Next Phase GVCS in 2 Minutes - Revision history

Marcin: /* Hackathon Sprint Plan */

2013-02-15T05:58:23Z

Hackathon Sprint Plan

← Older revision		Revision as of 05:58, 15 February 2013
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	*Generate soundtrack		*Generate soundtrack
	*Edit video components together		*Edit video components together

			=Links=
			*Remix the Commons - multimedia group
			*Full Printed group
			*Alpha Chimp
			*

Marcin: /* Hackathon Sprint Plan */

2013-02-14T20:51:52Z

Hackathon Sprint Plan

← Older revision		Revision as of 20:51, 14 February 2013
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	*Generate script		*Generate script
	*Generate icon animations		*Generate icon animations
	*Refine design of modules of the [[Open Source Hardware Pattern Language]], including ~~their~~ technical design.		*Refine design of modules of the [[Open Source Hardware Pattern Language]], including technical design of modules.
	*Generate 3D CAD, technical, so that part explosions/manipulations allow assembly and morphing to various machines. This means that some real CAD design needs to happen.		*Generate 3D CAD, technical, so that part explosions/manipulations allow assembly and morphing to various machines. This means that some real CAD design needs to happen.
	*Generate 3D CAD, artistic animations, from technical CAD		*Generate 3D CAD, artistic animations, from technical CAD
	*Generate soundtrack		*Generate soundtrack
	*Edit video components together		*Edit video components together

Marcin: /* Background Materials */

2013-02-14T20:48:07Z

Background Materials

← Older revision		Revision as of 20:48, 14 February 2013
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	*[[GVCS in 2 Minutes]] - first quality explainer produced on the GVCS, 3 years ago		*[[GVCS in 2 Minutes]] - first quality explainer produced on the GVCS, 3 years ago
	*[[GVCS TED Talk]] - talk at the TED Conference, which has taken the GVCS to the world stage		*[[GVCS TED Talk]] - talk at the TED Conference, which has taken the GVCS to the world stage
	*[[1 Day Production Run]] - extreme efficiencies of collaborative production demonstrated in Dec, 2012, where we achieved radical efficiency of producing a complex, 2000 lb machine in a [[Single Day]], with largely unskilled participants.		*[[1 Day Production Run]] - extreme efficiencies of collaborative production demonstrated in Dec, 2012, where we achieved radical efficiency of producing a complex, 2000 lb machine in a [[Single Day]], with largely unskilled participants. Digital fabrication was used to augment human capacity.
	*[[OSE Character Brief]] explains the Promise of OSE, and others are beginning to [[Sing About It]].		*[[OSE Character Brief]] explains the Promise of OSE, and others are beginning to [[Sing About It]].
	*[[Time Best Inventions 2013]] - Others see the promise of our work.		*[[Time Best Inventions 2013]] - Others see the promise of our work.

Marcin: /* Hackathon Sprint Plan */

2013-02-14T20:47:34Z

Hackathon Sprint Plan

← Older revision		Revision as of 20:47, 14 February 2013
Line 36:		Line 36:
	*Generate script		*Generate script
	*Generate icon animations		*Generate icon animations
	*~~Define~~ modules of the [[Open Source Hardware Pattern Language]]		*Refine design of modules of the [[Open Source Hardware Pattern Language]], including their technical design.
	*Generate 3D CAD, technical, so that part explosions/manipulations allow assembly and morphing to various machines. This means that some real CAD design needs to happen.		*Generate 3D CAD, technical, so that part explosions/manipulations allow assembly and morphing to various machines. This means that some real CAD design needs to happen.
	*Generate 3D CAD, artistic animations, from technical CAD		*Generate 3D CAD, artistic animations, from technical CAD
	*Generate soundtrack		*Generate soundtrack
	*Edit video components together		*Edit video components together

Marcin: /* Sprint Plan */

2013-02-14T20:47:03Z

Sprint Plan

← Older revision		Revision as of 20:47, 14 February 2013
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	The last challenge to solve will be making this into a visual, language agnostic story like [[Full Printed]].		The last challenge to solve will be making this into a visual, language agnostic story like [[Full Printed]].

