midi_controller_work_station_64 ideas blueprints - first steps

midi_controller_work_station_64 ideas blueprints - first steps

walidmmantar
midi_controller_work_station_64 ideas blueprints - first steps unit used in inches raise the precision to 1/64" black keys are not sketched .. just consider 1/16" gap at each side of a black key keybed construction is very modular: 64-keys consists of two main subsets of 32-keys .. main_subset1: A0 to E3 & main_subset2: F5 to C8 then each set is divided into 3 subsets main subset1 devides into subset1: 8-keys A0 to E1 .. subset2: 12-key (an octave inverted) F1 to E2 .. subset3: 12-key F2 to E3 main subset2 devides into subset4: 12-key F5 to E6 .. subset5: 12-keys F6 to E7 .. subset6: 8-keys F7 to C8 for 76-keys version add a 12-key subset7 attached to either main_subset1 F3 to E4 for example or attached to main_subset2 F4 to E5 for 88-keys version add an onther 12-key subset8 attached to the other main_subset, for example main_subset1 F3 to E4 if free or attached to main_subset2 F4 to E5 for 76-keys version (inverted) ... swap the 8-keys subset1 in main_subset1 with 8-keys subset6 in main_subset2 & then invert the keys allocation .. then swap 12-keys subset2 with subset5 & subset3 with subset4 & maybe attach subset7 to the other main_subset .. then consider each 12-keys subset to be consisted of two subsets: 7-keys F to B & 5-keys C to E .. swap these two subsets within the same 12-keys subset then reallocate the entire keys of those 7-keys & 5-keys subsets to be inverted and with respect to the matrix scanner or the under-keys sensor boards take it as 4x2 matrix for the 8-keys subsets and 4x3 for the 12-keys subsets and consider the 12-keys as a whole subset and consider to group each main_subset with each other by connections then treat each main_subset with scanner board as one matrix or scan each subset by itself
Default Title