of detail to read and we would have access to more information.
Oct 6th, 2007
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