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Python Documentation

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Python Documentation

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Introduction to VPixx Python documentation

Python Demo Library

3D Display Demos

A Simple "Hello World" In Stereo

Analog I/O Demos

Generate and record analog output using DAC and ADC schedules

Audio I/O Demos

Play audio on a digital input

Digital I/O Demos

Recording changes in digital-in
How to read button presses from a RESPONSEPixx
Send a digital output trigger on VSync
Using buttonSchedules to automatically pass button activity to digital output
Sending video frame accurate triggers using Pixel Mode
Combining Pixel Mode GB and buttonSchedules
Sending triggers and pulse trains using the digital output schedule

High Bit Depth Mode Demos

Setting up a device in High-bit depth grey-scale mode.

i1 Demos

How to verify the chromacity and luminance of the colors of your device using i1Device

PROPixx Demos

Setting up a PROPixx to display in 480 Hz.
Presenting stimuli at 480Hz
Setting up a PROPixx to display in 1440 Hz
Implement a 10kHz tachistoscope on the PROPixx
Drawing dots at 1440 Hz in Python

TRACKPixx Demos

A simple TRACKPixx3 calibration
A comprehensive TRACKPixx3 calibration
Collect data from the TRACKPixx3

TRACKPixx /Mini Demos

Collect data with TRACKPixx /Mini
Controlling the RESPONSEPixx via the I/O Hub

VIEWPixx Demos

Changing the back-light intensity on a VIEWPixx

pypixxlib Documentation

Getting Started
DATAPixx
DATAPixx2
DATAPixx3
PROPixx
PROPixx Controller
VIEWPixx
VIEWPixx3D
VIEWPixxEEG
Analog In
Analog Out
Audio In
Audio Out
Digital Inputs
Digital Out
DPx Device
Dual Link Out
3D Features
Libdpx Wrapper
Scanning BackLight Features
Video Features
VGA Out
i1Display
TRACKPixx
Shaders
RESPONSEPixx

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PROPixx Demos

Setting up a PROPixx to display in 480 Hz.
Presenting stimuli at 480Hz
Setting up a PROPixx to display in 1440 Hz
Implement a 10kHz tachistoscope on the PROPixx
Drawing dots at 1440 Hz in Python

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Setting up a PROPixx to display in 480 Hz.

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