NIDAQ Programs for Controlling Electronic Music Devices

NIDAQ stands for "National Instruments Digital Acquisition" card. This page lists programs for controlling sensors in Windows 95 where sensor data enters the computer via the National Instruments AT-MIO-16E digital acquisition card. This is an add-on card to a computer which converts analog voltages into digital values to be processed on the computer.

balance Balance a virtual stick, where you control the position of the bottom of the stick with sensor input. allchan Multi-channel display of data input coming from the NIDAQ card. 1dpos takes one streams of input data from the NIDAQ and converts it to pitch control for output to a MIDI synthesizer. 2dpos takes two streams of input data from the NIDAQ and converts them to pitch and volume control signals for output to a MIDI synthesizer.: Balance a virtual stick, where you control the position of the bottom of the stick with sensor input.
allchan Multi-channel display of data input coming from the NIDAQ card. 1dpos takes one streams of input data from the NIDAQ and converts it to pitch control for output to a MIDI synthesizer. 2dpos takes two streams of input data from the NIDAQ and converts them to pitch and volume control signals for output to a MIDI synthesizer.: Multi-channel display of data input coming from the NIDAQ card.
1dpos takes one streams of input data from the NIDAQ and converts it to pitch control for output to a MIDI synthesizer. 2dpos takes two streams of input data from the NIDAQ and converts them to pitch and volume control signals for output to a MIDI synthesizer.: takes one streams of input data from the NIDAQ and converts it to pitch control for output to a MIDI synthesizer.
2dpos takes two streams of input data from the NIDAQ and converts them to pitch and volume control signals for output to a MIDI synthesizer.: takes two streams of input data from the NIDAQ and converts them to pitch and volume control signals for output to a MIDI synthesizer.