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tosc.cpp
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tosc.cpp
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// here are the old Touch OSC functions and the strip functions
// moved them here to clean up the main osc.cpp
//
#ifdef OSTC_STRIPS
void osc_StC_menu_strip_pal_ref()
{
for (uint8_t formNr = 0; formNr < NR_STRIPS; formNr++)
{
osc_queu_MSG_int("/ostc/strip/si/" + String(formNr), part[formNr].index_start );
osc_queu_MSG_int("/ostc/strip/al/" + String(formNr), part[formNr].index_add );
osc_queu_MSG_int("/ostc/strip/af/" + String(formNr), part[formNr].index_add_pal );
}
}
void osc_StC_menu_strip_leds_ref()
{
for (uint8_t formNr = 0; formNr < NR_STRIPS; formNr++)
{
osc_queu_MSG_int("/ostc/strip/sl/" + String(formNr), part[formNr].start_led );
osc_queu_MSG_int("/ostc/strip/nl/" + String(formNr), part[formNr].nr_leds );
}
}
boolean osc_StC_menu_strip_ref(uint8_t page)
{
//debugMe("inFormRef ostc");
if ((page+1) * 16 > NR_STRIPS) return false;
uint8_t bit = 0;
for (uint8_t formNr = page * 16 ; formNr < ( page+1) * 16 ; formNr++)
{
uint8_t real_formNr = formNr;
bit = 0;
while (real_formNr >= 8 )
{
bit++;
real_formNr = real_formNr - 8;
}
osc_queu_MSG_SEL_VAL( "/ostc/strip/pal/run" , formNr, (bitRead(strip_menu[bit][_M_STRIP_], real_formNr)));
osc_queu_MSG_SEL_VAL( "/ostc/strip/pal/ocl" ,formNr, (bitRead(strip_menu[bit][_M_ONE_COLOR_], real_formNr)));
osc_queu_MSG_SEL_VAL( "/ostc/strip/pal/rev" , formNr, (bitRead(strip_menu[bit][_M_REVERSED_], real_formNr)));
osc_queu_MSG_SEL_VAL( "/ostc/strip/pal/mir" , formNr, (bitRead(strip_menu[bit][_M_MIRROR_OUT_], real_formNr)));
//case _M_PALETTE_: osc_queu_MSG_SEL_VAL( "/ostc/strip/pal/pal" , formNr, (bitRead(strip_menu[bit][_M_PALETTE_], real_formNr))); break;
osc_queu_MSG_SEL_VAL( "/ostc/strip/pal/bld" , formNr, (bitRead(strip_menu[bit][_M_BLEND_], real_formNr)));
osc_queu_MSG_SEL_VAL( "/ostc/strip/fft/rev" , formNr, (bitRead(strip_menu[bit][_M_AUDIO_REVERSED], real_formNr)));
osc_queu_MSG_SEL_VAL( "/ostc/strip/fft/run" , formNr, (bitRead(strip_menu[bit][_M_AUDIO_], real_formNr)));
osc_queu_MSG_SEL_VAL( "/ostc/strip/fft/ocl" , formNr, (bitRead(strip_menu[bit][_M_AUDIO_ONECOLOR], real_formNr)));
osc_queu_MSG_SEL_VAL( "/ostc/strip/fft/mir" , formNr, (bitRead(strip_menu[bit][_M_AUDIO_MIRROR], real_formNr)));
//case _M_AUDIO_PAL_MASK: osc_queu_MSG_SEL_VAL( "/ostc/strip/mix/mask" , formNr, (bitRead(strip_menu[bit][_M_AUDIO_PAL_MASK], real_formNr))); break;
//case _M_AUDIO_SUB_FROM_FFT: osc_queu_MSG_SEL_VAL( "/ostc/strip/mix/pm" , formNr, (bitRead(strip_menu[bit][_M_AUDIO_SUB_FROM_FFT], real_formNr))); break;
osc_queu_MSG_SEL_VAL("/ostc/strip/pal/level",formNr, part[formNr].pal_level );
osc_queu_MSG_SEL_VAL("/ostc/strip/fft/level",formNr, part[formNr].fft_level );
osc_queu_MSG_int("/ostc/strip/mix/pal/" + String(formNr), part[formNr].pal_mix_mode );
osc_queu_MSG_int("/ostc/strip/mix/fft/" + String(formNr), part[formNr].fft_mix_mode );
osc_queu_MSG_int("/ostc/strip/pl/" + String(formNr), part[formNr].fft_mix_mode );
}
return true;
}
void osc_StC_strip_routing(OSCMessage &msg, int addrOffset)
{
uint8_t orig_strip_nr = uint8_t(msg.getInt(0));
uint8_t strip_nr = orig_strip_nr;
uint8_t bit_int = 0;
while (strip_nr >=8)
{
bit_int++;
strip_nr = strip_nr-8;
}
if (msg.fullMatch("/menu/ref",addrOffset)) { osc_StC_menu_strip_ref(uint8_t(msg.getInt(0)));}
else if (msg.fullMatch("/pal/ref",addrOffset)) { osc_StC_menu_strip_pal_ref();}
else if (msg.fullMatch("/leds/ref",addrOffset)) { osc_StC_menu_strip_leds_ref();}
else if (msg.fullMatch("/pal/run",addrOffset)) { bitWrite(strip_menu[bit_int][_M_STRIP_], strip_nr, bool(msg.getInt(1))); ;}
