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osc.cpp
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#include "config_TPM.h" // include the main Defines
#include "osc.h"
#include <WiFiUdp.h>
#ifdef ESP32
#include <WiFi.h>
#endif
#include <OSCMessage.h>
#include <OSCBundle.h>
#include <OSCData.h>
#include <QueueArray.h>
#include "tools.h" // include the Tools enums for reading and writing bools
#include "config_fs.h"
#include "httpd.h"
#include "tpm_artnet.h"
// External Variables/ Structures
#include "wifi-ota.h"
extern wifi_Struct wifi_cfg;
extern artnet_struct artnet_cfg;
#include "leds.h"
extern deck_struct deck[2] ;
extern led_cfg_struct led_cfg;
extern uint8_t fft_bin_results[7];
extern void LEDS_load_default_play_conf();
extern uint8_t LEDS_fft_get_fxbin_result(uint8_t fxbin, uint8_t deckNo);
extern uint16_t play_conf_time_min[MAX_NR_SAVES];
extern artnet_node_struct artnetNode[ARTNET_NR_NODES_TPM] ;
#include "mmqt.h"
extern mqtt_Struct mqtt_cfg;
extern SaveStruct SaveConf;
bool appMode = false;
// ************* Local Variables
// Queues for outgoing OSC messages
QueueArray <char> osc_out_float_addr;
QueueArray <float> osc_out_float_value;
QueueArray <char> osc_out_rgb_addr;
QueueArray <uint8_t> osc_out_rgb_value;
QueueArray <char> osc_out_SelVal_addr;
QueueArray <int> osc_out_SelVal_value;
QueueArray <char> osc_out_int_addr;
QueueArray <int> osc_out_int_value;
QueueArray <char> osc_out_fx_addr;
QueueArray <int> osc_out_fx_intvalue;
QueueArray <char> osc_out_StringAddress;
QueueArray <char> osc_out_Stringvalue;
//QueueArray <uint8_t> osc_out_StringIntvalue;
// OSC configuration
osc_cfg_struct osc_cfg = { OSC_IPMULTI_ ,OSC_PORT_MULTI_,OSC_OUTPORT, OSC_INPORT,1 }; //
// The OSC Server
WiFiUDP osc_server; // the normal osc server
uint8_t Refreshloop = 255;
uint8_t MobRefreshloop = 255;
void OSC_setup()
{ // OSC Setup function
uint8_t tester ;
tester = osc_server.begin(osc_cfg.inPort);
debugMe("Tester1 " + String(tester));
debugMe("OSC Setup Done In Port: ", false ); debugMe(String(osc_cfg.inPort), true );
debugMe(" - Out Port: ", false );debugMe(String(osc_cfg.outPort), true ); // osc_server.remotePort() // OSC_OUTPORT
}
void OSC_debug_call()
{
//int64_t time = esp_timer_get_time() ;
debugMe( String( micros()) , false); debugMe( " : NOW" , true);
debugMe( String( led_cfg.update_time) , false); debugMe( " : next frame" , true);
}
bool osc_Isconnected()
{
IPAddress testIP = osc_server.remoteIP();
if (testIP != IPAddress(0,0,0,0))
return true;
else return false;
}
/////////////////////////////////////////// OSC SEND / gerneral functions
//
//
float osc_byte_tofloat(byte value, uint8_t max_value = 255)
{ // convert int 0-255 to float 0-1 value
float float_out = float(value) / max_value;
return float_out;
}
void osc_send_MSG_rgb(String addr_string , uint8_t red = 128, uint8_t green = 128, uint8_t blue = 128 )
{ // Send out a color Directly to the OCS target not bufferd for bundle
