SC044

This is a curve with a medium fast decay at beginning and a  very slow decay at the end. The area of the curve is 40.4% of the full surrounding square area (-7.89 dB).

If based on area ratio (current to Linear (50%), it’s RT60 time should be 0.81 of Linear RT60. This curve was calculated from the Semicubical Parabola Curve Equation, applying a value of 0.444444 as constant

https://en.wikipedia.org/wiki/Semicubical_parabola

WND

This collection was made by direct Fall from White Noise with delay of default style Octave Curves.

It’s a general-purpose medium decay impulse, for vocals and instruments, or any electronic musical source.

The collection is divided into  44.1 kHz 24 bit, 48 kHz 24 bit and 96 kHz 24 bit folders.

Inside each folder 12 tone folders from A to Bb.

Inside each tone folder we have 8 clean impulse files more 3 folders of processed impulse files width eight files in each folder, in a total of 2016 Impulse files, with the following folder structure:

Wave Naming

WND SC044 A 3 means White Noise with delay as generator, Semicubical 0.444444 as fall curve, A as Tone, and 3 seconds of Impulse length.

WND SC044 A MS 3 the same as previous but with an M/S building processing.

WND SC044 A 6 means White Noise with delay as generator, Semicubical 0.444444 as fall curve, A as Tone, and 6 seconds of Impulse length.

WND SC044 A Oct 6 Oct means one octave up.

The files on the other folders follow the same syntax meanings

The post 40.40 % SC044 WND appeared first on Tuned Pulses.

SC044

This is a curve with a medium fast decay at beginning and a  very slow decay at the end. The area of the curve is 40.4% of the full surrounding square area (-7.89 dB).

If based on area ratio (current to Linear (50%), it’s RT60 time should be 0.81 of Linear RT60. This curve was calculated from the Semicubical Parabola Curve Equation, applying a value of 0.444444 as constant

https://en.wikipedia.org/wiki/Semicubical_parabola

WN

This collection was made by direct Fall of Frequencies from White Noise with default style Octave Curves.

It’s a bright widen processed general-purpose medium decay impulse, for vocals and instruments, or any electronic musical purpose.

The collection is divided into  44.1 kHz 24 bit, 48 kHz 24 bit and 96 kHz 24 bit folders.

Inside each folder 12 tone folders from A to Bb.

Inside each Tone folder we have  8 clean impulse files, in a total amount of 288 Impulse files, with the following folder structure:

Wave Naming

WN AS SC044 A FS 3  means Frequency Shifted White Noise as generator, Semicubical 0.444444 as fall curve, A as Tone and 3 seconds of Impulse length.

WN AS S044 A FS MS 3 the same as previous but with an M/S building processing.

WN AS SC044 A FS 6  means Frequency Shifted White Noise as generator, Semicubical 0.444444 as fall curve, A as Tone and 6 seconds of Impulse length.

WN AS SC044 A FS Oct 6 Oct means one octave up.

The files on the other folders follow the same syntax meanings

The post 40.40 % SC044 WN appeared first on Tuned Pulses.

SC044

This is a curve with a medium fast decay at beginning and a  very slow decay at the end. The area of the curve is 40.4% of the full surrounding square area (-7.89 dB).

If based on area ratio (current to Linear (50%), it’s RT60 time should be 0.81 of Linear RT60.

This curve was calculated from the Semicubical Parabola Curve Equation, applying a value of 0.444444 as constant

https://en.wikipedia.org/wiki/Semicubical_parabola

SQF

This collection was made by direct Fall from White Noise of default style Octave Square Curves.

It’s a general-purpose fast decay impulse, for vocals and instruments, or any electronic musical source.

The collection is divided into  44.1 kHz 24 bit, 48 kHz 24 bit and 96 kHz 24 bit folders.

Inside each folder 12 tone folders (A to Bb).

Inside each Tone folder has 8 clean impulse files more 4 folders with 8 variable Q factor processed impulse files each, in a total of 1440 Impulse files, with the following folder structure:

Wave Naming

SQF WND SC044 A 3 means Square Fall White Noise with delay as generator, Semicubical 0.444444  as fall curve, A as Tone, and 3 seconds of Impulse length.

SQF WND SC044 A MS 3 the same as previous but with an M/S building processing.

