Sustainable master planning using design grammars

摘要: Successful sustainable urban planning has to deal with existing demands in design connected a highly complex system every direction of business planner could think of. Furthermore, reality frequently overtakes ongoing planning. These circumstances are especially severe for the mega cities, where sustainability must be focus interest several reasons. “Green lungs”, as one example supporting within environments enhance functionality cities balance humidity locally, shade buildings and sites enable public recreation well reduce air pollution directly indirectly. This quantitatively qualitatively less explored branch requires time consuming modeling tasks even on master scope. In this paper we describe novel method create vegetation designs automatically kind early simulation step, which can used guideline following high-density environments. We had formalized criteria available current knowledge into CGA shape grammar, been introduced by [1]. Additionally, extended these rule sets defined landscape patterns. use patterns procedurally model rule-based distribution placement objects generate also show how grammar combination procedural methods that iteratively develop an design, creating more details order plan effectively. link [2] possibilities grammars design. As results, present simulated plans different climates. evolves out recent [3] authors strong similarity section 1-5. Exception: The contributed work is suited extensions adhere application context focused but not limited scenarios.