Extended Data Fig. 10: The relationship between feedback cues and song patterns changes when LED is ON in pIP10 +ATR flies. | Nature Neuroscience

Extended Data Fig. 10: The relationship between feedback cues and song patterns changes when LED is ON in pIP10 +ATR flies.

From: Unsupervised identification of the internal states that shape natural behavior

Extended Data Fig. 10

a, The transfer functions of each feedback cue when the LED is OFF (black) and when the LED is ON (red) compared to the wild-type average (dark gray). b-c, Illustration of Pearson’s correlation between transfer functions of two feedback cues (mFV (g) and fLS (h)) when the LED is off (top, black) and on (bottom, red) and the transfer function in each state (not the average as in Fig. 4f). The feature is considered most similar to the state with which it has the highest Pearson’s correlation. All ATR-fed pIP10 animals were used (n=41). d, The state transfer function that is closest to the wild-type average for each feedback cue. For instance, the mFV average is closest to the ‘whatever’ state and the fLS average is closest to the ‘chasing’ state. e-f, Same as (d), but for pIP10 – ATR flies when the LED is off (e) or on (f).

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