Creation of a 3D Model - Revision history

Markus Friedrich: /* Load the soldering pattern from the library */

2021-07-01T14:56:55Z

Load the soldering pattern from the library

← Older revision		Revision as of 16:56, 1 July 2021
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	[[Image:extrudedpolygonDLG.jpg\|none\|Extruded polygon]]Image: Create an extruded polygon? At this point, first select "No".<br><br>		[[Image:extrudedpolygonDLG.jpg\|none\|Extruded polygon]]Image: Create an extruded polygon? At this point, first select "No".<br><br>

	~~This~~ is a "pulling up" of the ~~base line of the enclosure~~. In most cases, the result is a simple cuboid that gives a good impression of the body. If you answer no (which you should do for the rest of this example), the outline and the pattern of the soldering ~~feet~~ appear and the creation of the 3D model can begin.<br><br>		An extruded polygon is just a "pulling up" of the package outline. In most cases, the result is a simple cuboid that gives a good impression of the body. If you answer no, which you should do for the rest of this example, the outline and the pattern of the soldering pads appear and the creation of the 3D model can begin.<br><br>

Markus Friedrich: /* Load the soldering pattern from the library */

2021-07-01T14:54:52Z

Load the soldering pattern from the library

← Older revision		Revision as of 16:54, 1 July 2021
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	[[Image:extrudedpolygonDLG.jpg\|none\|Extruded polygon]]Image: Create an extruded polygon? At this point, first select "No".<br><br>		[[Image:extrudedpolygonDLG.jpg\|none\|Extruded polygon]]Image: Create an extruded polygon? At this point, first select "No".<br><br>

	This is a "pulling up" of the base line of the enclosure. In most cases, the result is a simple cuboid that gives a good impression of the body. If you answer no (which you should do for the rest of this example), the outline and the pattern of the soldering feet appear and the creation of the 3D model can begin.<br><br>~~<br>.~~		This is a "pulling up" of the base line of the enclosure. In most cases, the result is a simple cuboid that gives a good impression of the body. If you answer no (which you should do for the rest of this example), the outline and the pattern of the soldering feet appear and the creation of the 3D model can begin.<br><br>

Markus Friedrich: /* Load the soldering pattern from the library */

2021-07-01T14:52:22Z

Load the soldering pattern from the library

← Older revision		Revision as of 16:52, 1 July 2021
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	[[Image: 3d_model_edit_1b_e.jpg]]<br><br>		[[Image: 3d_model_edit_1b_e.jpg]]<br><br>

	To edit the 3D model there are two possibilities, either right click on the rotating coordinate system or click '''[[M2]]''' on the part name. In both cases select the option "Edit 3D..."<br><br>.		To edit the 3D model there are two possibilities, either right click on the rotating coordinate system or click '''[[M2]]''' on the part name. In both cases select the option "Edit 3D..."<br><br>

	[[Image:3d_model_edit_2_e.jpg\|none]]Image: Options for editing the 3D model of a component<br><br>		[[Image:3d_model_edit_2_e.jpg\|none]]Image: Options for editing the 3D model of a component<br><br>

Markus Friedrich: /* Load the soldering pattern from the library */

2021-07-01T14:40:31Z

Load the soldering pattern from the library

← Older revision		Revision as of 16:40, 1 July 2021
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	Before you can create or modify the 3D model of a TARGET original component, you must create a copy of the component. To do this, click		Before you can create or modify the 3D model of a TARGET original component, you must create a copy of the component. To do this, click
	'''[[M2]]''' on the component name and select the option '''Create copy of DIL8_without_3D-MODEL as new package'''.		'''[[M2]]''' on the component name and select the option '''Create copy of DIL8_without_3D-MODEL as new package'''.<br><br>

	[[Image: 3d_model_edit_1a_e.jpg]]<br><br>		[[Image: 3d_model_edit_1a_e.jpg]]<br><br>

Markus Friedrich: /* Load the soldering pattern from the library */

2021-07-01T14:38:58Z

Load the soldering pattern from the library

← Older revision		Revision as of 16:38, 1 July 2021
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	Before you can create or modify the 3D model of a TARGET original component, you must create a copy of the component. To do this, click		Before you can create or modify the 3D model of a TARGET original component, you must create a copy of the component. To do this, click
	'''[[M2]]''' on the component name and select the option '''Create copy of ~~DIL8_OHNE_3D_MODEL~~ as new package'''.		'''[[M2]]''' on the component name and select the option '''Create copy of DIL8_without_3D-MODEL as new package'''.

