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I've always loved Christmas lights! And I've always loved technology. Over the past couple of years I've learned a great deal about micro controllers and a little electrical engineering. We also just bought a new house this year which has a curved glass block wall in the front by the porch. My wife and children also love Christmas lights and even though we were worn out from the first round of moving, they convinced me we should let the neighborhood know we had arrived and put up some Christmas lights!
After putting up a few the weekend after Thanksgiving, someone had left the light on in the bathroom that has the glass block wall. It shone out and an idea was sparked. A while back, I found AdaFruit's Neopixels and knew one day I'd use them for something cool! I can't say enough about AdaFruit and how I've used their tutorials to help in my adventures with microcontrollers.
After getting a Spark Core about a month ago, I knew this project could benefit from the unique benefits of it as well. Plus the allure of reprogramming it while sitting on my couch and not having to get up and walk to the display was enough to convince me it was the perfect micro controller to use for this project.
With the idea sparked (pun intended), the next day I ordered the parts. The next weekend, I set to soldering. And soldering, and soldering. Programming the Spark Core began during the week while I was awaiting the arrival of the Neopixels.
The result is the display you see in the video. The "less than perfect" :) pictures on the screen were made by my three little girls. Using special grid paper I printed, they colored in squares to make pictures. The rest of the images were all created by my wife. She's very adept with graphics using Adobe Photoshop and Illustrator. She put together 18-20 beautiful images. I coded them and the result was more than we expected!
It's been a fun project and we plan to use it for more than just Christmas decorations. :) We hope you enjoy it as well. Below you can chronicle the weekend it took to put it all together!
Component list:
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Tools needed:
- Good soldering iron with lots of solder!
- Wire strippers for solid core wire.
- Sharp knife and scissors/wire cutters.
- Electrical tape is always handy!
That was it for the hardware portion of the project. Now I'll show you a bit about how we got the individual images you see in the final video up there. Plus a little bonus at the end.
Creating the images:
Untitled file
Warning: Embedding code files within the project story has been deprecated. To edit this file or add more files, go to the "Software" tab. To remove this file from the story, click on it to trigger the context menu, then click the trash can button (this won't delete it from the "Software" tab).
void drawHarperTree() {
matrix.fillScreen(LIGHTBLUE);
matrix.drawPixel(8,1,YELLOW);
matrix.drawPixel(8,2,GREEN);
matrix.drawFastHLine(7,3,3,GREEN);
matrix.drawPixel(6,4,GREEN);
matrix.drawPixel(7,4,BLUE);
matrix.drawPixel(8,4,GREEN);
matrix.drawPixel(9,4,PURPLE);
matrix.drawFastHLine(5,5,5,GREEN);
matrix.drawFastHLine(5,6,5,GREEN);
matrix.drawFastHLine(4,7,8,GREEN);
matrix.drawFastHLine(4,8,8,GREEN);
matrix.drawPixel(6,8,PINK);
matrix.drawFastHLine(3,9,9,GREEN);
matrix.drawFastHLine(3,10,9,GREEN);
matrix.drawFastHLine(5,11,4,BROWN);
matrix.drawFastHLine(5,12,4,BROWN);
matrix.drawFastHLine(0,13,17,DARKGREEN);
matrix.show();
}
Untitled file
Warning: Embedding code files within the project story has been deprecated. To edit this file or add more files, go to the "Software" tab. To remove this file from the story, click on it to trigger the context menu, then click the trash can button (this won't delete it from the "Software" tab).
void drawSnowman() {
matrix.fillScreen(LIGHTBLUE);
matrix.fillRect(7,0,6,4,BLACK);
matrix.drawFastHLine(7,4,6,RED);
matrix.drawFastHLine(5,5,10,BLACK);
matrix.drawFastHLine(6,6,8,WHITE);
matrix.drawFastHLine(5,7,10,WHITE);
matrix.drawPixel(8,7,BLACK);
matrix.drawPixel(11,7,BLACK);
matrix.drawFastHLine(5,8,10,WHITE);
matrix.drawFastHLine(5,9,10,WHITE);
matrix.drawFastHLine(6,9,2,ROSY);
matrix.drawFastHLine(9,9,2,ORANGE);
matrix.drawFastHLine(12,9,2,ROSY);
matrix.drawFastHLine(5,10,10,WHITE);
matrix.drawPixel(6,10,ROSY);
matrix.drawPixel(7,10,BLACK);
matrix.drawPixel(12,10,BLACK);
matrix.drawPixel(13,10,ROSY);
matrix.drawFastHLine(6,11,8,WHITE);
matrix.drawFastHLine(8,11,4,BLACK);
matrix.drawFastHLine(7,12,6,WHITE);
matrix.drawFastHLine(7,13,6,RED);
matrix.drawPixel(8,13,GREEN);
matrix.drawPixel(10,13,GREEN);
matrix.drawPixel(12,13,GREEN);
matrix.show();
}
1 / 2
Untitled file
Warning: Embedding code files within the project story has been deprecated. To edit this file or add more files, go to the "Software" tab. To remove this file from the story, click on it to trigger the context menu, then click the trash can button (this won't delete it from the "Software" tab).
void drawAnimatedCoffee() {
matrix.fillScreen(BLACK);
matrix.show();
//DRAW THE CUP FIRST
//DRAW GRAY
matrix.fillRect(4,4,9,9,GRAY);
matrix.drawFastHLine(5,13,7,GRAY);
matrix.drawFastHLine(13,6,2,GRAY);
matrix.drawFastHLine(14,7,2,GRAY);
matrix.drawFastVLine(15,8,2,GRAY);
matrix.drawPixel(14,10,GRAY);
matrix.drawPixel(13,11,GRAY);
//DRAW RED
matrix.drawPixel(6,5,RED);
matrix.drawPixel(10,5,RED);
matrix.drawFastHLine(5,6,3,RED);
matrix.drawFastHLine(9,6,3,RED);
matrix.fillRect(5,7,7,3,RED);
matrix.drawFastHLine(6,10,5,RED);
matrix.drawFastHLine(7,11,3,RED);
matrix.drawPixel(8,12,RED);
//SHOW THE CUP
matrix.show();
int numAnimations = 5; //Number of animations...