if (osc_Isconnected())
{
debugMe("sending RGB");
char address_out[30];
addr_string.toCharArray(address_out, addr_string.length() + 1); //address_out
IPAddress ip_out(osc_server.remoteIP());
//OSCMessage msg_out(address_out);
OSCBundle bundle_out;
bundle_out.add(address_out).add(red).add(green).add(blue).add(255);
osc_server.beginPacket(ip_out,OSC_OUTPORT);// OSC_OUTPORT); //{172,16,222,104}, 8001) ; // osc_server.remotePort()
bundle_out.send(osc_server);
osc_server.endPacket();
bundle_out.empty();
/*
msg_out.add(red);
msg_out.add(green);
msg_out.add(blue);
msg_out.add(255);
msg_out.send(osc_server);
osc_server.endPacket();
msg_out.empty();
*/
}
}
void osc_send_MSG_led(String addr_string , uint8_t state )
{ // Send out a predifined color Directly to the OCS target not bufferd for bundle
// 0 = black
// 1 = red
// 2 = green
// 3 = blue
// 4 = white
if (osc_Isconnected())
{
char address_out[30];
addr_string.toCharArray(address_out, addr_string.length() + 1); //address_out
//IPAddress ip_out(osc_server.remoteIP());
OSCMessage msg_out(address_out);
switch(state)
{
case 0: // black
msg_out.add(uint8_t(0));
msg_out.add(uint8_t(0));
msg_out.add(uint8_t(0));
break;
case 1: // red
msg_out.add(uint8_t(255));
msg_out.add(uint8_t(0));
msg_out.add(uint8_t(0));
break;
case 2: // green
msg_out.add(uint8_t(0));
msg_out.add(uint8_t(255));
msg_out.add(uint8_t(0));
break;
case 3: // blue
msg_out.add(uint8_t(0));
msg_out.add(uint8_t(0));
msg_out.add(uint8_t(255));
break;
case 4: // white
msg_out.add(uint8_t(255));
msg_out.add(uint8_t(255));
msg_out.add(uint8_t(255));
break;
}
msg_out.send(osc_server);
osc_server.endPacket();
msg_out.empty();
yield();
}
}
void osc_queu_MSG_SEL_VAL(String addr_string, int select, int value)
{ // Queue a Message to bundle output with 2 options
//
if (osc_Isconnected())
{
for (int i = 0; i < addr_string.length(); i++)
osc_out_SelVal_addr.enqueue(addr_string.charAt(i));
osc_out_SelVal_addr.enqueue(0); // add a null on the end
osc_out_SelVal_value.enqueue(select);
osc_out_SelVal_value.enqueue(value);
}
}
void osc_queu_MSG_VAL_STRING(String addr_string, String StringValue)
{ // Queue a Message to bundle output with 2 options
//
if (osc_Isconnected())
{
for (int i = 0; i < addr_string.length(); i++)
osc_out_StringAddress.enqueue(addr_string.charAt(i));
osc_out_StringAddress.enqueue(0); // add a null on the end
for (int i = 0; i < StringValue.length(); i++)
osc_out_Stringvalue.enqueue(StringValue.charAt(i));
osc_out_Stringvalue.enqueue(0);
//osc_out_Stringvalue.enqueue(StringValue);
//osc_out_StringIntvalue.enqueue(value);
}
}
void osc_queu_MSG_float(String addr_string, float value)
{ // Queue a float value message to the bundle output
//IPAddress ip_out(osc_server.remoteIP());
//osc_cfg.return_ip_LB = ip_out[3];
if (osc_Isconnected())
{
for (int i = 0; i < addr_string.length(); i++)
osc_out_float_addr.enqueue(addr_string.charAt(i));
osc_out_float_addr.enqueue(0); // add a null on the end