	=Sprint Plan=		=Hackathon Sprint Plan=
	*Generate script		*Generate script
	*Generate icon animations		*Generate icon animations

Marcin: /* Background Materials */

2013-02-14T20:41:14Z

Background Materials

← Older revision		Revision as of 20:41, 14 February 2013
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	=Background Materials=		=Background Materials=
	*[[50 GVCS Machines]] - official list of the 50 machines for building a small civilization with modern comforts		*[[50 GVCS Machines]] - official list of the 50 machines for building a small civilization with modern comforts
			*[[Open Source Hardware Pattern Language]] shows an introduction to the modular design pattern language for the GVCS machines. These need to be refined.
	*[[GVCS in 2 Minutes]] - first quality explainer produced on the GVCS, 3 years ago		*[[GVCS in 2 Minutes]] - first quality explainer produced on the GVCS, 3 years ago
	*[[GVCS TED Talk]] - talk at the TED Conference, which has taken the GVCS to the world stage		*[[GVCS TED Talk]] - talk at the TED Conference, which has taken the GVCS to the world stage

Marcin: /* Sprint Plan */

2013-02-14T20:40:09Z

Sprint Plan

← Older revision		Revision as of 20:40, 14 February 2013
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	*Generate script		*Generate script
	*Generate icon animations		*Generate icon animations
	*Generate 3D CAD so that part explosions/manipulations allow assembly and morphing to various machines		*Define modules of the [[Open Source Hardware Pattern Language]]
			*Generate 3D CAD, technical, so that part explosions/manipulations allow assembly and morphing to various machines. This means that some real CAD design needs to happen.
			*Generate 3D CAD, artistic animations, from technical CAD
	*Generate soundtrack		*Generate soundtrack
	*Edit video components together		*Edit video components together

Marcin: /* Sprint Plan */

2013-02-14T20:38:29Z

Sprint Plan

← Older revision		Revision as of 20:38, 14 February 2013
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	*Generate 3D CAD so that part explosions/manipulations allow assembly and morphing to various machines		*Generate 3D CAD so that part explosions/manipulations allow assembly and morphing to various machines
	*Generate soundtrack		*Generate soundtrack
	*Edit components together		*Edit video components together

Marcin: /* Treatment */

2013-02-14T20:38:12Z

Treatment

← Older revision		Revision as of 20:38, 14 February 2013
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	Based on the concept of legos and [[Makeblock]] as the extension of Legos to life-size machines, we can conceptualize a building system that radically democratizes the ability of any individual to build things regardless of the person's technical abilities. OSE has demonstrated the beginnings of such a life-size system, and OSE achieved radical efficiency of producing complex machines in a single day - with unskilled labor. Open source, modular design is the key to making this happen. We are now seeing that the entire 50 GVCS machines can be produced in 50 days, and a modern community can be built from this. The main questions that many ask are 2-fold: (1) How does a small subset of our machines magically allow all the important infrastructure services to happen? (2) How these are constructed- how is it ever feasible to build a minimum, multipurpose Swiss Army Knife for a new civilization? (3) Most importantly, how is such building ever within reach of non-geeks?		Based on the concept of legos and [[Makeblock]] as the extension of Legos to life-size machines, we can conceptualize a building system that radically democratizes the ability of any individual to build things regardless of the person's technical abilities. OSE has demonstrated the beginnings of such a life-size system, and OSE achieved radical efficiency of producing complex machines in a single day - with unskilled labor. Open source, modular design is the key to making this happen. We are now seeing that the entire 50 GVCS machines can be produced in 50 days, and a modern community can be built from this. The main questions that many ask are 2-fold: (1) How does a small subset of our machines magically allow all the important infrastructure services to happen? (2) How these are constructed- how is it ever feasible to build a minimum, multipurpose Swiss Army Knife for a new civilization? (3) Most importantly, how is such building ever within reach of non-geeks?

	The goal of this explainer would be to address these questions. (1) can be addressed readily by walking the user through some key machines to show agriculture, construction, energy production, transportation, fabrication, and high-tech production happening. (2) Can be addressed by showing how these are build from modules, and how the modules themselves are built by using some of the machines, and how the materials are made from scrap metal and even dirt (aluminosilicate = clay -> aluminimum metal). (3) Can be addressed readily by explaining what the set consists of, and showing a rapid build of many modules coming together, perhaps showing how modules are interchanged to create radically different machines like Transformers.		The goal of this explainer would be to address these questions. (1) can be addressed readily by walking the user through some key machines (3D icons, animated) to show agriculture, construction, energy production, transportation, fabrication, and high-tech production happening. (2) Can be addressed by showing how these are build from modules, and how the modules themselves are built by using some of the machines, and how the materials are made from scrap metal and even dirt (aluminosilicate = clay -> aluminimum metal). (3) Can be addressed readily by explaining what the set consists of, and showing a rapid build of many modules coming together, perhaps showing how modules are interchanged to create radically different machines like Transformers.