for (int i = 0 ; i < numAnimations ; i++)
{
drawCoffeeCupFrame1();
delay(600);
drawCoffeeCupFrame2();
delay(600);
}
}
void drawCoffeeCupFrame1() {
//DRAW THE FIRST FRAME OF STEAM
matrix.fillRect(0,0,17,4,BLACK);
matrix.drawPixel(5,0,WHITE);
matrix.drawPixel(4,1,WHITE);
matrix.drawPixel(5,2,WHITE);
matrix.drawPixel(4,3,WHITE);
matrix.drawPixel(8,0,WHITE);
matrix.drawPixel(7,1,WHITE);
matrix.drawPixel(8,2,WHITE);
matrix.drawPixel(7,3,WHITE);
matrix.drawPixel(11,0,WHITE);
matrix.drawPixel(10,1,WHITE);
matrix.drawPixel(11,2,WHITE);
matrix.drawPixel(10,3,WHITE);
matrix.show();
}
void drawCoffeeCupFrame2() {
//DRAW THE SECOND FRAME OF STEAM
matrix.fillRect(0,0,17,4,BLACK);
matrix.drawPixel(4,0,WHITE);
matrix.drawPixel(5,1,WHITE);
matrix.drawPixel(4,2,WHITE);
matrix.drawPixel(5,3,WHITE);
matrix.drawPixel(7,0,WHITE);
matrix.drawPixel(8,1,WHITE);
matrix.drawPixel(7,2,WHITE);
matrix.drawPixel(8,3,WHITE);
matrix.drawPixel(10,0,WHITE);
matrix.drawPixel(11,1,WHITE);
matrix.drawPixel(10,2,WHITE);
matrix.drawPixel(11,3,WHITE);
matrix.show();
}
And that's pretty much it! Except for the whole of the code which I'll paste below. There is one last thing though. The Spark Core web api really got me thinking about what cool things I could do with the screen.
And that's it. I hope you guys enjoy this project as much as we have. It's ever evolving. We plan to use it year round for different holidays etc. Already have plans for some images for new years. Also I'm still working on the drawing app. I've already added some feedback in the app where the blocks on the app spin an activity indicator in them until the app receives a response from the Spark Core. To make sure the girls don't get ahead of the display. It tends to get overloaded if you send 5 or more commands really quickly and will begin timing out. I'm also working on a way for them to be able to save their drawings to their iPad and then load them back up. I've got the UI working for that, but have yet to be able to pass a large enough chunk of data to the Spark Core to get the images loaded back there without it taking forever. When I get some time that's still on the list to fix. If you have any questions or comments please let me know. I'd love to hear them.
Thanks for reading!
-Corey
void drawHarperTree() {
matrix.fillScreen(LIGHTBLUE);
matrix.drawPixel(8,1,YELLOW);
matrix.drawPixel(8,2,GREEN);
matrix.drawFastHLine(7,3,3,GREEN);
matrix.drawPixel(6,4,GREEN);
matrix.drawPixel(7,4,BLUE);
matrix.drawPixel(8,4,GREEN);
matrix.drawPixel(9,4,PURPLE);
matrix.drawFastHLine(5,5,5,GREEN);
matrix.drawFastHLine(5,6,5,GREEN);
matrix.drawFastHLine(4,7,8,GREEN);
matrix.drawFastHLine(4,8,8,GREEN);
matrix.drawPixel(6,8,PINK);
matrix.drawFastHLine(3,9,9,GREEN);
matrix.drawFastHLine(3,10,9,GREEN);
matrix.drawFastHLine(5,11,4,BROWN);
matrix.drawFastHLine(5,12,4,BROWN);
matrix.drawFastHLine(0,13,17,DARKGREEN);
matrix.show();
}
void drawSnowman() {
matrix.fillScreen(LIGHTBLUE);
matrix.fillRect(7,0,6,4,BLACK);
matrix.drawFastHLine(7,4,6,RED);
matrix.drawFastHLine(5,5,10,BLACK);
matrix.drawFastHLine(6,6,8,WHITE);
matrix.drawFastHLine(5,7,10,WHITE);
matrix.drawPixel(8,7,BLACK);
matrix.drawPixel(11,7,BLACK);
matrix.drawFastHLine(5,8,10,WHITE);
matrix.drawFastHLine(5,9,10,WHITE);
matrix.drawFastHLine(6,9,2,ROSY);
matrix.drawFastHLine(9,9,2,ORANGE);
matrix.drawFastHLine(12,9,2,ROSY);
matrix.drawFastHLine(5,10,10,WHITE);
matrix.drawPixel(6,10,ROSY);
matrix.drawPixel(7,10,BLACK);
matrix.drawPixel(12,10,BLACK);
matrix.drawPixel(13,10,ROSY);
matrix.drawFastHLine(6,11,8,WHITE);
matrix.drawFastHLine(8,11,4,BLACK);
matrix.drawFastHLine(7,12,6,WHITE);
matrix.drawFastHLine(7,13,6,RED);
matrix.drawPixel(8,13,GREEN);
matrix.drawPixel(10,13,GREEN);
matrix.drawPixel(12,13,GREEN);
matrix.show();
}
void drawAnimatedCoffee() {
matrix.fillScreen(BLACK);
matrix.show();
//DRAW THE CUP FIRST
//DRAW GRAY
matrix.fillRect(4,4,9,9,GRAY);
matrix.drawFastHLine(5,13,7,GRAY);
matrix.drawFastHLine(13,6,2,GRAY);
matrix.drawFastHLine(14,7,2,GRAY);
matrix.drawFastVLine(15,8,2,GRAY);
matrix.drawPixel(14,10,GRAY);
matrix.drawPixel(13,11,GRAY);
//DRAW RED
matrix.drawPixel(6,5,RED);
matrix.drawPixel(10,5,RED);
matrix.drawFastHLine(5,6,3,RED);
matrix.drawFastHLine(9,6,3,RED);
matrix.fillRect(5,7,7,3,RED);
matrix.drawFastHLine(6,10,5,RED);
matrix.drawFastHLine(7,11,3,RED);
matrix.drawPixel(8,12,RED);
//SHOW THE CUP
matrix.show();
int numAnimations = 5; //Number of animations...
