Видео

1:02 ??

What is the ID at 23:10 ?

3:40 ID? Pleaasee🙏🏼

3:40 ID? Pleaasee🙏🏼

Liquicity Festival 3024 Netsky 3024??

I was on LSD and during this set I randomly started realizing that me and my ex of 8 months (7+ year relationship) will never get together and that it's better for for both of us. I cried last 45 minutes of this set, full on bawling. While in the middle of the tent. It was the most profound, beautiful and emotional moment of my life. Liquicity has saved my mental health a lot of times, I'm grateful that DnB exists and that I discovered it early in my life, I don't know how I would've survived my 20s without this music

legend!!

34:19 this Grafix remix is unreal

best set liqucity 2024

Thank you, Jan, for taking an hour and a half of your time to film this for the unattended❤ Held!

This one was the perfect set to shut down liquicity ❤ The front row vibes were crazy and an amazing memory!

dude, SPOILERS? What? I was planning on attending since this invincible potion seems to be working just fine.

Id 08:30?

Music so good, we 1000 years in the future baby.

Peace be upon you, I am Moroccan, I love this except creativity, but in Morocco there is no such creativity. Thank you, peace ❤

3024? not bad

Can someone ID 1:24:07? :)

Glad to see that the liquicity festival will still be going in another millenium 😍

Thank you!

ID 1:04:19 ?

salut-yo-interesting sharing~Jan~👐

Nice shering dear friend God bless you

How?

Nice to meet you

Hi

Hi new friend

Hello Your video is amazing I watch your full video Very amazing video I have become your new friend And subscribe also Thank you for sharing this awesome video! I came upon this just now, Very inspiring!

