Visual Psychophysics Engine

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The Visual Psychophysics Engine is a versatile software tool for ViSaGe that was developed by Dr Neil Parry (Clinical Vision Scientist, The University of Manchester). It is supplied with a suite of pre programmed experimental paradigms which allow you to measure luminance and chromatic Contrast Sensitivity Functions, increment thresholds and De Lange curves. You can also create your own bespoke protocols and present standard visual stimuli like sinewave gratings and Gabor patches using the easy-to-use, menu-driven interface.

Guide Price: £1500

SKU: N2800

Precise and repeatable measurement of visual function

Precise and repeatable psychophysical measurements
of visual function
The Visual Psychophysics Engine is a versatile software tool for
ViSaGe that was developed by Dr Neil Parry (Clinical Vision Scientist,
The University of Manchester). It is supplied with a suite of pre
programmed experimental paradigms which allow you to measure
luminance and chromatic Contrast Sensitivity Functions, increment
thresholds and De Lange curves. You can also create your own
bespoke protocols and present standard visual stimuli like sinewave
gratings and Gabor patches using the easy-to-use, menu-driven
interface. It has separate Administrator and Operators modes which
make it perfect for clinical research applications and for deployment
in teaching environments, like undergraduate laboratory practical
sessions. No programming or specialist computer skills are required.
The simple and intuitive interfaces are very user friendly and easy to
learn, but are still sufficiently flexible for most research requirements.Precise and repeatable psychophysical measurements of visual function

The Visual Psychophysics Engine is a versatile software tool for ViSaGe that was developed by Dr Neil Parry (Clinical Vision Scientist, The University of Manchester). It is supplied with a suite of pre programmed experimental paradigms which allow you to measure luminance and chromatic Contrast Sensitivity Functions, increment thresholds and De Lange curves. You can also create your own bespoke protocols and present standard visual stimuli like sinewave gratings and Gabor patches using the easy-to-use, menu-driven interface.

It has separate Administrator and Operators modes which make it perfect for clinical research applications and for deployment in teaching environments, like undergraduate laboratory practical sessions.

No programming or specialist computer skills are required. The simple and intuitive interfaces are very user friendly and easy to learn, but are still sufficiently flexible for most research requirements.

 

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