for (int i = 0 ; i < numAnimations ; i++)
{
drawCoffeeCupFrame1();
delay(600);
drawCoffeeCupFrame2();
delay(600);
}
}
void drawCoffeeCupFrame1() {
//DRAW THE FIRST FRAME OF STEAM
matrix.fillRect(0,0,17,4,BLACK);
matrix.drawPixel(5,0,WHITE);
matrix.drawPixel(4,1,WHITE);
matrix.drawPixel(5,2,WHITE);
matrix.drawPixel(4,3,WHITE);
matrix.drawPixel(8,0,WHITE);
matrix.drawPixel(7,1,WHITE);
matrix.drawPixel(8,2,WHITE);
matrix.drawPixel(7,3,WHITE);
matrix.drawPixel(11,0,WHITE);
matrix.drawPixel(10,1,WHITE);
matrix.drawPixel(11,2,WHITE);
matrix.drawPixel(10,3,WHITE);
matrix.show();
}
void drawCoffeeCupFrame2() {
//DRAW THE SECOND FRAME OF STEAM
matrix.fillRect(0,0,17,4,BLACK);
matrix.drawPixel(4,0,WHITE);
matrix.drawPixel(5,1,WHITE);
matrix.drawPixel(4,2,WHITE);
matrix.drawPixel(5,3,WHITE);
matrix.drawPixel(7,0,WHITE);
matrix.drawPixel(8,1,WHITE);
matrix.drawPixel(7,2,WHITE);
matrix.drawPixel(8,3,WHITE);
matrix.drawPixel(10,0,WHITE);
matrix.drawPixel(11,1,WHITE);
matrix.drawPixel(10,2,WHITE);
matrix.drawPixel(11,3,WHITE);
matrix.show();
}
file_8331.txt
C/C++As promised here is the full Spark Core code including the web functions for getting the info from the iPad and iPhone apps.
// This #include statement was automatically added by the Spark IDE.
#include "neopixel/neopixel.h"
// This #include statement was automatically added by the Spark IDE.
#include "neomatrix/neomatrix.h"
// This #include statement was automatically added by the Spark IDE.
#include "Adafruit_GFX/Adafruit_GFX.h"
// Color definitions
#define BLUE 0x001F
// IMPORTANT: Set pixel COUNT, PIN and TYPE
#define PIXEL_PIN D6
#define PIXEL_COUNT 238
#define PIXEL_TYPE WS2812B
// I define the pixels as both a strip and a matrix. Mainly because
// I like some of the strip effects from the demo program. I can
// reference either the strip or the matrix in the rest of my code.
Adafruit_NeoPixel strip = Adafruit_NeoPixel(PIXEL_COUNT, PIXEL_PIN, PIXEL_TYPE); // Define as a strip to do some cool rainbow effects.
Adafruit_NeoMatrix matrix = Adafruit_NeoMatrix(17, 14, 6, // Define a NeoMatrix 17 pixels wide by 14
NEO_MATRIX_BOTTOM + NEO_MATRIX_RIGHT + // pixel high on pin 6. Spark core hooked to
NEO_MATRIX_COLUMNS + NEO_MATRIX_ZIGZAG); // the BOTTOM RIGHT and wired by COLUMNS in
// a ZIGZAG pattern. See: http://goo.gl/ci2VhY
// Easier to define all colors needed here.
uint32_t PEACH = matrix.Color(221,171,127);
uint32_t ROSY = matrix.Color(255,176,193);
uint32_t LIGHTBLUE = matrix.Color(94,185,247);
uint32_t RED = matrix.Color(255,0,0);
uint32_t GREEN = matrix.Color(0,255,0);
uint32_t GRAY = matrix.Color(100,100,100);
uint32_t BROWN = matrix.Color(117,76,41);
uint32_t PURPLE = matrix.Color(152,5,229);
uint32_t DARKGREEN = matrix.Color(12,158,17);
uint32_t PINK = matrix.Color(250,101,148);
uint32_t ORANGE = matrix.Color(241,90,41);
uint32_t YELLOW = matrix.Color(255,242,0);
uint32_t BLACK = matrix.Color(0,0,0);
uint32_t WHITE = matrix.Color(255,255,255);
//Variables needed for when we're doing live drawing.
bool isDrawing = false;
bool startDrawing = false;
void setup() {
//Register our Spark function here
Spark.function("showPicture", showPicture); // Register for the showPicture function from iPhone App
Spark.function("drawThePixel", drawThePixel); // Register for the drawPixel function from iPad App
matrix.begin();
// This is just a sequence of RED, GREEN, then OFF(BLACK) so I know the screen reset.
matrix.fillScreen(RED);
matrix.show();
delay(2000);
matrix.fillScreen(GREEN);
matrix.show();
delay(2000);
matrix.fillScreen(BLACK);
matrix.show();
}
void loop() {
if (startDrawing) { // Only way I could consistently get it to clear the screen
matrix.fillScreen(BLACK); // was to track a temporaray startDrawing boolean to set the
matrix.show(); // display to black the first time we hit the main loop again.
startDrawing = false; // Otherwise I would always end up with part of the image that
} // was displaying before drawing began on the screen.
//If we are not drawing, run the normal routine.
if(!isDrawing) {
normalRoutine();
}
}
// This is my normal routine that just runs through all the different
// images we're created.
void normalRoutine() {
if (startDrawing) { return; } // Check before each item whether we have started drawing.
scrollText(" Merry Christmas!",GREEN,RED);
if (startDrawing) { return; }
delay(1000);
if (startDrawing) { return; }
drawReindeer();
if (startDrawing) { return; }
delay(5000);
if (startDrawing) { return; }
drawHarperPresent();
if (startDrawing) { return; }
delay(5000);
if (startDrawing) { return; }
drawSanta1();
if (startDrawing) { return; }
delay(5000);
if (startDrawing) { return; }
scrollText(" HO! HO! HO!",GREEN,RED);
if (startDrawing) { return; }
delay(1000);
if (startDrawing) { return; }
drawHarperTree();
if (startDrawing) { return; }
delay(5000);
if (startDrawing) { return; }
drawLexiePattern();
if (startDrawing) { return; }
delay(5000);
if (startDrawing) { return; }
drawAnimatedCoffee();
if (startDrawing) { return; }
delay(500);
if (startDrawing) { return; }
drawLexieStar();
if (startDrawing) { return; }
delay(5000);
if (startDrawing) { return; }
scrollText(" We wish you a Merry Christmas!",GREEN,RED);
if (startDrawing) { return; }
delay(1000);
if (startDrawing) { return; }
drawElfGirl();
if (startDrawing) { return; }
delay(5000);
if (startDrawing) { return; }
drawTobeyPattern();
if (startDrawing) { return; }
delay(5000);
if (startDrawing) { return; }
drawSnowman();
if (startDrawing) { return; }
delay(5000);
if (startDrawing) { return; }
drawHarperH();
if (startDrawing) { return; }
delay(5000);
if (startDrawing) { return; }
drawAnimatedCoffee();
if (startDrawing) { return; }
delay(500);
if (startDrawing) { return; }
drawLexieSnowman();
if (startDrawing) { return; }
delay(5000);
if (startDrawing) { return; }
drawMirandaChevronPattern();
if (startDrawing) { return; }
delay(5000);
if (startDrawing) { return; }
drawHarperMerry();
if (startDrawing) { return; }
delay(5000);
if (startDrawing) { return; }
drawMirandaPresents();
if (startDrawing) { return; }
delay(5000);
if (startDrawing) { return; }
drawHarperJoyJoy();
if (startDrawing) { return; }
delay(5000);
if (startDrawing) { return; }
drawMirandaTree();
if (startDrawing) { return; }
delay(5000);
if (startDrawing) { return; }
drawHarperCandyCane();
if (startDrawing) { return; }
delay(5000);
if (startDrawing) { return; }
drawMirandaPlusPattern();
if (startDrawing) { return; }
delay(5000);
if (startDrawing) { return; }
drawMirandaPenguin();
if (startDrawing) { return; }
delay(5000);
if (startDrawing) { return; }
drawMirandaSnowflake();
if (startDrawing) { return; }
delay(5000);
}
//Rainbow function from Adafruit Strip Demo.
