3D Syntax - Revision history

Markus Friedrich: /* Extruded Polygon (E) */

2021-07-14T08:21:38Z

Extruded Polygon (E)

← Older revision		Revision as of 10:21, 14 July 2021
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	== Extruded Polygon (E) ==		== Extruded Polygon (E) ==

	...starts always in X-Y area and gets extruded. N is the number of polygon tips. If the firs and the last point have different coordinates, the polygon gets closed. Z means the lower starting height, H means the resulting height of the polygon. H means hight in the sense of ~~altitude~~ of the whole body<br>		...starts always in X-Y area and gets extruded. N is the number of polygon tips. If the firs and the last point have different coordinates, the polygon gets closed. Z means the lower starting height, H means the resulting height of the polygon. H means hight in the sense of thickness of the whole body<br>

	'''Syntax of a polygon:''' EN,X1,Y1,,X2,Y2,X3,Y3,...,Z,H,Color<br>		'''Syntax of a polygon:''' EN,X1,Y1,,X2,Y2,X3,Y3,...,Z,H,Color<br>

Markus Friedrich: /* Extruded Polygon (E) */

2021-07-14T08:18:26Z

Extruded Polygon (E)

← Older revision		Revision as of 10:18, 14 July 2021
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	== Extruded Polygon (E) ==		== Extruded Polygon (E) ==

	...starts always in X-Y area and gets extruded. N is the number of polygon tips. If the firs and the last point have different coordinates, the polygon gets closed. Z1 means the lower starting height, Z2 means the resulting height of the polygon. H means hight in the sense of altitude of the whole body<br>		...starts always in X-Y area and gets extruded. N is the number of polygon tips. If the firs and the last point have different coordinates, the polygon gets closed. Z means the lower starting height, H means the resulting height of the polygon. H means hight in the sense of altitude of the whole body<br>

	'''Syntax of a polygon:''' EN,X1,Y1,,X2,Y2,X3,Y3,...,Z,H,Color<br>		'''Syntax of a polygon:''' EN,X1,Y1,,X2,Y2,X3,Y3,...,Z,H,Color<br>

Markus Friedrich: /* Extruded Polygon (E) */

2021-07-14T08:16:19Z

Extruded Polygon (E)

← Older revision		Revision as of 10:16, 14 July 2021
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	== Extruded Polygon (E) ==		== Extruded Polygon (E) ==

	...starts always in X-Y area and gets extruded. N is the number of polygon tips. If the firs and the last point have different coordinates, the polygon gets closed. Z1 means the lower starting height, Z2 means the resulting height of the polygon.<br>		...starts always in X-Y area and gets extruded. N is the number of polygon tips. If the firs and the last point have different coordinates, the polygon gets closed. Z1 means the lower starting height, Z2 means the resulting height of the polygon. H means hight in the sense of altitude of the whole body<br>

	'''Syntax of a polygon:''' EN,X1,Y1,,X2,Y2,X3,Y3,...,Z,H,Color<br>		'''Syntax of a polygon:''' EN,X1,Y1,,X2,Y2,X3,Y3,...,Z,H,Color<br>
	'''Example:''' E5,9,35,4,7,-14,10,-14,20,-8,13,0,3,$FF0000<br>		'''Example:''' E5,9,35,4,7,-14,10,-14,20,-8,13,0,3,$FF0000<br>

	[[Image:3dsyntax6.jpg]]<br><br>		[[Image:3dsyntax6.jpg\|none]]Image: Extruded polygon (outline brought to hight)<br><br>
			If the 3D representation consists of exactly one extruded polygon, then its hight value H automatically will be adopted as the value of the COMPONENT-HIGHT property. If there are further 3D elements, then the height is not automatically taken over.<br><br>

	== Text (TT or Text) ==		== Text (TT or Text) ==

Markus Friedrich at 14:45, 23 March 2021

2021-03-23T14:45:48Z

← Older revision		Revision as of 16:45, 23 March 2021
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	== General ==		== General ==

	Coordinates (distances) are shown in mm, decimal separation by a dot. At top view upon the [[PCB]]: X (red) is the abscisse, it points positiv to the east, negative to the west. Y (green) is the ordinate, it points positive to the north, negative to the south. Z (blue) points positiv up to the spectator, negative down, orthographically to the X/Y area.<br>		Coordinates (distances) are shown in mm, decimal separation by a dot. At top view upon the [[PCB]]: X (red) is the abscisse, it points positiv to the east, negative to the west. Y (green) is the ordinate, it points positive to the north, negative to the south. Z (blue) points positiv up to the spectator, negative down, orthographically to the X/Y area. NOTE: If you later want to rotate your model by the Z-axis, please add the [Ctrl] key.<br>

	The '''coordinate system''' (slightly turned):<br>		The '''coordinate system''' (slightly turned):<br>