else if (msg.fullMatch("/pal/onecolor",addrOffset)) { bitWrite(strip_menu[bit_int][_M_ONE_COLOR_], strip_nr, bool(msg.getInt(1))); ;}
else if (msg.fullMatch("/pal/mirr",addrOffset)) { bitWrite(strip_menu[bit_int][_M_MIRROR_OUT_], strip_nr, bool(msg.getInt(1))); ;}
else if (msg.fullMatch("/pal/rev",addrOffset)) { bitWrite(strip_menu[bit_int][_M_REVERSED_], strip_nr, bool(msg.getInt(1))); ;}
//else if (msg.fullMatch("/pal/pal",addrOffset)) { bitWrite(strip_menu[bit_int][_M_PALETTE_], strip_nr, bool(msg.getInt(1))); ;}
else if (msg.fullMatch("/pal/level",addrOffset)) { part[orig_strip_nr].pal_level = uint8_t(msg.getInt(1)) ;}
else if (msg.fullMatch("/fft/level",addrOffset)) { part[orig_strip_nr].fft_level = uint8_t(msg.getInt(1)) ;}
else if (msg.fullMatch("/pal/blend",addrOffset)) { bitWrite(strip_menu[bit_int][_M_BLEND_], strip_nr, bool(msg.getInt(1))); ;}
//else if (msg.fullMatch("/mix/pm",addrOffset)) { bitWrite(strip_menu[bit_int][_M_AUDIO_SUB_FROM_FFT], strip_nr, bool(msg.getInt(1))); ;}
//else if (msg.fullMatch("/mix/mask",addrOffset)) { bitWrite(strip_menu[bit_int][_M_AUDIO_PAL_MASK], strip_nr, bool(msg.getInt(1))); ;}
else if (msg.fullMatch("/fft/rgb",addrOffset)) { bitWrite(strip_menu[bit_int][_M_AUDIO_], strip_nr, bool(msg.getInt(1))); ;}
else if (msg.fullMatch("/fft/rev",addrOffset)) { bitWrite(strip_menu[bit_int][_M_AUDIO_REVERSED], strip_nr, bool(msg.getInt(1))); ;}
else if (msg.fullMatch("/fft/mirr",addrOffset)) { bitWrite(strip_menu[bit_int][_M_AUDIO_MIRROR], strip_nr, bool(msg.getInt(1))); ;}
else if (msg.fullMatch("/fft/onecolor",addrOffset)) { bitWrite(strip_menu[bit_int][_M_AUDIO_ONECOLOR], strip_nr, bool(msg.getInt(1))); ;}
//else if (msg.fullMatch("/fft/pm",addrOffset)) { bitWrite(strip_menu[bit_int][_M_AUDIO_SUBTRACT], strip_nr, bool(msg.getInt(1))); ;}
//else if (msg.fullMatch("/fft/mask",addrOffset)) { bitWrite(strip_menu[bit_int][_M_AUDIO_MASK], strip_nr, bool(msg.getInt(1))); ;}
else if (( msg.match("/mix/pal",addrOffset))
|| (msg.match("/mix/fft",addrOffset))
)
{
char address[5] ;
String form_no_string;
uint8_t sel_form_no = 0;
memset(address, 0, sizeof(address));
msg.getAddress(address, addrOffset + 9);
for (byte i = 0; i < sizeof(address); i++) { form_no_string = form_no_string + address[i]; }
sel_form_no = form_no_string.toInt(); // What CRGB value in the pallete
if (msg.match("/mix/pal",addrOffset)) part[sel_form_no].pal_mix_mode = uint8_t(msg.getInt(0)) ;
else if (msg.match("/mix/fft",addrOffset)) part[sel_form_no].fft_mix_mode = uint8_t(msg.getInt(0)) ;
}
else if ( (msg.match("/sl",addrOffset))
|| (msg.match("/nl",addrOffset))
|| (msg.match("/cs",addrOffset))
)
{
char address[5] ;
String strip_no_string;
uint8_t sel_strip_no = 0;
memset(address, 0, sizeof(address));
msg.getAddress(address, addrOffset + 4);
for (byte i = 0; i < sizeof(address); i++) { strip_no_string = strip_no_string + address[i]; }
sel_strip_no = strip_no_string.toInt(); // What CRGB value in the pallete
//debugMe(String(sel_strip_no));
if (msg.match("/sl",addrOffset)) part[sel_strip_no].start_led = uint16_t(msg.getInt(0)) ;
else if (msg.match("/nl",addrOffset)) part[sel_strip_no].nr_leds = uint16_t(msg.getInt(0)) ;
else if (msg.match("/cs",addrOffset) && sel_strip_no > 0) { part[sel_strip_no].start_led = part[sel_strip_no - 1].start_led + part[sel_strip_no - 1].nr_leds ; osc_queu_MSG_int("/ostc/strip/sl/" + String(sel_strip_no), part[sel_strip_no].start_led ); }
}
}
/*
void osc_StC_master_conf_routing(OSCMessage &msg, int addrOffset)
{
char address[5] ;
String form_no_string;
memset(address, 0, sizeof(address));
msg.getAddress(address, addrOffset + 6);