osc_out_float_value.enqueue(value);
}
}
void osc_queu_MSG_int(String addr_string, int value)
{ // Queue a int value message to the bundle output
//IPAddress ip_out(osc_server.remoteIP());
//osc_cfg.return_ip_LB = ip_out[3];
if (osc_Isconnected())
{
for (int i = 0; i < addr_string.length(); i++)
osc_out_int_addr.enqueue(addr_string.charAt(i));
osc_out_int_addr.enqueue(0); // add a null on the end
osc_out_int_value.enqueue(value);
}
}
void osc_queu_MSG_fx_Bool(String addr_string, int deck, byte inarray[_M_NR_FORM_BYTES_][_M_NR_FORM_PAL_OPTIONS_] , uint8_t valSelect)
{ // Queue a int value message to the bundle output
//IPAddress ip_out(osc_server.remoteIP());
//osc_cfg.return_ip_LB = ip_out[3];
if (osc_Isconnected())
{
for (int i = 0; i < addr_string.length(); i++)
osc_out_fx_addr.enqueue(addr_string.charAt(i));
osc_out_fx_addr.enqueue(0); // add a null on the end
osc_out_fx_intvalue.enqueue(deck);
for (uint8_t bit = 0; bit < _M_NR_FORM_BYTES_ ; bit++)
{
for (uint8_t bit_formNr = 0; bit_formNr < 8 ; bit_formNr++)
{
//if ( bit_formNr < 3 ) debugMe( bitRead(inarray[bit][valSelect], bit_formNr));
osc_out_fx_intvalue.enqueue(uint8_t( bitRead(inarray[bit][valSelect], bit_formNr)));
}
}
}
}
void osc_queu_MSG_fx_Int(String addr_string, int deck, byte inarray[NR_FORM_PARTS] )
{ // Queue a int value message to the bundle output
//IPAddress ip_out(osc_server.remoteIP());
//osc_cfg.return_ip_LB = ip_out[3];
if (osc_Isconnected())
{
for (int i = 0; i < addr_string.length(); i++) osc_out_fx_addr.enqueue(addr_string.charAt(i));
osc_out_fx_addr.enqueue(0); // add a null on the end
osc_out_fx_intvalue.enqueue(deck);
for (uint8_t bit = 0; bit < NR_FORM_PARTS ; bit++) osc_out_fx_intvalue.enqueue(inarray[bit]);
}
}
void osc_queu_MSG_rgb(String addr_string, uint8_t red,uint8_t green,uint8_t blue)
{ // Queue a RGB value message to the bundle output
//IPAddress ip_out(osc_server.remoteIP());
//osc_cfg.return_ip_LB = ip_out[3];
if (osc_Isconnected())
{
for (int i = 0; i < addr_string.length(); i++)
osc_out_rgb_addr.enqueue(addr_string.charAt(i));
osc_out_rgb_addr.enqueue(0); // add a null on the end
osc_out_rgb_value.enqueue(red);
osc_out_rgb_value.enqueue(green);
osc_out_rgb_value.enqueue(blue);
}
}
void osc_send_MSG_String(String addr_string, String value)
{ // Send out a String directly to osc target
if (osc_Isconnected())
{
char address_out[20];
char message[20];
addr_string.toCharArray(address_out, addr_string.length() + 1); //address_out
value.toCharArray(message, value.length() + 1);
OSCMessage msg_out(address_out);
msg_out.add(message);
osc_server.beginPacket(osc_server.remoteIP(), OSC_OUTPORT);
msg_out.send(osc_server);
osc_server.endPacket();
msg_out.empty();
yield();
}
}
// Other Functions like Sending loop
bool osc_send_out_float_MSG_buffer()
{ // Send out the Queues as Bundles
// Max bundle size = OSC_BUNDLE_SEND_COUNT
// return true if the buffer still has contents.
