FearGame
Qt/C++ state machine to drive fear conditioning with sound stimuli and video acquisition
Configuration
Experimental configuration is done by an INI file.
UI
User interface is implemented in C++/Qt. The application provides a minimal user control to:
- choose a configuration file
- start / stop
- pause / resume
Arduino engine
Provides low level timing of executing digital pulses. Communication is done via serial commands.
Classes:
- DriverSerial :: provides non-blocking serial message buffer
- DigitalPulse :: provides non-blocking digital pulse
- EventHandler :: provides interrupt safe event que
- HardwareLayout :: specific configuration based on FearGame setup, inherits from EventHandler
Experimental Layout
The experimental layout include specific signals encoding experimental stimuli.
| Pins | Variable | Description |
|---|---|---|
| 2 | PIN_I_SYNC_Basler | frame acquired signal nVista camera |
| 3 | PIN_I_SYNC_nVista | frame acquired signal Basler camera |
| 4 | PIN_O_TRIG_Basler | trigger Basler camera frame |
| 5 | PIN_O_TRIG_nVista | trigger nVista camera |
| 6 | PIN_O_TRIG_TDT | trigger TDT sound system |
| 7 | PIN_O_TRIG_SHOCK | trigger shock |
| 8 | PIN_O_VLTG_Basler | power voltage Basler camera |
| 9 | PIN_O_STOP_Basler | stop acquisition Basler camera |
List days per commits
git log --all|grep Date|cut -d " " -f4,5,6,8|awk -F"\t" 'OFS="\t"{LIST[$1]++}END{for(key in LIST) print key,LIST[key]}'