[ ] When the first inlet receives a message, starting with "define_loudspeakers" the object interprets the message as a speaker definition formatted in the style of VBAP object and store the data internally
[ ] The second inlet accepts float and it lets the user control the azimuth of the source (-180 ~ 180)
[ ] The third inlet accepts float and it lets the user control the elevation of the source (0 ~ 90)
[ ] The fourth inlet accepts float and it lets the user control the spread (0 ~ 100)
processing
[ ] The pd object internally encodes/decodes higher-order ambisonics using HOA-light library and output the volumes of each speaker when the first inlet receives a bang
order
[ ] The order of ambisonics is defined by the number of speakers automatically
Name
hoalight
IO
Type
Inlet
processing
order