void rainbow(uint8_t wait) {
uint16_t i, j;
for(j=0; j<256; j++) {
for(i=0; i<strip.numPixels(); i++) {
strip.setPixelColor(i, Wheel((i+j) & 255));
}
strip.show();
delay(wait);
}
}
// Input a value 0 to 255 to get a color value.
// The colours are a transition r - g - b - back to r.
uint32_t Wheel(byte WheelPos) {
if(WheelPos < 85) {
return strip.Color(WheelPos * 3, 255 - WheelPos * 3, 0);
} else if(WheelPos < 170) {
WheelPos -= 85;
return strip.Color(255 - WheelPos * 3, 0, WheelPos * 3);
} else {
WheelPos -= 170;
return strip.Color(0, WheelPos * 3, 255 - WheelPos * 3);
}
}
// Function run when we receive a "showPicture" command from the
// iPhone app. Only a few cases are handled because I haven't expanded
// it to handle all the different pictures.
// Input: the string Command we received.
// Return: An Integer that's passed back through the Spark API to the
// iPhone app. 0 for false or "Not Displayed" 1 for true or "Displayed"
int showPicture(String command) {
if (isDrawing) {
return 0;
}
if (command == "coffeeCup"){
drawAnimatedCoffee();
delay(10000);
return 1;
}
else if (command == "elfGirl"){
drawElfGirl();
delay(10000);
return 1;
}
else if (command == "reindeer"){
drawReindeer();
delay(10000);
return 1;
}
else if (command == "santa1") {
drawSanta1();
delay(10000);
return 1;
}
else if (command == "snowman"){
drawSnowman();
delay(10000);
return 1;
}
return 0;
}
// Function run when we receive a "drawPixel" command from the iPad
// app.
// Input: String Command. iPad sends either "startDrawing", "stopDrawing",
// "clearDisplay", or a pixel like "x,y,r,g,b"
// example: "0,0,255,255,255" Pixel 0,0 RGB (255,255,255) or White.
int drawThePixel(String command) {
if (command == "startDrawing") {
if (isDrawing) {
return 2;
}
isDrawing = true;
startDrawing = true;
matrix.fillScreen(BLACK);
matrix.show();
return 1;
}
else if (command == "stopDrawing") {
isDrawing = false;
return 1;
}
else if (command == "clearDisplay") {
matrix.fillScreen(BLACK);
matrix.show();
return 1;
}
else
{
// Yes I know there has to be a more efficient way of parsing this string.
// My "C" programing skills are lacking in the area of string manipulation.
int commaIndex = command.indexOf(',');
int secondCommaIndex = command.indexOf(',', commaIndex+1);
int thirdCommaIndex = command.indexOf(',', secondCommaIndex+1);
int fourthCommaIndex = command.indexOf(',', thirdCommaIndex+1);
String xCoord = command.substring(0,commaIndex);
String yCoord = command.substring(commaIndex+1, secondCommaIndex);
String rValue = command.substring(secondCommaIndex+1, thirdCommaIndex);
String gValue = command.substring(thirdCommaIndex+1, fourthCommaIndex);
String bValue = command.substring(fourthCommaIndex+1);
matrix.drawPixel(xCoord.toInt(),yCoord.toInt(),matrix.Color(rValue.toInt(),gValue.toInt(),bValue.toInt()));
// Show three times because once causes weird things...
// This tripped me up for a long time. If I only did matrix.show()
// once, the screen would randomly display the wrong pixels and the
// wrong colors. Then every third pixel command it would draw right.
// It was very frustrating. I finally realized if I'd send the command
// three times, it would work as expected with no noticeable issues
// on the screen...
matrix.show();
matrix.show();
matrix.show();
return 1;
}
return 0;
}
// Scroll text function. Basis for this function from the following instructable
// by turnturtle. http://goo.gl/l7tvX9
void scrollText(String text, uint32_t backgroundColor, uint32_t textColor) {
matrix.setTextColor(textColor);
matrix.setTextSize(1);
matrix.setTextWrap(false);
//String text = " Merry Christmas!"; // sample text
const int width = 3; // width of the marquee display (in characters)
// Loop once through the string
for (int offset = 0; offset < text.length(); offset++)
{
// Construct the string to display for this iteration
String t = "";
for (int i = 0; i < width; i++)
t += text.charAt((offset + i) % text.length());
// Print the string for this iteration
// matrix.setTextColor(randomColor());
matrix.setCursor(0, 3); // display will be halfway down screen
matrix.print(t);
matrix.show();
// Short delay so the text doesn't move too fast
delay(350);
matrix.fillScreen(backgroundColor);
matrix.show();
}
}
//function to generate a random color. ;)
uint32_t randomColor() {
uint32_t colorToReturn = matrix.Color(random(0,256),random(0,256),random(0,256));
return colorToReturn;
}
// This is untested. I just found the setBrightness() function.
// It should fade a color to screen...
void fadeToColor(uint32_t color, uint8_t duration)
{
// Valid values for setBrightness are 0-16
for (int i = 0; i <= 16; i++)
{
matrix.fillScreen(color);
matrix.setBrightness(i);
matrix.show();
delay(duration / 16);
}
matrix.setBrightness(16); //Reset brightness for next drawing?
