Description
Sound and structure are read as a single language in this specialized computational tool, created for organ builders who still voice pipes by ear high in cathedral lofts, restorers reviving nineteenth century symphonic instruments, tonal directors shaping the dialogue between great and swell divisions, and acousticians studying how wood and air mature together over time. It follows the proportional logic behind pipe scaling, observes how tin and lead alloys slowly change under cycles of humidity, tracks the gradual drift in reed voicing, and listens to how principal ranks finally merge into a unified chorus. These patient insights speak through harmonics and overtones, helping an organ find its true voice within vast and resonant spaces.