if ((osc_out_float_value.isEmpty() != true || osc_out_rgb_value .isEmpty() != true || osc_out_SelVal_value.isEmpty() != true || osc_out_int_value.isEmpty() != true) )
{
if (!osc_Isconnected()) debugMe("Sending withouot OSC connection!");
char address_out[OSC_QEUE_ADD_LEN] ;
memset(address_out, 0, OSC_QEUE_ADD_LEN);
uint8_t i = 0;
float value = 0;
uint8_t red_val = 0;
uint8_t green_val = 0;
uint8_t blue_val = 0;
int menu_select = 0;
int menu_value = 0;
if (osc_out_float_value.count() != 0 || (osc_out_rgb_value.count()) != 0 || (osc_out_SelVal_value.count()) != 0 || (osc_out_int_value.count()) != 0 || osc_out_Stringvalue.count() !=0)
{
OSCBundle bundle_out;
//IPAddress ip_out(WiFi.localIP());
IPAddress ip_out(osc_server.remoteIP());
uint8_t bundlecount = 0;
while ( bundlecount <= OSC_BUNDLE_SEND_COUNT)
{
for (uint8_t z = 0; z < osc_out_float_value.count(); z++)
{
if(osc_out_float_value.isEmpty() != true)
{
i = 0;
while (osc_out_float_addr.peek() != 0 && i < OSC_QEUE_ADD_LEN)
{
address_out[i] = osc_out_float_addr.dequeue();
i++;
}
address_out[i] = osc_out_float_addr.dequeue(); // get the null char for end of string as well. so that we can fetch the next msg next time
value = osc_out_float_value.dequeue();
bundle_out.add(address_out).add(float(value));
bundlecount++;
yield();
memset(address_out, 0, OSC_QEUE_ADD_LEN);
}
if ( bundlecount >= OSC_BUNDLE_SEND_COUNT) { break; }
}
if ( bundlecount >= OSC_BUNDLE_SEND_COUNT) { break; }
for (uint8_t z = 0; z < (osc_out_rgb_value.count() /3 ); z++)
{
if(osc_out_rgb_value.isEmpty() != true)
{
i = 0;
while (osc_out_rgb_addr.peek() != 0 && i <OSC_QEUE_ADD_LEN) {
address_out[i] = osc_out_rgb_addr.dequeue();
i++;
}
address_out[i] = osc_out_rgb_addr.dequeue(); // get the null char for end of string as well. so that we can fetch the next msg next time
red_val = osc_out_rgb_value.dequeue();
green_val = osc_out_rgb_value.dequeue();
blue_val = osc_out_rgb_value.dequeue();
//debugMe("rgb-Addr: " + String(address_out));
bundle_out.add(address_out).add(red_val).add(green_val).add(blue_val).add(255);
bundlecount++;
yield();
memset(address_out, 0, OSC_QEUE_ADD_LEN);
}
if ( bundlecount >= OSC_BUNDLE_SEND_COUNT) { break; }
}
if ( bundlecount >= OSC_BUNDLE_SEND_COUNT) { break; }
for (uint8_t z = 0; z < (osc_out_SelVal_value.count() /2 ); z++)
{
if(osc_out_SelVal_value.isEmpty() != true)
{
i = 0;
while (osc_out_SelVal_addr.peek() != 0 && i <OSC_QEUE_ADD_LEN) {
address_out[i] = osc_out_SelVal_addr.dequeue();
i++;
}
address_out[i] = osc_out_SelVal_addr.dequeue(); // get the null char for end of string as well. so that we can fetch the next msg next time
menu_select = osc_out_SelVal_value.dequeue();
menu_value = osc_out_SelVal_value.dequeue();
//debugMe("SelVal-Addr: " + String(address_out));
bundle_out.add(address_out).add(menu_select).add(menu_value);
bundlecount++;
yield();
memset(address_out, 0, OSC_QEUE_ADD_LEN);
}
if ( bundlecount >= OSC_BUNDLE_SEND_COUNT) { break; }
}
if ( bundlecount >= OSC_BUNDLE_SEND_COUNT) { break; }
for (uint8_t z = 0; z < (osc_out_Stringvalue.count() ); z++)
{
if(osc_out_Stringvalue.isEmpty() != true)
{
i = 0;
while (osc_out_StringAddress.peek() != 0 && i <OSC_QEUE_ADD_LEN) {
address_out[i] = osc_out_StringAddress.dequeue();
i++;
}
address_out[i] = osc_out_StringAddress.dequeue(); // get the null char for end of string as well. so that we can fetch the next msg next time