}
// Below here are all the functions to draw the individual pictures.
void drawSanta1() {
matrix.fillScreen(BLACK);
matrix.drawFastHLine(10,1,5,RED);
matrix.drawFastHLine(9,2,7,RED);
matrix.drawFastHLine(8,3,9,RED);
matrix.drawFastHLine(6,4,3,RED);
matrix.drawFastHLine(9,4,8,WHITE);
matrix.drawPixel(5,5,WHITE);
matrix.drawPixel(9,5,WHITE);
matrix.drawPixel(10,5,PEACH);
matrix.drawPixel(11,5,LIGHTBLUE);
matrix.drawPixel(12,5,PEACH);
matrix.drawPixel(13,5,LIGHTBLUE);
matrix.drawPixel(14,5,PEACH);
matrix.drawPixel(15,5,WHITE);
matrix.drawPixel(9,6,WHITE);
matrix.drawPixel(10,6,ROSY);
matrix.drawFastHLine(11,6,3,PEACH);
matrix.drawPixel(14,6,ROSY);
matrix.drawPixel(15,6,WHITE);
matrix.drawPixel(9,7,WHITE);
matrix.drawPixel(10,7,PEACH);
matrix.drawFastHLine(11,7,3,WHITE);
matrix.drawPixel(14,7,PEACH);
matrix.drawPixel(15,7,WHITE);
matrix.drawFastHLine(9,8,3,WHITE);
matrix.drawPixel(12,8,PEACH);
matrix.drawFastHLine(13,8,3,WHITE);
matrix.drawFastHLine(9,9,7,WHITE);
matrix.drawFastHLine(10,10,5,WHITE);
matrix.drawFastHLine(11,11,3,WHITE);
matrix.show();
}
void drawReindeer() {
matrix.fillScreen(WHITE);
matrix.drawFastHLine(5,0,3,GRAY);
matrix.drawFastHLine(10,0,3,GRAY);
matrix.drawPixel(7,1,GRAY);
matrix.drawPixel(10,1,GRAY);
matrix.drawFastHLine(3,2,3,BROWN);
matrix.drawPixel(7,2,GRAY);
matrix.drawPixel(10,2,GRAY);
matrix.drawFastHLine(12,2,3,BROWN);
matrix.drawFastHLine(2,3,4,BROWN);
matrix.drawFastHLine(7,3,4,BROWN);
matrix.drawFastHLine(12,3,4,BROWN);
matrix.drawFastHLine(6,4,6,BROWN);
matrix.drawFastHLine(6,5,6,BROWN);
//Draw whole row for eyes
matrix.drawFastHLine(6,6,6,BROWN);
//Draw Eyes
matrix.drawPixel(7,6,BLACK);
matrix.drawPixel(10,6,BLACK);
matrix.drawFastHLine(6,7,6,BROWN);
matrix.drawFastHLine(6,8,6,BROWN);
matrix.drawFastHLine(7,9,4,BROWN);
matrix.drawFastHLine(7,10,4,BROWN);
matrix.drawFastHLine(7,11,4,BROWN);
matrix.drawPixel(7,12,BROWN);
matrix.drawPixel(10,12,BROWN);
matrix.drawFastHLine(8,12,2,RED);
matrix.drawFastHLine(8,13,2,BROWN);
matrix.show();
}
void drawHarperTree() {
matrix.fillScreen(LIGHTBLUE);
matrix.drawPixel(8,1,YELLOW);
matrix.drawPixel(8,2,GREEN);
matrix.drawFastHLine(7,3,3,GREEN);
matrix.drawPixel(6,4,GREEN);
matrix.drawPixel(7,4,BLUE);
matrix.drawPixel(8,4,GREEN);
matrix.drawPixel(9,4,PURPLE);
matrix.drawFastHLine(5,5,5,GREEN);
matrix.drawFastHLine(5,6,5,GREEN);
matrix.drawFastHLine(4,7,8,GREEN);
matrix.drawFastHLine(4,8,8,GREEN);
matrix.drawPixel(6,8,PINK);
matrix.drawFastHLine(3,9,9,GREEN);
matrix.drawFastHLine(3,10,9,GREEN);
matrix.drawFastHLine(5,11,4,BROWN);
matrix.drawFastHLine(5,12,4,BROWN);
matrix.drawFastHLine(0,13,17,DARKGREEN);
matrix.show();
}
void drawLexieStar() {
matrix.fillScreen(BLACK);
matrix.drawLine(2,0,8,6,YELLOW);
matrix.drawLine(8,6,14,0,YELLOW);
matrix.drawLine(4,13,8,8,YELLOW);
matrix.drawLine(13,13,8,8,YELLOW);
matrix.drawFastHLine(0,8,17,YELLOW);
matrix.drawFastVLine(8,0,14,YELLOW);
matrix.show();
}
void drawLexieSnowman() {
matrix.fillScreen(LIGHTBLUE);
matrix.drawFastHLine(8,0,2,BLACK);
matrix.drawFastHLine(8,1,2,PINK);
matrix.drawFastHLine(5,2,8,BLACK);
matrix.drawFastHLine(7,3,4,WHITE);
matrix.drawPixel(7,4,WHITE);
matrix.drawPixel(10,4,WHITE);
matrix.drawFastHLine(8,4,2,BLACK);
matrix.drawFastHLine(7,5,4,WHITE);
matrix.drawFastHLine(7,6,4,BLACK);
matrix.drawPixel(3,7,BROWN);
matrix.drawFastHLine(6,7,6,WHITE);
matrix.drawPixel(14,7,BROWN);
matrix.drawFastHLine(2,8,4,BROWN);
matrix.drawFastHLine(6,8,2,WHITE);
matrix.drawFastHLine(8,8,2,BLACK);
matrix.drawFastHLine(10,8,2,WHITE);
matrix.drawFastHLine(12,8,4,BROWN);
matrix.drawPixel(3,9,BROWN);
matrix.drawFastHLine(6,9,2,WHITE);
matrix.drawFastHLine(8,9,2,BLACK);
matrix.drawFastHLine(10,9,2,WHITE);
matrix.drawPixel(14,9,BROWN);
matrix.drawFastHLine(6,10,2,WHITE);
matrix.drawFastHLine(8,10,2,BLACK);
matrix.drawFastHLine(10,10,2,WHITE);
matrix.drawFastHLine(5,11,8,WHITE);
matrix.drawFastHLine(5,12,8,WHITE);
matrix.drawFastHLine(5,13,8,WHITE);
matrix.show();
}
void drawElfGirl() {
matrix.fillScreen(WHITE);
//DRAW ALL PEACH
matrix.fillRect(3,4,12,8,PEACH);
matrix.fillRect(7,12,4,2,PEACH);
//DRAW ALL YELLOW
matrix.fillRect(0,4,2,2,YELLOW);
//DRAW ALL GREEN
matrix.drawFastHLine(4,0,9,GREEN);
matrix.drawFastHLine(3,1,12,GREEN);
matrix.drawFastHLine(2,2,14,GREEN);
matrix.drawFastHLine(2,3,3,GREEN);
//DRAW ALL BROWN
matrix.drawFastHLine(5,3,11,BROWN);
