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XAirSetSceneParse.c
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XAirSetSceneParse.c
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//
// XAirSetSceneParse.c
//
// Created on: 6 jan. 2015 (SetSceneParse.c)
// Author: Patrick-Gilles Maillot
//
// Modified to Support XAir Series on: Jul 10, 2016
// Author: Ken Mitchell
// Scene and Snippet files parser. Basically a very big switch statement checking the syntax of incoming data and
// based on parameters, sending data to XAir accordingly.
//
#include <stdio.h>
#include <string.h>
#include <unistd.h>
#include <math.h>
#include "XAirSetScene.h"
#ifdef __WIN32__
#include <windows.h>
#else
#include <sys/socket.h>
#include <arpa/inet.h>
#include <netdb.h>
#endif
extern int fxparse1(char *buf, int k, int ifx);
extern void Xfdump(char *header, char *buf, int len, int debug);
extern int Xsprint(char *bd, int index, char format, void *bs);
extern int XOff_On(char *buf, int k, char* Crit_0);
extern int Xp_percent(char *buf, int k);
extern int Xp_linf(char *buf, int k, float xmin, float lmaxmin, float xstep);
extern int Xp_logf(char *buf, int k, float xmin, float lmaxmin, int nsteps);
extern int Xp_int(char *buf, int k);
extern int Xp_str(char *buf, int k);
extern int Xp_bit(char *buf, int k);
extern int Xp_list(char *buf, int k, char **list, int list_max);
extern int Xp_fxlist(char *buf, int k, char **list, int list_max, int *p_ival);
extern int Xp_frequency(char *buf, int k, int nsteps);
extern int Xp_level(char *buf, int k, int nsteps);
extern void Xlogf(char *header, char *buf, int len);
extern int Xdebug;
extern int Xverbose;
extern int Xdelay;
extern int X32SHOW;
extern struct sockaddr *Xip_pt;
extern int Xip_len; // length of addresses
extern int Xfd; // our socket
extern int fx[4]; // saves the FX current type for each of the fx slots
extern FILE *Xin, *log_file;
#ifdef __WIN32__
#define MILLISLEEP(t) \
do { \
Sleep((t)); \
} while (0);
#else
#define MILLISLEEP(t) \
do { \
usleep((t)*1000); \
} while (0);
#endif
#define SendDataToXAir do { \
if (X32SHOW) {if (Xverbose) Xlogf("->X", buf, k);} \
else {if (Xverbose) {Xfdump("->X", buf, k, Xdebug); fflush(stdout);}} \
if (sendto(Xfd, buf, k, 0, Xip_pt, Xip_len) < 0) { \
perror("coundn't send data"); \
return (-1); \
} \
if (Xdelay > 0) MILLISLEEP(Xdelay); \
if (Early_End()) return (0); \
} while (0);
//
// Private functions
int Early_End() {
int i;
//
while ((i = fgetc(Xin)) == (int)' '); // ignore/skip spaces
ungetc(i, Xin); // re-install just read char
if ((i == (int)'/') || (i == (int)10)) return 1; // Early end is either a new line of a command
return 0;
}
//
//
//
int SetSceneParse(char *l_read) {
int Xsc_index;
int ch, rt, mx, k, bus;
char c1;
char buf[512]; //512 is to take care of large number of
char tmp[512]; //parameters i.e. 64 floats in FX (each is max 6 chars)
for (Xsc_index = 0; Xsc_index < Xsc_max; Xsc_index++) {
if (strcmp(l_read, Xsc[Xsc_index]) == 0) {
// found
if (X32SHOW) {
if(Xverbose) fprintf (log_file, "scene data in: %s - found: %d %s\r\n", l_read, Xsc_index, Xsc[Xsc_index]);
} else {
if(Xverbose) printf ("scene data in: %s - found: %d %s\n", l_read, Xsc_index, Xsc[Xsc_index]);
}
switch (Xsc_index) {
case config_chlink: // /config/chlink 1-2 ... 15-16
for (ch = 1; ch < 16; ch+=2) {
sprintf(tmp, "/config/chlink/%d-%d", ch, ch+1);
k = Xsprint(buf, 0, 's', tmp);
k = XOff_On(buf, k, "OFF");
SendDataToXAir // send to XAir
}
break;
case config_buslink: // /config/buslink 1-2 ... 15-16
for (ch = 1; ch < 6; ch+=2) {
sprintf(tmp, "/config/buslink/%d-%d", ch, ch+1);
k = Xsprint(buf, 0, 's', tmp);
k = XOff_On(buf, k, "OFF");
SendDataToXAir // send to XAir
}
break;
case config_linkcfg: // /config/linkcfg
k = Xsprint(buf, 0, 's', "/config/linkcfg/preamp");
k = XOff_On(buf, k, "OFF");
SendDataToXAir // send to XAir
k = Xsprint(buf, 0, 's', "/config/linkcfg/eq");
k = XOff_On(buf, k, "OFF");
SendDataToXAir // send to XAir
k = Xsprint(buf, 0, 's', "/config/linkcfg/dyn");
k = XOff_On(buf, k, "OFF");
SendDataToXAir // send to XAir
k = Xsprint(buf, 0, 's', "/config/linkcfg/fdrmute");
k = XOff_On(buf, k, "OFF");
SendDataToXAir // send to XAir
break;
case config_solo: // /config/solo
k = Xsprint(buf, 0, 's', "/config/solo/level");
k = Xp_level(buf, k, 161);
SendDataToXAir // send to XAir
k = Xsprint(buf, 0, 's', "/config/solo/source");
k = Xp_list(buf, k, Xsource, Xsource_max);
SendDataToXAir // send to XAir
k = Xsprint(buf, 0, 's', "/config/solo/sourcetrim");
// rev 1.09 spec says -18..+12db log(73)
// but firmware 1.12 acts like -18..+18db lin(72)
k = Xp_linf(buf, k, -18., 36., 0.5);
SendDataToXAir // send to XAir
k = Xsprint(buf, 0, 's', "/config/solo/chmode");
k = XOff_On(buf, k, "PFL");
SendDataToXAir // send to XAir
k = Xsprint(buf, 0, 's', "/config/solo/busmode");
k = XOff_On(buf, k, "PFL");
SendDataToXAir // send to XAir
k = Xsprint(buf, 0, 's', "/config/solo/dimatt");
k = Xp_linf(buf, k, -40., 40., 1.);
SendDataToXAir // send to XAir