	[[Image: 3d_model_edit_1a_e.jpg]]<br><br>		[[Image: 3d_model_edit_1a_e.jpg]]<br><br>

Markus Friedrich: /* Load the soldering pattern from the library */

2021-07-01T14:18:30Z

Load the soldering pattern from the library

← Older revision		Revision as of 16:18, 1 July 2021
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	== Load the soldering pattern from the library ==		== Load the soldering pattern from the library ==

	~~=== How to do it in V15 and younger ===~~

	~~Start~~ a ~~new~~ project "PCB with schematic" ~~and go to the schematic view. Now~~ open the component browser ~~either~~ by ~~the icon~~ [[image:InsertComponent.jpg]] or the keyboard key '''[Ins]'''.<br> You will see ~~the following~~ image:		In a project "Double sided PCB with schematic", open the component browser (= the component database) in the schematic view by [[image:InsertComponent.jpg]] or the keyboard key '''[Ins]'''.<br>You will see this image:<br><br>

	[[~~image~~:~~BauteilBrowser_e~~.jpg]]<br><br>		[[Image:ComponentBrowser_e0.jpg\|none\|ComponentBrowser]]Image: The component browser (component database) <br><br>.

	Click the "Package" ~~tab in order~~ to ~~receive~~ the package ~~browser~~. Here you can ~~select~~ any ~~soldering~~ pattern ~~available~~. In our example we use the ~~DIL8_WITHOUT_3D_MODEL~~.		Click on the tab "Package" (arrow) to get the view of the package selection. Here you can have any solder pad pattern presented to you. In our example we use the DIL8_WITHOUT_3D-MODEL.<br><br>

	[[~~image~~:3d_model_edit_1_e.jpg]]<br><br>		[[Image:3d_model_edit_1_e.jpg]]<br><br>

	~~Prior to loading a soldering pattern of a certain component in order to~~ create ~~a new~~ or modify ~~an existing~~ 3D model, you ~~need to convert~~ a ~~genuine TARGET 3001! part to a user part so that it gets tagged by a little black "User"-flag~~. ~~Click~~ '''[[M2]]''' on the component name and select option "Create copy of ~~DIL8_WITHOUT_3D_MODEL~~ as a new package".		Before you can create or modify the 3D model of a TARGET original component, you must create a copy of the component. To do this, click
			'''[[M2]]''' on the component name and select the option '''Create copy of DIL8_OHNE_3D_MODEL as new package'''.

	[[~~image~~: 3d_model_edit_1a_e.jpg]]<br><br>		[[Image: 3d_model_edit_1a_e.jpg]]<br><br>


	The TARGET-component ~~is copied~~ and ~~receives a flag "User". Now it freely~~ can be edited.<br>		The copy of the TARGET component then becomes a ''user'' component and can be freely edited:<br>
	<br>		<br>

	[[~~image~~: 3d_model_edit_1b_e.jpg]]<br><br>		[[Image: 3d_model_edit_1b_e.jpg]]<br><br>

	~~In order to~~ edit the 3D model there are ~~2 ways to get there: M2~~ click on the ~~turning~~ coordinate system or '''[[M2]]''' on ~~it's component~~ name ~~in the list~~. In both cases select option "Edit 3D..."<br><br>		To edit the 3D model there are two possibilities, either right click on the rotating coordinate system or click '''[[M2]]''' on the part name. In both cases select the option "Edit 3D..."<br><br>.

