anar+

tutorials:radiance

jul — Sat, 26 Jun 2010 16:06:27 +0000

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-	./makeall library	+	sudo ./makeall library

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tutorial:transforms

jul — Sat, 26 Jun 2010 10:15:17 +0000

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-	====== ANAR+ Tranformations ======	+	====== ANAR+ Transformations ======

	ANAR+ makes use of linear transformations such as rotations, translations and scaling. It is possible to declare them as variables or to call a function on a geometrical element to transform it. Here a rotation of 90 degrees around the Z axis on a Face object.		ANAR+ makes use of linear transformations such as rotations, translations and scaling. It is possible to declare them as variables or to call a function on a geometrical element to transform it. Here a rotation of 90 degrees around the Z axis on a Face object.

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tutorials:radiance – created

jul — Fri, 11 Jun 2010 19:00:35 +0000

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	current
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	+	====== Solar Exposure Simulation with Radiance ======

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tutorial:3dobjects

jul — Fri, 11 Jun 2010 18:56:57 +0000

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	import processing.opengl.*;		import processing.opengl.*;
	import anar.*;		import anar.*;
		+
	/*		/*
	* Example for Anar library by Guillaume LaBelle + Julien Nembrini		* Example for Anar library by Guillaume LaBelle + Julien Nembrini
	* http://anar.ch		* http://anar.ch
	*/		*/
-		+
		+
	Obj myObj;		Obj myObj;
		+
	void setup(){		void setup(){
		+
	size(1000,500,OPENGL);		size(1000,500,OPENGL);
	Anar.init(this);		Anar.init(this);
-		+
		+
	// /////////////////////////////		// /////////////////////////////
	Pts ptsA = new Pts();		Pts ptsA = new Pts();
	Pt origin;		Pt origin;
	ptsA.add(origin = Anar.Pt(0,0,0).tag("Origin"));		ptsA.add(origin = Anar.Pt(0,0,0).tag("Origin"));
-		+
		+
	// /////////////////////////////		// /////////////////////////////
	Transform t = new Transform();		Transform t = new Transform();
	t.rotateZ(PI/14f);		t.rotateZ(PI/14f);
	t.translate(Anar.PtNull(10,0,1));		t.translate(Anar.PtNull(10,0,1));
-		+
		+
	// /////////////////////////////		// /////////////////////////////
	Pt previous = origin;		Pt previous = origin;
		+
	for (int i = 0; i<100; i++){		for (int i = 0; i<100; i++){
	PtDER newPt = Anar.Pt(previous);		PtDER newPt = Anar.Pt(previous);
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	previous = newPt;		previous = newPt;
	}		}
-		+
		+
	// /////////////////////////////		// /////////////////////////////
	Transform baseTransform;		Transform baseTransform;
		+
	baseTransform = new Transform();		baseTransform = new Transform();
	baseTransform.translate(Anar.PtNull(0,0, -20));		baseTransform.translate(Anar.PtNull(0,0, -20));
	baseTransform.rotateX(1f);		baseTransform.rotateX(1f);
		+
	// /////////////////////////////		// /////////////////////////////
	Pts ptsB = new Pts(ptsA,baseTransform);		Pts ptsB = new Pts(ptsA,baseTransform);
-		+
		+
	// /////////////////////////////		// /////////////////////////////
	myObj = new SweepTwoPaths(ptsA,ptsB);		myObj = new SweepTwoPaths(ptsA,ptsB);
-		+
-	Anar.camTarget(obj);	+	Anar.camTarget(myObj);
		+
	}		}
-		+
-		+
-	public void draw(){	+	void draw(){
	background(255);		background(255);
	myObj.draw();		myObj.draw();
	}		}
-		+
-	public void keyPressed(){	+	void keyPressed(){
	if(key=='a') Autolisp.export(myObj,"myExport");		if(key=='a') Autolisp.export(myObj,"myExport");
	if(key=='f') RhinoScript.export(myObj,"myExport");		if(key=='f') RhinoScript.export(myObj,"myExport");
	if(key=='s') SketchUpRuby.export(myObj,"myExport");		if(key=='s') SketchUpRuby.export(myObj,"myExport");
-	if(key=='p') PovRAY.export(myObj,"myExport");
	if(key=='o') ObjExporter.export(myObj,"myExport");		if(key=='o') ObjExporter.export(myObj,"myExport");
	}		}