SQF WND SC044 A 6 means Square Fall White Noise with delay as generator, Semicubical 0.444444  as fall curve, A as Tone, and 6 seconds of Impulse length.

SQF WND SC044 A Oct 6 Oct means one octave up.

The files on the other folders follow the same syntax meanings

The post 40.40 % SC044 SQF appeared first on Tuned Pulses.

SC044

This is a curve with a medium fast decay at beginning and a  very slow decay at the end. The area of the curve is 40.4% of the full surrounding square area (-7.89 dB).

If based on area ratio (current to Linear (50%), it’s RT60 time should be 0.81 of Linear RT60.

This curve was calculated from the Semicubical Parabola Curve Equation, applying a value of 0.444444 as constant

https://en.wikipedia.org/wiki/Semicubical_parabola

SMO

9 frequency bands were faded out, in the extension of 9 octaves, using 3 different Smoothed White Noise generators with delay to produce this set of impulses

It’s a general-purpose very soft slow decay impulse, for strong vocals and instruments, or any electronic musical source.

The collection is divided into  44.1 kHz 24 bit, 48 kHz 24 bit and 96 kHz 24 bit folders.

Inside each folder 12 Tone folders (A to Ab).

Inside each Tone folder 3 folders containing impulses of different source types.

In each one we have 8 Impulses, in a total of 864 Impulse files, with the following folder structure:

Wave Naming

SMOO I WND SC044 A D2Oct 3 means SMOO I White Noise as generator, two octaves down Semicubical 0.444444 as fall curve, A as Tone, and 3 seconds of Impulse length.

SMOO I WND SC044 A D2Oct MS 3 the same as previous but with an M/S processing.

SMOO I WND SC044 A D2Oct 6 means SMOO I White Noise as generator, two octaves down Semicubical 0.444444 as fall curve, A as Tone, and 3 seconds of Impulse length.

SMOO I WND SC044 A DOct 6 DOct means 1 octave down.

The files on the other folders follow the same syntax meanings

The post 40.40 % SC044 SMO appeared first on Tuned Pulses.

SC044

This is a curve with a medium fast decay at beginning and a  very slow decay at the end. The area of the curve is 40.4% of the full surrounding square area (-7.89 dB).

If based on area ratio (current to Linear (50%), it’s RT60 time should be 0.81 of Linear RT60.

This curve was calculated from the Semicubical Parabola Curve Equation, applying a value of 0.444444 as constant

https://en.wikipedia.org/wiki/Semicubical_parabola

MF48

Medium Fall with 48 dB per octave filters fall applied to 9 Octaves extension

It’s a general-purpose slow decay impulse, for vocals and instruments, or any electronic musical source.

The collection is divided into  44.1 kHz 24 bit, 48 kHz 24 bit and 96 kHz 24 bit folders.

Inside each folder 12 tone folders (A to Bb).

Inside each Tone folder, 8 files of direct processing plus five folders containing each one 8 files of variable Q Factor programming material.

A total of 1728 Impulse files is distributed according to the following folder structure:

Wave Naming

MF48 WND SC044 A 3  means White Noise with delay as generator, Semicubical 0.444444 as fall curve, A as Tone and 3 seconds of Impulse length.

MF48 WND SC044 A MS 3 the same as previous but with M/S processing

MF48 WND SC044 A 6  means White Noise with delay as generator, Semicubical 0.444444 as fall curve, A as Tone and 6 seconds of Impulse length.

MF48 WND SC044 A Oct 6 Oct means 1 octave up

The files on the other folders follow the same syntax meanings

The post 40.40 % SC044 MF48 appeared first on Tuned Pulses.

SC044

This is a curve with a medium fast decay at beginning and a  very slow decay at the end. The area of the curve is 40.4% of the full surrounding square area (-7.89 dB).

If based on area ratio (current to Linear (50%), it’s RT60 time should be 0.81 of Linear RT60.

This curve was calculated from the Semicubical Parabola Curve Equation, applying a value of 0.444444 as constant

https://en.wikipedia.org/wiki/Semicubical_parabola

3 WND

Major and Minor chords were faded out, in the extension of 9 octaves, using White Noise with delay generator.

Equal frequency relations were applied thru the notes of the chords to produce this set of impulses.

It’s a general-purpose soft slow decay impulse, for vocals and instruments, or any electronic musical source.