for (byte i = 0; i < sizeof(address); i++) { form_no_string = form_no_string + address[i]; }
uint8_t conf_NR = form_no_string.toInt();
if (boolean(msg.getInt(0))) // if pushdown only
{
//debugMe(conf_NR);
if (msg.fullMatch("/save",addrOffset)) { FS_play_conf_write(conf_NR); osc_queu_MSG_rgb(String("/ostc/master/conf/l/"+String(conf_NR)), 0,255,0); }
else if (msg.fullMatch("/load",addrOffset)) { FS_play_conf_read(conf_NR); LEDS_pal_reset_index(); }
else if (msg.fullMatch("/cler",addrOffset)) { FS_play_conf_clear(conf_NR); osc_queu_MSG_rgb(String("/ostc/master/conf/l/"+String(conf_NR)), 255,0,0); }
}
}
*/
/*
void ostc_sct_pal_load(OSCMessage &msg, int addrOffset)
{
String pal_no_string; // Pallete NO
char address[3];
uint8_t pal_no = 0; // form NR in uint8_t
//String outbuffer = "/pal/0/x/1-3";
msg.getAddress(address, addrOffset + 1, 1);
pal_no_string = pal_no_string + address[0];
pal_no = pal_no_string.toInt();
debugMe(pal_no_string);
memset(address, 0, sizeof(address));
LEDS_pal_load( pal_no , uint8_t(msg.getInt(0)) );
//osc_StC_menu_pal_ref(pal_no);
}
*/
#ifndef OSC_MC_SERVER_DISABLED
WiFiUDP osc_mc_server; // the multicast server
#endif
void OSC_setup()
{
osc_server.begin(osc_cfg.inPort);
#ifndef OSC_MC_SERVER_DISABLED
#ifdef ESP8266
osc_mc_server.beginMulticast(WiFi.localIP(), osc_cfg.ipMulti, osc_cfg.portMulti);
#endif
#ifdef ESP32
osc_mc_server.beginMulticast(osc_cfg.ipMulti, osc_cfg.portMulti);
#endif
#endif
}
#ifndef OSC_MC_SERVER_DISABLED
void osc_mc_send(String addr, uint8_t value)
{
if (get_bool(OSC_MC_SEND) == true)
{
//debugMe("osc_mcI_send:", false);
//debugMe(addr);
char address_out[20];
int out_value = int(value);
addr.toCharArray(address_out, addr.length() + 1); //address_out
OSCMessage msg_out(address_out);
msg_out.add(out_value);
// osc_mc_server.beginPacketMulticast(osc_cfg.ipMulti, osc_cfg.portMulti, WiFi.localIP());
#ifdef ESP8266
osc_mc_server.beginPacketMulticast(osc_cfg.ipMulti, osc_cfg.portMulti, WiFi.localIP());
#endif
#ifdef ESP32
osc_mc_server.beginMulticastPacket();
#endif
msg_out.send(osc_mc_server);
osc_mc_server.endPacket();
}
}
void osc_mc_send(String addr, float value)
{
if (get_bool(OSC_MC_SEND) == true)
{
//debugMe("osc_mcF_send:",false);
//debugMe(addr);
char address_out[20];
//int out_value = int(value);
addr.toCharArray(address_out, addr.length() + 1); //address_out
OSCMessage msg_out(address_out);
msg_out.add(value);
#ifdef ESP8266
osc_mc_server.beginPacketMulticast(osc_cfg.ipMulti, osc_cfg.portMulti, WiFi.localIP());
#endif
#ifdef ESP32
osc_mc_server.beginMulticastPacket();
#endif
msg_out.send(osc_mc_server);
osc_mc_server.endPacket();
}
}
#endif
// Main OSC loop backup copy before move to here
void OSC_loop()
{ // the main osc loop
// it hast 2 main parts,
// part 1 is for the unicast OSC communication
// part 2 is for the multicast OSC communication
OSCMessage oscMSG;
OSCMessage oscMSG_MC;
int size = osc_server.parsePacket();
if (size > 0) {
while (size--) {
oscMSG.fill(osc_server.read());
}
if (!oscMSG.hasError())
{
//debugMe("osc: rem , locel");
//debugMe(osc_mc_server.remoteIP());
//debugMe(WiFi.localIP());
char address[30];
memset(address, 0, sizeof(address));
oscMSG.getAddress(address);
debugMe(address);
oscMSG.route("/ostc", osc_StC_routing); // Routing for Open Stage Control
/*
oscMSG.route("/m", osc_master_routing);
oscMSG.route("/DS", osc_device_settings_routing);
oscMSG.route("/form", osc_forms_routing); //osc_form_effects);
oscMSG.route("/strips", osc_strips_routing); //"/{a,b}/[0-9]"
//oscMSG.route("/copy", osc_copy);
oscMSG.route("/multipl", osc_multipl_rec);
oscMSG.route("/pal", osc_pal_routing);
oscMSG.route("/fft", osc_fft_routing);
oscMSG.route("/copy", osc_copy_routing); */
