Sound Ruler 0.9.6.0 Crack + License Key Download
There are many applications and programs on the Internet that you could use in order to learn new things. One of them is Sound Ruler.
It's a useful software solution that allows you to analyze, create graphs and learn more about bio-acoustics, you can analyze simple, repetitive signals which can be measured in great detail, pulse by pulse.
Download Sound Ruler Crack
| Software developer |
Marcos Gridi-Papp
|
| Grade |
2.4
912
2.4
|
| Downloads count | 8152 |
| File size | < 1 MB |
| Systems | Windows All |
The program takes almost no time to install and it doesn't come with a complicated setup that you would need to complete before you can actually use it. It sports a clean and intuitive graphical interface with many neat tools at hand.
Sound Ruler is a useful software solution that allows you to analyze, create graphs and learn more about bio-acoustics, you can analyze simple, repetitive signals which can be measured in great detail, pulse by pulse.
It comes with unrestricted sound file size, which means that you can edit your field recordings down to each call. It lets you keep long sequences in each file, examine, analyze, filter, graph and run CCAs from the original long sequences, saving the positional information and filter parameters.
It supports manual, automatic, or interactive recognition and measurement of calls and pulses. Sound recognition is based on amplitude, duration, frequency and/or interval.
It comes with adjustable low-pass, high-pass or band-pass real-time filtering during the analysis. It lets you remove unwanted sounds from a whole analysis with one click, without having to edit any files.
It lets you calibrate your measurements using reference signals in volts or decibels. In addition to that, graphs come with oscilograms, spectrograms and power spectra. You can edit and resize figures and it has a refresh tool for batch graphing.
All in all, Sound Ruler Serial is a useful software solution that allows you to analyze, create graphs and learn more about bio-acoustics, you can analyze simple, repetitive signals which can be measured in great detail, pulse by pulse.