The collection is divided into  44.1 kHz 24 bit, 48 kHz 24 bit and 96 kHz 24 bit folders. Inside each folder 12 tone folders (A to Ab).

Inside each Tone folder, a Minor, a Major and a Mix folder.

Inside each Mix folder a Major and a Minor folder, all of them having 8 impulse files.

In the Mix folder a different relation between the notes of the chords were used

A total of 1152 Impulse files distributed according to the following folder structure:

Wave Naming

3WND SC044 A Min D2Oct 3  means White Noise with delay as generator, two octaves down Semicubical 0.444444 as fall curve, A Min as Tone, and 3 seconds of Impulse length.

3WND SC044 A Min D2Oct MS 3 the same as previous but with an M/S processing.

3WND SC044 A Min D2Oct 6 means White Noise with delay as generator, two octaves down Semicubical 0.444444 as fall curve, A Min as Tone, and 6 seconds of Impulse length.

3WND SC044 A Min DOct 6 DOct means 1 octave down.

The files on the other folders follow the same syntax meanings

The post 40.40 % SC044 3 WND appeared first on Tuned Pulses.

SC044

This is a curve with a medium fast decay at beginning and a  very slow decay at the end. The area of the curve is 40.4% of the full surrounding square area (-7.89 dB).

If based on area ratio (current to Linear (50%), it’s RT60 time should be 0.81 of Linear RT60.

This curve was calculated from the Semicubical Parabola Curve Equation, applying a value of 0.444444 as constant

https://en.wikipedia.org/wiki/Semicubical_parabola

3 SMO

Major and Minor chords were faded out, in the extension of 9 octaves, using 3 different Smoothed White Noise generators with delay to produce this set of impulses

It’s a general-purpose soft slow decay impulse, for vocals and instruments, or any electronic musical source.

The collection is divided into  44.1 kHz 24 bit, 48 kHz 24 bit and 96 kHz 24 bit folders.

Inside each folder 12 tone folders (A to Bb).

Inside each Tone folder, a Minor and a Major folder with 3 folders of different source types inside, In each inside folder we have 8 Impulse, in a total of 1728 Impulse files, with the following folder structure:

Wave Naming

3SMOO I WND SC044 A Min D2Oct 3  means SMOO I White Noise as generator, two octaves down Semicubical 0.444444 as fall curve, A Min as Tone and 3 seconds of Impulse length.

3SMOO I WND SC044 A Min D2Oct MS 3 the same as previous but with an M/S processing.

3SMOO I WND SC044 A Min D2Oct 6 means SMOO I White Noise as generator, two octaves down Semicubical 0.444444 as fall curve, A + Eb as Tone and 6 seconds of Impulse length.

3SMOO I WND SC044 A Min DOct 6 DOct means 1 octave down.

The files on the other folders follow the same syntax meanings

The post 40.40 % SC044 3 SMO appeared first on Tuned Pulses.

SC044

This is a curve with a medium fast decay at beginning and a  very slow decay at the end. The area of the curve is 40.4% of the full surrounding square area (-7.89 dB).

If based on area ratio (current to Linear (50%), it’s RT60 time should be 0.81 of Linear RT60.

This curve was calculated from the Semicubical Parabola Curve Equation, applying a value of 0.444444 as constant

https://en.wikipedia.org/wiki/Semicubical_parabola

3 SEQ

3 SEQ means that 3 groups of Major and Minor chords were faded out in a slow regular triplet decay

It’s a general-purpose fast decay impulse, for vocals and instruments, or any electronic music effect.

The collection is divided into  44.1 kHz 24 bit, 48 kHz 24 bit and 96 kHz 24 bit folders.

Inside each folder, 12 tone folders (A to Ab).

Inside each Tone folder, 2 folders Major and Minor, having 16 Impulse files each, in a total of 1152 Impulse files, with the following folder structure:

Wave Naming

3SEQWN SC044 A Min 3 means 3 SEQ White Noise as generator, Semicubical 0.444444 as fall curve, A Minor as Tone and 3 seconds of Impulse length.

3SEQWN SC044 A Min MS 3 the same as previous but with an M/S processing.

3SEQWN SC044 A Min 6 means 3 SEQ White Noise as generator, Semicubical 0.444444 as fall curve, A Minor as Tone and 6 seconds of Impulse length.