Code for ESP Using OTA (over the air , Library from Andreas Spiess) ruclips.net/video/1pwqS_NUG7Q/видео.html cut the awesome OTA parts out if not necessary (1. half cause text is to long^^) ___________________________________________________ #include "OTA.h" #define Baurdrate 115200 // selber Speed wie andere nachrichten #include <Preferences.h> // für EEprom Preferences EEPROM_prefs; #define OTA_Read_Pin 34 // Lese Pin um onBoot OTA umzuschalten #define RotaryPin_btn 17 // OK OK // CLK Pin #define RotaryPin_1 19 // OK OK // Interrupt Start #define RotaryPin_2 18 // OK OK // Direction read #define ResetPin 4 // outputs PWM signal at boot #define StrobePin 0 // OK OK #define NeoPixControlPin 16 // OK OK #define AnalogAudioInPin1 32 // input only #define AnalogAudioInPin2 35 // input only #define led_pro_balken 32 #define led_balken 8 #define NUM_LEDS led_pro_balken * led_balken #define gesammteLeds NUM_LEDS + NUM_LEDS #include <NeoPixelBrightnessBus.h> // instead of NeoPixelBus.h NeoPixelBrightnessBus<NeoRgbFeature, Neo800KbpsMethod> strip(gesammteLeds, NeoPixControlPin); int abzug_pro_tick = 10; // fade menmge => slow int selected_mode = 1; // 0: 1=1 , 1: fadeout instantup int Helligkeit = 1; // 0 - 15 int Analog_Noise [8] = {175, 250, 300 , 300, 525, 750 , 325 , 1}; // noise schwelle pro frequenz byte hz0 [3] = {16, 0, 0}; // orange byte hz1 [3] = {16, 8, 0}; // helles orange / dunkles gelb byte hz2 [3] = {16, 16, 0}; // grün gelb byte hz3 [3] = {0, 16, 0}; // grünlich byte hz4 [3] = {0, 16, 8}; // grünlich byte hz5 [3] = {0, 0, 16}; // türkis byte hz6 [3] = {6, 0, 16}; // cyan byte hz_test [3] = {16, 16, 16}; // Test farbe // Speicherstand der Leds byte clr_prozent_zurzeit1 [NUM_LEDS]; byte clr_prozent_zurzeit2 [NUM_LEDS]; int AnalogWert1[8]; int AnalogWert2[8]; // um grafischen Helligkeits reply wieder zu entfernen bool Helligkeit_grafic_reply_visible = false; // wird automatisch gesetzt wenn Helligkeits Reply Angezeigt long global_Helligkeit_grafic_reply_zeitpunkt = 0; // Start Zeitpunkt der Anzeige void Helligkeit_grafic_reply_nadler(){ const long Helligkeit_reply_AnzeigeDauer = 2500; long jetz_zeit = millis(); long anzeigedauer_bisher = jetz_zeit - global_Helligkeit_grafic_reply_zeitpunkt; if( anzeigedauer_bisher > Helligkeit_reply_AnzeigeDauer ){ Helligkeit_grafic_reply_visible = false; setBar(7 , 0 , 0 , 0); } // zeitcheck => bar zurücksetzen } // Helligkeit_grafic_reply_nadler void change_Helligkeit(int add_val){ // Helligkeit ändern Helligkeit = Helligkeit + add_val; if(Helligkeit < 1){ Helligkeit = 1; } if(Helligkeit > 15){ Helligkeit = 15; } // grafical reply int direction_ = 15; if(add_val < 0){ direction_ = 1; } if(add_val > 0){ direction_ = 32; } Helligkeit_grafic_reply_visible = true; // bool setzen um nach bestimmter zeit reply zu entfernen global_Helligkeit_grafic_reply_zeitpunkt = millis(); // zeit zur Berechnung merken setBar(7 , Helligkeit*2 , direction_ , 0); } // change_Helligkeit struct RotaryEventStruct{ // Struktur um [Rotary Event] zusammenzufassen bool fresh; // true wenn neue ereignisse int Direction; // zähler wie oft & in welche Richtung bool pressed; // true onCLK void handleIt(){ // Rotary Event Programmatisch verarbeiten fresh = false; if(Direction != 0){ change_Helligkeit(Direction); Direction = 0; } if(pressed){ pressed = false; EEPROM_prefs.putUInt("Helligkeit", Helligkeit); } } }; RotaryEventStruct REV = {false, 0, false}; // dieser Interupt wird vom Rotyry Encoder CLK Ausgelöst void IRAM_ATTR CLKInteruptEvent() { if(!REV.fresh){ // anti prell REV.pressed = true; REV.fresh = true; // Rotary Event ist nun [Frisch] & sollte demnähchst behandelt werden } } // [ISR] Rotary Event durch Interrupt auffangen => Direction ermitteln & REV refreshen // dieser Interupt wird vom Rotyry Encoder Roration Ausgelöst void IRAM_ATTR RotaryInteruptEvent() { if(!REV.fresh){ // anti prell if( digitalRead(RotaryPin_2) ){ REV.Direction = REV.Direction + 1; } else{ REV.Direction = REV.Direction - 1; } REV.fresh = true; // Rotary Event ist nun [Frisch] & sollte demnähchst behandelt werden } } // [ISR] Rotary Event