163 Royalty-Free Audio Tracks for "Printing "

Composer: César Cui (1835-1918) Title: Gloria Patri and Wedding Recessional from the opera "The Saracen" Printed source: Piano-vocal score published in Moscow by P. Jurgenson, 1899. This is a rudimentary MIDI arrangement and Ogg recording therefrom made by Mllefifi, Nov. 29, 2005 The music itself is in the public domain. Mllefifi is making this audio file available to promote the composer and for whatever other use can be made of it, besides linking it to the article "The Saracen (opera)".

Tiny waves lapping the quartzite pebbles (1-2cm diameter) on a beach at lake pedder. Recorded 21 march 2019, 3am, with the internal mics on a marantz pmd661. For noise reduction, capture a noise print around 0. 09. Exceptionally quiet night, no wind, no other sounds. The gordon river power station was 20 kms distant. Other mechanical equipment or vehicles greater then 50 kms. I could just perceive the electrical hum from the station (or from transmission lines), and so could my partner, but i can’t hear it on the recording. See also "tiny waves lapping #1".

I made a small python program that generates 20 random beeps. I record the outcome. I cut the result so that the first beep starts after 0. 01 secthe file ends right after the last beep. (i'm a python noob. . . If you find something you don’t like in the code please let me know. ). # gis_sweden 20170531 - random beep in python :-)import winsoundimport randomimport timebeepnr = 1. While beepnr < 21:freq = random. Randrange(1000)+110dur1 = random. Randrange(700)+20dur2 = random. Randrange(10)+2winsound. Beep (freq, dur1)time. Sleep(dur2/10)print 'beep number', beepnrbeepnr = beepnr + 1.

I made a small python program that generates 20 random beeps. I record the outcome. I cut the result so that the first beep starts after 0. 01 secthe file ends right after the last beep. (i'm a python noob. . . If you find something you don’t like in the code please let me know. ). # gis_sweden 20170531 - random beep in python :-)import winsoundimport randomimport timebeepnr = 1. While beepnr < 21:freq = random. Randrange(1000)+110dur1 = random. Randrange(700)+20dur2 = random. Randrange(10)+2winsound. Beep (freq, dur1)time. Sleep(dur2/10)print 'beep number', beepnrbeepnr = beepnr + 1.

I made a small python program that generates 20 random beeps. I record the outcome. I cut the result so that the first beep starts after 0. 01 secthe file ends right after the last beep. (i'm a python noob. . . If you find something you don’t like in the code please let me know. ). # gis_sweden 20170531 - random beep in python :-)import winsoundimport randomimport timebeepnr = 1. While beepnr < 21:freq = random. Randrange(1000)+110dur1 = random. Randrange(700)+20dur2 = random. Randrange(10)+2winsound. Beep (freq, dur1)time. Sleep(dur2/10)print 'beep number', beepnrbeepnr = beepnr + 1.

An ambient, white noise wall of sound recorded as i walked through our well ventilated university print shop. You can hear a variety of machine noises that layer to create a constant hum, with a swelling rise and fall like occasional waves. Some of the vents whistle, some tick or click and purr. Near the very end, there is a single sharp click. The ventilation system is an anti-fume tube series used for printmaking. Recorded on a microtrack ii. General information: recorded indoors on handheld microtrack while walking from room to room. No noticeable footstep sounds. No voices. Room has high ceilings and cement floors.

I made a small python program that generates 20 random beeps. I record the outcome. I cut the result so that the first beep starts after 0. 01 secthe file ends right after the last beep. (i'm a python noob. . . If you find something you don’t like in the code please let me know. ). In this sound i have joined three "beep files". Sound 1 panned to the leftsound 2 in the centersound 3 panned to the right. # gis_sweden 20170531 - random beep in python :-)import winsoundimport randomimport timebeepnr = 1. While beepnr < 21:freq = random. Randrange(1000)+110dur1 = random. Randrange(700)+20dur2 = random. Randrange(10)+2winsound. Beep (freq, dur1)time. Sleep(dur2/10)print 'beep number', beepnrbeepnr = beepnr + 1.