3SEQWN SC044 A Min D2Oct 3 D2Oct means 2 octaves down.

3SEQWN SC044 A Min DOct 3 DOct means one octave down.

3SEQWN SC044 A Min Oct 3 Oct means one octave up.

The files on the other folders follow the same syntax meanings

The post 40.40 % SC044 3 SEQ appeared first on Tuned Pulses.

SC044

This is a curve with a medium fast decay at beginning and a  very slow decay at the end. The area of the curve is 40.4% of the full surrounding square area (-7.89 dB).

If based on area ratio (current to Linear (50%), it’s RT60 time should be 0.81 of Linear RT60.

This curve was calculated from the Semicubical Parabola Curve Equation, applying a value of 0.444444 as constant

https://en.wikipedia.org/wiki/Semicubical_parabola

3 SEQ STR TRP

3 SEQ means that 3 groups of Major and Minor chords were tremolo processed and after faded out in a slow regular triplet decay

It’s a general-purpose fast decay impulse, for instruments, or any electronic music effect.

The collection is divided into  44.1 kHz 24 bit, 48 kHz 24 bit and 96 kHz 24 bit folders.

Inside each folder, 12 tone folders (A to Bb).

Inside each Tone folder, 2 folders Major and Minor, having 16 Impulse files each, in a total of 1152 Impulse files, with the following folder structure:

Wave Naming

3SEQTWN SC044 STR TRP A Min 3 means 3 SEQ White Noise as generator, Semicubical 0.444444 as fall curve, A Minor as Tone and 3 seconds of Impulse length.

3SEQTWN SC044 STR TRP A Min MS 3 the same as previous but with an M/S processing.

3SEQTWN SC044 STR TRP A Min 6 means 3 SEQ White Noise as generator, Semicubical 0.444444 as fall curve, A Minor as Tone and 6 seconds of Impulse length.

3SEQTWN SC044 STR TRP A Min D2Oct 3 D2Oct means 2 octaves down.

3SEQTWN SC044 STR TRP A Min DOct 3 DOct means one octave down.

3SEQTWN SC044 STR TRP A Min Oct 3 Oct means one octave up.

The files on the other folders follow the same syntax meanings

The post 40.40 % SC044 3 SEQ STR TRP appeared first on Tuned Pulses.

SC044

This is a curve with a medium fast decay at beginning and a  very slow decay at the end. The area of the curve is 40.4% of the full surrounding square area (-7.89 dB).

If based on area ratio (current to Linear (50%), it’s RT60 time should be 0.81 of Linear RT60.

This curve was calculated from the Semicubical Parabola Curve Equation, applying a value of 0.444444 as constant

https://en.wikipedia.org/wiki/Semicubical_parabola

3 SEQ MOD

3 SEQ MOD means that 3 groups of Major and Minor chords were faded out in a slow regular triplet decay and after modulators have been used

It’s a general-purpose fast decay impulse, for vocals and instruments, or any electronic music processing.

The collection is divided into  44.1 kHz 24 bit, 48 kHz 24 bit and 96 kHz 24 bit folders.

Inside each folder, 12 tone folders (A to Bb).

Inside each Tone folder, 2 folders ENI CP and STR TRP TRM , and inside each one of these, 2 folders (Major and Minor), having 16 Impulse files each, in a total of 1536 Impulse files, with the following folder structure:

Wave Naming

3SEQCP ENI SC044 A Min 3 means Compressed 3 SEQ White Noise (ENI Processed) as generator , Semicubical 0.444444 as fall curve, A Minor as Tone and 3 seconds of Impulse length.

3SEQCP ENI SC044 A Min MS 3 the same as previous but with an M/S processing

3SEQCP ENI SC044 A Min 6 means 3 SEQ White Noise as generator, Semicubical 0.444444 as fall curve, A Minor as Tone and 6 seconds of Impulse length.

3SEQCP ENI SC044 A Min D2Oct 3 D2Oct means 2 octaves down

3SEQCP ENI SC044 A Min DOct 3 DOct means one octave down

3SEQCP ENI SC044 A Min Oct 3 Oct means one octave up

The files on the other folders follow the same syntax meanings

The post 40.40 % SC044 3 SEQ MOD appeared first on Tuned Pulses.