// we ❤️ wokwi.com
#include <FastLED.h>
#include <avr/pgmspace.h>
#define NUM_LEDS (/*w*/ 5 * 16 + 4 * 12 + 2 * 10 + 2 * 13 \
/*o*/ + 64 + 56 \
/*k*/ + 16 + 4 * 10 + 4 * 12 \
/*w*/ + 2 * 22 + 6 * 20 \
/*i*/ + 2 * 18 + 16)
CRGB leds[NUM_LEDS];
void setup() {
FastLED.setCorrection(UncorrectedColor);
FastLED.setTemperature(UncorrectedTemperature);
FastLED.addLeds<WS2812B, 2, GRB>(&leds[0], 174); // w
FastLED.addLeds<WS2812B, 3, GRB>(&leds[174], 120); // o
FastLED.addLeds<WS2812B, 4, GRB>(&leds[294], 104); // k
FastLED.addLeds<WS2812B, 5, GRB>(&leds[398], 164); // w
FastLED.addLeds<WS2812B, 6, GRB>(&leds[562], 52); // i
}
struct Feature {
uint16_t start;
int8_t length;
};
const Feature features[] PROGMEM = {
// W
{0, 12+16+12+2}, // up the LHS of left stroke of W, around ring1, back down RHS, 2 dots of ring2
{56, 10}, // up the LHS shallow centre stroke
{72, 6}, // up from join of LHS of the steep centre stroke
{78, 16}, // around ring3
{94, 12}, // down RHS of steep centre
{106, 2}, // 2 dots around ring4
{132, 13}, // up the LHS of right stroke
{145, 16}, // around ring5
{161, 13}, // down the RHS of right stroke
{108, 14}, // remainder of ring4
{66, 6}, // up to join of LHS of the steep centre stroke
{122, 10}, // down RHS of shallow centre stroke
{42, 14}, // around the remainder of ring2
// o
{174, 64}, // clockwise around outer ring
{238, -56}, // anti-clockwise around inner ring
// k
{294, 3}, // 3 dots around ring
{310, -10}, // up LHS of top vert
{320, -10}, // down RHS of top vert
{297, 3}, // 3 more dots of ring
{330, -12}, // up LHS of top right
{342, -12}, // down RHS of top right
{300, 4}, // 4 more dots of ring
{354, 12}, // down RHS of bottom right
{366, 12}, // up LHS of bottom right
{304, 4}, // 4 more dots of ring
{378, -10}, // down RHS of bottom vert
{388, -10}, // up LHS of bottom vert
{308, 2}, // last 2 dots of ring
// w (max length is 127, so I split it into two)
{398, 102}, {500, 62},
// i
{562, 52},
};
void loop() {
static uint16_t frame;
uint16_t total = -frame++;
uint8_t hue = frame;
for (uint8_t featno = 0; featno < sizeof(features) / sizeof(features[0]); featno++) {
int8_t length = pgm_read_byte_near(&features[featno].length);
uint16_t ledno = pgm_read_word_near(&features[featno].start);
int8_t step = 1;
if (length < 0) {
length = -length;
ledno += length - 1;
step = -1;
}
while (length--) {
if (total++ % 32 == 0) {
leds[ledno] = CHSV(hue, 255, 255);
hue += 4;
} else {
fadeToBlackBy(&leds[ledno], 1, 8);
// leds[ledno] = CRGB::Black;
}
ledno += step;
}
}
FastLED.show();
delay(10);
}
w1s1:DOUT
w1s1:VDD
w1s1:VSS
w1s1:DIN
w1s2:DOUT
w1s2:VDD
w1s2:VSS
w1s2:DIN
w1s3:DOUT
w1s3:VDD
w1s3:VSS
w1s3:DIN
w1s6:DOUT
w1s6:VDD
w1s6:VSS
w1s6:DIN
w1s4:DOUT
w1s4:VDD
w1s4:VSS
w1s4:DIN
w1r1:GND
w1r1:VCC
w1r1:DIN
w1r1:DOUT
w1s5:DOUT
w1s5:VDD
w1s5:VSS
w1s5:DIN
w1r2:GND
w1r2:VCC
w1r2:DIN
w1r2:DOUT
w1r3:GND
w1r3:VCC
w1r3:DIN
w1r3:DOUT
w1r4:GND
w1r4:VCC
w1r4:DIN
w1r4:DOUT
w1s7:DOUT
w1s7:VDD
w1s7:VSS
w1s7:DIN
w1s8:DOUT
w1s8:VDD
w1s8:VSS
w1s8:DIN
w1r5:GND
w1r5:VCC
w1r5:DIN
w1r5:DOUT
or2:GND
or2:VCC
or2:DIN
or2:DOUT
or1:GND
or1:VCC
or1:DIN
or1:DOUT
ks1:DOUT
ks1:VDD
ks1:VSS
ks1:DIN
ks2:DOUT
ks2:VDD
ks2:VSS
ks2:DIN
ks3:DOUT
ks3:VDD
ks3:VSS
ks3:DIN
ks4:DOUT
ks4:VDD
ks4:VSS
ks4:DIN
ks5:DOUT
ks5:VDD
ks5:VSS
ks5:DIN
ks6:DOUT
ks6:VDD
ks6:VSS
ks6:DIN
ks7:DOUT
ks7:VDD
ks7:VSS
ks7:DIN
ks8:DOUT
ks8:VDD
ks8:VSS
ks8:DIN
kr1:GND
kr1:VCC
kr1:DIN
kr1:DOUT
w2s1:DOUT
w2s1:VDD
w2s1:VSS
w2s1:DIN
w2s2:DOUT
w2s2:VDD
w2s2:VSS
w2s2:DIN
w2s3:DOUT
w2s3:VDD
w2s3:VSS
w2s3:DIN
w2s4:DOUT
w2s4:VDD
w2s4:VSS
w2s4:DIN
w2s5:DOUT
w2s5:VDD
w2s5:VSS
w2s5:DIN
w2s6:DOUT
w2s6:VDD
w2s6:VSS
w2s6:DIN
w2s7:DOUT
w2s7:VDD
w2s7:VSS
w2s7:DIN
w2s8:DOUT
w2s8:VDD
w2s8:VSS
w2s8:DIN
is1:DOUT
is1:VDD
is1:VSS
is1:DIN
is2:DOUT
is2:VDD
is2:VSS
is2:DIN
ir1:GND
ir1:VCC
ir1:DIN
ir1:DOUT