The project page is over here: hackster.io/ericBcreator/add-animated-marquee-lighting-to-your-projects-bcd13d
ericBcreator
A simple way to add animated marquee lighting to your arcade cabinet or other project. Build with an Arduino nano an a neopixel strip.
The project page is over here: hackster.io/ericBcreator/add-animated-marquee-lighting-to-your-projects-bcd13d
The project page is over here: hackster.io/ericBcreator/add-animated-marquee-lighting-to-your-projects-bcd13d
updated 7 years ago
The project page is over here: hackster.io/ericBcreator/add-animated-marquee-lighting-to-your-projects-bcd13d
- 2 12" drums tuned at 215 Hz
- 4 13" drums tuned at 205 Hz
- 14 14" drums tuned at 195 Hz
(all fundamental notes)
Recorded on a Gretsch Renown drumset with a Sony ZV-E10 and 7artisans 25mm F/1.8 prime lens.
00:00 - Intro
00:11 - 1. Pearl Fire Cracker - 12 x 5 - poplar
00:47 - 2. Gretsch Mark Schulman - 12 x 6 - maple
01:17 - 3. WHD - 13 x 7 - birch
01:47 - 4. Mapex Black Panther Blaster - 13 x 7 - maple with (wooden hoops)
02:13 - 5. Tama Metalworks - 13 x 6,5 - steel
02:43 - 6. Pork Pie Little Squealer Vented - 13 x 7 - maple
03:15 - 7. Millenium - 14 x 3,5 - piccolo steel
03:41 - 8. Pearl Chad Smith - 14 x 5 - steel
04:07 - 9 . Gretsch Catalina Ash - 14 x 5 - ash
04:32 - 10. Ludwig Acrolite - 14 x 5 - aluminium
05:03 - 11. DW Collector - 14 x 5 - maple
05:32 - 12. Guru - 14 x 5,5 - bubinga stave
05:59 - 13. Fame Clear Acryl - 14 x 5,5 - acrylic (diy modded version)
06:29 - 14. Tama Starphonic - 14 x 6 - aluminium
06:55 - 15. Gretsch Renown - 14 x 6,5 - maple
07:25 - 16. Ludwig Black Galaxy - 14 x 6,5 - aluminium
07:55 - 17. Fame Copper - 14 x 6,5 - copper
08:21 - 18. Ludwig Black Magic - 14 x 6,5 - brass
08:51 - 19. Premier Genista 100 SE - 14 x 7 - birch
09:21 - 20. Gretsch Swamp Dawg - 14 x 8 - mahogany
Recorded with a Zoom Q2n-4K.
20" bass drum, 10-12-14"toms, 14" snare drum, 14" hihat, 16" crash with stand, hihat and bass drum pedal, throne, hihat and snare stand and a pair of sticks.
Recorded with a Zoom Q2n-4K.
BTW: erasing the 'bad way': using static/permanent magnets instead of an alternating magnetic field (like an AC bulk eraser).
Main components:
- Sony MDX-C670RDS
- JBL Stage2 624 speakers
The sampling algorithm is both simplified and improved so the VU meter is more responsive. It features switchable peak hold, clipping indicators, level setting, smooth segment falling mode, full & wide screen mode, AGC (automatic gain control) and several VU layouts.
Finishing the final version to put in a custom build case.
Edit: I made a new faceplate using a CNC router and laser engraver so it looks nice and tidy now (it is in the thumbnail).
It supports these Nakamichi decks:
- Dragon, RX-303/505, CR-2, CR-3, CR-4
- (Models with power on the Reverse pin): 580, 580M, 581, 581Z, 582, 582Z,
660ZX, 670ZX, 680, 680ZX, 681ZX, 682ZX, 700ZXE, 700ZXL, 1000ZXL, BX-300, CR-5, CR-7, LX-3, LX-5, MR-1, ZX-5, ZX-7, ZX-9
The basic interface and IR reception is ready, working on the 8 pin DIN connection.
Edit: the finished version is over here: youtu.be/pN8-ZlE_2WY
Recorded on a Revox B215 cassette deck
Parts: Wemos D1 mini and 2 neopixels.
The Wemos D1 microcontroller has Wifi builtin which enables it to control it with a web interface or smartphone app and also to wirelessly upload new firmware.