i = 0;
char CharVal[OSC_QEUE_ADD_LEN] ;
memset(CharVal, 0, OSC_QEUE_ADD_LEN);
while (osc_out_Stringvalue.peek() != 0 && i <OSC_QEUE_ADD_LEN) {
CharVal[i] = osc_out_Stringvalue.dequeue();
i++;
}
CharVal[i] = osc_out_Stringvalue.dequeue(); // get the null char for end of string as well. so that we can fetch the next msg next time
//String StringVal = osc_out_Stringvalue.dequeue();
//debugMe(CharVal);
//uint8_t IntVal = osc_out_StringIntvalue.dequeue();
//debugMe("SelVal-Addr: " + String(address_out));
bundle_out.add(address_out).add(CharVal);
bundlecount++;
yield();
memset(address_out, 0, OSC_QEUE_ADD_LEN);
}
if ( bundlecount >= OSC_BUNDLE_SEND_COUNT || osc_out_Stringvalue.isEmpty()) { break; }
}
if ( bundlecount >= OSC_BUNDLE_SEND_COUNT) { break; }
for (uint8_t z = 0; z < (osc_out_int_value.count() ); z++)
{
if(osc_out_int_value.isEmpty() != true)
{
i = 0;
while (osc_out_int_addr.peek() != 0 && i <OSC_QEUE_ADD_LEN) {
address_out[i] = osc_out_int_addr.dequeue();
i++;
}
address_out[i] = osc_out_int_addr.dequeue(); // get the null char for end of string as well. so that we can fetch the next msg next time
menu_value = osc_out_int_value.dequeue();
//debugMe("SelVal-Addr: " + String(address_out));
bundle_out.add(address_out).add(menu_value);
bundlecount++;
yield();
memset(address_out, 0, OSC_QEUE_ADD_LEN);
}
if ( bundlecount >= OSC_BUNDLE_SEND_COUNT) { break; }
}
if (osc_out_float_value.isEmpty() && (osc_out_rgb_value.isEmpty()) && (osc_out_SelVal_value.isEmpty()) && (osc_out_int_value.isEmpty()) && osc_out_Stringvalue.isEmpty() ) break;
} // end while
//debugMe(String("E " + String(osc_out_float_value.isEmpty()) + " - " + String(osc_out_SelVal_value.isEmpty()) + " - " + String(osc_out_int_value.isEmpty()) + " - " + String(osc_out_Stringvalue.isEmpty()) + " - " + String(Refreshloop) ));
//debugMe(String("C " + String(osc_out_float_value.count()) + " - " + String(osc_out_SelVal_value.count()) + " - " + String(osc_out_int_value.count()) + " - " + String(osc_out_Stringvalue.count()) + " - " + String(Refreshloop) ));
if (osc_out_float_value.isEmpty()
&& (osc_out_rgb_value.isEmpty())
&& (osc_out_SelVal_value.isEmpty())
&& (osc_out_int_value.isEmpty())
&& osc_out_Stringvalue.isEmpty()
&& Refreshloop >= REFRESH_LOOP_END
&& MobRefreshloop >= REFRESH_LOOP_END
&& !get_bool(FFT_OSTC_VIZ))
{bundle_out.add("/app/refMix").add(0);
bundle_out.add("/ostc/master/connled").add(0).add(255).add(0).add(255); }// each bundle should refresh the led. when the buffers are amty and were not refreshing all send green
else if (!get_bool(FFT_OSTC_VIZ)) bundle_out.add("/ostc/master/connled").add(255).add(0).add(random8()).add(255); // else send red+some blue to indicate that we are still refreshing
osc_server.beginPacket(ip_out,OSC_OUTPORT);// OSC_OUTPORT); //{172,16,222,104}, 8001) ; // osc_server.remotePort()
bundle_out.send(osc_server);
osc_server.endPacket();
bundle_out.empty();
yield();
//delay(1);
}
}
if (osc_out_float_value.count() == 0 && (osc_out_rgb_value.count()) == 0 && (osc_out_SelVal_value.count()) == 0 && (osc_out_int_value.count()) == 0 && osc_out_Stringvalue.count () == 0)
return false;
else return true;
}
bool osc_send_out_API_FX_MSG_buffer()
{ // Send out the Queues as Bundles
// Max bundle size = OSC_FX_BUNDLE_SEND_COUNT
// return true if the buffer still has contents.
