A small project, to measure the visual bias when judging tritones.

The "tritone" consists of 2 distinct shepard tones with half an octave tone difference, played successively.

Every human has it's own way of perception: One would say after hearing the C-F# tritone, that the F# is clearly higher-pitched than the C, but another person would judge the C as the higher tone.

We tried to measure, if there is a possibility of manipulating the perception by adding a visual stimulus by using this program coded in C++.

Our outcomes are, that it is possible to manipulate the perceptions of the individuals significantly by a visual stimulus.

If you're interested in retesting our outcomes, feel free to download, use and edit this program by your own needs.

The code is quick and dirty but I will clear it up, as soon I have the time.

Project Samples

Project Activity

See All Activity >

Follow Tritone-Experiment

Tritone-Experiment Web Site

Other Useful Business Software
Gain Advanced Threat Protection for Your AWS Workloads Icon
Gain Advanced Threat Protection for Your AWS Workloads

Running FortiGate NGFW on AWS Graviton2 Lets You Boost Scalability With Reduced Compute Costs

FortiGate-VM delivers comprehensive security and scalable VPN connectivity for your AWS workloads, while native AWS integrations unlock broad coverage for your environment. Now with support for AWS Graviton2 instances, FortiGate lets you optimize price performance and reduce your Amazon EC2 costs by up to 20 percent. Deploy today in AWS Marketplace.
Rate This Project
Login To Rate This Project

User Reviews

Be the first to post a review of Tritone-Experiment!

Additional Project Details

Operating Systems

Windows

Intended Audience

Science/Research

User Interface

Win32 (MS Windows)

Programming Language

C++

Related Categories

C++ Psychology Software, C++ Test and Measurement Software

Registered

2013-01-29