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R.A.L.E. View Crack With License Code Free 2022

The R.A.L.E. View application was developed to be a freeware utility to view, analyze and play respiratory audio files. The inclusion of air flow data makes it possible to extract reproducible information from averaged sound spectra under standardized conditions. This provides the opportunity to relate objective respiratory sound measurements to the respiratory health status of children and adults.
R.A.L.E. View is more than a tool for respiratory acoustic research. Educators and students in the health care professions will also appreciate the benefit of a compact computer program that presents high quality digital recordings of lung sounds.with information on air flow and breath volumes.
You can open and save files as:
a) R.A.L.E. recordings
These files are sampled 10,240 Hz, 12 bit resolution, and contain air flow information.
b) R.A.L.E. binary file format
These files can be used by other programs, e.g. MatLab.
c) WAV files
These files do not contain air flow information.
Free for personal use on a non-exclusive basis.







R.A.L.E. View Crack Free Download Latest

To use the program, first select a folder for the R.A.L.E. recordings. Then
one can preview the recordings and tags, choose to export the file as an R.A.L.E. recording and optionally save it to disk. To view the R.A.L.E. file, select File|Open, select the R.A.L.E. file (by double clicking it) and press play. To save the file, open the file menu, choose Export, select R.A.L.E. file format, and press Save.
To analyze the R.A.L.E. file, select the Analyze menu, select data for analysis, press play and read the results. The data is available in the form of tab-delimited files, which can be imported into MatLab for further analysis.
To play the R.A.L.E. file, select File|Open, select the R.A.L.E. file (by double clicking it) and press play.

There are various settings in the program to calibrate to your speakers and microphone. You can choose either to use an automatic calibration or use user-adjustable settings.
Please see the documentation for the details.

Support for playback of each of the recording file-types in different speed, pitch and duration combinations is available. You can use the audio file as it is or make it quiet. It is possible to make a velocity histogram from the binary file or from a selection of a time range from the binary file.
Depending on the file type and its bit depth, the recorder can also record the max. amplitudes and duration of respiration.

To run the program from within a network, add the path of the program to the Windows PATH environment variable.

Operation of the program can be automated with several plugins:

– User Manual
– File manager
– Random access
– Folder selection
– File search
– Relocate
– Options (different sounds)
– Language selection
– Import
– Export


1. Check that the Cracked R.A.L.E. View With Keygen supported file types are available by opening the File Manager menu and selecting the File tab.
2. Open the File manager.
3. Select the folder where you would like to keep the R.A.L.E. View recordings.
4. You can use the File

R.A.L.E. View Crack [Latest-2022]

R.A.L.E. View is a unique respiratory study aid that presents averaged spectrograms of breath sounds and allows the user to compare them to a reference printout. By clicking on a waveform trace of a particular sound event from the recording, R.A.L.E. View presents the graphic to enable easy auditory discrimination of these sounds, associated or not with distinct phases of respiratory activity. For instance, you could compare two recordings.
One recording might show various components of coughing, wheezing, humming, and sighs. The other recording might show individual expiratory efforts of coarse and fine particle flows.
You can have R.A.L.E. View run in a quiet, sound-proof area of the lab or the house. While sitting in a well-ventilated room, R.A.L.E. View gives the user the opportunity to analyze the averaged sound spectrogram for each of the sounds of interest. The R.A.L.E. View software provides for the precision, repeatability and objectivity of sound sound analysis.
Data can be saved to a binary file for subsequent use in other applications, and a printout of the spectrogram can be obtained which includes the reference data. R.A.L.E. View includes several options to tailor the program to individual needs.
– Allows the program to be run on a non-exclusive basis and includes free instrumentation
– Audio spectrograms
– R.A.L.E. recorded data
– Printouts of averaged spectrograms
– Time-activity plotting
– Air flow extraction
– Calculation of lung sound intensity
– Plotting of slow and fast sounds
– Restricted choice of sounds
– Data presentation format
– Font selection
– Help menu
– Included with the purchase
– 2 versions of data (normal and inverted)
– 2 versions of sound spectra (normal and inverted)
– 14 sound options
– 10,240 Hz sampling rate
– 16 bit resolution
– Frequency selection
– Sound spectrograms with VU meter, which graphs the intensity of sound over time
– WAV audio spectrograms
– WAV audio spectrograms with VU meter
– Air flow graphs
– Air flow graphs with time activity plot
– Ability to export to text files
– Ability to save analysis reports for later viewing

