Watermelon Daiquiri posted:

whats pink noise then

Kagaya Homoraisan posted:

dis thats fricking drone you goofball!!!!!!!!!!!!!!

Kagaya Homoraisan posted:

im gay and writing posts online

DisDisDis posted:

https://www.youtube.com/watch?v=bREC4gvH5Gw

Rody One Half posted:

There's exactly zero chance I ever would have tried Witch's Servant without this thread.

Main Paineframe posted:

Love Me For Who I Am/Fukakai na Boku no Subete o is real good and i'm glad i learned about it by reading this thread

as someone who's been feeling lately like maybe i'm not so binary after all, it has been a really constructive and positive read

Watermelon Daiquiri posted:

I'm going to take that seriously because its a fascinating subject, albeit no where near even tangential to this thread


(ok maybe music mangas might mention it somewhere idk)


Pink noise is where the power spectral density (density being of course a value per other value like mass density) is inversely proportional to the frequency.

This part is cool:

In the past quarter century, pink noise has been discovered in the statistical fluctuations of an extraordinarily diverse number of physical and biological systems (Press, 1978;[7] see articles in Handel & Chung, 1993,[8] and references therein). Examples of its occurrence include fluctuations in tide and river heights, quasar light emissions, heart beat, firings of single neurons, and resistivity in solid-state electronics resulting in flicker noise.

General 1/f α noises occur in many physical, biological and economic systems, and some researchers describe them as being ubiquitous.[9] In physical systems, they are present in some meteorological data series, the electromagnetic radiation output of some astronomical bodies. In biological systems, they are present in, for example, heart beat rhythms, neural activity, and the statistics of DNA sequences, as a generalized pattern.[10] In financial systems, they are often referred to as a long-term memory effect[specify].

An accessible introduction to the significance of pink noise is one given by Martin Gardner (1978) in his Scientific American column "Mathematical Games".[11] In this column, Gardner asked for the sense in which music imitates nature. Sounds in nature are not musical in that they tend to be either too repetitive (bird song, insect noises) or too chaotic (ocean surf, wind in trees, and so forth). The answer to this question was given in a statistical sense by Voss and Clarke (1975, 1978), who showed that pitch and loudness fluctuations in speech and music are pink noises.[12][13] So music is like tides not in terms of how tides sound, but in how tide heights vary.

Pink noise describes the statistical structure of many natural images.[14] Recently, it has also been successfully applied to the modeling of mental states in psychology,[15] and used to explain stylistic variations in music from different cultures and historic periods.[16] Richard F. Voss and J. Clarke claim that almost all musical melodies, when each successive note is plotted on a scale of pitches, will tend towards a pink noise spectrum.[17] Similarly, a generally pink distribution pattern has been observed in film shot length by researcher James E. Cutting of Cornell University, in the study of 150 popular movies released from 1935 to 2005.[18]

Pink noise has also been found to be endemic in human response. Gilden et al. (1995) found extremely pure examples of this noise in the time series formed upon iterated production of temporal and spatial intervals.[19] Later, Gilden (1997) and Gilden (2001) found that time series formed from reaction time measurement and from iterated two-alternative forced choice also produced pink noises.[20][21]

Watermelon Daiquiri posted:

I'm going to take that seriously because its a fascinating subject, albeit no where near even tangential to this thread


(ok maybe music mangas might mention it somewhere idk)


Pink noise is where the power spectral density (density being of course a value per other value like mass density) is inversely proportional to the frequency.

This part is cool:

In the past quarter century, pink noise has been discovered in the statistical fluctuations of an extraordinarily diverse number of physical and biological systems (Press, 1978;[7] see articles in Handel & Chung, 1993,[8] and references therein). Examples of its occurrence include fluctuations in tide and river heights, quasar light emissions, heart beat, firings of single neurons, and resistivity in solid-state electronics resulting in flicker noise.

General 1/f α noises occur in many physical, biological and economic systems, and some researchers describe them as being ubiquitous.[9] In physical systems, they are present in some meteorological data series, the electromagnetic radiation output of some astronomical bodies. In biological systems, they are present in, for example, heart beat rhythms, neural activity, and the statistics of DNA sequences, as a generalized pattern.[10] In financial systems, they are often referred to as a long-term memory effect[specify].

An accessible introduction to the significance of pink noise is one given by Martin Gardner (1978) in his Scientific American column "Mathematical Games".[11] In this column, Gardner asked for the sense in which music imitates nature. Sounds in nature are not musical in that they tend to be either too repetitive (bird song, insect noises) or too chaotic (ocean surf, wind in trees, and so forth). The answer to this question was given in a statistical sense by Voss and Clarke (1975, 1978), who showed that pitch and loudness fluctuations in speech and music are pink noises.[12][13] So music is like tides not in terms of how tides sound, but in how tide heights vary.