	The main challenge will be for (1), to show a smooth flow of transition between machines - like an organism evolving from seaborn protoplasm to a full creature - and to show this in a sufficiently short timespan. (2) To make a general correlation between the machines and how they are built from modular components. (3) Making a metaphor from lego blocks and building real machines, or IKEA furniture to IKEA machines.		The main challenge will be for (1), to show a smooth flow of transition between machines - like an organism evolving from seaborn protoplasm to a full creature - and to show this in a sufficiently short timespan. (2) To make a general correlation between the machines and how they are built from modular components. (3) Making a metaphor from lego blocks and building real machines, or IKEA furniture to IKEA machines.

	The last challenge to solve will be making this into a visual, language agnostic story like [[Full Printed]].		The last challenge to solve will be making this into a visual, language agnostic story like [[Full Printed]].

			=Sprint Plan=
			*Generate script
			*Generate icon animations
			*Generate 3D CAD so that part explosions/manipulations allow assembly and morphing to various machines
			*Generate soundtrack
			*Edit components together

Marcin: /* Treatment */

2013-02-14T20:31:29Z

Treatment

← Older revision		Revision as of 20:31, 14 February 2013
Line 24:		Line 24:

	=Treatment=		=Treatment=
	Based on the concept of legos and [[Makeblock]] as the extension of Legos to life-size machines, we can conceptualize a building system that radically democratizes the ability of any individual to build things regardless of the person's technical abilities. OSE has demonstrated the beginnings of such a life-size system, and OSE achieved radical efficiency of producing complex machines in a single day - with unskilled labor. Open source, modular design is the key to making this happen. We are now seeing that the entire 50 GVCS machines can be produced in 50 days, and a modern community can be built from this. The main questions that many ask are 2-fold: (1) How does a small subset of our machines magically allow all the important infrastructure services to happen? (2) ~~And more importantly,~~ how is it ever feasible to ~~create~~ a minimum, multipurpose Swiss Army Knife for a new civilization? (3) Most importantly, how is ~~this~~ ever within reach of non-geeks?		Based on the concept of legos and [[Makeblock]] as the extension of Legos to life-size machines, we can conceptualize a building system that radically democratizes the ability of any individual to build things regardless of the person's technical abilities. OSE has demonstrated the beginnings of such a life-size system, and OSE achieved radical efficiency of producing complex machines in a single day - with unskilled labor. Open source, modular design is the key to making this happen. We are now seeing that the entire 50 GVCS machines can be produced in 50 days, and a modern community can be built from this. The main questions that many ask are 2-fold: (1) How does a small subset of our machines magically allow all the important infrastructure services to happen? (2) How these are constructed- how is it ever feasible to build a minimum, multipurpose Swiss Army Knife for a new civilization? (3) Most importantly, how is such building ever within reach of non-geeks?

	The goal of this explainer would be to address these questions. (1)		The goal of this explainer would be to address these questions. (1) can be addressed readily by walking the user through some key machines to show agriculture, construction, energy production, transportation, fabrication, and high-tech production happening. (2) Can be addressed by showing how these are build from modules, and how the modules themselves are built by using some of the machines, and how the materials are made from scrap metal and even dirt (aluminosilicate = clay -> aluminimum metal). (3) Can be addressed readily by explaining what the set consists of, and showing a rapid build of many modules coming together, perhaps showing how modules are interchanged to create radically different machines like Transformers.

			The main challenge will be for (1), to show a smooth flow of transition between machines - like an organism evolving from seaborn protoplasm to a full creature - and to show this in a sufficiently short timespan. (2) To make a general correlation between the machines and how they are built from modular components. (3) Making a metaphor from lego blocks and building real machines, or IKEA furniture to IKEA machines.

			The last challenge to solve will be making this into a visual, language agnostic story like [[Full Printed]].