if (osc_out_fx_intvalue.isEmpty() != true )
{
char address_out[OSC_QEUE_ADD_LEN] ;
memset(address_out, 0, OSC_QEUE_ADD_LEN);
uint8_t i = 0;
int deckSel ;
//uint8_t send_val = 0;
if (osc_out_fx_intvalue.count() != 0 )
{
OSCBundle bundle_out;
//IPAddress ip_out(WiFi.localIP());
IPAddress ip_out(osc_server.remoteIP());
uint8_t bundlecount = 0;
while ( bundlecount <= OSC_FX_BUNDLE_SEND_COUNT)
{
for (uint8_t z = 0; z < (osc_out_fx_intvalue.count() ); z++)
{
if(osc_out_fx_intvalue.isEmpty() != true)
{
i = 0;
while (osc_out_fx_addr.peek() != 0 && i <OSC_QEUE_ADD_LEN) {
address_out[i] = osc_out_fx_addr.dequeue();
i++;
}
address_out[i] = osc_out_fx_addr.dequeue(); // get the null char for end of string as well. so that we can fetch the next msg next time
deckSel = osc_out_fx_intvalue.dequeue();
OSCMessage msg_out(address_out);
msg_out.add(deckSel);
for (uint8_t foromi = 0; foromi < NR_FORM_PARTS ; foromi++)
{
int sendVal = osc_out_fx_intvalue.dequeue() ;
if ( foromi < 5 ) debugMe(sendVal);
msg_out.add(sendVal);
}
bundle_out.add(msg_out);
bundlecount++;
yield();
memset(address_out, 0, OSC_QEUE_ADD_LEN);
}
if ( bundlecount >= OSC_FX_BUNDLE_SEND_COUNT) { break; }
}
if (osc_out_fx_intvalue.isEmpty() ) break;
} // end while
osc_server.beginPacket(ip_out,OSC_OUTPORT);// OSC_OUTPORT); //{172,16,222,104}, 8001) ; // osc_server.remotePort()
bundle_out.send(osc_server);
osc_server.endPacket();
bundle_out.empty();
yield();
//delay(1);
}
}
if (osc_out_fx_intvalue.count() == 0 )
return false;
else return true;
}
/*
void osc_StC_Send_Confname(uint8_t SaveNo, char ConfName[])
{
OSCBundle bundle_out;
IPAddress ip_out(osc_server.remoteIP());
char ConfOutAddress[25] ;
String CounfOutString = "/ostc/master/savename/" + String(SaveNo);
CounfOutString.toCharArray(ConfOutAddress, CounfOutString.length() + 1);
bundle_out.add(ConfOutAddress ).add(ConfName);
osc_server.beginPacket(ip_out , OSC_OUTPORT); //osc_server.remotePort());//
bundle_out.send(osc_server);
osc_server.endPacket();
bundle_out.empty();
}*/
void osc_StC_Send_CharArray(String Address, char ConfName[])
{
if (osc_Isconnected())
{
OSCBundle bundle_out;
IPAddress ip_out(osc_server.remoteIP());
char ConfOutAddress[25] ;
Address.toCharArray(ConfOutAddress, Address.length() + 1);
bundle_out.add(ConfOutAddress ).add(ConfName);
osc_server.beginPacket(ip_out , OSC_OUTPORT); //osc_server.remotePort());//
bundle_out.send(osc_server);
osc_server.endPacket();
bundle_out.empty();
}
}
void osc_Send_String(String Address, String StringName)
{
if (osc_Isconnected())
{
OSCBundle bundle_out;
IPAddress ip_out(osc_server.remoteIP());
char ConfOutAddress[32] ;
Address.toCharArray(ConfOutAddress, Address.length() + 1);
bundle_out.add(ConfOutAddress ).add(StringName.c_str());
osc_server.beginPacket(ip_out , OSC_OUTPORT); //osc_server.remotePort());//
bundle_out.send(osc_server);
osc_server.endPacket();
bundle_out.empty();
}
}
void osc_Send_buttonState(String Address, int buttonState)
{
if (osc_Isconnected())
{
IPAddress ip_out(osc_server.remoteIP());
char ConfOutAddress[32] ;
Address.toCharArray(ConfOutAddress, Address.length() + 1);
OSCMessage theMsg(ConfOutAddress);
theMsg.add(buttonState);
osc_server.beginPacket(ip_out , OSC_OUTPORT); //osc_server.remotePort());//
theMsg.send(osc_server);
osc_server.endPacket();
theMsg.empty();
}
}