R.A.L.E. View Crack+

R.A.L.E. View is a video player that plays R.A.L.E. recordings. These recordings are provided in the binary file format of the program or a standard wave file format. The program also analyses the air flow information contained in the wave files.
Principally, the software is used for extracting information from recorded R.A.L.E. files in order to calculate breath volume and air flow. In addition, important acoustic characteristics of the lung model can be studied. R.A.L.E. View can also be used to play back stored R.A.L.E. files.
1) New and improved data processing in R.A.L.E. View: New and improved audio analysis and storage support code.
2) New and improved breath volume calculations:
– Automatic breath volume calculation based on R.A.L.E. file
– Fills in missing breath volumes
– Fits missing breath volumes by interpolation from average breath volumes
– Allows breath volume calculation based on file’s last breath volume value.
3) New and improved graphical user interface (GUI):
– Completely redesigned air flow display with a new GUI design
– New and improved GUI for and R.A.L.E. View key settings
– New and improved GUI for the R.A.L.E. View XML file
4) New and improved R.A.L.E. View XML file:
– XML file format
– XML file generation/management tool
– Improved file read/write capability
5) New wave file format:
– New WAV file format
– WAV file read/write tool
– Improved file read/write capability
6) New file header:
– Improved file header and R.A.L.E. View reader/writer capability
– Analyzes and stores volume and flow data
7) New binary file format:
– New binary file format
– Improved file read/write capability
8) New air flow display:
– Ability to save air flow display settings
– New and improved air flow display
– Air flow display can be turned on or off and saved settings for various display values
9) New data configuration tool:
– Configurable data parameters
– Ability to save configuration
10) New and improved key settings:
– Automatic key settings for the R.A

What’s New in the?

R.A.L.E. View – Respiratory Audio Analysis for Lung Education and Research – is a medical diagnostic and therapeutic software for general and specialist medical practice. It has been developed for healthcare professionals, audio engineers and students, and allows you to perform respiratory acoustic research in clinical, educational and academic applications.
– General Description:
This program supports seven general types of lung sounds:
– Basic recording of lung sounds in real-time.
– R.A.L.E. recordings that are sampled and can be saved or loaded.
– R.A.L.E. recordings that are not sampled.
– Air flow in R.A.L.E. recordings.
– Cine-film recordings of respiratory phenomena that are left and right lung sounds in the same film.
– Volume and sound spectra and pauses between lung sounds.
– Sound spectra that are differentially divided into low (delta/theta) and high frequency (alpha/beta) bands.
– Analysis for localization of lung sounds and pauses between lung sounds.
– Click-pause analysis of lung sounds.
– Numerous measurements including air flow, lung sound and pause durations, sound spectra, amplitude and frequency resolution, sound spectra divided into various frequency bands and display formats.
– Stereo and mono sound.
– Built-in speech analysis, which is especially useful for screening children with wheezing and other pathologic respiratory sounds.
– Decompose the sound by the wavelet transform.
– Record the sound continuously for extended periods of time with the option of pause analysis and breath sounds.
– Audio tone generator for a sample of lungs sounds.
– 3D visual display of wave forms, spectra, pauses and visual time graphs of recordings.
– Full text documentation in English, Russian and Spanish.
– Various options for sound quality and display, including high quality and high speed (256KHz) sound recordings, playback rates between 0.5 and 1000 per second, and MP3 music files.
– Various medical diagnostic applications in the cardiovascular and pulmonary systems, including: respiratory, heart and lung sounds, cough, asthma and bronchitis, cystic fibrosis, pneumonia, tuberculosis and other lung diseases.
– Various educational applications in pediatric respiratory medicine, e.g. in medical education: auscultation, phoniatrics and lung pathology, and in general physiology: sound and hearing, muscle function, and pathology of the respiratory system

System Requirements:

OS: Windows 10 / Windows 7 / Windows 8 / Windows 8.1 / Windows 10 (64-bit)
Windows 10 / Windows 7 / Windows 8 / Windows 8.1 / Windows 10 (64-bit) CPU: 1.0 GHz or faster
RAM: 1 GB (minimum)
1 GB (minimum) HDD: 500 MB (minimum)
500 MB (minimum) GPU: Shader Model 3.0 or higher
Shader Model 3.0 or higher DirectX: Version 11
Version 11 Screen resolution


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