Wow, thanks, now I finally understand what this square with the diagonal line actually means, seen so many times, used so many times. Thanks a lot, that's amazing :)
We want to map the min/max osc~ values onto the x axis of the array. The oscillator volume ranges over [-1, 1] inclusive. If we add +1 to every number the volume will now range over [0, 2] inclusive. If we multiply this by 50 the numbers will range over [0, 100] which is the input range of the table (x indices range from 0 to 100). This allows us to read the out the y values of the graph. Hope this helps!
$0 appends a unique instance number to the table so that if several arrays with the same name are open (e.g. across multiple patches) Pd uses the appropriate one(s).
Thx Master
wow you are the best pure data teacher ever
Wow, thanks, now I finally understand what this square with the diagonal line actually means, seen so many times, used so many times. Thanks a lot, that's amazing :)
LOL , it's an X-Y axis where the x input positio equals the Y position iow a linear , that's high school material
great video, thank you
This one was interesting!
Amazing series! But I can't understand why we add 1 then multiply by 50. Can someone explain please?
We want to map the min/max osc~ values onto the x axis of the array. The oscillator volume ranges over [-1, 1] inclusive. If we add +1 to every number the volume will now range over [0, 2] inclusive. If we multiply this by 50 the numbers will range over [0, 100] which is the input range of the table (x indices range from 0 to 100). This allows us to read the out the y values of the graph. Hope this helps!
I never use the $0 variable when declaring the tabread , why do you use it ?
$0 appends a unique instance number to the table so that if several arrays with the same name are open (e.g. across multiple patches) Pd uses the appropriate one(s).
At 4:33 you choose the array X to be 200, but at 7:40 you only scale up to 100. Did you mean to scale up to 200?
At 5:46 he changes from original 200 to 100 to be consistent with resizing.