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Views
Information in each session is displayed in a series of small windows within the Session Editor, called views. There are several types of views:
Speech Analysis
Intensity Settings
Configuring the intensity contour

User Interface
- Welcome Window
- Preferences
- Project Manager
- Session Editor
  - Participants
  - Records
  - Media
  - Views
    Information in each session is displayed in a series of small windows within the Session Editor, called views. There are several types of views:
    - Session Information
    - Tier Management
    - Record Data
    - Syllabification & Alignment
    - IPA Validation
    - Media Player
    - Speech Analysis
      - Spectrogram Settings
        Configuring the spectrogram.
      - Formant Settings
        Settings for Formant analysis.
      - Intensity Settings
        Configuring the intensity contour
      - Pitch Settings
        Configuring the pitch contour.
    - Timeline
    - IPA Lookup
    - Find and Replace
    - Transcript Mapper
  - Editor Layouts
  - Search
    Run a quick search within your session and navigate to records containing results.
  - Inter-transcriber Reliability
    The inter-transcriber reliability report provides several metrics of agreement between blind transcribers in a Phon session.
  - Keyboard Shortcuts
- Tools

Intensity Settings

Configuring the intensity contour

Adapted from http://www.fon.hum.uva.nl/praat/manual/Sound_To_Intensity___.html

Minimum pitch (Hz): the minimum periodicity frequency in your signal. If you set it too high, you will end up with a pitch-synchronous intensity modulation. If you set it too low, your intensity contour may appear smeared, so you should set it as high as allowed by the signal if you want a sharp contour.
Time step (s): the time step of the resulting intensity contour. If you set it to zero, the time step is computed as one quarter of the effective window length, i.e. as 0.8 / (minimum_pitch).
Subtract mean: Modify the intensity value at a time point is computed by subtracting the mean pressure around this point, and then applying the Gaussian window.