	[[~~image~~:3d_model_edit_2_e.jpg]]		[[Image:3d_model_edit_2_e.jpg\|none]]Image: Options for editing the 3D model of a component<br><br>
	<br><br>		<br><br>
	Now the 3D model ~~of the part or at least it's footprint pattern will be displayed~~ and can be edited. ~~How~~ to ~~do so please read in section "3D Footprints"~~. ~~<br>~~<br><br>		Now the 3D model editor is opened and can be created/edited. If an enclosure does not have a 3D model yet, you will be asked beforehand if you want to create an extruded polygon.<br><br>

			[[Image:extrudedpolygonDLG.jpg\|none\|Extruded polygon]]Image: Create an extruded polygon? At this point, first select "No".<br><br>

			This is a "pulling up" of the base line of the enclosure. In most cases, the result is a simple cuboid that gives a good impression of the body. If you answer no (which you should do for the rest of this example), the outline and the pattern of the soldering feet appear and the creation of the 3D model can begin.<br><br><br>.


			<!--
	=== How to do it in V14 and older ===		=== How to do it in V14 and older ===

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	[[Image:3d_example5_e.jpg\|none]]<br>		[[Image:3d_example5_e.jpg\|none]]<br>
	In the library browser select DIL8_without_3D-Modell. Absolute zero of the footprints of the component's housing is placed on the absolute zero of the 3Dedition canvas. We must keep this overlaying zero - otherwise later in our 3D view we get an offset.<br>		In the library browser select DIL8_without_3D-Modell. Absolute zero of the footprints of the component's housing is placed on the absolute zero of the 3Dedition canvas. We must keep this overlaying zero - otherwise later in our 3D view we get an offset.<br>
			-->

	== 3D Footprints ==		== 3D Footprints ==

Markus Friedrich: /* Here is a 3D model missing... */

2021-07-01T13:58:35Z

Here is a 3D model missing...

← Older revision		Revision as of 15:58, 1 July 2021
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	== Here is a 3D model missing... ==		== Here is a 3D model missing... ==

	If we have a look on the unrouted project PIC_3D.T3001, found here: [http://server.ibfriedrich.com/download/projects/pic_3D.t3001 pic_3D.t3001] we focus on the IC2 with value 93LC56. It has a "DiP8_without_3D-model" housing from the current library Standard.PCK3001. If you do not have this housing at your disposal, please just delete the syntax in the 3Dview. You might abstain from saving this deletion in case you don't have the time to work this course through completely...<br>		If we have a look on the unrouted project PIC_3D.T3001, found here: [http://server.ibfriedrich.com/download/projects/pic_3D.t3001 pic_3D.t3001] we focus on the IC2 with value 93LC56. It has a "DiP8_without_3D-model" housing from the current library Standard.PCK3001. If you do not have this housing at your disposal, please just delete the syntax in the 3Dview. You might abstain from saving this deletion in case you don't have the time to work this course through completely...<br><br>

			[[Image:3d_example3.jpg\|none]]<br><br>

	~~[[Image:3d_example3.jpg\|none]]~~
	Loading the 3D-view (menu "View/3D-View") we see the following:<br>		Loading the 3D-view (menu "View/3D-View") we see the following:<br>

	[[Image:3d_example4.jpg\|none]]		[[Image:3d_example4.jpg\|none]]<br><br>
	This component does not have a 3D model. What we see is a simple extrusion of the plain view by 1mm as it is given as a standard to any non-3D-modeled component. Now we want to create a 3D model for this DIL8 housing.		This component does not have a 3D model. What we see is a simple extrusion of the plain view by 1mm as it is given as a standard to any non-3D-modeled component. Now we want to create a 3D model for this DIL8 housing.<br><br>

	== Load the soldering pattern from the library ==		== Load the soldering pattern from the library ==

Markus Friedrich: /* Create one pin */

2017-11-28T13:26:36Z

Create one pin

← Older revision		Revision as of 15:26, 28 November 2017
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	[[Image:3d_example13.jpg\|none]]		[[Image:3d_example13.jpg\|none]]
	It's up to you whether to cut off the part of this body which protrudes from the bottom of the board or not. For this example we cut it off and set the end-point of its middle axis to -2,0.		It's up to you whether to cut off the part of this body which protrudes from the bottom of the board or not. For this example we cut it off and set the end-point of its middle axis to -2.0.

