Music in the Sweetieport house wasn't just for humans; it created a whole different soundscape for Kola and Samba, especially when the tunes were happy!
When Ken played a piece featuring warm, rolling F Major chords, Samba the cat would transform into a puddle of purring bliss. The consonant harmonies seemed to align perfectly with her feline frequency for contentment. She'd stretch languidly, perhaps knead a soft blanket, emitting contented sighs that added their own soft layer to the music.
Samba_Response = F_Major_Input * Comfort_Surface_Availability ⇒ Purr_Amplitude²
Kola, however, operated on a different sensory channel: Vibration Theory. While the *harmony* of F Major might be lost on him, if Ken happened to strum a low G chord with enthusiasm, Kola felt it through the floorboards. This specific vibration registered in his internal doggy-database as "Possible Precursor to Treat Distribution" (a frequency often associated with Grandma Kay's movements).
The result? Tail wags initiated. Hopeful expression deployed. A low G, regardless of its harmonic function, equaled maximum treat expectancy. The happy music made the humans feel good, which Kola calculated increased the probability of positive outcomes, like ear scratches or dropped crumbs. It was a win-win, calculated with purely optimistic doggy physics.
Kola_Response = G_Vibration_Detected + Human_Happy_State ⇒ Treat_Expectancy_Factor * Wag_Velocity