Benutzer:Schinken: Unterschied zwischen den Versionen
| Zeile 100: | Zeile 100: | ||
== todo / ideas == | == todo / ideas == | ||
=== enhance old big clock === | |||
* ☑ use MAX3232CPE for +12V/-12V pulse | |||
* ☑ use atmega8 | |||
* ☐ use DCF77 for current clock | |||
* ☐ attach 60 LEDs on the outside and display current seconds | |||
** ☑ use shift registers 74HC595 | |||
* ☑ design schematic | |||
* ☐ design pcb | |||
** ☐ | * ☐ drill pcb | ||
=== lectures/talks === | |||
* ☐ google protocol buffers | |||
* ☐ Spaceportal implementation (w/ ptflea/bobapple) | |||
* ☐ 3d printer talk at garage-lab and dingfabrik | |||
=== Cleanup Alarm === | |||
* ☐ start cleanup alarm on a random basis, min 5 days, max 7 days. Fire alarm if 30% different members are present | |||
* ☐ pause raspberryPI movie playback | |||
* ☐ send message "Cleanup!" (or sth. like this) to raspberry PI (on screen message) | |||
* ☐ display message on ledboard | |||
* ☐ maybe throttle internet connection | |||
* ☐ blink exit-sign | |||
* ☐ switch on beacon-lights | |||
* ☐ stop mpd and play alarm sound | |||
=== funkstrom v2 === | |||
* ☑ tests with arduino uno | |||
* ☑ python class for serial communcation to atmega | |||
* ☐ REST-API and Webinterface | |||
* ☐ deploy | |||
=== warpcore v2 === | |||
* ☑ order parts for dmx2rgb board | |||
* ☐ rewire leds to control every led | |||
* ☐ python script for snmp and ledcontrol | |||
=== powercontrol === | |||
* ☑ buy hardware (finger relais, processor, udn) | |||
* ☑ create schematic | |||
* ☑ produce pcb (cnc - thx ptflea/krisha) | |||
* ☑ write atmel software | |||
* ☐ create python REST-Api | |||
=== heating control === | |||
* Step 1 - Enhance current heating controller | |||
** ☑ attach relais to RF-contact for existing heating control | |||
** ☑ set relais to ON if space is closed (heating control is now in energy-safe mode) | |||
** ☑ set relais to OFF if space is opened (heating control is now in normal mode) | |||
* Step 2 - Preparing Hardware | |||
** ☑ order rondostat hr20 | |||
** ☑ flash openhr20 | |||
** ☐ add software 1-wire slave communication ([[Benutzer:Xoquox]]) | |||
** ☑ use raspberry pi as 1-wire master | |||
** ☑ design One-Wire Taps (PCB) | |||
** ☑ order taps (oshpark.com) | |||
** ☐ deploy taps + wiring | |||
* Step 3 - Data collection #1 | |||
** ☐ Add temperature sensors to every room (DS1820) | |||
* Step 4 - Data collection #2 | |||
** ☐ Add reed contacts to every window | |||
* Step 5 - Automation | |||
** ☐ if window opened in $room, close all thermostats | |||
** ☐ webinterface for room temperature control and stuff | |||
=== misc === | |||
* write new food/drink system with python-blessings + barcode scanner (pacebook tablet) | * write new food/drink system with python-blessings + barcode scanner (pacebook tablet) | ||
* 8x8x8 LED Cube in Blue | * 8x8x8 LED Cube in Blue | ||
Version vom 5. Februar 2013, 21:53 Uhr
schinken
Name: Christopher Schirner
- geek
- Pirate
- OpenSource-Fan
- Musician
- Unix / Linux
- Founding member of Backspace
- Photography
- Programmer
programming languages
- Python
- C (bissl C++)
- ASM (8051/AVR/M16C)
- PHP
- JavaScript
skills/favorite tools
| OpenSource | Linux | ArchLinux | networks | debian | munin | mysql | kvm | apache | nginx |
| vim | svn | git | weechat | bitlbee | ncmpcpp | keepassx | mediawiki | debian | webdevelopment |
| html5 | css | javscript | microcontroller | node.js | electronics | data processing | assembler |
security ctfs
- ☑ Natas - serverside web-security
- ☑ Bandit - Absolut Beginner CTF (easy)
- ☑ 29c3 Security CTF with mischa (highandlow, JSUX, MEGAIMAGE, regexdb, minesweeper, ...)
