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AliExpress as is all the other stuff

@@LRS_maker thx :)

@@AphaGoodies the one i have is called SmallRig Video Metal Mini Ball Head Cold/Hot Shoe Mount w/ 1/4" Screw Support Bracket for DSLR Camera LED Light Monitor 2059 a.aliexpress.com/_EzLh4zf

@@LRS_maker oh thx. also what software do you use (like octoprint or cura??)

@@AphaGoodies yeah octo

It's a raspberry pi HQ camera

The link is in the description

I'm using a 3euro esp32, which is insanely overpowered for this application but i have them lying around. I just power it with a simple 5v source like a phone charger, it doesn't draw much power

@@LRS_maker I went with a sparkfun. Thanks for sharing this and providing some inspiration!

The 16mm lens has better quality as well

Thanks!

BLtouch would be nice, but don't really have too much first layer problems so not a priority. Input shaping is definitely beneficial for this type of printer, but don't see myself having the time to figure it out anytime soon. Do you know any documentation of people who did it for this printer?

It's more like 15, should be as minimal as possible to let the light through. Best would be 0 but printing might become difficult.

No issues but you will need to get the dcdc converter to have sufficient power

I don't own one so I don't know if it fits, you might have to redesign the subframe.

There is a TFT output on the SKR board, just connect it to the screen with the existing white ribbon cable. Though you need to change the connector from a 2x4 dupont to a 1x4 in order to fit in the SKR board. I just got four dupont connectors from some breadboard jumper wires and jammed in a piece of paper next to them to make sure they don't fall out

Thank you! I do have the config files included in the thingyverse link of the description. I'm not planning on a video, config files are so boring to talk about haha. I can advise you to look at the examples on the official Marlin page for the sidewinder and go from there if you want to reconfigure it yourself, or just use mine. Cheers!

I used a neopixel ring with 12 LEDs, you can get them anywhere like aliexpress or a local electronics shop. Sorry for late response, don't receive notifications. Arduino code below:

#include <Arduino.h> #include <Adafruit_NeoPixel.h> #define NEO_CTRL_PIN 16 #define NUM_LEDS 12 Adafruit_NeoPixel strip(NUM_LEDS, NEO_CTRL_PIN, NEO_GRB + NEO_KHZ800); uint16_t hue_array[NUM_LEDS] = {0}; uint16_t hue_array_old[NUM_LEDS] = {0}; uint loop_time_ms = 10; uint cool_down_rate = 10; //hue integers per cycle float spark_chance = 0.3; //spark chance per second per pixel (0 to 1) uint hue_increase_on_spark = 2500; float intensity_spread_factor = 0.2; //spread factor in hue difference per second uint maxhue = UINT16_MAX/6; //corresponds to yellown (~11000) void setup() { Serial.begin(115200); strip.begin(); strip.setBrightness(128); strip.show(); // Initialize all pixels to 'off' } void loop() { delay(loop_time_ms); for(int i=0; i<NUM_LEDS; i++){ hue_array_old[i] = hue_array[i];//store last cycles hue values hue_array[i] -= cool_down_rate;//apply cooldown too the fire if(hue_array[i] > maxhue){//protect against buffer overflows hue_array[i] = 0; } float lhs = esp_random()/float(UINT32_MAX); float rhs = spark_chance*loop_time_ms/1000.0; if(lhs < rhs){//apply sparkchance hue_array[i] += hue_increase_on_spark; } //Serial.print(lhs);Serial.print("\t"); Serial.println(rhs); } for(int i=0; i<NUM_LEDS; i++){//check bounds if(hue_array[i] > maxhue){ hue_array[i] = maxhue; } } for(int i=0; i<NUM_LEDS; i++){//control the intensity spread int neighbour_diff = 0; if(i == 0){ neighbour_diff = hue_array_old[i+1]-hue_array_old[i]+hue_array_old[NUM_LEDS-1]-hue_array_old[i]; }else if(i == NUM_LEDS-1){ neighbour_diff = hue_array_old[0]-hue_array_old[i]+hue_array_old[i-1]-hue_array_old[i]; }else{ neighbour_diff = hue_array_old[i+1]-hue_array_old[i]+hue_array_old[i-1]-hue_array_old[i]; } hue_array[i] += neighbour_diff*(intensity_spread_factor*loop_time_ms/1000); uint32_t rgbcolor = strip.ColorHSV(hue_array[i], 255, 255); //convert hue value to RGB color strip.setPixelColor(i, rgbcolor); //update the pixel value } strip.show(); //push the colors to the neopixel ring }

@@LRS_maker sorry to bother you with this, but when i'm trying to upload this from arduino I can't find the esp_random declaration. Should that be in there too? Arduino isn't happy and keeps giving me an error

@@infernalbird2 no worries, I use an esp32 microcontroller, this is a board specific function. You can replace it with any other function that works on your micro, just google Arduino random function.

@@LRS_maker I got a spark fun red board, I figure it should work very similar? I'll have to watch some videos tonight.