k = Xsprint(buf, 0, 's', "/config/solo/dim");
k = XOff_On(buf, k, "OFF");
SendDataToXAir // send to XAir
k = Xsprint(buf, 0, 's', "/config/solo/mono");
k = XOff_On(buf, k, "OFF");
SendDataToXAir // send to XAir
k = Xsprint(buf, 0, 's', "/config/solo/mute");
k = XOff_On(buf, k, "OFF");
SendDataToXAir // send to XAir
k = Xsprint(buf, 0, 's', "/config/solo/dimplf");
k = XOff_On(buf, k, "OFF");
SendDataToXAir // send to XAir
break;
case config_amixenable: // /config/amixenable
k = Xsprint(buf, 0, 's', "/config/amixenable/X");
k = XOff_On(buf, k, "OFF");
SendDataToXAir // send to XAir
k = Xsprint(buf, 0, 's', "/config/amixenable/Y");
k = XOff_On(buf, k, "OFF");
SendDataToXAir // send to XAir
break;
case config_amixlock: // /config/amixenable
k = Xsprint(buf, 0, 's', "/config/amixlock/X");
k = XOff_On(buf, k, "OFF");
SendDataToXAir // send to XAir
k = Xsprint(buf, 0, 's', "/config/amixlock/Y");
k = XOff_On(buf, k, "OFF");
SendDataToXAir // send to XAir
break;
case config_mute: // /config/mute 1-4
for (ch = 1; ch < 5; ch++) {
sprintf(tmp, "/config/mute/%d", ch);
k = Xsprint(buf, 0, 's', tmp);
k = XOff_On(buf, k, "OFF");
SendDataToXAir // send to XAir
}
break;
case ch_01_config:case ch_02_config:case ch_03_config:case ch_04_config: // /ch/01/config
case ch_05_config:case ch_06_config:case ch_07_config:case ch_08_config:
case ch_09_config:case ch_10_config:case ch_11_config:case ch_12_config:
case ch_13_config:case ch_14_config:case ch_15_config:case ch_16_config:
sscanf(l_read + 4, "%d", &ch);
sprintf(tmp, "/ch/%02d/config/name", ch);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_str(buf, k);
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%02d/config/color", ch);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_int(buf, k);
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%02d/config/insrc", ch);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_list(buf, k, Xinsrc, Xinsrc_max);
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%02d/config/rtnsrc", ch);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_list(buf, k, Xchrtnsrc, Xchrtnsrc_max);
SendDataToXAir // send to XAir
break;
case ch_01_preamp:case ch_02_preamp:case ch_03_preamp:case ch_04_preamp: // /ch/01/preamp
case ch_05_preamp:case ch_06_preamp:case ch_07_preamp:case ch_08_preamp:
case ch_09_preamp:case ch_10_preamp:case ch_11_preamp:case ch_12_preamp:
case ch_13_preamp:case ch_14_preamp:case ch_15_preamp:case ch_16_preamp:
sscanf(l_read + 4, "%d", &ch);
sprintf(tmp, "/ch/%02d/preamp/rtntrim", ch);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_linf(buf, k, -18., 36., 0.25);
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%02d/preamp/rtnsw", ch);
k = Xsprint(buf, 0, 's', tmp);
k = XOff_On(buf, k, "OFF");
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%02d/preamp/invert", ch);
k = Xsprint(buf, 0, 's', tmp);
k = XOff_On(buf, k, "OFF");
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%02d/preamp/hpon", ch);
k = Xsprint(buf, 0, 's', tmp);
k = XOff_On(buf, k, "OFF");
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%02d/preamp/hpf", ch);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_logf(buf, k, 20., 2.9957322735, 100); // log(400/20) = 2.9957322735
SendDataToXAir // send to XAir
break;
case ch_01_gate:case ch_02_gate:case ch_03_gate:case ch_04_gate: // /ch/01/gate
case ch_05_gate:case ch_06_gate:case ch_07_gate:case ch_08_gate:
case ch_09_gate:case ch_10_gate:case ch_11_gate:case ch_12_gate:
case ch_13_gate:case ch_14_gate:case ch_15_gate:case ch_16_gate:
sscanf(l_read + 4, "%d", &ch);
sprintf(tmp, "/ch/%02d/gate/on", ch);
k = Xsprint(buf, 0, 's', tmp);
k = XOff_On(buf, k, "OFF");
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%02d/gate/mode", ch);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_list(buf, k, Xgatemode, Xgatemode_max);
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%02d/gate/thr", ch);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_linf(buf, k, -80., 80., 0.5);
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%02d/gate/range", ch);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_linf(buf, k, 3., 57., 1.);
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%02d/gate/attack", ch);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_linf(buf, k, 0., 120., 1.);
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%02d/gate/hold", ch);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_logf(buf, k, 0.02, 11.512925465, 100); // log(2000/0.02) = 11.512925465
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%02d/gate/release", ch);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_logf(buf, k, 5., 6.684611728, 100); // log (4000/5) = 6.684611728
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%02d/gate/keysrc", ch);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_list(buf, k, Xkeysrc, Xkeysrc_max);
SendDataToXAir // send to XAir
break;
case ch_01_gate_filter:case ch_02_gate_filter:case ch_03_gate_filter:case ch_04_gate_filter: // /ch/01/gate/filter