// if (oscMSG.fullMatch("/FULL_REF", 0) && bool(oscMSG.getFloat(0)) == true) osc_send_all();
if (oscMSG.fullMatch("/reset-index", 0) && bool(oscMSG.getFloat(0)) == true) LEDS_pal_reset_index();
}
else {
//error = bundle.getError();
Serial.print("OSC error: ");
//Serial.println( bundle.getError());
}
}
osc_send_out_float_MSG_buffer();
#ifndef OSC_MC_SERVER_DISABLED
size = osc_mc_server.parsePacket();
if (size > 0)
{
while (size--)
{
oscMSG_MC.fill(osc_mc_server.read());
}
if (!oscMSG_MC.hasError() && osc_mc_server.remoteIP() != WiFi.localIP()) {
char addr_char[20];
oscMSG_MC.getAddress(addr_char, 0, 15);
//debugMe("MC: rem , locel" );
//debugMe(osc_mc_server.remoteIP());
//debugMe(WiFi.localIP());
if (oscMSG_MC.fullMatch("/x/m/bri", 0)) led_cfg.bri = byte(oscMSG_MC.getInt(0));
if (oscMSG_MC.fullMatch("/x/m/r", 0)) led_cfg.r = byte(oscMSG_MC.getInt(0));
if (oscMSG_MC.fullMatch("/x/m/g", 0)) led_cfg.g = byte(oscMSG_MC.getInt(0));
if (oscMSG_MC.fullMatch("/x/m/b", 0)) led_cfg.b = byte(oscMSG_MC.getInt(0));
if (oscMSG_MC.fullMatch("/x/m/palbri", 0)) led_cfg.pal_bri = byte(oscMSG_MC.getInt(0));
oscMSG_MC.route("/x/fft/tga", osc_fft_rec_toggle_byte, 0);
oscMSG_MC.route("/x/fft/fader", osc_fft_rec_fader, 0);
oscMSG_MC.route("/x/m/load", osc_master_conf_play_load, 0);
oscMSG_MC.route("/x/m/save", osc_master_conf_play_save, 0);
//oscMSG_MC.route("/fft", osc_master_MC_rgb);
//oscMSG_MC.route("/m", osc_master_MC_rgb);
//oscMSG_MC.route("/s", osc_settings, 0);
//oscMSG_MC.route("/form", osc_forms); //osc_form_effects);
//oscMSG_MC.route("/strips", osc_strips); //"/{a,b}/[0-9]"
//oscMSG_MC.route("/copy", osc_copy);
//oscMSG_MC.route("/multipl", osc_rec_multipl);
//oscMSG_MC.route("/pal", osc_pal);
//oscMSG_MC.route("/fft", osc_fft);
//// if (oscMSG.fullMatch("/FULL_REF", 0) && bool(oscMSG.getFloat(0)) == true) osc_send_all();
//if (oscMSG.fullMatch("/reset-index", 0) && bool(oscMSG.getFloat(0)) == true) leds_reset_index();
}
else {
//error = bundle.getError();
Serial.print("osc MC : error: ");
//Serial.println( bundle.getError());
}
}
#endif // #ifdef OSC_MC_SERVER_ENABLE
}
#endif
#ifdef TOUCHOSC_ENABLED
// Strips
void osc_strips_G_toggle_rec(OSCMessage &msg, int addrOffset) {
// OSC MESSAGE :/strips/GO:/?/Row/collum
String collum_string;
String row_string;
char address[4]; // to pick info aut of the msg address
//char address_out[20];
int select_bit = 0;
String select_bit_string;
bool switch_bool = false; // for toggels to get row and collum
String outbuffer = "/s/ANL"; // OSC return address
//float outvalue = 0; // return value to labels
String out_add_label; // address label
msg.getAddress(address, addrOffset - 1, 1); // get the select-bit info
select_bit_string = select_bit_string + address[0];
select_bit = select_bit_string.toInt();
memset(address, 0, sizeof(address)); // rest the address to blank
msg.getAddress(address, addrOffset + 3); // get the address for row / collum
for (byte i = 0; i < sizeof(address); i++)
{
if (address[i] == '/') {
switch_bool = true;
}
else if (switch_bool == false)
{
row_string = row_string + address[i];
}
else
collum_string = collum_string + address[i];
}
int row = row_string.toInt() - 1;
int collum = collum_string.toInt() - 1; // Whit CRGB value in the pallete
//debugMe(address);
memset(address, 0, sizeof(address));
//byte msg_size = msg.size();
//debugMe("row: " + String(row) + " col: " + String(collum));
bitWrite(global_strip_opt[select_bit][row], collum, bool(msg.getFloat(0)));
//outbuffer = String("/s" + out_add_label);
//osc_send_MSG(outbuffer, outvalue);
}
void osc_strips_settings_rec(OSCMessage &msg, int addrOffset) {
// OSC MESSAGE :/strip/??:/bit/row/collum xx/?/?