Pink noise describes the statistical structure of many natural images.[14] Recently, it has also been successfully applied to the modeling of mental states in psychology,[15] and used to explain stylistic variations in music from different cultures and historic periods.[16] Richard F. Voss and J. Clarke claim that almost all musical melodies, when each successive note is plotted on a scale of pitches, will tend towards a pink noise spectrum.[17] Similarly, a generally pink distribution pattern has been observed in film shot length by researcher James E. Cutting of Cornell University, in the study of 150 popular movies released from 1935 to 2005.[18]

Pink noise has also been found to be endemic in human response. Gilden et al. (1995) found extremely pure examples of this noise in the time series formed upon iterated production of temporal and spatial intervals.[19] Later, Gilden (1997) and Gilden (2001) found that time series formed from reaction time measurement and from iterated two-alternative forced choice also produced pink noises.[20][21]

Watermelon Daiquiri posted:

I'm going to take that seriously because its a fascinating subject, albeit no where near even tangential to this thread


(ok maybe music mangas might mention it somewhere idk)


Pink noise is where the power spectral density (density being of course a value per other value like mass density) is inversely proportional to the frequency.

This part is cool:

In the past quarter century, pink noise has been discovered in the statistical fluctuations of an extraordinarily diverse number of physical and biological systems (Press, 1978;[7] see articles in Handel & Chung, 1993,[8] and references therein). Examples of its occurrence include fluctuations in tide and river heights, quasar light emissions, heart beat, firings of single neurons, and resistivity in solid-state electronics resulting in flicker noise.

General 1/f α noises occur in many physical, biological and economic systems, and some researchers describe them as being ubiquitous.[9] In physical systems, they are present in some meteorological data series, the electromagnetic radiation output of some astronomical bodies. In biological systems, they are present in, for example, heart beat rhythms, neural activity, and the statistics of DNA sequences, as a generalized pattern.[10] In financial systems, they are often referred to as a long-term memory effect[specify].

An accessible introduction to the significance of pink noise is one given by Martin Gardner (1978) in his Scientific American column "Mathematical Games".[11] In this column, Gardner asked for the sense in which music imitates nature. Sounds in nature are not musical in that they tend to be either too repetitive (bird song, insect noises) or too chaotic (ocean surf, wind in trees, and so forth). The answer to this question was given in a statistical sense by Voss and Clarke (1975, 1978), who showed that pitch and loudness fluctuations in speech and music are pink noises.[12][13] So music is like tides not in terms of how tides sound, but in how tide heights vary.

Pink noise describes the statistical structure of many natural images.[14] Recently, it has also been successfully applied to the modeling of mental states in psychology,[15] and used to explain stylistic variations in music from different cultures and historic periods.[16] Richard F. Voss and J. Clarke claim that almost all musical melodies, when each successive note is plotted on a scale of pitches, will tend towards a pink noise spectrum.[17] Similarly, a generally pink distribution pattern has been observed in film shot length by researcher James E. Cutting of Cornell University, in the study of 150 popular movies released from 1935 to 2005.[18]

Pink noise has also been found to be endemic in human response. Gilden et al. (1995) found extremely pure examples of this noise in the time series formed upon iterated production of temporal and spatial intervals.[19] Later, Gilden (1997) and Gilden (2001) found that time series formed from reaction time measurement and from iterated two-alternative forced choice also produced pink noises.[20][21]

Carpator Diei posted:

Well, the news give reason for optimism, so I suppose it's back to my regularly scheduled gushing over Witch's Servant. Two new chapters, both extremely warm and fuzzy.

Space Flower posted:

The Colonel posted:

it has good things, and it has bad things

tbh the anime wasn't really any different, in the end

Jagged Jim posted:

I liked the anime a lot more than the manga mainly because it tried to keep the worst parts of the manga out but yeah, there's a lot of... problematic poo poo in both of them and I can't really say it's worth suffering through that to get to the good parts.

ToxicFrog posted:

Finally cracking open Giniro no Genders, let's see how much it fucks me up

ZiegeDame posted:

Unless you really want to read a queersploitation soap opera written by a cishet Japanese guy about what he thinks LGBT people are like.

ZiegeDame posted:

Unless you really want to read a queersploitation soap opera written by a cishet Japanese guy about what he thinks LGBT people are like.

Endorph posted:

i do but ive already watched cross ange

SyntheticPolygon posted:

Having only experienced Cross Ange through SRW V, I think I can safely say it's pretty good.

Endorph posted:

"You've made a lot of people uncomfortable, so you're being put to death."

ToxicFrog posted:

I'm pretty sure I got the recommendation from this thread and everything else so far has been on point, so this is a bit of an unpleasant surprise