Ralf at 09:26, 2 August 2017

2017-08-02T09:26:31Z

← Older revision		Revision as of 11:26, 2 August 2017
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	Find a PDF summary here: [http://~~www~~.~~target-3001~~.de/~~target~~/~~english~~/3D_Syntax_e.pdf http://~~www~~.~~target-3001~~.de/~~target~~/~~english~~/3D_Syntax_e.pdf]		Find a PDF summary here: [http://server.ibfriedrich.com/download/pdf/en/3D_Syntax_e.pdf http://server.ibfriedrich.com/download/pdf/en/3D_Syntax_e.pdf]

Markus Friedrich: /* STEP File */

2016-11-23T12:18:40Z

STEP File

← Older revision		Revision as of 14:18, 23 November 2016
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	How to embed a STEP file:<br><br>		How to embed a STEP file:<br><br>
	'''Syntax:''' XHashStep~~,HashSTL~~,A1,B1,C1,D1,A2,B2,C2,D2,A3,B3,C3,D3,A4,B4,C4,D4,Color<br>		'''Syntax:''' HashSTL,XHashStep,A1,B1,C1,D1,A2,B2,C2,D2,A3,B3,C3,D3,A4,B4,C4,D4,Color<br>
	'''Example:''' X-12345678,87654321,1,0,0,0,0,1,0,0,0,0,1,0,0,0,0,1,$0FFFFF<br><br>		'''Example:''' X-12345678,87654321,1,0,0,0,0,1,0,0,0,0,1,0,0,0,0,1,$0FFFFF<br><br>
	The sequence starts with "X" and is followed by two internal hash values for data container in the project. Those will automatically be generated as soon as you load a STEP file. A1 ... D4 is a 4x4 rotation- and translation matrix. At the end the color is defined. If you enter color $000000 (black), then the eventually existing color of the STEP model which you just have read in will be used.<br><br>		The sequence starts with "X" and is followed by two internal hash values for data container in the project. Those will automatically be generated as soon as you load a STEP file. A1 ... D4 is a 4x4 rotation- and translation matrix. At the end the color is defined. If you enter color $000000 (black), then the eventually existing color of the STEP model which you just have read in will be used.<br><br>

Markus Friedrich at 10:57, 23 November 2016

2016-11-23T10:57:44Z

← Older revision		Revision as of 12:57, 23 November 2016
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	== STEP-File ==		== STEP File ==

	How to embed a STEP file:<br><br>		How to embed a STEP file:<br><br>

Markus Friedrich at 10:57, 23 November 2016

2016-11-23T10:57:22Z

← Older revision		Revision as of 12:57, 23 November 2016
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			[[Image:3dsyntax7.jpg]]<br><br>

	~~[[Image~~:~~3dsyntax7~~.~~jpg]]~~<br><br>

			== STEP-File ==

			How to embed a STEP file:<br><br>
			'''Syntax:''' XHashStep,HashSTL,A1,B1,C1,D1,A2,B2,C2,D2,A3,B3,C3,D3,A4,B4,C4,D4,Color<br>
			'''Example:''' X-12345678,87654321,1,0,0,0,0,1,0,0,0,0,1,0,0,0,0,1,$0FFFFF<br><br>
			The sequence starts with "X" and is followed by two internal hash values for data container in the project. Those will automatically be generated as soon as you load a STEP file. A1 ... D4 is a 4x4 rotation- and translation matrix. At the end the color is defined. If you enter color $000000 (black), then the eventually existing color of the STEP model which you just have read in will be used.<br><br>

Harald Friedrich: /* Torus (T) */

2016-05-24T18:02:07Z

Torus (T)

Markus Friedrich at 09:10, 16 October 2014

2014-10-16T09:10:40Z

← Older revision		Revision as of 11:10, 16 October 2014
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	The '''coordinate system''' (slightly turned):<br>		The '''coordinate system''' (slightly turned):<br>

	[[Image:koord.jpg]]		[[Image:koord.jpg]]<br><br>

	'''Example:'''<br>		'''Example:'''<br>
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	'''The following elements are defined:'''<br>		'''The following elements are defined:'''<br><br>

	== Solid (S) ==		== Solid (S) ==
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	'''Example:'''-S0,0,15,20,0,15,10,5,$0000FF,0.2 (Taking away the '''"-"''' in front of the '''S''' makes the image solid!)<br>		'''Example:'''-S0,0,15,20,0,15,10,5,$0000FF,0.2 (Taking away the '''"-"''' in front of the '''S''' makes the image solid!)<br>

	[[Image:3dsyntax1.jpg]]		[[Image:3dsyntax1.jpg]]<br><br>


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	'''Example:''' TZ10,10,10,6,4,0,180,$888888<br>		'''Example:''' TZ10,10,10,6,4,0,180,$888888<br>