void osc_StC_Load_confname_Refresh(uint8_t sel_save_no)
{
osc_queu_MSG_VAL_STRING("/ostc/master/confname" , deck[0].cfg.confname );
osc_queu_MSG_int("/ostc/master/playNr" , led_cfg.Play_Nr);
osc_queu_MSG_VAL_STRING("/ostc/master/savename/" + String(sel_save_no) , deck[0].cfg.confname);
osc_queu_MSG_rgb(String("/ostc/master/conf/l/"+String(sel_save_no)), 0,255,0);
}
void osc_multiply_send()
{ // TouchOSC M
for (uint8_t x = 1;x <= 11 ; x++ )
{
if (x != osc_cfg.conf_multiply)
osc_queu_MSG_float((String("/multipl/") + String(x) + String("/1")), 0);
else
osc_queu_MSG_float((String("/multipl/") + String(x) + String("/1")), 1);
}
}
uint16_t osc_miltiply_get()
{
uint16_t value = 1;
switch (osc_cfg.conf_multiply)
{
case 1:
value = 1;
break;
case 2:
value = 10;
break;
case 3:
value = 100;
break;
case 4:
value = 8;
break;
case 5:
value = 16;
break;
case 6:
value = 32;
break;
case 7:
value = 64;
break;
case 8:
value = 128;
break;
case 9:
value = 256;
break;
case 10:
value = 512;
break;
case 11:
value = 1024;
break;
default:
value = 1;
break;
}
return value;
}
// recive conf multiply toggle
void osc_multipl_rec(OSCMessage &msg, int addrOffset)
{ // recive routing of Multiply ocs settings by 1 10 or 100
// OSC MESSAGE :/m/multipl/?/1
if (bool(msg.getFloat(0)) == true)
{
String select_mode_string;
// String select_bit_string;
char address[10];
bool switch_bool = false;
msg.getAddress(address, addrOffset + 1);
for (byte i = 0; i < sizeof(address); i++)
{
if (address[i] == '/')
{
switch_bool = true;
}
else if (switch_bool == false)
{
select_mode_string = select_mode_string + address[i];
}
}
osc_cfg.conf_multiply = select_mode_string.toInt();
osc_multiply_send();
} // end new msg
}
#ifndef ARTNET_DISABLED
void osc_rec_artnet_info(OSCMessage &msg, int addrOffset)
{
// OSC MESSAGE :/s/AN/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 - 4, 1); // get the select-bit info
memset(address, 0, sizeof(address)); // rest the address to blank
msg.getAddress(address, addrOffset + 1); // 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
memset(address, 0, sizeof(address));
switch (collum)
{
case 0: // Artnet Start universe
switch (row)
{
case 0:
artnet_cfg.startU = constrain(artnet_cfg.startU - osc_miltiply_get(), 0, 255);
break;
case 2:
artnet_cfg.startU = constrain(artnet_cfg.startU + osc_miltiply_get(), 0, 255);
break;
}
outvalue = artnet_cfg.startU;
out_add_label = "/ASUL";
break;
case 1: // artnet NR universes
switch (row)
{
case 0:
artnet_cfg.numU = constrain(artnet_cfg.numU - osc_miltiply_get(), 0, 4);
break;
case 2:
artnet_cfg.numU = constrain(artnet_cfg.numU + osc_miltiply_get(), 0, 4);
break;
}
outvalue = artnet_cfg.numU;
out_add_label = "/ANUL";
break;
}
outbuffer = String("/DS" + out_add_label);
osc_queu_MSG_float(outbuffer, outvalue);
}
void osc_toggle_artnet(bool value)
{
//debugMe("in artnet");
if (value == true) {
debugMe("enable artnet recive");
write_bool(ARTNET_RECIVE, true); // artnet_enabled = true;
FS_artnet_write();
deck[0].cfg.led_master_cfg.bri = led_cfg.max_bri;
WiFi_artnet_rc_enable();
}
else {
debugMe("disable artnet recive");
write_bool(ARTNET_RECIVE, false); //artnet_enabled = false;
FS_artnet_write();
ESP.restart();
}
}
#endif
void osc_StC_FFT_vizIt()
{ // Send out the values x times a second for visualisation
/*
OSCBundle bundle_out;
IPAddress ip_out(osc_server.remoteIP());