contact me
- send me an email for private messages (PGP 0x882C871E)
- follow me on Twitter or identi.ca ( soon merged )
- code repository: http://github.com/schinken
projects
- 3D Printer (Built with bobapple)
- Web-Controlled Wireless Power-Sockets
- LED Board (Python Tools for twitter2led, text2led, gif2led, mpd-nowplaying)
- Open/Close Display (Network-Scanner, Database, Website-Widget)
- R0ket-tr4cking Software
- Current Website (Template, Widgets), ShoogleList and Mediawiki-Vimeo
- Webrelais (Hardware, Software, Documentation)
- Technical Infrastructure (Wiring, Structure, VMs, Hardware "allocation" :))
- Spaceportal (Software, Wiring, Documentation)
- Verbandskasten (Supply)
- Space Bus System (Wiring, Documentation)
- Food/Drink-Management v0.1 Github (unused)
- Warpcore (Implementation, Wiring, Schematics)
- dmx2rgb (Planning, Software, Documentation (50%))
- NyanCat Wall
- DMX Lighting (Installation, Wiring, Documentation, Hardware)
- 3D Printer Lecture - Video: YouTube - 3D Drucker Einführung
- Clockwork Orange (Work in Progress)
- Virtual Hackerspace Tour (krpano, xml editing, etc...)
- Spacecontrol (idea, cli tools, part of the documentation)
smaller things done
todo / ideas
enhance old big clock
- ☑ use MAX3232CPE for +12V/-12V pulse
- ☑ use atmega8
- ☐ use DCF77 for current clock
- ☐ attach 60 LEDs on the outside and display current seconds
- ☑ use shift registers 74HC595
- ☑ design schematic
- ☐ design pcb
- ☐ drill pcb
lectures/talks
- ☐ google protocol buffers
- ☐ Spaceportal implementation (w/ ptflea/bobapple)
- ☐ 3d printer talk at garage-lab and dingfabrik
Cleanup Alarm
- ☐ start cleanup alarm on a random basis, min 5 days, max 7 days. Fire alarm if 30% different members are present
- ☐ pause raspberryPI movie playback
- ☐ send message "Cleanup!" (or sth. like this) to raspberry PI (on screen message)
- ☐ display message on ledboard
- ☐ maybe throttle internet connection
- ☐ blink exit-sign
- ☐ switch on beacon-lights
- ☐ stop mpd and play alarm sound
funkstrom v2
- ☑ tests with arduino uno
- ☑ python class for serial communcation to atmega
- ☐ REST-API and Webinterface
- ☐ deploy
warpcore v2
- ☑ order parts for dmx2rgb board
- ☐ rewire leds to control every led
- ☐ python script for snmp and ledcontrol
powercontrol
- ☑ buy hardware (finger relais, processor, udn)
- ☑ create schematic
- ☑ produce pcb (cnc - thx ptflea/krisha)
- ☑ write atmel software
- ☐ create python REST-Api
heating control
- Step 1 - Enhance current heating controller
- ☑ attach relais to RF-contact for existing heating control
- ☑ set relais to ON if space is closed (heating control is now in energy-safe mode)
- ☑ set relais to OFF if space is opened (heating control is now in normal mode)
- Step 2 - Preparing Hardware
- ☑ order rondostat hr20
- ☑ flash openhr20
- ☐ add software 1-wire slave communication (Benutzer:Xoquox)
- ☑ use raspberry pi as 1-wire master
- ☑ design One-Wire Taps (PCB)
- ☑ order taps (oshpark.com)
- ☐ deploy taps + wiring
- Step 3 - Data collection #1
- ☐ Add temperature sensors to every room (DS1820)
- Step 4 - Data collection #2
- ☐ Add reed contacts to every window
- Step 5 - Automation
- ☐ if window opened in $room, close all thermostats
- ☐ webinterface for room temperature control and stuff
misc
- write new food/drink system with python-blessings + barcode scanner (pacebook tablet)
- 8x8x8 LED Cube in Blue