Added a wake up light mode using neopixels.
Check the project page over here: hackster.io/ericBcreator/programmable-multi-alarm-clock-with-web-interface-75dc6a
New display modes with seconds, AM/PM mode, over the air updates, daylight info and a lot of other tweaks and updates.
Check the project page over here: hackster.io/ericBcreator/programmable-multi-alarm-clock-with-web-interface-75dc6a
Recorded on a Revox B215.
Boring long video, showing the removal process in real time.
The car compound works pretty fast and does not leave dull marks or scratches.
Music: On My Way Home by The 126ers
The project page is over here: hackster.io/ericBcreator/neopixel-multiple-ring-animation-33359b
Song: Trancer.
Music: Mirror Mirror by Diamond Ortiz
Music: Palms by Text Me Records & Robby Renz
The project link is here: hackster.io/ericBcreator/a-m-p-arduino-music-player-8013b6
It plays melodies you can program with notes, rests and other commands - similar to the old BASIC PLAY() command - through a buzzer or small speaker. It can also provide visual feedback with the notes being played or lyrics.
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All rights of the melodies and lyrics belong to the writers and/or performers, this video is only for educational purposes.
The project page is here: hackster.io/ericBcreator/neopixel-christmas-color-animation-4e94d9
For the Creality CR-10S Pro you will need to convert 24V to 12V, I used a (step-down) buck converter.
Note: I already replaced the 3 internal fans with Noctua fans as described in this video: youtube.com/watch?v=lde-SSY4vtw
The project link is here: hackster.io/ericBcreator/a-m-p-arduino-music-player-8013b6
It plays melodies you can program with notes, rests and other commands - similar to the old BASIC PLAY() command - through a buzzer or small speaker. It can also provide visual feedback with the notes being played or lyrics (user programmable), in this video using 8 8x8 LED matrices.
The playback engine is pretty enhanced: among others, it supports 1,2,4,8,16,32,64, sharp, flat, triplet and dotted notes and rests, octave, tempo and transpose functions, legato, staccato and intermediate note lengths.
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All rights of the melodies and lyrics belong to the writers and/or performers, this video is only for educational purposes.
A WiFi connected alarm clock based on a ESP8266 or ESP32 board. It features a web (setup) interface, connects to WiFi and reads the current time and supports multiple alarms, custom messages, recurring alarms, actions (setting GPIO pins on/off), saving settings to EEPROM (so restored after a power failure), sleep and suspended mode, etc.
A work in progress: a WiFi connected alarm clock based on a ESP8266 (Wemos D1 mini). It has a web interface, connects to WiFi and reads the current time and supports multiple alarms, custom messages, recurring alarms, actions (setting GPIO pins on/off), saving settings to EEPROM (so restored after a power failure), sleep and suspended mode, etc.
A work in progress: a wifi connected alarm clock based on a Wemos D1 mini (ESP8266).
The project page is here: hackster.io/ericBcreator/neopixel-christmas-color-animation-4e94d9
Note: the camera had trouble capturing the Neopixels, it looks much better in reality.
DIY 1024 LED matrix board, powered by an ESP32 microcontroller. Displaying real time news, current weather and forecasts for multiple cities, stock data, date, time and barometer information. Controllable with a rotary encoder and web interfacel
The script can easily be edited to display all kind of messages from different (online) sources.
Project details and the Sketch code are available over here: (hackster.io/ericBcreator/1024-led-matrix-wifi-message-board-1b2666).
The script can easily be edited to display all kind of messages from different (online) sources.
Project details and the Sketch code are available over here: (hackster.io/ericBcreator/1024-led-matrix-wifi-message-board-1b2666).
The display looks somewhat rough in the video due to the de- and encoding, it looks a lot smoother in reality.
Skip to 3:28 for the menu functions.
Check the updated version with web access over here: youtu.be/dLVg0Idbvfg
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music: Trancer
It would look better to replace the stock marque with one made from other material as it does not light up very nice.
Check this link to create a lighted marquee: youtu.be/8W5sSWET6KI
The Picade comes as a complete kit including the cabinet, screen, joystick and buttons, picade hat, speaker, marquee, cables and several goodies.
