Max Melamed - Process Journal

Assessment 3: Urban scale building envelope modelling UNSW | CODE2132 | 2022 Term 1 | Group 1 | Karson Chow z5293384 | Kerry Qian z5316544 | Max Melamed z5251550 DataflowchartOptimization driven urban design tool Inputs OSM Topography from Elk Sunlight Data from Ladybug Parameters PopulationSqm of space per personTrees per parkStreet LayoutMaximumangle height of buildings Outputs Thermal Score % of park space shaded by trees Sky view % % of land that is park Pg. 1

Assessment 3: Urban scale building envelope modelling UNSW | CODE2132 | 2022 Term 1 | Group 1 | Karson Chow z5293384 | Kerry Qian z5316544 | Max Melamed z5251550 Pg. 2 Tree shade calculation process 1. calculate maximum circumference of tree crown Project that circumference onto the ground 2. Join overlapping areas 4.Calculate all areas within joined circumfrences Divide by total uncovered reigons within parks 5. Tree generation process 1. Identify spaces that are too small to contain buildings. Make these spaces into green spaces 2. Generate random points on these spaces as the points to place trees

Existing precinct geometry (assignment 1) Gather sunpath data using ladybug Use sunpath to create ray tracing Create surface thermal capture analysis, based on time of day Assessment 3: Urban scale building envelope modelling UNSW | CODE2132 | 2022 Term 1 | Group 1 | Karson Chow z5293384 | Kerry Qian z5316544 | Max Melamed z5251550 Pg. 3 Calculating thermal score Calculate average hours of sunlight exposure

Assessment 3: Urban scale building envelope modelling UNSW | CODE2132 | 2022 Term 1 | Group 1 | Karson Chow z5293384 | Kerry Qian z5316544 | Max Melamed z5251550 Pg. 4 Octopus evolutionary solver GrassPheonotype/unusedspace MaximumStreetTreesGenomesperparkLayoutangleheightofbuildings Fitness % of park space shaded by trees Sky view % % of land that is park Graph output

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