Parabola

This is a curve with a very slow decay at Start and a medium slow decay at the End. The area of the curve is 58.72% of the full square area (-4.62 dB FSA).
If based on area ratio (current to Linear (50%), it’s RT60 time should be 1.17 of Linear RT60. Time.
This curve was calculated from the Parabola Curve Equation

https://pt.wikipedia.org/wiki/Parábola

WWSH

Default decay sequence was faded out, in the extension of 9 octaves, using two sets of White Noise as generators to produce this set of impulses.

It’s a general-purpose very slow decay impulse with slow ending, 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 sample rate folder 12 tone folders (A to Ab).

Inside each Tone folder, 8 clean impulse files and one folder with 8 phasing processed files in a total of 576 Impulse files, with the following folder structure:

Wave Naming

WWSH PAR A 3 Means Water Stream sound as generator, Parabola as fall curve, A as tone, and 3 seconds of Impulse length.

WWSH PAR A MS 3 The same as previous but with M/S processing.

WWSH PAR A 6 Means Water Stream sound as generator, Parabola as fall curve, A as tone,  and 6 seconds of Impulse length.

WWSH PAR A Oct 6 Oct means 1 octave up.

The files on the other folders follow the same syntax meanings

The post WWSH 58.72 % PAR appeared first on Tuned Pulses.

S7.5

This is a curve with a very slow decay at Start, a fast decay at medium and a slow decay at the End. The area of the curve is 50.39 % of the full square area
(-5.95 dB FSA).

If based on area ratio (current to Linear (50%), it’s RT60 time should be 1.01 of Linear RT60.

This curve was calculated from the S-Curve (Sigmoid) Equation, applying a value of 7.5 and 0.5 as constants

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

WWSH

Default decay sequence was faded out, in the extension of 9 octaves, using two sets of White Noise as generators to produce this set of impulses.

It’s a general-purpose very slow decay impulse with fast ending, 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 sample rate folder 12 tone folders (A to Bb).

Inside each Tone folder, 8 clean impulse files and one folder with 8 phasing processed files in a total of 576 Impulse files, with the following folder structure:

Wave Naming

WWSH S75 A 3 Means Water Stream sound as generator, S-Curve 7.5 0.5 as fall curve, A as tone, and 3 seconds of Impulse length.

WWSH S75 A MS 3 The same as previous but with M/S processing.

WWSH S75 A 6 Means Water Stream sound as generator, S-Curve 7.5 0.5 as fall curve, A as tone, and 6 seconds of Impulse length.

WWSH S75 A Oct 6 Oct means 1 octave up.

The files on the other folders follow the same syntax meanings

The post WWSH 50.39 % S 7.5 appeared first on Tuned Pulses.

Linear

Is a straight-line frequency decay with a medium decay at Start and a medium decay at the End. The area under the line is 50% of the full square area (-6.02 dB FSA).

WWSH

Default decay sequence was faded out, in the extension of 9 octaves, using two sets of White Noise as generators to produce this set of impulses.

It’s a general-purpose slow decay impulse with slow ending, 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 sample rate folder 12 tone folders (A to Ab).

Inside each Tone folder, 8 clean impulse files and one folder with 8 phasing processed files in a total of 576 Impulse files, with the following folder structure:

Wave Naming

WWSH LIN N A 3 Means Water Stream sound as generator, Linear as fall curve, A PH as tone, Phaser as modulator, and 3 seconds of Impulse length.

WWSH LIN N A MS 3 The same as previous but with M/S processing.

WWSH LIN N A 6 Means Water Stream sound as generator, Linear as fall curve, A PH as tone, Phaser as modulator, and 6 seconds of Impulse length.

WWSH LIN N A Oct 6 Oct means 1 octave up.

The files on the other folders follow the same syntax meanings

The post WWSH 50.00 % LIN appeared first on Tuned Pulses.

Witch of Agnesi (Gold)

This is a curve with a  slow decay at Start and a  medium fast decay at the End. The area of the curve is 49.07% of the full square area (-6.18 dB FSA).

If based on area ratio (current to Linear (50%), it’s RT60 time should be 0.98 of Linear RT60. time

This curve was calculated from the Witch of Agnesi  Equation with the Gold number (1.61803399) as constant

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

WWSH

Default decay sequence was faded out, in the extension of 9 octaves, using two sets of White Noise as generators to produce this set of impulses

It’s a general-purpose slow decay impulse with fast ending, 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 sample rate folder 12 tone folders (A to Bb).

