When ww= 7F(h) All module’s parameters will be requested.
When ww= 68(h) (position of the module minus 1), only that module’s parameters will be requested.
ww Requested Module’s parameter Values
When a Request All Current Parameter Values procedure is received, the RP-20 Valve will respond with a Respond All Current Parameter Values
procedure.
RECEIVE ALL CURRENT PARAMETER VALUES FOR CURRENT PROGRAM (24h)
SYS_HEAD, 24(h), nn1, nn2, ww1, ww2, mm1(1st), mm2(1st), aa1(1st), aa2(1st), dd1(1st)(1st), dd2(1st)1st, ... dd1(1st)(wth) ,dd2(1st)(wth), ...
mm1(xth),...mm2(xth), aa1(xth), aa2(xth), dd1(xth)(1st), dd2(xth)(1st), ... dd1(xth)(wth),dd2(xth)(wth), F7(h)
When ww= 7F(h) All module’s parameters will be received.
When ww= 68(h) (position of the modules minus 1), only that module’s parameters will be received.
nn Number of Modules.
ww Modules User requested.
mm Indicates the beginning of the xth Module.
aa Number of available parameters in the FX Module.
dd Current value for the wth parameter.
The Receive All Current Parameter Values procedure is used to receive Parameter Values from the RP-20 Valve for the currently selected
program.
Warning: Sending data that was retrieved from a different program will delete the memory. Be sure to only send data that was received
from the same program.
REQUEST MODULE CONFIGURATION (25h)
SYS HEAD , 25 (h) , F7 (h)
When a Request Module Configuration procedure received, the RP-20 Valve will respond with a Respond Module Configuration procedure.
RESPOND MODULE CONFIGURATION (26h)
SYS HEAD , 26(h) , nn1, nn2, cc(1st)1,cc(1st)2, ee(1st)1, ee(1st)2, ... cc(nth)1, cc(nth)2 , ee(nth)1, ee(nth)2, F7(h)
nn Number modules present in the algorithm
cc Class I.D. of the nth module in the algorithm
ee I.D. number of the effect currently loaded in the nth module (see pg. 12 for ID numbers)
Class I.D. Numbers for RP-20 Valve
00(h) Distortion Type
01(h) 1/4 Effect Module
Section - 6 Appendix
RP-20 Valve
User Guide
84
To Next Page
Loading...