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tutorial:parametric

jul — Fri, 11 Jun 2010 17:58:08 +0000

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	=====Tower Array=====		=====Tower Array=====
		+
		+	{{ http://anar.ch/img/studio.01/00574.jpg }}
		+
	An exemple with a single module but with independent rotations.		An exemple with a single module but with independent rotations.
	`import anar.*;`		`import anar.*;`
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	}		}

-	{{ http://anar.ch/img/studio.01/00574.jpg }}

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tutorial:agents

jul — Fri, 11 Jun 2010 05:54:54 +0000

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	===== LOGO Examples =====		===== LOGO Examples =====

-	a simple example using measuring distance between turtles to change their behaviour.	+	a simple example using the distance between turtles as perceptory input to change their behaviour, in this case the grey shade of the pen.
-		+
-	*`import anar.;`**	+
-	*import processing.opengl.;**	+
-		+
-	Turtle[] turtles = new Turtle[10];	+
-		+
-	void setup() {	+
-	size(800, 400, OPENGL);	+
-	Anar.init(this);	+
-	Anar.drawAxis();	+
-		+
-	float boxSize = 50;	+
-		+
-	for(int i=0; i	+
-	turtles[i] = new Turtle(Anar.Pt(random(-boxSize,boxSize),random(-boxSize,boxSize),random(-boxSize,boxSize)) );	+
-	}	+
-		+
-		+
-	int numberOfNeighbors(Turtle t,Turtle[] turtles, float maxLength){	+
-	int neighbors = 0;	+
-	for(int i=0; i	+
-	{	+
-	float l = t.head.length(turtles[i].head);	+
-	if(l	+
-	if(turtles[i] != t)	+
-	neighbors++;	+
-	}	+
-	return neighbors;	+
-	}	+
-		+
-		+
-	void moveTurtleRandomly(Turtle t){	+
-	t.FD(random(-.2,1));	+
-	float v = 10;	+
-	t.UP(random(-v,v));	+
-	t.LT(random(-v,v));	+
-	}	+
-		+
-	void constrainTurtles(Turtle t, float maxLength){	+
-	if(t.head.length()>maxLength)	+
-	{	+
-	t.RT(180);	+
-	t.FD(3);	+
-	}	+
-	}	+
-		+
-		+
-		+
-	void draw() {	+
-	background(150);	+
-		+
-	for(int i=0; i	+
-	{	+
-	moveTurtleRandomly(turtles[i]);	+
-	constrainTurtles(turtles[i],100);	+
-		+
-	int n = numberOfNeighbors(turtles[i],turtles,30);	+
-		+
-	if(n==0)	+
-	turtles[i].PU();	+
-	else	+
-	turtles[i].PD();	+
-		+
-	turtles[i].draw();	+
-	}	+
-		+
-	}	+
-		+
-		+
-	or another version CLEAN UP NEEDED	+

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tutorial:turtles

jul — Fri, 11 Jun 2010 00:01:22 +0000

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	===== Multiple turtles =====		===== Multiple turtles =====

-	[[http://anar.ch/news/bot/example/518/04zturtlemulti/\|example using parametric capabilities of ANAR+]]	+	Nothing prevents from having several turtles at the same time. Below an example using the parametric capabilities of ANAR+:
		+
		+	[[http://anar.ch/news/bot/example/518/04zturtlemulti/]]

	===== Super Turtle (extending the turtle) =====		===== Super Turtle (extending the turtle) =====

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tutorials:turtles

jul — Thu, 10 Jun 2010 17:41:31 +0000

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-		+	mistake
-	test	+
-		+
-		+
-	setessdf	+
-		+
-		+
-	safad	+

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tutorial:particles

gll — Fri, 09 Apr 2010 13:10:23 +0000

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	The library include Traer physics. (you don't have to install Traer Library separately). The library is located here:		The library include Traer physics. (you don't have to install Traer Library separately). The library is located here:
	- {{http://anar.ch/bin/TraerAnar.zip}}		- {{http://anar.ch/bin/TraerAnar.zip}}
		+	- {{http://anar.ch/bin/TraerAnarV2.zip}} for ANAR V20+

	====Installation====		====Installation====

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pub:anar

jul — Wed, 20 Jan 2010 11:56:32 +0000

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	http://www.jgit.org/		http://www.jgit.org/

-	ubuntu uptodate packages	+	ubuntu

-	http://blog.avirtualhome.com/git-packages-for-ubuntu/	+	https://help.ubuntu.com/community/Git
		+	uptodate packages http://blog.avirtualhome.com/git-packages-for-ubuntu/

	=== remote repo on DH ===		=== remote repo on DH ===

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