Once the ducks were recorded in the sound chamber, we analyzed their vocalizations via the use of Adobe Premiere Pro, Adobe Audition, and Praat. Adobe Premiere Pro is a video editing program that allowed us to stitch together videos and audio recordings from the anechoic chamber. We then used Adobe Audition, a digital audio workstation with a waveform editing view used to isolate each vocalization. We also used Praat (Boersma 2001 ), a phonetics software, in conjunction with Adobe Audition, as it gave us a different view of each vocalization so we could correctly characterize and name each call (see Lucas et al. 2015 ). Each vocalization that was clipped was named based on a pre-determined naming system. This naming system was created based on the following criteria: number of pulses (number of waves when looking at a wavelength), amplitude (how loud each sound is, measured in decibels, [dB ]), frequency (rate of the vibration of the sound traveling through the air, measured in hertz [Hz ]), and the shape of any frequency modulation (variation of the frequency within a portion of the vocalization).
Premiere pro
Manufactured by Adobe
Sourced in United States
Premiere Pro is a professional video editing software developed by Adobe. It provides a comprehensive set of tools for editing, compositing, and finishing video projects. The software's core function is to enable users to import, organize, and manipulate video, audio, and graphics files to create high-quality video content.
Automatically generated - may contain errors
Lab products found in correlation
Sigma fp digital camera, by Merck Group (6 mentions)
Audition, by Adobe (4 mentions)
Soundbooth, by Adobe (3 mentions)
Lsm 710 confocal microscope, by Zeiss (3 mentions)
After effects, by Adobe (2 mentions)
360 round vr camera, by Samsung (2 mentions)
Ti2e csu w1 spinning disc confocal system, by Nikon (2 mentions)
Praat, by Adobe (1 mentions)
E prime 2, by Psychology Software Tools (1 mentions)
Lattice light sheet 7, by Zeiss (1 mentions)
Synapse software, by Tucker-Davis Technologies (1 mentions)
Lionheart, by Agilent Technologies (1 mentions)
Matrigel matrix, by Corning (1 mentions)
D3200, by Nikon (1 mentions)
Eclipse e1000, by Nikon (1 mentions)
Ds ri2, by Nikon (1 mentions)
Labview, by National Instruments (1 mentions)
Nis elements ar, by Nikon (1 mentions)
Plan apochromat 20x, by Zeiss (1 mentions)
Fv1000mpe multi photon laser scanning microscope, by Zeiss (1 mentions)
79 protocols using premiere pro
1
Acoustic Analysis of Duck Vocalizations
2
Digital Camera Videography Protocols
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Movie 1 was captured using Sigma fp digital camera (Sigma Co.). Video footage was edited and annotated using Premiere Pro (Adobe). Movies 2 & 3 was captured with the innate video capture function in SAMPL software using recording parameters described in Table 2 . Movie 3 was edited using Adobe Premiere Pro (Adobe) to combine with timeseries data.
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3
Video Capture and Editing Protocol
4
Video Capture and Editing Protocol
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Video S1 was captured using Sigma fp digital camera (Sigma Co.). Video footage was edited and annotated using Premiere Pro (Adobe). Videos S2 and S3 was captured with the innate video capture function in SAMPL software using recording parameters described in Table S2 . Video S3 was edited using Adobe Premiere Pro (Adobe) to combine with timeseries data.
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5
Keratinocyte Imaging and Analysis
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Images were processed and analyzed using FIJI and Imaris version 9.8.2 (Bitplane, Zurich, Switzerland) as indicated. Supplemental movies were generated in FIJI and edited using Adobe Premiere Pro (Adobe). In Adobe Premiere Pro, pseudocoloring of individual keratinocytes was done using the Color Effects module with manual tracking.
6
Auditory and Visual Onset Editing for Speech Perception
7
Ethogram-based Behavioral Scoring Protocol
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Ethograms were obtained using a frame-by-frame scoring of behaviors using Adobe Premiere Pro (v.2020) (Adobe) in multiangle synchronized video recordings66 (link). Frames when a resident mouse (implanted with electrodes or optic fibers) was consuming food pellets were scored as feeding. Social contact was defined as sniffing or following an intruder mouse. During the stimulation of the LH–LPO circuit, the latter behavior evolved into a prolonged chasing, defined as uninterrupted pursuing of an intruder for longer than 2 s. New object exploration was defined as sniffing, gnawing, touching or climbing a new object.
8
Video Analysis of Sports Injuries
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We used video-editing software (Adobe Premiere Pro, version 14.1.0, Build 116, Adobe Inc, San Jose, California, USA) to extract the relevant injury sequences from the entire match video into MP4 format. We created one single video for each injury, including a few seconds before and after the injury to assess the environmental and match conditions, injury situations and biomechanical variables. Each sequence included the video of the injury (normal speed) and all available replays with slow-motion (50% speed) from different camera angles (one single replay for 4 injuries, two for 4, three for 5, six for one). One additional injury was filmed with a wide shot with no replay, so we created a zoomed sequence with slow-motion (50% speed) using the same video editing software. Visualization of the videos was performed using QuickTime Player (version 7.7.4, Apple, Cupertino, California, USA) allowing easy frame-by-frame navigation. The different camera views were mounted successively through the single video sequence of each injury. The analysts would then choose the camera view(s) that allowed them to perform the best analysis.
9
Auditory and Visual Onset Manipulation
10
Kannada Speech Rate Modulation Protocol
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Lists from the Kannada sentence bank
12
were used in this part of the study too. The sentences were recorded in an acoustically treated recording room by an adult female and male speaker who were native speakers of Kannada. Each speaker was first asked to speak naturally at a normal rate. Another recording was made with the speakers being asked to match the rate of sentences electronically time-compressed at 35% and 40%. The video recorded with the camera Nikon D500 (Nikon Corp., Minato City, Tokyo, Japan) and the audio recorded in Adobe Audition were synched using the Adobe Premiere Pro software (Adobe Inc.). The synched audio-video recordings were sliced into individual sentences and saved separately. The recorded speech was verified to have the same rate as that of the compressed speech. The prepared sentence materials consisted of both male and female speakers (mixed randomly), and were either presented unmodified (0% compression), or presented with time compression (35% and 45% compression).
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Lists from the Kannada sentence bank
12
were used in this part of the study too. The sentences were recorded in an acoustically treated recording room by an adult female and male speaker who were native speakers of Kannada. Each speaker was first asked to speak naturally at a normal rate. Another recording was made with the speakers being asked to match the rate of sentences electronically time-compressed at 35% and 40%. The video recorded with the camera Nikon D500 (Nikon Corp., Minato City, Tokyo, Japan) and the audio recorded in Adobe Audition were synched using the Adobe Premiere Pro software (Adobe Inc.). The synched audio-video recordings were sliced into individual sentences and saved separately. The recorded speech was verified to have the same rate as that of the compressed speech. The prepared sentence materials consisted of both male and female speakers (mixed randomly), and were either presented unmodified (0% compression), or presented with time compression (35% and 45% compression).
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