Inside each Tone folder, 8 clean impulse files and one folder with 8 phasing processed files in a total of 576 Impulse files, with the following folder structure:

Wave Naming

WWSH WAGold A 3 Means Water Stream sound as generator, Witch of Agnesi 1.61803399 as fall curve, A as tone, and 3 seconds of Impulse length.

WWSH WAGold A MS 3 The same as previous but with M/S processing.

WWSH WAGold A 6 Means Water Stream sound as generator, Witch of Agnesi 1.61803399 as fall curve, A as tone, and 6 seconds of Impulse length.

WWSH WAGold A Oct 6  Oct means 1 octave up.

The files on the other folders follow the same syntax meanings

The post WWSH 49.07 % WA Gold appeared first on Tuned Pulses.

HS100

This is a curve with a medium slow decay at Start and a very slow decay at the End. The area of the curve is 43.18% of the full square area (-7.17 dB FSA).

If based on area ratio (current to Linear (50%), it’s RT60 time should be 0.88 of Linear RT60.

This curve was calculated from the Hyperbolic Secant Curve Equation, applying a value of 1 as constant

https://mathworld.wolfram.com/HyperbolicSecant.html

https://archive.lib.msu.edu/crcmath/math/math/h/h424.htm

WWSH

Default decay sequence was faded out, in the extension of 9 octaves, using two sets of processed White Noise as generators to produce this set of impulses.

It’s a general-purpose fast decay impulse with slow ending, 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 sample rate folder 12 tone folders (A to Ab).

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

Wave Naming

WWSH HS100 A PH 3 Means two sets of processed White Noise as generators, Hyperbolic Secant 100 as fall curve, A as Tone, Phaser as modulator and 3 seconds of Impulse length.

WWSH HS100 A PH MS 3 The same as previous but with M/S processing.

WWSH HS100 A PH 6 Means two sets of processed White Noise as generators, Hyperbolic Secant 100 as fall curve, A as Tone, Phaser as modulator and 6 seconds of Impulse length.

WWSH HS100 A PH Oct 6 Oct means one octave up.

The files on the other folders follow the same syntax meanings

The post WWSH 43.81 % HS100 appeared first on Tuned Pulses.

Log Silver

This is a curve with a medium decay at Start and a medium slow decay at the End. The area of the curve is 40.38% of the full square area (-7.88 dB FSA).

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

This curve was calculated inserting the number 1.324718 (X^3 = X+1) in a base 10 logarithmic equation.

Logarithm – Wikipedia

WWSH

Default decay sequence was faded out, in the extension of 9 octaves, using two sets of processed White Noise as generators to produce this set of impulses.

It’s a general-purpose medium decay impulse with medium ending, 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 sample rate folder 12 tone folders (A to Ab).

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

Wave Naming

WWSH N_Silver A PH 3 Means two sets of processed White Noise as generators, Logarithmic Silver as fall curve, A as Tone, Phaser as modulator and 3 seconds of Impulse length.

WWSH N_Silver A PH MS 3 The same as previous but with M/S processing.

WWSH N_Silver A PH 6 Means two sets of processed White Noise as generators, Logarithmic Silver as fall curve, A as Tone, Phaser as modulator and 6 seconds of Impulse length.

WWSH N_Silver A PH Oct 6 Oct means one octave up.

The files on the other folders follow the same syntax meaning

The post WWSH 40 38 % LOG Silver appeared first on Tuned Pulses.

HS044

This is a curve with a medium slow decay at Start and a very slow decay at the End. The area of the curve is 34.84% of the full square area (-9.16 dB FSA).

If based on area ratio (current to Linear (50%), it’s RT60 time should be 0.7 of Linear RT60.

This curve was calculated from the Hyperbolic Secant Curve Equation, applying a value of 0.444444 as constant.

https://mathworld.wolfram.com/HyperbolicSecant.html

https://archive.lib.msu.edu/crcmath/math/math/h/h424.htm

WWSH

Default decay sequence was faded out, in the extension of 9 octaves, using two sets of processed White Noise as generators to produce this set of impulses

It’s a general-purpose fast decay impulse with slow ending, 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 sample rate folder 12 tone folders (A to Bb).

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

Wave naming

WWSH HS044 A PH 3 Means two sets of processed White Noise as generators, Hyperbolic Secant 0.444444 as fall curve, A as Tone, Phaser as modulator and 3 seconds of Impulse length.