matrix.drawFastHLine(2,4,4,BROWN);
matrix.drawFastHLine(2,5,2,BROWN);
matrix.drawFastVLine(0,7,2,BROWN);
matrix.drawFastVLine(1,6,5,BROWN);
matrix.drawFastVLine(2,4,9,BROWN);
matrix.drawFastVLine(4,10,2,BROWN);
matrix.drawPixel(5,11,BROWN);
matrix.drawPixel(0,12,BROWN);
matrix.drawPixel(1,13,BROWN);
matrix.drawFastVLine(15,3,8,BROWN);
matrix.drawFastVLine(16,4,6,BROWN);
matrix.drawFastVLine(14,10,3,BROWN);
matrix.drawPixel(13,11,BROWN);
matrix.drawPixel(15,13,BROWN);
matrix.drawPixel(16,12,BROWN);
//DRAW ALL EYES
matrix.drawPixel(6,6,LIGHTBLUE);
matrix.drawPixel(11,6,LIGHTBLUE);
//DRAW ALL ROSY
matrix.fillRect(5,8,2,2,ROSY);
matrix.fillRect(11,8,2,2,ROSY);
//DRAW ALL RED
matrix.drawFastHLine(8,10,2,RED);
matrix.show();
}
void drawTobeyPattern() {
matrix.fillScreen(PINK);
matrix.drawRect(1,1,15,12,ORANGE);
matrix.drawRect(6,4,7,5,YELLOW);
matrix.drawRect(7,5,5,3,PURPLE);
matrix.drawFastHLine(8,6,3,LIGHTBLUE);
matrix.show();
}
void drawAnimatedCoffee() {
matrix.fillScreen(BLACK);
matrix.show();
//DRAW THE CUP FIRST
//DRAW GRAY
matrix.fillRect(4,4,9,9,GRAY);
matrix.drawFastHLine(5,13,7,GRAY);
matrix.drawFastHLine(13,6,2,GRAY);
matrix.drawFastHLine(14,7,2,GRAY);
matrix.drawFastVLine(15,8,2,GRAY);
matrix.drawPixel(14,10,GRAY);
matrix.drawPixel(13,11,GRAY);
//DRAW RED
matrix.drawPixel(6,5,RED);
matrix.drawPixel(10,5,RED);
matrix.drawFastHLine(5,6,3,RED);
matrix.drawFastHLine(9,6,3,RED);
matrix.fillRect(5,7,7,3,RED);
matrix.drawFastHLine(6,10,5,RED);
matrix.drawFastHLine(7,11,3,RED);
matrix.drawPixel(8,12,RED);
//SHOW THE CUP
matrix.show();
int numAnimations = 5; //Number of animations...
for (int i = 0 ; i < numAnimations ; i++)
{
drawCoffeeCupFrame1();
delay(600);
drawCoffeeCupFrame2();
delay(600);
}
}
void drawCoffeeCupFrame1() {
//DRAW THE FIRST FRAME OF STEAM
matrix.fillRect(0,0,17,4,BLACK);
matrix.drawPixel(5,0,WHITE);
matrix.drawPixel(4,1,WHITE);
matrix.drawPixel(5,2,WHITE);
matrix.drawPixel(4,3,WHITE);
matrix.drawPixel(8,0,WHITE);
matrix.drawPixel(7,1,WHITE);
matrix.drawPixel(8,2,WHITE);
matrix.drawPixel(7,3,WHITE);
matrix.drawPixel(11,0,WHITE);
matrix.drawPixel(10,1,WHITE);
matrix.drawPixel(11,2,WHITE);
matrix.drawPixel(10,3,WHITE);
matrix.show();
}
void drawCoffeeCupFrame2() {
//DRAW THE SECOND FRAME OF STEAM
matrix.fillRect(0,0,17,4,BLACK);
matrix.drawPixel(4,0,WHITE);
matrix.drawPixel(5,1,WHITE);
matrix.drawPixel(4,2,WHITE);
matrix.drawPixel(5,3,WHITE);
matrix.drawPixel(7,0,WHITE);
matrix.drawPixel(8,1,WHITE);
matrix.drawPixel(7,2,WHITE);
matrix.drawPixel(8,3,WHITE);
matrix.drawPixel(10,0,WHITE);
matrix.drawPixel(11,1,WHITE);
matrix.drawPixel(10,2,WHITE);
matrix.drawPixel(11,3,WHITE);
matrix.show();
}
void drawSnowman() {
matrix.fillScreen(LIGHTBLUE);
matrix.fillRect(7,0,6,4,BLACK);
matrix.drawFastHLine(7,4,6,RED);
matrix.drawFastHLine(5,5,10,BLACK);
matrix.drawFastHLine(6,6,8,WHITE);
matrix.drawFastHLine(5,7,10,WHITE);
matrix.drawPixel(8,7,BLACK);
matrix.drawPixel(11,7,BLACK);
matrix.drawFastHLine(5,8,10,WHITE);
matrix.drawFastHLine(5,9,10,WHITE);
matrix.drawFastHLine(6,9,2,ROSY);
matrix.drawFastHLine(9,9,2,ORANGE);
matrix.drawFastHLine(12,9,2,ROSY);
matrix.drawFastHLine(5,10,10,WHITE);
matrix.drawPixel(6,10,ROSY);
matrix.drawPixel(7,10,BLACK);
matrix.drawPixel(12,10,BLACK);
matrix.drawPixel(13,10,ROSY);
matrix.drawFastHLine(6,11,8,WHITE);
matrix.drawFastHLine(8,11,4,BLACK);
matrix.drawFastHLine(7,12,6,WHITE);
matrix.drawFastHLine(7,13,6,RED);
matrix.drawPixel(8,13,GREEN);
matrix.drawPixel(10,13,GREEN);
matrix.drawPixel(12,13,GREEN);
matrix.show();
}
void drawMirandaChevronPattern() {
matrix.fillScreen(GREEN);
matrix.drawLine(2,0,8,6,RED);
matrix.drawLine(3,0,8,5,RED);
matrix.drawLine(4,0,8,4,RED);
matrix.drawLine(8,4,12,0,RED);
matrix.drawLine(8,5,13,0,RED);
matrix.drawLine(8,6,14,0,RED);
matrix.drawPixel(8,0,RED);
matrix.drawLine(0,2,8,10,RED);
matrix.drawLine(0,3,8,11,RED);
matrix.drawLine(0,4,8,12,RED);
matrix.drawLine(8,10,16,2,RED);
matrix.drawLine(8,11,16,3,RED);
matrix.drawLine(8,12,16,4,RED);
matrix.drawLine(0,8,5,13,RED);
matrix.drawLine(0,9,4,13,RED);
matrix.drawLine(0,10,3,13,RED);
matrix.drawLine(11,13,16,8,RED);
matrix.drawLine(12,13,16,9,RED);
matrix.drawLine(13,13,16,10,RED);
matrix.show();
}
void drawMirandaPlusPattern() {
matrix.fillScreen(GREEN);
matrix.drawFastHLine(4,0,2,RED);
matrix.drawFastHLine(10,0,2,RED);
matrix.drawPixel(16,0,RED);
matrix.fillRect(1,1,2,4,RED);
