Parametric Patterns - Historial de revisiones

Perezdelama en 11:05 28 ago 2014

2014-08-28T11:05:29Z

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2014-08-28T11:03:36Z

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2014-08-28T11:02:11Z

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2014-08-28T10:58:35Z

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Following Wassim Jabi (2013)* it can be said there is a collection of basic formal parametric patterns from which many designs can be evoloved.
This seems to be a good tool to inteprete the multiplicity of existing designs, as well as a good design tool.

Jabi's scripts are presented in 3ds-Max scripting language (+ some of them in Processing). Slowly but surely i will try to study these patterns and generate Grasshopper, Processing and Python scripts for them to be used in Rhinoceros 5.

Jabi's patterns are the following:

* Controller
* Force Field
* Repetition
* Tiling
* Recursion
* (Srf) Subdivision
* Packing
* Weaving
* Branching

Benjamin Aranda and Chris Lasch, some time earlier, and quoted by Jabi, proposed another collection of formal parametric patterns, derived from their own work whic are as follows:

References

Benjamin ARANDA, Chris LASCH et ali, 2005, Pamphlet Architecture 27: Tooling, Princeton Architectural Press, Nueva York

Wassim JABI, 2013, Parametric Design for Architecture, Laurence King Publishing, Londres

← Revisión anterior		Revisión del 11:03 28 ago 2014
Línea 17:		Línea 17:


−	Benjamin Aranda and Chris Lasch, some time earlier (2005)*, ~~and~~ quoted by Jabi, proposed another collection of formal parametric patterns, derived from their own work which are as follows:	+	Benjamin Aranda and Chris Lasch, some time earlier (2005)*, - quoted by Jabi -, proposed another collection of formal parametric patterns, derived from their own work which are as follows:

	* Spiraling		* Spiraling

← Revisión anterior		Revisión del 11:02 28 ago 2014
Línea 17:		Línea 17:


−	Benjamin Aranda and Chris Lasch, some time earlier (2005)*, and quoted by Jabi, proposed another collection of formal parametric patterns, derived from their own work ~~whic~~ are as follows:	+	Benjamin Aranda and Chris Lasch, some time earlier (2005)*, and quoted by Jabi, proposed another collection of formal parametric patterns, derived from their own work which are as follows:

	* Spiraling		* Spiraling

@@ Línea 17: / Línea 17: @@
-Benjamin Aranda and Chris Lasch, some time earlier (2005), and quoted by Jabi, proposed another collection of formal parametric patterns, derived from their own work whic are as follows:
+Benjamin Aranda and Chris Lasch, some time earlier (2005)*, and quoted by Jabi, proposed another collection of formal parametric patterns, derived from their own work whic are as follows:
 * Spiraling
@@ Línea 28: / Línea 28: @@
-References
+(*) References
 Benjamin ARANDA, Chris LASCH et ali, 2005, Pamphlet Architecture 27: Tooling, Princeton Architectural Press, Nueva York
 Wassim JABI, 2013, Parametric Design for Architecture, Laurence King Publishing, Londres

← Revisión anterior		Revisión del 11:00 28 ago 2014
Línea 16:		Línea 16:
	* Branching		* Branching

−	~~Benjamin Aranda and Chris Lasch, some time earlier, and quoted by Jabi, proposed another collection of formal parametric patterns, derived from their own work whic are as follows:~~

		+	Benjamin Aranda and Chris Lasch, some time earlier (2005), and quoted by Jabi, proposed another collection of formal parametric patterns, derived from their own work whic are as follows:

		+	* Spiraling
		+	* Packing
		+	* Weaving
		+	* Blending
		+	* Cracking
		+	* Flocking
		+	* Tiling

@@ Línea 1: / Línea 1: @@
 Following Wassim Jabi (2013)* it can be said there is a collection of basic formal parametric patterns from which many designs can be evoloved.
-This seems to be a good tool to inteprete the multiplicity of existing designs, as well as a good design tool.
+This systematization seems to be a good tool to inteprete the multiplicity of existing designs, as well as a good design tool.
 Jabi's scripts are presented in 3ds-Max scripting language (+ some of them in Processing). Slowly but surely i will try to study these patterns and generate Grasshopper, Processing and Python scripts for them to be used in Rhinoceros 5.