case ch_05_gate_filter:case ch_06_gate_filter:case ch_07_gate_filter:case ch_08_gate_filter:
case ch_09_gate_filter:case ch_10_gate_filter:case ch_11_gate_filter:case ch_12_gate_filter:
case ch_13_gate_filter:case ch_14_gate_filter:case ch_15_gate_filter:case ch_16_gate_filter:
sscanf(l_read + 4, "%d", &ch);
sprintf(tmp, "/ch/%02d/gate/filter/on", ch);
k = Xsprint(buf, 0, 's', tmp);
k = XOff_On(buf, k, "OFF");
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%02d/gate/filter/type", ch);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_list(buf, k, Xfiltertype, Xfiltertype_max);
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%02d/gate/filter/f", ch);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_frequency(buf, k, 200);
SendDataToXAir // send to XAir
break;
case ch_01_dyn:case ch_02_dyn:case ch_03_dyn:case ch_04_dyn: // /ch/01/dyn
case ch_05_dyn:case ch_06_dyn:case ch_07_dyn:case ch_08_dyn:
case ch_09_dyn:case ch_10_dyn:case ch_11_dyn:case ch_12_dyn:
case ch_13_dyn:case ch_14_dyn:case ch_15_dyn:case ch_16_dyn:
sscanf(l_read + 4, "%d", &ch);
sprintf(tmp, "/ch/%02d/dyn/on", ch);
k = Xsprint(buf, 0, 's', tmp);
k = XOff_On(buf, k, "OFF");
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%02d/dyn/mode", ch);
k = Xsprint(buf, 0, 's', tmp);
k = XOff_On(buf, k, "COMP");
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%02d/dyn/det", ch);
k = Xsprint(buf, 0, 's', tmp);
k = XOff_On(buf, k, "PEAK");
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%02d/dyn/env", ch);
k = Xsprint(buf, 0, 's', tmp);
k = XOff_On(buf, k, "LIN");
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%02d/dyn/thr", ch);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_linf(buf, k, -60., 60., 0.5);
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%02d/dyn/ratio", ch);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_list(buf, k, Xdynratio, Xdynratio_max);
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%02d/dyn/knee", ch);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_linf(buf, k, 0., 5., 1.);
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%02d/dyn/mgain", ch);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_linf(buf, k, 0., 24., 0.5);
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%02d/dyn/attack", ch);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_linf(buf, k, 0., 120., 1.);
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%02d/dyn/hold", ch);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_logf(buf, k, 0.02, 11.512925465, 100); // log (2000/0.02) = 11.512925465
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%02d/dyn/release", ch);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_logf(buf, k, 5., 6.684611728, 100); // log(4000/5) = 6.684611728
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%02d/dyn/mix", ch);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_percent(buf, k);
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%02d/dyn/keysrc", ch);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_list(buf, k, Xkeysrc, Xkeysrc_max);
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%02d/dyn/auto", ch);
k = Xsprint(buf, 0, 's', tmp);
k = XOff_On(buf, k, "OFF");
SendDataToXAir // send to XAir
break;
case ch_01_dyn_filter:case ch_02_dyn_filter:case ch_03_dyn_filter:case ch_04_dyn_filter: // /ch/01/dyn/filter
case ch_05_dyn_filter:case ch_06_dyn_filter:case ch_07_dyn_filter:case ch_08_dyn_filter:
case ch_09_dyn_filter:case ch_10_dyn_filter:case ch_11_dyn_filter:case ch_12_dyn_filter:
case ch_13_dyn_filter:case ch_14_dyn_filter:case ch_15_dyn_filter:case ch_16_dyn_filter:
sscanf(l_read + 4, "%d", &ch);
sprintf(tmp, "/ch/%02d/dyn/filter/on", ch);
k = Xsprint(buf, 0, 's', tmp);
k = XOff_On(buf, k, "OFF");
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%02d/dyn/filter/type", ch);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_list(buf, k, Xfiltertype, Xfiltertype_max);
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%02d/dyn/filter/f", ch);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_frequency(buf, k, 200);
SendDataToXAir // send to XAir
break;
case ch_01_insert:case ch_02_insert:case ch_03_insert:case ch_04_insert: // /ch/01/insert
case ch_05_insert:case ch_06_insert:case ch_07_insert:case ch_08_insert:
case ch_09_insert:case ch_10_insert:case ch_11_insert:case ch_12_insert:
case ch_13_insert:case ch_14_insert:case ch_15_insert:case ch_16_insert:
sscanf(l_read + 4, "%d", &ch);
sprintf(tmp, "/ch/%02d/insert/on", ch);
k = Xsprint(buf, 0, 's', tmp);
k = XOff_On(buf, k, "OFF");
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%02d/insert/fxslot", ch);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_list(buf, k, Xchfxslot, Xchfxslot_max);
SendDataToXAir // send to XAir
break;
case ch_01_eq:case ch_02_eq:case ch_03_eq:case ch_04_eq: // /ch/01/eq
case ch_05_eq:case ch_06_eq:case ch_07_eq:case ch_08_eq:
case ch_09_eq:case ch_10_eq:case ch_11_eq:case ch_12_eq:
case ch_13_eq:case ch_14_eq:case ch_15_eq:case ch_16_eq:
sscanf(l_read + 4, "%d", &ch);
sprintf(tmp, "/ch/%02d/eq/on", ch);
k = Xsprint(buf, 0, 's', tmp);
k = XOff_On(buf, k, "OFF");
SendDataToXAir // send to XAir
break;
case ch_01_eq_1:case ch_02_eq_1:case ch_03_eq_1:case ch_04_eq_1: // /ch/01/eq/1
case ch_05_eq_1:case ch_06_eq_1:case ch_07_eq_1:case ch_08_eq_1:
case ch_09_eq_1:case ch_10_eq_1:case ch_11_eq_1:case ch_12_eq_1:
case ch_13_eq_1:case ch_14_eq_1:case ch_15_eq_1:case ch_16_eq_1:
case ch_01_eq_2:case ch_02_eq_2:case ch_03_eq_2:case ch_04_eq_2: // /ch/01/eq/2
case ch_05_eq_2:case ch_06_eq_2:case ch_07_eq_2:case ch_08_eq_2:
case ch_09_eq_2:case ch_10_eq_2:case ch_11_eq_2:case ch_12_eq_2:
case ch_13_eq_2:case ch_14_eq_2:case ch_15_eq_2:case ch_16_eq_2:
case ch_01_eq_3:case ch_02_eq_3:case ch_03_eq_3:case ch_04_eq_3: // /ch/01/eq/3
case ch_05_eq_3:case ch_06_eq_3:case ch_07_eq_3:case ch_08_eq_3:
case ch_09_eq_3:case ch_10_eq_3:case ch_11_eq_3:case ch_12_eq_3:
case ch_13_eq_3:case ch_14_eq_3:case ch_15_eq_3:case ch_16_eq_3:
case ch_01_eq_4:case ch_02_eq_4:case ch_03_eq_4:case ch_04_eq_4: // /ch/01/eq/4
case ch_05_eq_4:case ch_06_eq_4:case ch_07_eq_4:case ch_08_eq_4:
case ch_09_eq_4:case ch_10_eq_4:case ch_11_eq_4:case ch_12_eq_4:
case ch_13_eq_4:case ch_14_eq_4:case ch_15_eq_4:case ch_16_eq_4:
sscanf(l_read + 4, "%d", &ch);
sscanf(l_read + 10, "%c", &c1);
sprintf(tmp, "/ch/%02d/eq/%c/type", ch, c1);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_list(buf, k, Xeqtyp, Xeqtyp_max);
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%02d/eq/%c/f", ch, c1);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_frequency(buf, k, 200);
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%02d/eq/%c/g", ch, c1);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_linf(buf, k, -15., 30., 0.25);
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%02d/eq/%c/q", ch, c1);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_logf(buf, k, 10., -3.506557897, 71); // log(0.3/10) = -3.506557897
SendDataToXAir // send to XAir
break;
case ch_01_mix:case ch_02_mix:case ch_03_mix:case ch_04_mix: // /ch/01/mix
case ch_05_mix:case ch_06_mix:case ch_07_mix:case ch_08_mix:
case ch_09_mix:case ch_10_mix:case ch_11_mix:case ch_12_mix:
case ch_13_mix:case ch_14_mix:case ch_15_mix:case ch_16_mix:
sscanf(l_read + 4, "%d", &ch);
sprintf(tmp, "/ch/%02d/mix/on", ch);
k = Xsprint(buf, 0, 's', tmp);
k = XOff_On(buf, k, "OFF");
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%02d/mix/fader", ch);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_level(buf, k, 1023);
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%02d/mix/lr", ch);
k = Xsprint(buf, 0, 's', tmp);
k = XOff_On(buf, k, "OFF");
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%02d/mix/pan", ch);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_linf(buf, k, -100., 200., 2.);
SendDataToXAir // send to XAir
break;
// "pan" is only available on sends _01, _03, and _05
case ch_01_mix_01:case ch_02_mix_01:case ch_03_mix_01:case ch_04_mix_01: // /ch/01/mix/01
case ch_05_mix_01:case ch_06_mix_01:case ch_07_mix_01:case ch_08_mix_01:
case ch_09_mix_01:case ch_10_mix_01:case ch_11_mix_01:case ch_12_mix_01:
case ch_13_mix_01:case ch_14_mix_01:case ch_15_mix_01:case ch_16_mix_01:
case ch_01_mix_03:case ch_02_mix_03:case ch_03_mix_03:case ch_04_mix_03: // /ch/01/mix/03
case ch_05_mix_03:case ch_06_mix_03:case ch_07_mix_03:case ch_08_mix_03:
case ch_09_mix_03:case ch_10_mix_03:case ch_11_mix_03:case ch_12_mix_03:
case ch_13_mix_03:case ch_14_mix_03:case ch_15_mix_03:case ch_16_mix_03:
case ch_01_mix_05:case ch_02_mix_05:case ch_03_mix_05:case ch_04_mix_05: // /ch/01/mix/05
case ch_05_mix_05:case ch_06_mix_05:case ch_07_mix_05:case ch_08_mix_05:
case ch_09_mix_05:case ch_10_mix_05:case ch_11_mix_05:case ch_12_mix_05:
case ch_13_mix_05:case ch_14_mix_05:case ch_15_mix_05:case ch_16_mix_05:
sscanf(l_read + 4, "%d", &ch);
sscanf(l_read + 11, "%d", &mx);
sprintf(tmp, "/ch/%02d/mix/%02d/level", ch, mx);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_level(buf, k, 160);
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%02d/mix/%02d/grpon", ch, mx);
k = Xsprint(buf, 0, 's', tmp);
k = XOff_On(buf, k, "OFF");
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%02d/mix/%02d/tap", ch, mx);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_list(buf, k, Xmxtap, Xmxtap_max);
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%02d/mix/%02d/pan", ch, mx);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_linf(buf, k, -100., 200., 2.);
SendDataToXAir // send to XAir
break;
// All others don't have "pan"
case ch_01_mix_02:case ch_02_mix_02:case ch_03_mix_02:case ch_04_mix_02: // /ch/01/mix/02
case ch_05_mix_02:case ch_06_mix_02:case ch_07_mix_02:case ch_08_mix_02:
case ch_09_mix_02:case ch_10_mix_02:case ch_11_mix_02:case ch_12_mix_02:
case ch_13_mix_02:case ch_14_mix_02:case ch_15_mix_02:case ch_16_mix_02:
case ch_01_mix_04:case ch_02_mix_04:case ch_03_mix_04:case ch_04_mix_04: // /ch/01/mix/04