// :/bit/+-option/strip
//byte addrOffset = 7+6+1 ;
String bit_string;
String option_string;
String strip_string;
int bit_int;
int option_int;
int strip_int;
char address[4];
//char address_out[20];
bool switch_bool = false;
String outbuffer = "/strips/sX/SIL/X";
float outvalue = 255;
msg.getAddress(address, addrOffset + 1, 1);
bit_string = bit_string + address[0];
memset(address, 0, sizeof(address));
msg.getAddress(address, addrOffset + 3);
for (byte i = 0; i < sizeof(address); i++) {
if (address[i] == '/') {
switch_bool = true;
}
else if (switch_bool == false) {
option_string = option_string + address[i];
}
else
strip_string = strip_string + address[i];
}
bit_int = bit_string.toInt();
option_int = option_string.toInt() - 1;
strip_int = strip_string.toInt() - 1;
memset(address, 0, sizeof(address));
msg.getAddress(address, addrOffset - 2, 2);
//byte msg_size = msg.size();
//char full_addr[msg_size + 1 - 4];
//hmsg.getAddress(full_addr, 0, msg_size-4 ) ;
//full_addr[sizeof(full_addr)- 2] = 'X';
if (bool(msg.getFloat(0)) == true) { // only on pushdown
if (address[0] == 'S' && address[1] == 'I')
{
switch (option_int)
{
case 0:
part[strip_int + bit_int * 8].index_start = constrain(part[strip_int + bit_int * 8].index_start - osc_miltiply_get(),0, MAX_INDEX_LONG-1);
break;
case 2:
part[strip_int + bit_int * 8].index_start = constrain(part[strip_int + bit_int * 8].index_start + osc_miltiply_get(), 0, MAX_INDEX_LONG-1);
break;
}
outvalue = float(part[strip_int + bit_int * 8].index_start);
}
if (address[0] == 'I' && address[1] == 'A')
{
switch (option_int)
{
case 0:
part[strip_int + bit_int * 8].index_add -= osc_miltiply_get();
break;
case 2:
part[strip_int + bit_int * 8].index_add += osc_miltiply_get();
break;
}
outvalue = float(part[strip_int + bit_int * 8].index_add);
}
if (address[0] == 'I' && address[1] == 'F')
{
switch (option_int)
{
case 0:
part[strip_int + bit_int * 8].index_add_pal -= osc_miltiply_get();
break;
case 2:
part[strip_int + bit_int * 8].index_add_pal += osc_miltiply_get();
break;
}
outvalue = float(part[strip_int + bit_int * 8].index_add_pal);
}
if (address[0] == 'S' && address[1] == 'L')
{
if (get_bool(OSC_EDIT) == true)
switch (option_int)
{
case 0:
part[strip_int + bit_int * 8].start_led = constrain(part[strip_int + bit_int * 8].start_led - osc_miltiply_get(), 0, MAX_NUM_LEDS - part[strip_int + bit_int * 8].nr_leds);
break;
case 1:
if (strip_int !=0 )
part[strip_int + bit_int * 8].start_led = part[strip_int - 1 + bit_int * 8].start_led + part[strip_int-1 + bit_int * 8].nr_leds;
else if (bit_int != 0)
part[strip_int + bit_int * 8].start_led = part[ 7 + (bit_int- 1) * 8].start_led + part[7 + (bit_int-1) * 8].nr_leds;
break;
case 2:
part[strip_int + bit_int * 8].start_led = constrain(part[strip_int + bit_int * 8].start_led + osc_miltiply_get(), 0, MAX_NUM_LEDS - part[strip_int + bit_int * 8].nr_leds);
break;
}
outvalue = float(part[strip_int + bit_int * 8].start_led);
}
if (address[0] == 'N' && address[1] == 'L')
{
if (get_bool(OSC_EDIT) == true)
switch (option_int)
{
case 0:
part[strip_int + bit_int * 8].nr_leds = constrain(part[strip_int + bit_int * 8].nr_leds - osc_miltiply_get(), 0, MAX_NUM_LEDS - part[strip_int + bit_int * 8].start_led);
break;
case 2:
part[strip_int + bit_int * 8].nr_leds = constrain(part[strip_int + bit_int * 8].nr_leds + osc_miltiply_get(), 0, MAX_NUM_LEDS - part[strip_int + bit_int * 8].start_led);
break;
}
outvalue = float(part[strip_int + bit_int * 8].nr_leds);
}
outbuffer = String("/strips/s" + String(bit_int) + "/" + String(address) + "L/" + String(strip_int + 1));
osc_queu_MSG_float(outbuffer, outvalue);
}
}
void osc_strips_settings_send(byte y) {
// OSC MESSAGE OUT :/strip/s?/xx/?/?
for (int i = 0; i < 8; i++) {
osc_queu_MSG_float(String("/strips/s" + String(y) + "/SLL/" + String(i + 1)), float(part[i + (y * 8)].start_led));
osc_queu_MSG_float(String("/strips/s" + String(y) + "/NLL/" + String(i + 1)), float(part[i + (y * 8)].nr_leds));
osc_queu_MSG_float(String("/strips/s" + String(y) + "/IAL/" + String(i + 1)), float(part[i + (y * 8)].index_add));
osc_queu_MSG_float(String("/strips/s" + String(y) + "/IFL/" + String(i + 1)), float(part[i + (y * 8)].index_add_pal));
osc_queu_MSG_float(String("/strips/s" + String(y) + "/SIL/" + String(i + 1)), float(part[i + (y * 8)].index_start));
for (uint8_t row = 0; row < _M_NR_GLOBAL_OPTIONS_; row++)
{
osc_queu_MSG_float(String("/strips/GO/" + String(y) + "/" + String(row + 1) + String("/") + String(i + 1)), float(bitRead(global_strip_opt[y][row], i)));
}
yield(); //delay(1);
}
osc_multiply_send();
}
void osc_strips_toggle_rec(OSCMessage &msg, int addrOffset) {
// recive OSC message for STRIPS
// OSC MESSAGE :/strip/T:/bit/row/collum T/?/?
