Timelapse - Revision history

Link: /* Pictures */

2013-08-18T16:24:16Z

Pictures

← Older revision		Revision as of 09:24, 18 August 2013
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	=Pictures=		=Pictures=
	~~Coming soon!~~		[[File:Timelapse startup.jpg\|left\|baseline\|thumb\|300px\|Prototype showing the startup screen.]]
			<br clear="all" />
			For more pictures, see [http://users.penguindevelopment.org/Link/gallery2/v/electronics/ my personal gallery].

	[[Category:Hardware]]		[[Category:Hardware]]

Link at 10:24, 18 August 2013

2013-08-18T10:24:34Z

← Older revision		Revision as of 03:24, 18 August 2013
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	=Bugs and feedback=		=Bugs and feedback=
	~~Report~~ bugs ~~to <tt>bugs[a<!-- -->t]proj[dot]penguindevelopment[dot]org</tt>~~ and feedback ~~to <tt>feedback[a<!-- -->t]proj[dot]penguindevelopment[dot]org</tt>.~~		{{bugs and feedback}}

	~~'''Before reporting a bug, make sure it isn't one of the problems listed in the [[/README/]].'''~~

	=Pictures=		=Pictures=

Link at 22:46, 17 August 2013

2013-08-17T22:46:06Z

← Older revision		Revision as of 15:46, 17 August 2013
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	Keep in mind that you need an AVR programmer to flash the firmware. The [http://learn.adafruit.com/usbtinyisp USBTinyISP by Adafruit industries] is cheap and does the job.		Keep in mind that you need an AVR programmer to flash the firmware. The [http://learn.adafruit.com/usbtinyisp USBTinyISP by Adafruit industries] is cheap and does the job.

			=User guide=
			Operating timelapse is fairly straight-forward. A quick guide can be found in the [[/README/]].

			=Bugs and feedback=
			Report bugs to <tt>bugs[a<!-- -->t]proj[dot]penguindevelopment[dot]org</tt> and feedback to <tt>feedback[a<!-- -->t]proj[dot]penguindevelopment[dot]org</tt>.

			'''Before reporting a bug, make sure it isn't one of the problems listed in the [[/README/]].'''

	=Pictures=		=Pictures=

Link: Created page with "{{lowercase}} '''timelapse''' is a user-configurable automatic time-lapse trigger for digital cameras; it allows taking photos at regular interval..."

2013-08-17T17:14:11Z

Created page with "{{lowercase}} '''timelapse''' is a user-configurable automatic time-lapse trigger for digital cameras; it allows taking photos at regular interval..."

New page

{{lowercase}}
'''timelapse''' is a user-configurable automatic [[w:Time-lapse photography|time-lapse]] trigger for digital cameras; it allows taking photos at regular intervals without requiring user intervention. timelapse is based on the [http://www.atmel.com/devices/ATTINY2313.aspx ATtiny2313] microcontroller and provides a user-configurable timer with a resolution of 1 millisecond. It was designed with Canon EOS DSLR cameras in mind, but may well work with other brands.

timelapse was designed so that it may be built at home by electronics hobbyists.

=Features=
* Configurable delay of up to 999999.999 seconds (~11.57 days) with 1 ms resolution
* Configurable pulse width (with the same parameters as the delay) allowing timed exposure
* Configurable shot count; 1-10000 or infinite
* Fully digital configuration with LCD
* User settings stored in ROM
* Powered from 9 V battery

=Obtaining timelapse=
At present, the only way to obtain timelapse is to build and flash it yourself. The current (v0.1) board is a rough prototype that nonetheless does the job. A redesign of the PCB is planned; this should make it suitable to integrate into a case.

A tarball containing the design schematics, PCB layout, firmware sources and firmware HEX is available at http://proj.penguindevelopment.org/timelapse/. [http://proj.penguindevelopment.org/timelapse/timelapse-latest.tar.gz (Direct link to latest version.)] The schematic is in [http://wiki.geda-project.org/geda:gaf gEDA/gaf] .sch format, and the PCB layout is in [http://pcb.geda-project.org/ gEDA PCB] .pcb format.

For instructions on building the timelapse PCB, see the [[/README/]]. For instructions on flashing the firmware (and optionally compiling it yourself), see [[/INSTALL/]] (both files are also included in the tarball). [[/Parts list|A list of components is also available.]] For instruction on DIY PCB fabbing, use your favourite search engine. ;) (If you have a laser printer, you can try the toner transfer method, which was used to build the first prototype; [http://www.dr-lex.be/hardware/tonertransfer.html][http://www.riccibitti.com/pcb/pcb.htm].)

Keep in mind that you need an AVR programmer to flash the firmware. The [http://learn.adafruit.com/usbtinyisp USBTinyISP by Adafruit industries] is cheap and does the job.

=Pictures=
Coming soon!

[[Category:Hardware]]