WWSH HS044 A PH MS 3 The same as previous but with M/S processing.

WWSH HS044 A PH 6 Means two sets of processed White Noise as generators, Hyperbolic Secant 0.444444 as fall curve, A as Tone, Phaser as modulator and 6 seconds of Impulse length.

WWSH HS044 A PH Oct 6 Oct means one octave up.

The files on the other folders follow the same syntax meanings

The post WWSH 34.84 % HS044 appeared first on Tuned Pulses.

Witch of Agnesi (Pi)

This is a curve with a slow decay at Start and a fast decay at the End. The area of the curve is 34.52% of the full square area (-9.24 dB FSA).

If based on area ratio (current to Linear (50%), it’s RT60 time should be 0.69 of Linear RT60. time.

This curve was calculated from the Witch of Agnesi Equation with PI (3.1416) as constant.

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

WWSH

Default decay sequence was faded out, in the extension of 9 octaves, using two sets of processed White Noise as generators to produce this set of impulses

It’s a general-purpose medium decay impulse with slow ending, 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 sample rate folder 12 tone folders (A to Ab).

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

Wave Naming

WWSH WAPI A PH 3 Means two sets of processed White Noise as generators, Witch of Agnesi (PI) as fall curve, A as Tone, Phaser as modulator and 3 seconds of Impulse length.

WWSH WAPI A PH MS 3 The same as previous but with an M/S processing.

WWSH WAPI A PH 6 Means two sets of processed White Noise as generators, Witch of Agnesi (PI) as fall curve, A as Tone, Phaser as modulator and 6 seconds of Impulse length.

WWSH WAPI A PH Oct 6 Oct means one octave up.

The files on the other folders follow the same syntax meaning

The post WWSH 34 52 % WA PI appeared first on Tuned Pulses.

S 5.2

This is a curve with a medium decay at Start, a fast decay at middle and a slow decay at the End. The area of the curve is 34.19 % of the full square area
(-9.32 dB FSA).

If based on area ratio (current to Linear (50%), it’s RT60 time should be 0.68 of Linear RT60.

This curve was calculated from the S-Curve (Sigmoid) Equation, applying a value of 5. and 0.2 as constants

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

WWSH

Default decay sequence was faded out, in the extension of 9 octaves, using two sets of processed White Noise as generators to produce this set of impulses

It’s a general-purpose fast decay impulse with slow ending, 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 sample rate folder 12 tone folders (A to Ab).

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

Wave Naming

WWSH S52 A PH 3 Means two sets of processed White Noise as generators, S-Curve 5.2 as fall curve, A as Tone, Phaser as modulator and 3 seconds of Impulse length.

WWSH S52 A PH MS 3 The same as previous but with M/S processing.

WWSH S52 A PH 6 Means two sets of processed White Noise as generators, S-Curve 5.2 as fall curve, A as Tone, Phaser as modulator and 6 seconds of Impulse length.

WWSH S52 A PH Oct 6 Oct means one octave up.

The files on the other folders follow the same syntax meanings

The post WWSH 34,19 % S 5.2 appeared first on Tuned Pulses.

Kappa

This is a curve with a very fast decay at Start and a  slow decay at the End. The area of the curve is 34.08% of the full square area (-9.35 dB FSA).

If based on area ratio (current to Linear (50%), it’s RT60 time should be 0.68 of Linear RT60. time

This curve was calculated from the Kappa Curve Equation

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

WWSH 

Default decay sequence was faded out, in the extension of 9 octaves, using two sets of processed White Noise as generators to produce this set of impulses

It’s a general-purpose fast decay impulse with a very slow ending, 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 sample rate folder 12 tone folders (A to Ab).

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

Wave Naming

WWSH KAP A PH 3 Means two sets of processed White Noise as generators, Kappa as fall curve, A as Tone, Phaser as modulator and 3 seconds of Impulse length.

WWSH KAP A PH MS 3 The same as previous but with M/S processing.

WWSH KAP A PH 6 Means two sets of processed White Noise as generators, Kappa as fall curve, A as Tone, Phaser as modulator and 6 seconds of Impulse length.

WWSH KAP A PH Oct 6  Oct means one octave up.

The files on the other folders follow the same syntax meaning

The post WWSH 34.08 % KAP appeared first on Tuned Pulses.