case ch_05_mix_04:case ch_06_mix_04:case ch_07_mix_04:case ch_08_mix_04:
case ch_09_mix_04:case ch_10_mix_04:case ch_11_mix_04:case ch_12_mix_04:
case ch_13_mix_04:case ch_14_mix_04:case ch_15_mix_04:case ch_16_mix_04:
case ch_01_mix_06:case ch_02_mix_06:case ch_03_mix_06:case ch_04_mix_06: // /ch/01/mix/06
case ch_05_mix_06:case ch_06_mix_06:case ch_07_mix_06:case ch_08_mix_06:
case ch_09_mix_06:case ch_10_mix_06:case ch_11_mix_06:case ch_12_mix_06:
case ch_13_mix_06:case ch_14_mix_06:case ch_15_mix_06:case ch_16_mix_06:
case ch_01_mix_07:case ch_02_mix_07:case ch_03_mix_07:case ch_04_mix_07: // /ch/01/mix/07
case ch_05_mix_07:case ch_06_mix_07:case ch_07_mix_07:case ch_08_mix_07:
case ch_09_mix_07:case ch_10_mix_07:case ch_11_mix_07:case ch_12_mix_07:
case ch_13_mix_07:case ch_14_mix_07:case ch_15_mix_07:case ch_16_mix_07:
case ch_01_mix_08:case ch_02_mix_08:case ch_03_mix_08:case ch_04_mix_08: // /ch/01/mix/08
case ch_05_mix_08:case ch_06_mix_08:case ch_07_mix_08:case ch_08_mix_08:
case ch_09_mix_08:case ch_10_mix_08:case ch_11_mix_08:case ch_12_mix_08:
case ch_13_mix_08:case ch_14_mix_08:case ch_15_mix_08:case ch_16_mix_08:
case ch_01_mix_09:case ch_02_mix_09:case ch_03_mix_09:case ch_04_mix_09: // /ch/01/mix/09
case ch_05_mix_09:case ch_06_mix_09:case ch_07_mix_09:case ch_08_mix_09:
case ch_09_mix_09:case ch_10_mix_09:case ch_11_mix_09:case ch_12_mix_09:
case ch_13_mix_09:case ch_14_mix_09:case ch_15_mix_09:case ch_16_mix_09:
case ch_01_mix_10:case ch_02_mix_10:case ch_03_mix_10:case ch_04_mix_10: // /ch/01/mix/10
case ch_05_mix_10:case ch_06_mix_10:case ch_07_mix_10:case ch_08_mix_10:
case ch_09_mix_10:case ch_10_mix_10:case ch_11_mix_10:case ch_12_mix_10:
case ch_13_mix_10:case ch_14_mix_10:case ch_15_mix_10:case ch_16_mix_10:
sscanf(l_read + 4, "%d", &ch);
sscanf(l_read + 11, "%d", &mx);
sprintf(tmp, "/ch/%02d/mix/%02d/level", ch, mx);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_level(buf, k, 160);
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%02d/mix/%02d/grpon", ch, mx);
k = Xsprint(buf, 0, 's', tmp);
k = XOff_On(buf, k, "OFF");
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%02d/mix/%02d/tap", ch, mx);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_list(buf, k, Xmxtap, Xmxtap_max);
SendDataToXAir // send to XAir
break;
case ch_01_grp:case ch_02_grp:case ch_03_grp:case ch_04_grp: // /ch/01/grp
case ch_05_grp:case ch_06_grp:case ch_07_grp:case ch_08_grp:
case ch_09_grp:case ch_10_grp:case ch_11_grp:case ch_12_grp:
case ch_13_grp:case ch_14_grp:case ch_15_grp:case ch_16_grp:
sscanf(l_read + 4, "%d", &ch);
sprintf(tmp, "/ch/%02d/grp/dca", ch);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_bit(buf, k);
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%02d/grp/mute", ch);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_bit(buf, k);
SendDataToXAir // send to XAir
break;
case ch_01_automix:case ch_02_automix:case ch_03_automix:case ch_04_automix:
case ch_05_automix:case ch_06_automix:case ch_07_automix:case ch_08_automix:
case ch_09_automix:case ch_10_automix:case ch_11_automix:case ch_12_automix:
case ch_13_automix:case ch_14_automix:case ch_15_automix:case ch_16_automix:
sscanf(l_read + 4, "%d", &ch);
sprintf(tmp, "/ch/%02d/automix/group", ch);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_list(buf, k, Xamgroup, Xamgroup_max);
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%02d/automix/weight", ch);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_linf(buf, k, -24., 36., 0.5);
SendDataToXAir // send to XAir
break;
case rtn_aux_config:
k = Xsprint(buf, 0, 's', "/rtn/aux/config/name");
k = Xp_str(buf, k);
SendDataToXAir // send to XAir
k = Xsprint(buf, 0, 's', "/rtn/aux/config/color");
k = Xp_int(buf, k);
SendDataToXAir // send to XAir
k = Xsprint(buf, 0, 's', "/rtn/aux/config/rtnsrc");
k = Xp_list(buf, k, Xrtnrtnsrc, Xrtnrtnsrc_max);
SendDataToXAir // send to XAir
break;
case rtn_aux_preamp:
k = Xsprint(buf, 0, 's', "/rtn/aux/preamp/rtntrim");
k = Xp_linf(buf, k, -18., 36., 0.25);
SendDataToXAir // send to XAir
k = Xsprint(buf, 0, 's', "/rtn/aux/preamp/rtnsw");
k = XOff_On(buf, k, "OFF");
SendDataToXAir // send to XAir
break;
case rtn_aux_eq:
k = Xsprint(buf, 0, 's', "/rtn/aux/eq/on");
k = XOff_On(buf, k, "OFF");
SendDataToXAir // send to XAir
break;
case rtn_aux_eq_1: case rtn_aux_eq_2: case rtn_aux_eq_3: case rtn_aux_eq_4:
sscanf(l_read + 12, "%c", &c1);
sprintf(tmp, "/rtn/aux/eq/%c/type", c1);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_list(buf, k, Xeqtyp, Xeqtyp_max);
SendDataToXAir // send to XAir
sprintf(tmp, "/rtn/aux/eq/%c/f", c1);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_frequency(buf, k, 200);
SendDataToXAir // send to XAir
sprintf(tmp, "/rtn/aux/eq/%c/g", c1);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_linf(buf, k, -15., 30., 0.25);
SendDataToXAir // send to XAir
sprintf(tmp, "/rtn/aux/eq/%c/q", c1);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_logf(buf, k, 10., -3.506557897, 71); // log(0.3/10) = -3.506557897
SendDataToXAir // send to XAir