// :/bit/option/strip
String bit_string;
String option_string;
String strip_string;
int bit_int;
int option_int;
int strip_int;
char address[6];
bool switch_bool = false;
msg.getAddress(address, addrOffset + 1, 1);
bit_string = bit_string + address[0];
bit_int = bit_string.toInt();
msg.getAddress(address, addrOffset + 3);
for (byte i = 0; i < sizeof(address); i++)
{
if (address[i] == '/')
switch_bool = true;
else if (switch_bool == false)
option_string = option_string + address[i];
else
strip_string = strip_string + address[i];
}
option_int = option_string.toInt() - 1;
strip_int = strip_string.toInt() - 1;
bitWrite(strip_menu[bit_int][option_int], strip_int, bool(msg.getFloat(0)));
}
void osc_strips_toggle_send(byte y)
{
// OSC MESSAGE OUT :/strip/s?/T/?/?
for (int i = 0; i < 8; i++)
{
for (int z = 0; z < _M_NR_OPTIONS_; z++)
{
osc_queu_MSG_float(String("/strips/T/" + String(y) + "/" + String(z + 1) + "/" + String(i + 1)), float(bitRead(strip_menu[y][z], i)));
}
osc_queu_MSG_float(String("/strips/s" + String(y) + "/SLL/" + String(i + 1)), float(part[i + (y * 8)].start_led));
osc_queu_MSG_float(String("/strips/s" + String(y) + "/NLL/" + String(i + 1)), float(part[i + (y * 8)].nr_leds));
}
}
void osc_strips_routing(OSCMessage &msg, int addrOffset) {
// OSC MESSAGE :/strip
msg.route("/T", osc_strips_toggle_rec, addrOffset);
msg.route("/SI", osc_strips_settings_rec, addrOffset); // Start Index
msg.route("/IA", osc_strips_settings_rec, addrOffset);
msg.route("/IF", osc_strips_settings_rec, addrOffset); // Index add
msg.route("/SL", osc_strips_settings_rec, addrOffset);
msg.route("/NL", osc_strips_settings_rec, addrOffset);
msg.route("/GO", osc_strips_G_toggle_rec, addrOffset);
if (msg.fullMatch("/s0/refresh", addrOffset) && bool(msg.getFloat(0)) == true) { osc_strips_toggle_send(0); osc_strips_toggle_send(1); osc_strips_toggle_send(2); osc_strips_toggle_send(3); }
//if (msg.fullMatch("/s2/refresh", addrOffset) && bool(msg.getFloat(0)) == true) { osc_strips_toggle_send(2); osc_strips_toggle_send(3); }
if (msg.fullMatch("/s0/conf_refesh", addrOffset) && bool(msg.getFloat(0)) == true) { osc_strips_settings_send(0); osc_strips_settings_send(1); osc_strips_settings_send(2); osc_strips_settings_send(3);}
//if (msg.fullMatch("/s2/conf_refesh", addrOffset) && bool(msg.getFloat(0)) == true) { osc_strips_settings_send(2); osc_strips_settings_send(3); }
}
// OSC Forms
void osc_forms_send(byte y) {
// OSC MESSAGE OUT :/form/f"y"/T/?/i
//debugMe("Forms - refesh Start ");
//debugMe(String("y=" + String(y)));
for (int i = 0; i < 8; i++)
{
//debugMe(String("i=" + String(i)));
/* needs to be reqorked
for (int z = 0; z < _M_NR_FORM_OPTIONS_ ; z++)
{
if(z < 16) osc_queu_MSG_float(String("/form/T/" + String(y) + "/" + String(z + 1) + "/" + String(i + 1)), float(bitRead(form_menu[y][z], i)));
else if(z < 28) osc_queu_MSG_float(String("/form/F/" + String(y) + "/" + String(z + 1 -16) + "/" + String(i + 1)), float(bitRead(form_menu[y][z], i)));
else if(z < _M_NR_FORM_OPTIONS_) osc_queu_MSG_float(String("/form/X/" + String(y) + "/" + String(z + 1 -28) + "/" + String(i + 1)), float(bitRead(form_menu[y][z], i)));
}
*/
//debugMe(String("for 1 done"), true);
osc_queu_MSG_float(String("/form/f" + String(y) + "/SLL/" + String(i + 1)), float(deck[0].form_cfg[i + (y * 8)].start_led));
osc_queu_MSG_float(String("/form/f" + String(y) + "/NLL/" + String(i + 1)), float(deck[0].form_cfg[i + (y * 8)].nr_leds));
osc_queu_MSG_float(String("/form/FF/" + String(y) + "/" + String(i + 1)), osc_byte_tofloat(form_fx1[i + (y * 8)].fade, MAX_FADE_VALUE));
osc_queu_MSG_float(String("/form/f" + String(y) + "/FFL/" + String(i + 1)), float(form_fx1[i + (y * 8)].fade));
osc_queu_MSG_float(String("/form/FA/" + String(y) + "/" + String(i + 1)), osc_byte_tofloat(form_fx1[i + (y * 8)].level, 255));
osc_queu_MSG_float(String("/form/f" + String(y) + "/FAL/" + String(i + 1)), float(form_fx1[i + (y * 8)].level));
osc_queu_MSG_float(String("/form/GL/" + String(y) + "/" + String(i + 1)), osc_byte_tofloat(form_fx_glitter[i + (y * 8)].value, MAX_GLITTER_VALUE));
osc_queu_MSG_float(String("/form/f" + String(y) + "/GLL/" + String(i + 1)), float(form_fx_glitter[i + (y * 8)].value));
osc_queu_MSG_float(String("/form/f" + String(y) + "/JDL/" + String(i + 1)), float(form_fx_dots[i + (y * 8)].nr_dots));
osc_queu_MSG_float(String("/form/f" + String(y) + "/JSL/" + String(i + 1)), float(form_fx_dots[i + (y * 8)].speed));
yield();
osc_send_out_float_MSG_buffer();
}
//debugMe(String("forms done"), true);
}
void osc_forms_config_send(byte y) {
// OSC MESSAGE OUT :/strip/s?/xx/?/?