You will need to add a Raspberry Pi, power supply, micro-SD card and install Retropie (or other software).
The Picade will run off a battery but it will have to provide at least 2.5A.
Note: the sound is (primarily) of the 2 overhead microphones and the bass drum microphone. There has been no processing of the sound so the volume differences as heard on the video (apart from YouTube processing) are accurate.
Check the build of a stereo VU meter over here: youtu.be/QUnB4OGLlog
Check the hackster link over here: hackster.io/ericBcreator/stereo-neopixel-ring-vu-meter-b28e78
This is a follow up of this video: youtube.com/watch?v=_p6xij2k8lo
You can download the uncompressed audio file here: soundcloud.com/eric_b/tube-amp-vs-2015-and-1975-solid-state-dynavox-vs-marantz-pm6005-vs-kenwood-kr-4400
The recordings were done with a Zoom H2 recorder, the speakers and Zoom were equally triangular spaced.
The WAV file with the music files was played using a Raspberry PI with HifiBerry DAC+ audio interface.
The Zoom recorder was set to a height of the middle of the speakers.
The amplifiers were set without any EQ and there was no editing done to the recorded files.
Please use some good headphones or monitor speakers to listen.
Because of the room acoustics, the recordings sound more lively than the original tracks and there is also some environmental noise.
Obviously, the recordings give an impression of the sound, as far as any of these type of recordings can do justice to the real sound.
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Specs:
Dynavox VR-70E II phono tube amplifier (2015)
with upgraded tubes:
power tubes: 2 matched pairs of Tung-Sol EL34B
pre amp and phase reverse tubes: 2 Philips 6U8A
2 x 37W RMS (8 OHM)
THD less than 1% S/N greater than 88 dB
Marantz PM6005 (2016)
2 x 45W RMS (8 OHM)
THD 0.08% S/N 102 dB
Kenwood KR-4400 (CA 1975)
2 x 25W RMS (8 OHM)
THD 0.5% S/N 90 dB
Q Acoustics 3050 speakers
Zoom H2 recorder
Featuring: a DIY Arduino VU meter: youtube.com/watch?v=nKZqXfpgjWE
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Music:
#intro Voice Over Under (Kevin MacLeod - incompetech.com)
#1 Dat Step (YouTube)
#2 Boma Pa Siempre (YouTube)
#3 Eagle Rock (YouTube)
#4 Go Cart - Loop Mix (Kevin MacLeod - incompetech.com)
#5 Egmont Overture Finale (Kevin MacLeod - incompetech.com)
#intro, #4 and #5 by Kevin MacLeod (incompetech.com)
Licensed under Creative Commons: By Attribution 3.0 License
http://creativecommons.org/licenses/by/3.0
Check the build over here: youtu.be/QUnB4OGLlog
Check the hackster link over here: hackster.io/ericBcreator/stereo-neopixel-ring-vu-meter-b28e78
It displays the temperature, humidity, air pressure, date and time and it connects to a remote server and displays weather forecasts for several cities.
The time is read from a NTP time server and the weather forecasts are retrieved from openweathermap.org.
The code and more information can be found here: hackster.io/ericBcreator/nodemcu-and-nextion-weather-forecast-station-daf5bd
Check the build over here: youtu.be/QUnB4OGLlog
Check the hackster link over here: hackster.io/ericBcreator/stereo-neopixel-ring-vu-meter-b28e78
Note: the recorded display quality with a cellphone is pretty poor, it looks much better when you see it yourself...
Edit: details of the final version can be found over here hackster.io/ericBcreator/nodemcu-and-nextion-weather-forecast-station-daf5bd
Note: the recorded display quality with a cellphone is pretty poor, it looks much better when you see it yourself...
Edit: details of the final version can be found over here hackster.io/ericBcreator/nodemcu-and-nextion-weather-forecast-station-daf5bd
Project details and the code are available over here: hackster.io/ericBcreator/stereo-neopixel-ring-vu-meter-b28e78
Check the build here: youtu.be/QUnB4OGLlog
Check the build over here: youtu.be/QUnB4OGLlog
The script can easily be edited to display all kinds of texts.
Project details and the Sketch code are available over here: hackster.io/ericBcreator/arduino-32x8-led-matrix-info-display-6e1035
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music: Trancer