Label: Decca Records Cat. no.: K 1144 Order number: AR 9079 Matrix/StamperID: AR 9079-2 1st release date: September 1945 1st recording date: 18 January 1945 Place of recording: Kingsway Hall, London (United Kingdom) (printed on record) Author(s)/Composer(s): Pyotr Ilyich Tchaikovsky (1840-1893) Lyricist(s): none Music arranger(s): none Conductor: Stanford Robinson (1904-1984) Performer(s): National Symphony Orchestra of London Vocal range: instrumental Title/Work: Casse-Noisette Suite, Op. 71 ("Nutcracker-Suite") Content: Valse des fleurs (Waltz of the flowers) Genre(s): Ballet music Comments: ELP

Label: Decca Records Cat. no.: K 1129 Order number: AR 8997 Matrix/StamperID: AR 8997-2 1st release date: June 1945 1st recording date: 2 January 1945 Place of recording: Kingsway Hall, London (United Kingdom) (printed on record) Author(s)/Composer(s): Ludwig van Beethoven (1770-1827) Lyricist(s): none Music arranger(s): none Conductor: Malcolm Sargent (1895-1967) Performer(s): National Symphony Orchestra of London Vocal range: instrumental Title/Work: Symphony No. 5 in C minor, Op. 67 Content: 4th Movement: Allegro (Conclusion) Genre(s): Symphony Comments: -

Label: Decca Records Cat. no.: K 1142 Order number: AR 9057 Matrix/StamperID: AR 9057-2 1st release date: September 1945 1st recording date: 18 January 1945 Place of recording: Kingsway Hall, London (United Kingdom) (printed on record) Author(s)/Composer(s): Pyotr Ilyich Tchaikovsky (1840-1893) Lyricist(s): none Music arranger(s): none Conductor: Stanford Robinson (1904-1984) Performer(s): National Symphony Orchestra of London Vocal range: instrumental Title/Work: Casse-Noisette Suite, Op. 71 ("Nutcracker-Suite") Content: Dance of the Sugar Plum Fairy; Russian Dance (Trepak) Genre(s): Ballet music Comments: ELP

Label: Decca Records Cat. no.: K 1128 Order number: AR 8995 Matrix/StamperID: AR 8995-2 1st release date: June 1945 1st recording date: 2 January 1945 Place of recording: Kingsway Hall, London (United Kingdom) (printed on record) Author(s)/Composer(s): Ludwig van Beethoven (1770-1827) Lyricist(s): none Music arranger(s): none Conductor: Malcolm Sargent (1895-1967) Performer(s): National Symphony Orchestra of London Vocal range: instrumental Title/Work: Symphony No. 5 in C minor, Op. 67 Content: 3rd Movement: Allegro (Conclusion) / 4th Movement: Allegro Genre(s): Symphony Comments: -

Hark! The Herald Angels Sing is an English Christmas carol which first appears in its modern form in 1850. The original lyrics are adapted from Charles Wesley's 1739 hymn ""Hark! how all the welkin rings", set it to the same tune as Christ the Lord is Risen Today. George Whitefield altered the opening lyrics to the more familiar "Hark! The Herald Angels Sing", and various others also made small alterations in the following years. In the early 1840s, Felix Mendelssohn wrote "Festgesang", a cantata in celebration of the presumed 400 year anniversary of Johannes Gutenberg's invention of the printing press. The tune to the second part of this piece, "Vaterland, in deinen Gauen", was adapted to fit the revised Wesley lyrics in 1855 by William H. Cummings, assembling the hymn tune into its more-or-less final form. It is performed by the chorus of U.S. Army Band "Pershing's Own", led by Colonel Thomas Rotondi, Jr. (Leader & Commander) and CSM Debra L. McGarity (Command Sergeant Major) c. 2010.

Made in ableton live. A slow firing heavy weapon. 19 layers were used to create this one. Eq was used to select different frequencies from various weapon samples and compressed together for the inital transient or pop. Time based fade in/out layering was used for the sustain and reverb tails so they fit nicely together. The single shot that was layered together was then printed as a new audio sample. I created a loop and pitched every shot by a few cents or 1 semitone to add variation. Each sample was then manually shifted on the timeline forward or backward by milliseconds to give a more realistic feel in timing rather than sound robotic. Each shot was sidechained to duck down in volume when a new shot triggers for more clarity. Mechanical trigger and bolt movement samples were add in before/after the initial transient of the shot. Shell hit floor samples were used for added detail. I felt the shots lacked a good sub bass so an eq was used to filter out the sub and replaced with a rapidly decaying 808 kick drums sub. Once the loop was formed, all shots were then grouped together and processed with a transient designer into a clipper, a compressor, a maximizer, ott multiband, gluing reverb, stereo spread and then into a final limiter. Enjoy.