	Syntax:		Syntax:
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	[[Image:3d_example14.jpg\|none]]		[[Image:3d_example14.jpg\|none]]
	Now we want to create the upper part of the pin which we draw for reasons of simplifying just a bit wider than the "drillhole" one. The syntax looks like this: (same middle axis beginning from Z0.1 and reaching exactly to the middle of the ~~Middle of the Height~~ of the housing (=0,5A2+A1) which equals 0,53,2+0,51= 2,11. The width is 0.9 and the height is 0.36. The syntax is:		Now we want to create the upper part of the pin which we draw for reasons of simplifying just a bit wider than the "drillhole" one. The syntax looks like this: (same middle axis beginning from Z0.1 and reaching exactly to the middle of the height of the housing (=0,5A2+A1) which equals 0.53.2+0.51= 2.11. The width is 0.9 and the height is 0.36. The syntax is:

	S0,0,0.1,0,0,2.11, 0.9,0.36,$888888 and the view shows:<br>		S0,0,0.1,0,0,2.11, 0.9,0.36,$888888 and the view shows:<br>
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	[[Image:3d_example17.jpg\|none]]		[[Image:3d_example17.jpg\|none]]



	=== Copy this pin by the pitch ===		=== Copy this pin by the pitch ===

Markus Friedrich: /* How to do it in V14 and older */

2017-11-28T13:21:55Z

How to do it in V14 and older

← Older revision		Revision as of 15:21, 28 November 2017
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	=== How to do it in V14 and older ===		=== How to do it in V14 and older ===

	~~<br><br><br>~~
	[[image:3Dstart_14.jpg\|none]]<br><br> Click on the 3D icon in the toolbar, the 3D-editor opens...<br><br>		[[image:3Dstart_14.jpg\|none]]<br><br> Click on the 3D icon in the toolbar, the 3D-editor opens...<br><br>

	Click button [[Image:edit3d.jpg]] and button "Load" in the editor.<br>		Click button [[Image:edit3d.jpg]] and button "Load" in the editor.<br>

	[[Image:3d_example5_e.jpg\|none]]		[[Image:3d_example5_e.jpg\|none]]<br>
	In the library browser select DIL8_without_3D-Modell. Absolute zero of the footprints of the component's housing is placed on the absolute zero of the 3Dedition canvas. We must keep this overlaying zero - otherwise later in our 3D view we get an offset.<br>		In the library browser select DIL8_without_3D-Modell. Absolute zero of the footprints of the component's housing is placed on the absolute zero of the 3Dedition canvas. We must keep this overlaying zero - otherwise later in our 3D view we get an offset.<br>

Ralf: /* Here is a 3D model missing... */

2017-08-02T12:54:02Z

Here is a 3D model missing...

← Older revision		Revision as of 14:54, 2 August 2017
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	== Here is a 3D model missing... ==		== Here is a 3D model missing... ==

	If we have a look on the unrouted project PIC_3D.T3001, found here: http://~~www~~.~~eichenzell~~.com/~~target~~/~~PIC_3D~~.~~T3001~~ we focus on the IC2 with value 93LC56. It has a "DiP8_without_3D-model" housing from the current library Standard.PCK3001. If you do not have this housing at your disposal, please just delete the syntax in the 3Dview. You might abstain from saving this deletion in case you don't have the time to work this course through completely...<br>		If we have a look on the unrouted project PIC_3D.T3001, found here: [http://server.ibfriedrich.com/download/projects/pic_3D.t3001 pic_3D.t3001] we focus on the IC2 with value 93LC56. It has a "DiP8_without_3D-model" housing from the current library Standard.PCK3001. If you do not have this housing at your disposal, please just delete the syntax in the 3Dview. You might abstain from saving this deletion in case you don't have the time to work this course through completely...<br>

	[[Image:3d_example3.jpg\|none]]		[[Image:3d_example3.jpg\|none]]
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	[[Image:3d_example4.jpg\|none]]		[[Image:3d_example4.jpg\|none]]
	This component does not have a 3D model. What we see is a simple extrusion of the plain view by 1mm as it is given as a standard to any non-3D-modeled component. Now we want to create a 3D model for this DIL8 housing.		This component does not have a 3D model. What we see is a simple extrusion of the plain view by 1mm as it is given as a standard to any non-3D-modeled component. Now we want to create a 3D model for this DIL8 housing.


	== Load the soldering pattern from the library ==		== Load the soldering pattern from the library ==