break;
case rtn_aux_mix:
k = Xsprint(buf, 0, 's', "/rtn/aux/mix/on");
k = XOff_On(buf, k, "OFF");
SendDataToXAir // send to XAir
k = Xsprint(buf, 0, 's', "/rtn/aux/mix/fader");
k = Xp_level(buf, k, 1023);
SendDataToXAir // send to XAir
k = Xsprint(buf, 0, 's', "rtn/aux/mix/lr");
k = XOff_On(buf, k, "OFF");
SendDataToXAir // send to XAir
k = Xsprint(buf, 0, 's', "rtn/aux/mix/pan");
k = Xp_linf(buf, k, -100., 200., 2.);
SendDataToXAir // send to XAir
break;
// Only _01, _03, _05 have "pan"
case rtn_aux_mix_01: case rtn_aux_mix_03: case rtn_aux_mix_05:
sscanf(l_read + 14, "%d", &mx);
sprintf(tmp, "/rtn/aux/mix/%02d/level", mx);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_level(buf, k, 160);
SendDataToXAir // send to XAir
sprintf(tmp, "/rtn/aux/mix/%02d/grpon", mx);
k = Xsprint(buf, 0, 's', tmp);
k = XOff_On(buf, k, "OFF");
SendDataToXAir // send to XAir
sprintf(tmp, "/rtn/aux/mix/%02d/tap", mx);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_list(buf, k, Xmxtap, Xmxtap_max);
SendDataToXAir // send to XAir
sprintf(tmp, "/rtn/aux/mix/%02d/pan", mx);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_linf(buf, k, -100., 200., 2.);
SendDataToXAir // send to XAir
break;
// _02, _04, _06 and _07 - _10 don't have "pan"
case rtn_aux_mix_02: case rtn_aux_mix_04: case rtn_aux_mix_06: case rtn_aux_mix_07:
case rtn_aux_mix_08: case rtn_aux_mix_09: case rtn_aux_mix_10:
sscanf(l_read + 14, "%d", &mx);
sprintf(tmp, "/rtn/aux/mix/%02d/level", mx);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_level(buf, k, 160);
SendDataToXAir // send to XAir
sprintf(tmp, "/rtn/aux/mix/%02d/grpon", mx);
k = Xsprint(buf, 0, 's', tmp);
k = XOff_On(buf, k, "OFF");
SendDataToXAir // send to XAir
sprintf(tmp, "/rtn/aux/mix/%02d/tap", mx);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_list(buf, k, Xmxtap, Xmxtap_max);
SendDataToXAir // send to XAir
break;
case rtn_aux_grp:
k = Xsprint(buf, 0, 's', "/rtn/aux/grp/dca");
k = Xp_bit(buf, k);
SendDataToXAir // send to XAir
k = Xsprint(buf, 0, 's', "/rtn/aux/grp/mute");
k = Xp_bit(buf, k);
SendDataToXAir // send to XAir
break;
case rtn_1_config: case rtn_2_config: case rtn_3_config: case rtn_4_config:
sscanf(l_read + 5, "%d", &rt);
sprintf(tmp, "/rtn/%d/config/name", rt);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_str(buf, k);
SendDataToXAir // send to XAir
sprintf(tmp, "/rtn/%d/config/color", rt);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_int(buf, k);
SendDataToXAir // send to XAir
sprintf(tmp, "/rtn/%d/config/rtnsrc", rt);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_list(buf, k, Xrtnrtnsrc, Xrtnrtnsrc_max);
SendDataToXAir // send to XAir
break;
case rtn_1_preamp: case rtn_2_preamp: case rtn_3_preamp: case rtn_4_preamp:
sscanf(l_read + 5, "%d", &rt);
sprintf(tmp, "/rtn/%d/preamp/rtntrim", rt);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_linf(buf, k, -18., 36., 0.25);
SendDataToXAir // send to XAir
sprintf(tmp, "/rtn/%d/preamp/rtnsw", rt);
k = Xsprint(buf, 0, 's', tmp);
k = XOff_On(buf, k, "OFF");
SendDataToXAir // send to XAir
break;
case rtn_1_eq: case rtn_2_eq: case rtn_3_eq: case rtn_4_eq:
sscanf(l_read + 5, "%d", &rt);
sprintf(tmp, "/rtn/%d/eq/on", rt);
k = Xsprint(buf, 0, 's', tmp);
k = XOff_On(buf, k, "OFF");
SendDataToXAir // send to XAir
break;
case rtn_1_eq_1: case rtn_2_eq_1: case rtn_3_eq_1: case rtn_4_eq_1:
case rtn_1_eq_2: case rtn_2_eq_2: case rtn_3_eq_2: case rtn_4_eq_2:
case rtn_1_eq_3: case rtn_2_eq_3: case rtn_3_eq_3: case rtn_4_eq_3:
case rtn_1_eq_4: case rtn_2_eq_4: case rtn_3_eq_4: case rtn_4_eq_4:
sscanf(l_read + 5, "%d", &rt);
sscanf(l_read + 10, "%c", &c1);
sprintf(tmp, "/rtn/%d/eq/%c/type", rt, c1);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_list(buf, k, Xeqtyp, Xeqtyp_max);
SendDataToXAir // send to XAir
sprintf(tmp, "/rtn/%d/eq/%c/f", rt, c1);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_frequency(buf, k, 200);
SendDataToXAir // send to XAir
sprintf(tmp, "/rtn/%d/eq/%c/g", rt, c1);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_linf(buf, k, -15., 30., 0.25);
SendDataToXAir // send to XAir
sprintf(tmp, "/rtn/%d/eq/%c/q", rt, c1);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_logf(buf, k, 10., -3.506557897, 71); // log(0.3/10) = -3.506557897
SendDataToXAir // send to XAir
break;
case rtn_1_mix: case rtn_2_mix: case rtn_3_mix: case rtn_4_mix:
sscanf(l_read + 5, "%d", &rt);
sprintf(tmp, "/rtn/%d/mix/on", rt);
k = Xsprint(buf, 0, 's', tmp);
k = XOff_On(buf, k, "OFF");
SendDataToXAir // send to XAir
sprintf(tmp, "/rtn/%d/mix/fader", rt);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_level(buf, k, 1023);
SendDataToXAir // send to XAir
sprintf(tmp, "/rtn/%d/mix/lr", rt);
k = Xsprint(buf, 0, 's', tmp);
k = XOff_On(buf, k, "OFF");
SendDataToXAir // send to XAir
sprintf(tmp, "/rtn/%d/mix/pan", rt);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_linf(buf, k, -100., 200., 2.);
SendDataToXAir // send to XAir
break;
// "pan" is only available on sends _01, _03, and _05