	[[Image:3dsyntax2.jpg]]		[[Image:3dsyntax2.jpg]]<br><br>


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	'''Example:''' TX10,10,10,6,4,0,180,$888888<br>		'''Example:''' TX10,10,10,6,4,0,180,$888888<br>

	[[Image:3dsyntax3.jpg]]		[[Image:3dsyntax3.jpg]]<br><br>


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	'''Example:''' TY10,10,10,6,4,0,180,$888888<br>		'''Example:''' TY10,10,10,6,4,0,180,$888888<br>

	[[Image:3dsyntax4.jpg]]		[[Image:3dsyntax4.jpg]]<br><br>


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	[[image:3dkugel4.png]]<br><br>		[[image:3dkugel4.png]]<br><br>



	== Cylinder (C) ==		== Cylinder (C) ==
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	[[Image:3dsyntax5a.jpg]]<br><br>The chamferradius please enter after a comma behind the color (see arrow).		[[Image:3dsyntax5a.jpg]]<br><br>The chamferradius please enter after a comma behind the color (see arrow).
	<br><br><br><br>		<br><br><br><br>



	== RESISTORCylinder (RC), color codes of a resistor ==		== RESISTORCylinder (RC), color codes of a resistor ==
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	RC4,1.4,0,1.37,2.2,0,1.37,2.55,$0069AD,tolerance3<br><br>		RC4,1.4,0,1.37,2.2,0,1.37,2.55,$0069AD,tolerance3<br><br>

			[[image:3dsyntax5a.png]]<br><br>


	~~[[image:3dsyntax5a.png]]~~

	== Extruded Polygon (E) ==		== Extruded Polygon (E) ==
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	'''Example:''' E5,9,35,4,7,-14,10,-14,20,-8,13,0,3,$FF0000<br>		'''Example:''' E5,9,35,4,7,-14,10,-14,20,-8,13,0,3,$FF0000<br>

	[[Image:3dsyntax6.jpg]]		[[Image:3dsyntax6.jpg]]<br><br>


	== Text (TT or Text) ==		== Text (TT or Text) ==
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	[[Image:3dsyntax7.jpg]]		[[Image:3dsyntax7.jpg]]<br><br>

← Older revision		Revision as of 20:02, 24 May 2016
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	When a torus is defined as a '''TZ''', the rotation axis is parallel to the Z axis. Pm means the center, Radius means the radius of the circle. Thickness means the diameter of a circle which gets a tube by rotation (coating).<br>		When a torus is defined as a '''TZ''', the rotation axis is parallel to the Z axis. Pm means the center, Radius means the radius of the circle. Thickness means the diameter of a circle which gets a tube by rotation (coating).<br>

	'''Syntax of a TZ Torus:'''~~TXm~~,Ym,Zm,Radius,Thickness,StartAngle,EndAngle,Color<br>		'''Syntax of a TZ Torus:'''TZXm,Ym,Zm,Radius,Thickness,StartAngle,EndAngle,Color<br>
	'''Example:''' TZ10,10,10,6,4,0,180,$888888<br>		'''Example:''' TZ10,10,10,6,4,0,180,$888888<br>

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	When a torus is defined as a '''TX''', it has a rotation axis which is parallel to the X axis. Pm is the center, Radius means the radius of the bow, Thickness means the diameter of the coating:<br>		When a torus is defined as a '''TX''', it has a rotation axis which is parallel to the X axis. Pm is the center, Radius means the radius of the bow, Thickness means the diameter of the coating:<br>
	'''Syntax of a TX Torus:''' ~~TXm~~,Ym,Zm,Radius,Thickness,StartAngle,EndAngle,Color<br>		'''Syntax of a TX Torus:''' TXXm,Ym,Zm,Radius,Thickness,StartAngle,EndAngle,Color<br>
	'''Example:''' TX10,10,10,6,4,0,180,$888888<br>		'''Example:''' TX10,10,10,6,4,0,180,$888888<br>

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	When a torus is defined as a '''TY''' it has a rotation axis which is parallel to the Y axis. Pm is the center, Radius means the radius of the bow, Thickness means the diameter of the coating:<br>		When a torus is defined as a '''TY''' it has a rotation axis which is parallel to the Y axis. Pm is the center, Radius means the radius of the bow, Thickness means the diameter of the coating:<br>

	'''Syntax of a TY Torus:''' ~~TXm~~,Ym,Zm,Radius,Thickness,StartAngle,EndAngle,Color<br>		'''Syntax of a TY Torus:''' TYXm,Ym,Zm,Radius,Thickness,StartAngle,EndAngle,Color<br>
	'''Example:''' TY10,10,10,6,4,0,180,$888888<br>		'''Example:''' TY10,10,10,6,4,0,180,$888888<br>

	[[Image:3dsyntax4.jpg]]<br><br>		[[Image:3dsyntax4.jpg]]<br><br>



	== Sphere (special form of a torus) ==		== Sphere (special form of a torus) ==