Multitouch Table FH Ingolstadt - Versionsgeschichte

Bot: /* Gameplay */

2012-02-06T14:53:32Z

Gameplay

← Nächstältere Version		Version vom 6. Februar 2012, 16:53 Uhr
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	When everyone is done setting up their area, you can tap the START button to start the game.		When everyone is done setting up their area, you can tap the START button to start the game.

	=== Gameplay ===

	-> TODO <-

	== Logicsimulator ==		== Logicsimulator ==

Bot: /* Hardware */

2012-02-06T14:43:38Z

Hardware

← Nächstältere Version		Version vom 6. Februar 2012, 16:43 Uhr
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	= Hardware =		= Hardware =

	Total falsches 3D-Modell: [[File:Mtprojekt-fh-sketchup.skp]] - korrekte version folgt ;)

Bot: /* Links */

2012-02-06T14:43:00Z

Links

← Nächstältere Version		Version vom 6. Februar 2012, 16:43 Uhr
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	[[Category:Projekt]]		[[Category:Projekt]]





	= Verantwortliche =		= Verantwortliche =

Bot: /* Verantwortliche */

2012-02-06T14:42:22Z

Verantwortliche

← Nächstältere Version		Version vom 6. Februar 2012, 16:42 Uhr
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	'''mitwirkende Studenten:'''		'''mitwirkende Studenten:'''
	Tanja Grotter (Projektleiterin)		Tanja Grotter (Projektleiterin),
	Fabian Hübner		Fabian Hübner,
	Daniel Lohr		Daniel Lohr,
	Thomas Jakobi		Thomas Jakobi,
	Markus Platzdasch		Markus Platzdasch,
	Daniel Reinhard		Daniel Reinhard,
	Sebastian Burkhart		Sebastian Burkhart,
	Thomas Kolb		Thomas Kolb,
	Benjamin Sackenreuther		Benjamin Sackenreuther

Bot: /* Verantwortliche */

2012-02-06T14:41:52Z

Verantwortliche

← Nächstältere Version		Version vom 6. Februar 2012, 16:41 Uhr
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	'''betreuender Professor:'''		'''betreuender Professor:'''
	Prof. Dr. Bernhard Glavina		Prof. Dr. Bernhard Glavina

	'''mitwirkende Studenten:'''		'''mitwirkende Studenten:'''
	Tanja Grotter (Projektleiterin)		Tanja Grotter (Projektleiterin)

Bot: /* Verantwortliche */

2012-02-06T14:40:43Z

Verantwortliche

← Nächstältere Version		Version vom 6. Februar 2012, 16:40 Uhr
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	Projekt der Fakultät Elektrotechnik und Informatik an der Hochschule für angewandte Wissenschaften Ingolstadt.		Projekt der Fakultät Elektrotechnik und Informatik an der Hochschule für angewandte Wissenschaften Ingolstadt.

	betreuender Professor: ~~Prof. Dr. Bernhard Glavina~~		'''betreuender Professor:'''
			Prof. Dr. Bernhard Glavina
⚫	~~mitwirkende Studenten:~~ Tanja Grotter (Projektleiterin)
			'''mitwirkende Studenten:'''
	Fabian Hübner
		⚫	Tanja Grotter (Projektleiterin)
⚫	Daniel Lohr
			Fabian Hübner
⚫	Thomas Jakobi
		⚫	Daniel Lohr
⚫	Markus Platzdasch
		⚫	Thomas Jakobi
⚫	Daniel Reinhard
		⚫	Markus Platzdasch
⚫	Sebastian Burkhart
		⚫	Daniel Reinhard
⚫	Thomas Kolb
		⚫	Sebastian Burkhart
⚫	Benjamin Sackenreuther
		⚫	Thomas Kolb
		⚫	Benjamin Sackenreuther

Bot: /* Links */

2012-02-06T14:39:04Z

Links

← Nächstältere Version		Version vom 6. Februar 2012, 16:39 Uhr
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	[[Category:Projekt]]		[[Category:Projekt]]





			= Verantwortliche =
			Projekt der Fakultät Elektrotechnik und Informatik an der Hochschule für angewandte Wissenschaften Ingolstadt.

			betreuender Professor: Prof. Dr. Bernhard Glavina
			mitwirkende Studenten: Tanja Grotter (Projektleiterin)
			Fabian Hübner
			Daniel Lohr
			Thomas Jakobi
			Markus Platzdasch
			Daniel Reinhard
			Sebastian Burkhart
			Thomas Kolb
			Benjamin Sackenreuther

Bot: /* Links */

2012-02-06T14:34:25Z

Links

← Nächstältere Version		Version vom 6. Februar 2012, 16:34 Uhr
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	== Links ==		= Links =
	* [[FTIR_Multitouch_Table]] (german)		* [[FTIR_Multitouch_Table]] (german)

Bot: /* virtual band markus */

2012-02-06T14:09:23Z

virtual band markus

← Nächstältere Version		Version vom 6. Februar 2012, 16:09 Uhr
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	}		}


	== virtual band markus ==


	gabs noch was?

	== Links ==		== Links ==

Bot: /* Logicsimulator */

2012-01-24T14:19:57Z

Logicsimulator

← Nächstältere Version		Version vom 24. Januar 2012, 16:19 Uhr
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	== Logicsimulator ==		== Logicsimulator ==
			Digital Technologies are highly interesting but sometimes really confusing, especially while learning the basics.
			To understand how combinatorial circuits with some logic gates work, building the circuit would be helpful.
			Unfortunately you'll need hardware, switches, LEDs, wires and maybe some other stuff. Furthermore, it's pretty hard to "look inside" the circuit, and maybe there are mistakes inside it.

			I decided to develop an application, where you can "touch" all the hardware you need to do exactly this, and where you can make all the connections without soldering.
	under construction...

			'''Implemented features:'''

			- most common gates (AND, OR, XOR, ...)

			- a selection window for the gates with a slider for the number of Inputs

			- Inputbuttons on the gates you can activate by touching it. The colour (red/grey) indicates the state.

			- the output of the gates is red / grey, indicating, wether the logical condition is true or false

			- you can have several instances of the same gate with a different number of Inputs at one time.

			- you can move and scale the gates as you wish

			'''Not yet Implemented:'''

			- the possibility to connect the gates.


			That means, at the moment you can only try out different types of gates and see how they react on activating their Inputs.

			Unfortunately I'm no professional in developing GUIs, so the sourcecode may be confusing. The time has come for a new version.

	== Swing + MT4J ==		== Swing + MT4J ==