matrix.fillRect(0,2,4,2,RED);
matrix.fillRect(7,1,2,4,RED);
matrix.fillRect(6,2,4,2,RED);
matrix.fillRect(13,1,2,4,RED);
matrix.fillRect(12,2,4,2,RED);
matrix.drawFastVLine(0,6,2,RED);
matrix.fillRect(4,5,2,4,RED);
matrix.fillRect(3,6,4,2,RED);
matrix.fillRect(10,5,2,4,RED);
matrix.fillRect(9,6,4,2,RED);
matrix.drawFastVLine(16,5,4,RED);
matrix.drawFastVLine(15,6,2,RED);
matrix.fillRect(1,9,2,4,RED);
matrix.fillRect(0,10,4,2,RED);
matrix.fillRect(7,9,2,4,RED);
matrix.fillRect(6,10,4,2,RED);
matrix.fillRect(13,9,2,4,RED);
matrix.fillRect(12,10,4,2,RED);
matrix.drawFastHLine(4,13,2,RED);
matrix.drawFastHLine(10,13,2,RED);
matrix.drawPixel(16,13,RED);
matrix.show();
}
void drawMirandaPresents() {
matrix.fillScreen(WHITE);
matrix.fillRect(7,0,5,13,YELLOW);
matrix.fillRect(9,0,2,4,RED);
matrix.fillRect(8,1,4,2,RED);
matrix.fillRect(1,9,7,5,RED);
matrix.fillRect(11,6,5,8,RED);
matrix.drawFastHLine(1,11,7,GREEN);
matrix.drawFastVLine(4,8,6,GREEN);
matrix.drawFastVLine(1,5,3,GREEN);
matrix.drawFastVLine(2,6,3,GREEN);
matrix.drawFastVLine(3,7,2,GREEN);
matrix.drawFastVLine(7,5,3,GREEN);
matrix.drawFastVLine(6,6,3,GREEN);
matrix.drawFastVLine(5,7,2,GREEN);
matrix.drawPixel(15,6,GREEN);
matrix.drawLine(11,6,15,10,GREEN);
matrix.drawLine(11,7,15,11,GREEN);
matrix.drawFastVLine(11,11,3,GREEN);
matrix.drawFastVLine(12,12,2,GREEN);
matrix.drawPixel(13,13,GREEN);
matrix.show();
}
void drawMirandaTree() {
matrix.fillScreen(WHITE);
matrix.drawFastVLine(8,12,2,BROWN);
matrix.drawFastHLine(3,11,11,GREEN);
matrix.drawFastHLine(5,10,7,GREEN);
matrix.drawFastHLine(4,9,9,GREEN);
matrix.drawFastHLine(5,8,7,GREEN);
matrix.drawFastHLine(6,7,5,GREEN);
matrix.drawFastHLine(5,6,6,GREEN);
matrix.drawFastHLine(6,5,5,GREEN);
matrix.drawFastHLine(7,4,3,GREEN);
matrix.drawFastHLine(6,3,5,GREEN);
matrix.drawFastHLine(7,2,3,GREEN);
matrix.drawPixel(8,1,GREEN);
//Show the green tree.
matrix.show();
delay(1000);
//now put the ornaments on one at a time...
matrix.drawPixel(4,11,RED);
matrix.show();
delay(300);
matrix.drawPixel(9,5,YELLOW);
matrix.show();
delay(300);
matrix.drawPixel(6,8,LIGHTBLUE);
matrix.show();
delay(300);
matrix.drawPixel(13,11,YELLOW);
matrix.show();
delay(300);
matrix.drawPixel(9,2,RED);
matrix.show();
delay(300);
matrix.drawPixel(7,10,YELLOW);
matrix.show();
delay(300);
matrix.drawPixel(6,5,RED);
matrix.show();
delay(300);
matrix.drawPixel(10,6,LIGHTBLUE);
matrix.show();
delay(300);
matrix.drawPixel(8,7,RED);
matrix.show();
delay(300);
matrix.drawPixel(10,8,YELLOW);
matrix.show();
delay(300);
matrix.drawPixel(11,10,LIGHTBLUE);
matrix.show();
delay(300);
matrix.drawPixel(9,9,RED);
matrix.show();
delay(300);
matrix.drawPixel(7,3,YELLOW);
matrix.show();
delay(300);
//now add the star and fade it...
matrix.drawPixel(8,0,YELLOW);
matrix.show();
}
void drawMirandaPenguin() {
matrix.fillScreen(WHITE);
matrix.drawFastVLine(1,5,4,GRAY);
matrix.drawFastVLine(2,7,3,GRAY);
matrix.drawFastVLine(3,4,9,GRAY);
matrix.drawPixel(4,3,GRAY);
matrix.drawFastHLine(3,12,10,GRAY);
matrix.drawFastVLine(12,5,8,GRAY);
matrix.drawFastVLine(13,7,3,GRAY);
matrix.drawFastVLine(14,5,4,GRAY);
matrix.drawFastHLine(7,6,2,ORANGE);
matrix.drawFastHLine(5,13,2,ORANGE);
matrix.drawFastHLine(9,13,2,ORANGE);
matrix.drawFastHLine(10,0,2,LIGHTBLUE);
matrix.drawFastHLine(4,2,2,LIGHTBLUE);
matrix.drawFastHLine(6,3,5,LIGHTBLUE);
matrix.drawFastHLine(11,4,2,LIGHTBLUE);
matrix.drawFastHLine(8,1,3,PINK);
matrix.drawFastHLine(6,2,6,PINK);
matrix.drawFastHLine(11,3,2,PINK);
matrix.drawPixel(6,5,GREEN);
matrix.drawPixel(9,5,GREEN);
matrix.show();
}
void drawMirandaSnowflake() {
matrix.fillScreen(BLACK);
//top from top down
matrix.drawPixel(8,0,LIGHTBLUE);
matrix.drawFastHLine(7,1,3,LIGHTBLUE);
matrix.drawFastHLine(1,2,4,LIGHTBLUE);
matrix.drawFastHLine(6,2,5,LIGHTBLUE);
matrix.drawFastHLine(12,2,4,LIGHTBLUE);
matrix.drawFastHLine(2,3,4,LIGHTBLUE);
matrix.drawFastHLine(7,3,3,LIGHTBLUE);
matrix.drawFastHLine(11,3,4,LIGHTBLUE);
matrix.drawFastHLine(3,4,4,LIGHTBLUE);
matrix.drawPixel(8,4,LIGHTBLUE);
matrix.drawFastHLine(10,4,4,LIGHTBLUE);
matrix.drawPixel(2,5,LIGHTBLUE);
matrix.drawFastHLine(4,5,4,LIGHTBLUE);
matrix.drawFastHLine(9,5,4,LIGHTBLUE);
matrix.drawPixel(14,5,LIGHTBLUE);
//middle line
matrix.drawFastHLine(1,6,3,LIGHTBLUE);
matrix.drawPixel(8,6,LIGHTBLUE);
matrix.drawFastHLine(13,6,3,LIGHTBLUE);
//Bottom from bottom up...