case rtn_1_mix_01: case rtn_2_mix_01: case rtn_3_mix_01: case rtn_4_mix_01:
case rtn_1_mix_03: case rtn_2_mix_03: case rtn_3_mix_03: case rtn_4_mix_03:
case rtn_1_mix_05: case rtn_2_mix_05: case rtn_3_mix_05: case rtn_4_mix_05:
sscanf(l_read + 5, "%d", &rt);
sscanf(l_read + 11, "%d", &mx);
sprintf(tmp, "/rtn/%d/mix/%02d/level", rt, mx);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_level(buf, k, 160);
SendDataToXAir // send to XAir
sprintf(tmp, "/rtn/%d/mix/%02d/grpon", rt, mx);
k = Xsprint(buf, 0, 's', tmp);
k = XOff_On(buf, k, "OFF");
SendDataToXAir // send to XAir
sprintf(tmp, "/rtn/%d/mix/%02d/tap", rt, mx);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_list(buf, k, Xmxtap, Xmxtap_max);
SendDataToXAir // send to XAir
sprintf(tmp, "/rtn/%d/mix/%02d/pan", rt, mx);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_linf(buf, k, -100., 200., 2.);
SendDataToXAir // send to XAir
break;
// All others don't have "pan"
case rtn_1_mix_02: case rtn_2_mix_02: case rtn_3_mix_02: case rtn_4_mix_02:
case rtn_1_mix_04: case rtn_2_mix_04: case rtn_3_mix_04: case rtn_4_mix_04:
case rtn_1_mix_06: case rtn_2_mix_06: case rtn_3_mix_06: case rtn_4_mix_06:
case rtn_1_mix_07: case rtn_2_mix_07: case rtn_3_mix_07: case rtn_4_mix_07:
case rtn_1_mix_08: case rtn_2_mix_08: case rtn_3_mix_08: case rtn_4_mix_08:
case rtn_1_mix_09: case rtn_2_mix_09: case rtn_3_mix_09: case rtn_4_mix_09:
case rtn_1_mix_10: case rtn_2_mix_10: case rtn_3_mix_10: case rtn_4_mix_10:
sscanf(l_read + 5, "%d", &rt);
sscanf(l_read + 11, "%d", &mx);
sprintf(tmp, "/rtn/%d/mix/%02d/level", rt, mx);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_level(buf, k, 160);
SendDataToXAir // send to XAir
sprintf(tmp, "/rtn/%d/mix/%02d/grpon", rt, mx);
k = Xsprint(buf, 0, 's', tmp);
k = XOff_On(buf, k, "OFF");
SendDataToXAir // send to XAir
sprintf(tmp, "/rtn/%d/mix/%02d/tap", rt, mx);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_list(buf, k, Xmxtap, Xmxtap_max);
SendDataToXAir // send to XAir
break;
case rtn_1_grp: case rtn_2_grp: case rtn_3_grp: case rtn_4_grp:
sscanf(l_read + 5, "%d", &rt);
sprintf(tmp, "/rtn/%d/grp/dca", rt);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_bit(buf, k);
SendDataToXAir // send to XAir
sprintf(tmp, "/rtn/%d/grp/mute", rt);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_bit(buf, k);
SendDataToXAir // send to XAir
break;
case bus_1_config: case bus_2_config: case bus_3_config: case bus_4_config:
case bus_5_config: case bus_6_config:
sscanf(l_read + 5, "%d", &bus);
sprintf(tmp, "/bus/%d/config/name", bus);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_str(buf, k);
SendDataToXAir // send to XAir
sprintf(tmp, "/bus/%d/config/color", bus);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_int(buf, k);
SendDataToXAir // send to XAir
break;
case bus_1_dyn: case bus_2_dyn: case bus_3_dyn: case bus_4_dyn:
case bus_5_dyn: case bus_6_dyn:
sscanf(l_read + 5, "%d", &bus);
sprintf(tmp, "/ch/%d/dyn/on", bus);
k = Xsprint(buf, 0, 's', tmp);
k = XOff_On(buf, k, "OFF");
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%d/dyn/mode", bus);
k = Xsprint(buf, 0, 's', tmp);
k = XOff_On(buf, k, "COMP");
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%d/dyn/det", bus);
k = Xsprint(buf, 0, 's', tmp);
k = XOff_On(buf, k, "PEAK");
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%d/dyn/env", bus);
k = Xsprint(buf, 0, 's', tmp);
k = XOff_On(buf, k, "LIN");
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%d/dyn/thr", bus);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_linf(buf, k, -60., 60., 0.5);
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%d/dyn/ratio", bus);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_list(buf, k, Xdynratio, Xdynratio_max);
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%d/dyn/knee", bus);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_linf(buf, k, 0., 5., 1.);
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%d/dyn/mgain", bus);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_linf(buf, k, 0., 24., 0.5);
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%d/dyn/attack", bus);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_linf(buf, k, 0., 120., 1.);
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%d/dyn/hold", bus);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_logf(buf, k, 0.02, 11.512925465, 100); // log (2000/0.02) = 11.512925465
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%d/dyn/release", bus);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_logf(buf, k, 5., 6.684611728, 100); // log(4000/5) = 6.684611728
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%d/dyn/mix", bus);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_percent(buf, k);
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%d/dyn/keysrc", bus);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_list(buf, k, Xkeysrc, Xkeysrc_max);
SendDataToXAir // send to XAir
sprintf(tmp, "/ch/%d/dyn/auto", bus);
k = Xsprint(buf, 0, 's', tmp);