for (int i = 0; i < 8; i++) {
osc_queu_MSG_float(String("/form/f" + String(y) + "/SLL/" + String(i + 1)), float(deck[0].form_cfg[i + (y * 8)].start_led));
osc_queu_MSG_float(String("/form/f" + String(y) + "/NLL/" + String(i + 1)), float(deck[0].form_cfg[i + (y * 8)].nr_leds));
osc_queu_MSG_float(String("/form/f" + String(y) + "/IAL/" + String(i + 1)), float(form_fx_pal[i + (y * 8)].index_add_led));
osc_queu_MSG_float(String("/form/f" + String(y) + "/IFL/" + String(i + 1)), float(form_fx_pal[i + (y * 8)].index_add_frame));
osc_queu_MSG_float(String("/form/f" + String(y) + "/SIL/" + String(i + 1)), float(form_fx_pal[i + (y * 8)].index_start));
osc_queu_MSG_float(String("/form/f" + String(y) + "/JDL/" + String(i + 1)), float(form_fx_dots[i + (y * 8)].nr_dots));
osc_queu_MSG_float(String("/form/f" + String(y) + "/JS/" + String(i + 1)), osc_byte_tofloat(form_fx_dots[i + (y * 8)].speed, MAX_JD_SPEED_VALUE));
osc_queu_MSG_float(String("/form/f" + String(y) + "/JSL/" + String(i + 1)), float(form_fx_dots[i + (y * 8)].speed));
//osc_queu_MSG_float(String("/form/f" + String(y) + "/RFL/" + String(i + 1)), float(form_part[i + (y * 8)].rotate));
}
osc_multiply_send();
}
void osc_forms_config_rec(OSCMessage &msg, int addrOffset) {
// OSC MESSAGE :/form/??:/bit/row/collum xx/?/?
// :/bit/option/form
String bit_string;
String option_string;
String form_string;
int bit_int;
int option_int;
int form_int;
char address[5];
//char address_out[20];
bool switch_bool = false;
String outbuffer = "/form/fx/SIL/X";
float outvalue =0;
memset(address, 0, sizeof(address));
//memset(address_out, 0, sizeof(address_out));
msg.getAddress(address, addrOffset + 1, 1);
bit_string = bit_string + address[0];
memset(address, 0, sizeof(address));
msg.getAddress(address, addrOffset + 3);
//debugMe("Form-Addr1 : " + String(address));
for (byte i = 0; i < sizeof(address); i++) {
if (address[i] == '/') {
switch_bool = true;
}
else if (switch_bool == false) {
option_string = option_string + address[i]; // first part
}
else
form_string = form_string + address[i]; //second part
}
bit_int = bit_string.toInt();
option_int = option_string.toInt() - 1;
form_int = form_string.toInt() - 1;
memset(address, 0, sizeof(address));
msg.getAddress(address, addrOffset - 2, 2);
//debugMe("Form-type : " + String(address));
if (bool(msg.getFloat(0)) == true)
{ // only on pushdown
if (address[0] == 'S' && address[1] == 'I') {
switch (option_int) {
case 0:
form_fx_pal[form_int + bit_int * 8].index_start = constrain(form_fx_pal[form_int + bit_int * 8].index_start - osc_miltiply_get(), 0, MAX_INDEX_LONG-1);
break;
case 2:
form_fx_pal[form_int + bit_int * 8].index_start = constrain(form_fx_pal[form_int + bit_int * 8].index_start + osc_miltiply_get(), 0, MAX_INDEX_LONG-1);
break;
}
outvalue = float(form_fx_pal[form_int + bit_int * 8].index_start);
}
if (address[0] == 'I' && address[1] == 'A') {
switch (option_int) {
case 0:
form_fx_pal[form_int + bit_int * 8].index_add_led -= osc_miltiply_get();
break;
case 2:
form_fx_pal[form_int + bit_int * 8].index_add_led += osc_miltiply_get();
break;
}
//outbuffer = String("/strips/s" + String(z) + "/AIL/" + String(select_bit_int+1));
outvalue = float(form_fx_pal[form_int + bit_int * 8].index_add_led);
//osc_send_MSG(outbuffer , float(part[select_bit_int + z *8 ].index_add)) ;
}
else if (address[0] == 'I' && address[1] == 'F') {
switch (option_int) {
case 0:
form_fx_pal[form_int + bit_int * 8].index_add_frame -= osc_miltiply_get();
break;
case 2:
form_fx_pal[form_int + bit_int * 8].index_add_frame += osc_miltiply_get();
break;
}