matrix.drawPixel(8,12,LIGHTBLUE);
matrix.drawFastHLine(7,11,3,LIGHTBLUE);
matrix.drawFastHLine(1,10,4,LIGHTBLUE);
matrix.drawFastHLine(6,10,5,LIGHTBLUE);
matrix.drawFastHLine(12,10,4,LIGHTBLUE);
matrix.drawFastHLine(2,9,4,LIGHTBLUE);
matrix.drawFastHLine(7,9,3,LIGHTBLUE);
matrix.drawFastHLine(11,9,4,LIGHTBLUE);
matrix.drawFastHLine(3,8,4,LIGHTBLUE);
matrix.drawPixel(8,8,LIGHTBLUE);
matrix.drawFastHLine(10,8,4,LIGHTBLUE);
matrix.drawPixel(2,7,LIGHTBLUE);
matrix.drawFastHLine(4,7,4,LIGHTBLUE);
matrix.drawFastHLine(9,7,4,LIGHTBLUE);
matrix.drawPixel(14,7,LIGHTBLUE);
matrix.show();
}
void drawLexieChristmasTree() {
matrix.fillScreen(ORANGE);
matrix.fillRect(8,12,2,2,BROWN);
matrix.drawFastHLine(3,11,12,GREEN);
matrix.drawPixel(3,10,RED);
matrix.drawFastHLine(4,10,10,GREEN);
matrix.drawPixel(14,10,BLUE);
matrix.drawPixel(4,9,BLUE);
matrix.drawFastHLine(5,9,8,GREEN);
matrix.drawPixel(13,9,RED);
matrix.drawPixel(5,8,RED);
matrix.drawFastHLine(6,8,6,GREEN);
matrix.drawPixel(12,8,BLUE);
matrix.drawPixel(6,7,BLUE);
matrix.drawFastHLine(7,7,4,GREEN);
matrix.drawPixel(11,7,RED);
matrix.drawPixel(7,6,RED);
matrix.drawFastHLine(8,6,2,GREEN);
matrix.drawPixel(10,6,BLUE);
matrix.fillRect(8,4,2,2,YELLOW);
matrix.show();
}
void drawLexiePattern() {
matrix.fillScreen(GREEN);
matrix.drawFastVLine(1,0,14,RED);
matrix.drawFastVLine(3,0,14,RED);
matrix.drawFastVLine(5,0,14,RED);
matrix.drawFastVLine(7,0,14,RED);
matrix.drawFastVLine(9,0,14,RED);
matrix.drawFastVLine(11,0,14,RED);
matrix.drawFastVLine(13,0,14,RED);
matrix.drawFastVLine(15,0,14,RED);
matrix.show();
}
void drawHarperPresent() {
matrix.fillScreen(BLUE);
matrix.fillRect(6,6,5,5,GREEN);
matrix.drawFastHLine(7,5,3,RED);
matrix.drawPixel(7,4,RED);
matrix.drawPixel(9,4,RED);
matrix.show();
}
void drawHarperH() {
matrix.fillScreen(WHITE);
matrix.drawFastVLine(5,3,2,ORANGE);
matrix.drawFastVLine(6,3,8,ORANGE);
matrix.drawFastVLine(7,3,6,ORANGE);
matrix.drawFastVLine(8,6,3,ORANGE);
matrix.drawFastVLine(9,3,6,ORANGE);
matrix.drawFastVLine(10,3,8,ORANGE);
matrix.drawFastVLine(11,3,2,ORANGE);
matrix.show();
}
void drawHarperMerry() {
matrix.fillScreen(WHITE);
//M
matrix.drawFastHLine(2,2,7,ORANGE);
matrix.drawFastVLine(2,2,3,ORANGE);
matrix.drawFastVLine(5,2,3,ORANGE);
matrix.drawFastVLine(8,2,3,ORANGE);
//e
matrix.drawPixel(10,3,GREEN);
matrix.drawFastVLine(11,2,6,GREEN);
matrix.drawPixel(12,7,GREEN);
matrix.drawFastVLine(13,2,3,GREEN);
matrix.drawPixel(12,2,GREEN);
matrix.drawPixel(12,4,GREEN);
//r
matrix.drawFastVLine(2,6,4,YELLOW);
matrix.drawFastHLine(2,7,3,YELLOW);
matrix.drawPixel(4,8,YELLOW);
//r
matrix.drawFastVLine(6,6,4,ORANGE);
matrix.drawFastHLine(6,7,3,ORANGE);
matrix.drawPixel(8,8,ORANGE);
//y
matrix.drawPixel(10,9,GREEN);
matrix.drawFastHLine(10,10,3,GREEN);
matrix.drawFastVLine(12,9,4,GREEN);
matrix.drawPixel(11,12,GREEN);
matrix.show();
}
void drawHarperJoyJoy() {
matrix.fillScreen(WHITE);
//First J
matrix.drawFastHLine(1,1,5,YELLOW);
matrix.drawFastVLine(3,1,5,YELLOW);
matrix.drawFastHLine(1,5,3,YELLOW);
//First o
matrix.drawRect(7,3,4,4,ORANGE);
...
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1 project • 10 followers
Husband and father. IT Administrator. General Tinkerer.
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