Crunches equal flat, hard ab muscles, lunges equal toned legs, and squats a toned backside.
For Aristoxenus the octave consisted of six equal tones added together and could be divided in half.
Normalized as in C. Neurons display an increase in spontaneous FR and equal tone-evoked FR with light-on for both PV-Cre (D —Spn: Δ105%, p2 = 3e−6, t(159) = −8.1.
(D, F ) Population mean spontaneous FR (50 ms prior to tone onset, yellow) and equal-tone evoked FR (50 ms from tone onset, green) for light-off (dark colors) and light-on (light colors) trials.
Measured and normalized as in D and F. Neurons display a larger increase in equal-tone evoked FR than spontaneous FR with light-on for those recorded in both PV-Cre (J, Δ = 32%, p2 = 0.029, t(159) = 2.2), SOM-Cre (L, Δ = 118%, p2 = 0.047, t(113) = 2.0) mice.
(A ) Diagram of equal probability tone stimulus; an equal number of pseudorandom tones A and B are presented with 250-ms light pulses (green bars) delivered during every fifth tone, starting 100 ms before tone onset.
The RGD assesses temporal resolution based on a task where the subject is required to identify the gap in the onsets of two equal stimuli (tone bursts or clicks).
In PVs, equal probability tones evoked FRs greater than standard tones (B —N = 16, Δ = 110%, p2 = 0.030, z = −2.4, C = 2) and not significantly different that deviant tones (p2 > 0.05, z = −1.7, C = 2).
is the gain factor of current pixel and equals the tone mapping scales in our adaptive piecewise mapping function, which will be detailed in Section 6.
DOI: http://dx.doi.org/10.7554/eLife.09868.023 10.7554/eLiFigure6 figureigure 6—figure supplement 2. PVs and SOMs have different adaptation profiles for equal probability tones.
(B ) Effect of interneuron photosuppression on putative excitatory neuron responses to standard and deviant and equal probability tones.