durch Interrupt auffangen => Direction ermitteln & REV refreshen bool OTA_PLX = true; // Ova The Air bool , zum Energie Sparen void setup() { Serial.begin(Baurdrate); Serial.println("Booting"); //Initialisieren Sie den Speicher mit dem Bezeichner, z. B. "nvs": EEPROM_prefs.begin("nvs", false); pinMode(OTA_Read_Pin, INPUT); OTA_PLX = digitalRead(OTA_Read_Pin); if(!OTA_PLX){ DebugggMSG("WIFI DISABLED",true); Helligkeit = EEPROM_prefs.getUInt("Helligkeit", 1); } if( OTA_PLX){ DebugggMSG("WIFI ENABLED" ,true); setupOTA("ESP32 [Audio Visualizer]"); } pinMode(ResetPin , OUTPUT); pinMode(StrobePin , OUTPUT); pinMode(AnalogAudioInPin1 , INPUT); pinMode(AnalogAudioInPin2 , INPUT); pinMode(NeoPixControlPin , OUTPUT); strip.Begin(); strip.Show(); // Rotary Encoding Stuff pinMode(RotaryPin_btn , INPUT_PULLUP); pinMode(RotaryPin_1 , INPUT_PULLUP); pinMode(RotaryPin_2 , INPUT_PULLUP); attachInterrupt(RotaryPin_1, RotaryInteruptEvent, FALLING); attachInterrupt(RotaryPin_btn, CLKInteruptEvent, FALLING); } // setup long global_letzter_frame_zeitpunkt = 0; // für FPS einhaltung void loop() { long jetz_zeit = micros(); long loop_dauer = jetz_zeit - global_letzter_frame_zeitpunkt; global_letzter_frame_zeitpunkt = jetz_zeit; if (OTA_PLX) { ArduinoOTA.handle(); float fpegel = (float) ( 91 - ( (float) (WiFi.RSSI() * -1) - (float) 19 ) ) / (float)2.8 ; int ipegel = (int) fpegel; setBar(7 , ipegel , ipegel , 0); } // Handle OverTheAir loadings if(REV.fresh){ REV.handleIt();} if(Helligkeit_grafic_reply_visible){ Helligkeit_grafic_reply_nadler(); } KompletteMessung(); int fps_cfg = 1000; int dauer_pro_frame = 1000000 / fps_cfg; int processing_dauer = ( micros() - jetz_zeit); int delay_restZeit = dauer_pro_frame - processing_dauer; if (delay_restZeit > 0) { delay( (delay_restZeit / 1000) ); } } // loop // komplette messung durchführen & anzeigen void KompletteMessung() { // Set_Helligkeit(); clk_pin(ResetPin); // Reset durchführen clk_pin(StrobePin); int i = 0; while (i < 7) { AnalogWert1[i] = analogRead(AnalogAudioInPin1); AnalogWert2[i] = analogRead(AnalogAudioInPin2); i++; clk_pin(StrobePin); } // While 0-6 LedSignalOutput(); } // KompletteMessung void clk_pin(int pin_Nr) { digitalWrite(pin_Nr , HIGH); digitalWrite(pin_Nr , LOW); delayMicroseconds(500); } void LedSignalOutput() { int i = 0; while (i < 7) { // frequenzen 0-6 durchgehen & sichtbar umwandeln // noise entfernen AnalogWert1[i] = AnalogWert1[i] - Analog_Noise[i]; if(AnalogWert1[i] < 0){ AnalogWert1[i] = 0; } AnalogWert2[i] = AnalogWert2[i] - Analog_Noise[i]; if(AnalogWert2[i] < 0){ AnalogWert2[i] = 0; } int Bar_Ausschlag1 = AnalogWert1[i] / ( ( 4095 - Analog_Noise[i] ) / led_pro_balken ); int Bar_Ausschlag2 = AnalogWert2[i] / ( ( 4095 - Analog_Noise[i] ) / led_pro_balken ); // EinzelBar Erstellen & Anzeigen setBar(i, Bar_Ausschlag1 , Bar_Ausschlag2 , selected_mode); i++; } // While 0-6 strip.Show(); } void setBar(int barNr , byte Bar_Ausschlag1 , byte Bar_Ausschlag2 , int inc_mode) { int i = 0; int led_nr = led_pro_balken * barNr; while (i < led_pro_balken) { int select_led_Nr = i; if (bitRead(barNr, 0)) { select_led_Nr = led_pro_balken - ( i + 1) ; } if (Bar_Ausschlag1 > i) { SetPixelColor_mode_select(1 ,led_nr + select_led_Nr, barNr , 100 , inc_mode ); } else { SetPixelColor_mode_select(1 ,led_nr + select_led_Nr, barNr , 0 , inc_mode ); } if (Bar_Ausschlag2 > i) { SetPixelColor_mode_select(2 ,led_nr + select_led_Nr, barNr , 100 , inc_mode ); } else { SetPixelColor_mode_select(2 ,led_nr + select_led_Nr, barNr , 0 , inc_mode ); } i++; } // 0 bis led_pro_balken } // setBar 1 & 2

God jobs ....aweaome .. Please share code

wow!! nice content..

Hello Jan, great upload and very creative! Blessings and FULL WATCH!

Hi Jan 👋 This has a nice beat 🎉 Thank you for sharing, have a wonderful day 🦋 Sending lots of love 💕

thank you sir

5 sub new fn

Hi new friend here pls stay connect thank you

Good content ♥♥ Subscribe done + like I trust you as a Friend.. I just joined you.I hope you join me back subscribe 🙏🙏... Please Friend subscribe me 🙏🙏🙏♥♥

Mntap banget suaranya

Very very nice 👌👍 Superb 👌