k = XOff_On(buf, k, "OFF");
SendDataToXAir // send to XAir
break;
case bus_1_dyn_filter: case bus_2_dyn_filter: case bus_3_dyn_filter: case bus_4_dyn_filter:
case bus_5_dyn_filter: case bus_6_dyn_filter:
sscanf(l_read + 5, "%d", &bus);
sprintf(tmp, "/bus/%d/dyn/filter/on", bus);
k = Xsprint(buf, 0, 's', tmp);
k = XOff_On(buf, k, "OFF");
SendDataToXAir // send to XAir
sprintf(tmp, "/bus/%d/dyn/filter/type", bus);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_list(buf, k, Xfiltertype, Xfiltertype_max);
SendDataToXAir // send to XAir
sprintf(tmp, "/bus/%d/dyn/filter/f", bus);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_frequency(buf, k, 200);
SendDataToXAir // send to XAir
break;
case bus_1_insert:case bus_2_insert:case bus_3_insert:case bus_4_insert:
case bus_5_insert:case bus_6_insert:
sscanf(l_read + 5, "%d", &bus);
sprintf(tmp, "/bus/%d/insert/on", bus);
k = Xsprint(buf, 0, 's', tmp);
k = XOff_On(buf, k, "OFF");
SendDataToXAir // send to XAir
sprintf(tmp, "/bus/%d/insert/fxslot", bus);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_list(buf, k, Xchfxslot, Xchfxslot_max);
SendDataToXAir // send to XAir
break;
case bus_1_eq:case bus_2_eq:case bus_3_eq:case bus_4_eq:
case bus_5_eq:case bus_6_eq:
sscanf(l_read + 5, "%d", &bus);
sprintf(tmp, "/bus/%02d/eq/on", bus);
k = Xsprint(buf, 0, 's', tmp);
k = XOff_On(buf, k, "OFF");
SendDataToXAir // send to XAir
sprintf(tmp, "/bus/%d/eq/mode", bus);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_list(buf, k, Xeqmode, Xeqmode_max);
SendDataToXAir // send to XAir
break;
case bus_1_eq_1:case bus_2_eq_1:case bus_3_eq_1:case bus_4_eq_1:
case bus_5_eq_1:case bus_6_eq_1:
case bus_1_eq_2:case bus_2_eq_2:case bus_3_eq_2:case bus_4_eq_2:
case bus_5_eq_2:case bus_6_eq_2:
case bus_1_eq_3:case bus_2_eq_3:case bus_3_eq_3:case bus_4_eq_3:
case bus_5_eq_3:case bus_6_eq_3:
case bus_1_eq_4:case bus_2_eq_4:case bus_3_eq_4:case bus_4_eq_4:
case bus_5_eq_4:case bus_6_eq_4:
case bus_1_eq_5:case bus_2_eq_5:case bus_3_eq_5:case bus_4_eq_5:
case bus_5_eq_5:case bus_6_eq_5:
case bus_1_eq_6:case bus_2_eq_6:case bus_3_eq_6:case bus_4_eq_6:
case bus_5_eq_6:case bus_6_eq_6:
sscanf(l_read + 5, "%d", &bus);
sscanf(l_read + 10, "%c", &c1);
sprintf(tmp, "/bus/%d/eq/%c/type", bus, c1);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_list(buf, k, Xeqtyp, Xeqtyp_max);
SendDataToXAir // send to XAir
sprintf(tmp, "/bus/%d/eq/%c/f", bus, c1);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_frequency(buf, k, 200);
SendDataToXAir // send to XAir
sprintf(tmp, "/bus/%d/eq/%c/g", bus, c1);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_linf(buf, k, -15., 30., 0.25);
SendDataToXAir // send to XAir
sprintf(tmp, "/bus/%d/eq/%c/q", bus, c1);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_logf(buf, k, 10., -3.506557897, 71); // log(0.3/10) = -3.506557897
SendDataToXAir // send to XAir
break;
//
// 20, 25, 31.5, 40, 50, 63, 80, 100, 125, 160, 200, 250, 315, 400, 500, 630, 800, 1k,
// 1k25, 1k6, 2k, 2k5, 3k15, 4k, 5k, 6k3, 8k, 10k, 12k5, 16k, 20k
case bus_1_geq: case bus_2_geq: case bus_3_geq: case bus_4_geq:
case bus_5_geq: case bus_6_geq:
sscanf(l_read + 5, "%d", &bus);
sprintf(tmp, "/bus/%d/geq/20", bus);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_linf(buf, k, -15., 30., 0.5);
SendDataToXAir // send to XAir
sprintf(tmp, "/bus/%d/geq/25", bus);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_linf(buf, k, -15., 30., 0.5);
SendDataToXAir // send to XAir
sprintf(tmp, "/bus/%d/geq/31.5", bus);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_linf(buf, k, -15., 30., 0.5);
SendDataToXAir // send to XAir
sprintf(tmp, "/bus/%d/geq/40", bus);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_linf(buf, k, -15., 30., 0.5);
SendDataToXAir // send to XAir
sprintf(tmp, "/bus/%d/geq/50", bus);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_linf(buf, k, -15., 30., 0.5);
SendDataToXAir // send to XAir
sprintf(tmp, "/bus/%d/geq/63", bus);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_linf(buf, k, -15., 30., 0.5);
SendDataToXAir // send to XAir
sprintf(tmp, "/bus/%d/geq/80", bus);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_linf(buf, k, -15., 30., 0.5);
SendDataToXAir // send to XAir
sprintf(tmp, "/bus/%d/geq/100", bus);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_linf(buf, k, -15., 30., 0.5);
SendDataToXAir // send to XAir
sprintf(tmp, "/bus/%d/geq/125", bus);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_linf(buf, k, -15., 30., 0.5);
SendDataToXAir // send to XAir
sprintf(tmp, "/bus/%d/geq/160", bus);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_linf(buf, k, -15., 30., 0.5);
SendDataToXAir // send to XAir
sprintf(tmp, "/bus/%d/geq/200", bus);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_linf(buf, k, -15., 30., 0.5);
SendDataToXAir // send to XAir
sprintf(tmp, "/bus/%d/geq/250", bus);
k = Xsprint(buf, 0, 's', tmp);
k = Xp_linf(buf, k, -15., 30., 0.5);
SendDataToXAir // send to XAir
sprintf(tmp, "/bus/%d/geq/315", bus);