//outbuffer = String("/strips/s" + String(z) + "/AIL/" + String(select_bit_int+1));
outvalue = float(form_fx_pal[form_int + bit_int * 8].index_add_frame);
//osc_send_MSG(outbuffer , float(part[select_bit_int + z *8 ].index_add)) ;
}
else if (address[0] == 'S' && address[1] == 'L') {
if ((get_bool(OSC_EDIT) == true) )
switch (option_int)
{
case 0:
//form_part[select_bit_int + z * 8].start_led -= osc_miltiply_get();
deck[0].form_cfg[form_int + bit_int * 8].start_led = constrain(deck[0].form_cfg[form_int + bit_int * 8].start_led - osc_miltiply_get(), 0, MAX_NUM_LEDS - deck[0].form_cfg[form_int + bit_int * 8].nr_leds);
break;
case 1:
if (form_int != 0)
deck[0].form_cfg[form_int + bit_int * 8].start_led = deck[0].form_cfg[form_int - 1 + bit_int * 8].start_led + deck[0].form_cfg[form_int - 1 + bit_int * 8].nr_leds;
else if (bit_int != 0)
deck[0].form_cfg[form_int + bit_int * 8].start_led = deck[0].form_cfg[7 + (bit_int - 1) * 8].start_led + deck[0].form_cfg[7 + (bit_int - 1) * 8].nr_leds;
break;
case 2:
//form_part[select_bit_int + z * 8].start_led += osc_miltiply_get();
deck[0].form_cfg[form_int + bit_int * 8].start_led = constrain(deck[0].form_cfg[form_int + bit_int * 8].start_led + osc_miltiply_get(), 0, MAX_NUM_LEDS - deck[0].form_cfg[form_int + bit_int * 8].nr_leds);
break;
}
//outbuffer = String("/strips/s" + String(z) + "/AIL/" + String(select_bit_int+1));
outvalue = float(deck[0].form_cfg[form_int + bit_int * 8].start_led);
//osc_send_MSG(outbuffer , float(part[select_bit_int + z *8 ].index_add)) ;
}
else if (address[0] == 'N' && address[1] == 'L') {
if ((get_bool(OSC_EDIT) == true) )
switch (option_int)
{
case 0:
deck[0].form_cfg[form_int + bit_int * 8].nr_leds = constrain(deck[0].form_cfg[form_int + bit_int * 8].nr_leds - osc_miltiply_get(), 0, MAX_NUM_LEDS - deck[0].form_cfg[form_int + bit_int * 8].start_led);
break;
case 2:
deck[0].form_cfg[form_int + bit_int * 8].nr_leds = constrain(deck[0].form_cfg[form_int + bit_int * 8].nr_leds + osc_miltiply_get(), 0, MAX_NUM_LEDS - deck[0].form_cfg[form_int + bit_int * 8].start_led);
break;
}
outvalue = float(deck[0].form_cfg[form_int + bit_int * 8].nr_leds);
}
else if (address[0] == 'J' && address[1] == 'D') {
switch (option_int) {
case 0:
form_fx_dots[form_int + bit_int * 8].nr_dots--;
break;
case 2:
form_fx_dots[form_int + bit_int * 8].nr_dots++;
break;
}
outvalue = float(form_fx_dots[form_int + bit_int * 8].nr_dots);
//osc_send_MSG(outbuffer , float(part[select_bit_int + z *8 ].index_add)) ;
}
/*else if (address[0] == 'R' && address[1] == 'F')
{
if (get_bool(OSC_EDIT) == true)
if (form_part[form_int + bit_int * 8].nr_leds != 0)
{
switch (option_int)
{
case 0:
form_part[form_int + bit_int * 8].rotate = constrain(form_part[form_int + bit_int * 8].rotate - osc_miltiply_get(), -(form_part[form_int + bit_int * 8].nr_leds) + 1, (form_part[form_int + bit_int * 8].nr_leds) - 1);
break;
case 2:
form_part[form_int + bit_int * 8].rotate = constrain(form_part[form_int + bit_int * 8].rotate + osc_miltiply_get(), -(form_part[form_int + bit_int * 8].nr_leds) + 1, (form_part[form_int + bit_int * 8].nr_leds) - 1);
break;
}
}
outvalue = float(form_part[form_int + bit_int * 8].rotate);
//osc_send_MSG(outbuffer , float(part[select_bit_int + z *8 ].index_add)) ;
}
*/
// no else since other osc send
/* if (address[0] == 'M' && address[1] == 'A')
{
//debugMe(bit_int , true );
//debugMe(option_int , true );
//debugMe(form_int , true );
//form_menu[bit_int][option_int] = ~form_menu[bit_int][option_int];
for (uint8_t formX = bit_int * 8 ; formX < (bit_int+1) * 8 ; formX++ )
{
if (deck[0].form_cfg[formX].nr_leds != 0)
{
//debugMe(formX , true );