diff --git a/files/BarduinoSVG.zip b/files/BarduinoSVG.zip
index ad2543d..3ffe7e2 100644
Binary files a/files/BarduinoSVG.zip and b/files/BarduinoSVG.zip differ
diff --git a/images/Barduino4.svg b/images/Barduino4.svg
index 548e022..2aecb12 100644
--- a/images/Barduino4.svg
+++ b/images/Barduino4.svg
@@ -462,7 +462,7 @@
id="SVGID_1_-7"
y2="-465.3486"
gradientUnits="userSpaceOnUse"
- gradientTransform="matrix(0,0.36000501,0.36000224,0,269.86609,34.188129)"
+ gradientTransform="matrix(0,0.36000501,0.36000224,0,279.2925,40.01764)"
x1="-267.87961"
x2="-253.5798">
Day 01
2. Say cheeeeese! (1)
Day 02
3. Sticker Challenge (1)
Day 03
4. Talk morse to me (1)
5. Jingle Bells! (1)
6. Barduino wishes you a Merry Christmas! (1)
7. Pianino (1)
8. Will you get the lowest temperature? (1)
9. LED's get artistic (1)
10. Can you imagine the new Barduino? (1)
11. Christmas lights (1)
12. Ligth a candle in the dark (1)
13. Visual effects (1)
14. Dress me up (1)
15. Keyboard (1)
16. Let's play! (1)
17. How AI imagines me? (1)
18. How is the weather? (1)
19. Let's party! (1)
20. Change my name (1)
21. ChatGPT can you help me write a Cristmas card? (1)
22. Let's send it to someone (1)
23. Barduino meets traditions (1)
24. Caga tioino (1)
Made with from Fablab Barcelona
"},{"location":"barduino/","title":"Barduino","text":"Here you can find a bit more info about the Barduino.
"},{"location":"howto/","title":"How to participate","text":"Embark on a dynamic journey with our Adventronics Calendar \u2013 an electrifying twist on the traditional advent calendar! Instead of the usual sweet treats, each of the 24 windows reveals a challenge centered around the Barduino. Every day we will share with you in this page more details of the challenge and a possible solution, but be creative with your own solutions. These challenges encompass coding, design, and entertaining activities that you can seamlessly weave into your December routine. While the first five participants to finish the challenge will earn a coveted Barduino sweatshirt*, the true essence lies in the joy of learning, the thrill of tackling electronics, and the camaraderie of sharing your experiences with fellow participants.
"},{"location":"howto/#progress","title":"Progress","text":"To track your progress, share a video or photo in our dedicated Telegram group using the hashtag #AdventronicsDay followed by the day's number (e.g., #AdventronicsDay05). Utilize this group to seek guidance, pose questions, and exchange insights with the vibrant community of participants. Get ready for 24 days of innovation, learning, and festive fun!
"},{"location":"howto/#social-media","title":"Social media","text":"You can share it on social media tagging @fablabbcn and using the hashtag #adventronics and/or #barduino and we will repost so we can have a collection of challenges.
"},{"location":"howto/#schedule","title":"Schedule","text":"Every morning the exercise for the day will be explained in this page and an example will be proposed.
* If there is less than 5 finishers, the prize will be given to the ones with more challenges done if they completed more than 12.
"},{"location":"template/","title":"Solution template","text":"This is a colaborative repo. We will upload a possible solution, but there are many possibilities. If you want to upload your own solution, please follow this template and you can contact us or do a pull request to upload it to the repo in the correct folder solutions/day#.
"},{"location":"template/#title","title":"Title","text":""},{"location":"template/#description","title":"Description","text":"Describe in a few lines which is your soution and the idea behind it.
"},{"location":"template/#hardware-optional","title":"Hardware (Optional)","text":"If you have more hardware than the Barduino, explain what did you use and how to connect it to the board.
"},{"location":"template/#arduino-libraries-optional","title":"Arduino Libraries (optional)","text":"You may have used some libraries to make it work, please link them here.
"},{"location":"template/#arduino-code","title":"Arduino code","text":"Paste your code here and commented if you want.\n
"},{"location":"template/#hero-shot","title":"Hero shot","text":"Upload a short video or image of the final result.
"},{"location":"template/#explanation-optional","title":"Explanation (optional)","text":"Explain your code here.
"},{"location":"solutions/01/01/","title":"Day one:","text":"Use the Barduino to blink an LED.
Blinking an LED is the Hello World of electronics, the first program you upload to check that everything is up and running. No better way to start the challenge than making sure everyting is ok! Easy one to start the challnge
You can always got to Arduino/File/Examples/01.Basic/Blink, but if you feel a bit more adventurous here you can check a possible solution:
"},{"location":"solutions/01/01/#possible-solution","title":"Possible solution!","text":""},{"location":"solutions/01/01/#arduino-code","title":"Arduino code","text":"// constants won't change. Used here to set a pin number:\nconst int led = 48; // the LED of the Barduino is connected to pin 48\n\n// Variables will change:\nint ledState = LOW; // ledState used to set the LED\n\n// Generally, you should use \"unsigned long\" for variables that hold time\n// The value will quickly become too large for an int to store\nunsigned long previousMillis = 0; // will store last time LED was updated\n\n// constants won't change:\nconst long interval = 1000; // interval at which to blink (milliseconds)\n\nvoid setup() {\n // set the digital pin as output:\n pinMode(led, OUTPUT);\n}\n\nvoid loop() {\n // check to see if it's time to blink the LED; that is, if the difference\n // between the current time and last time you blinked the LED is bigger than\n // the interval at which you want to blink the LED.\n unsigned long currentMillis = millis();\n\n if (currentMillis - previousMillis >= interval) {\n // save the last time you blinked the LED\n previousMillis = currentMillis;\n // if the LED is off turn it on and vice-versa:\n if (ledState == LOW) {\n ledState = HIGH;\n } else {\n ledState = LOW;\n }\n // set the LED with the ledState of the variable:\n digitalWrite(led, ledState);\n }\n}\n
Describe in a few lines which is your soution and the idea behind it.
"},{"location":"solutions/01/01/#hero-shot","title":"Hero shot","text":""},{"location":"solutions/02/02/","title":"Day two:","text":"Take a selfie with the Barduino.
We don't want to stress you..! Keep it simple and have a nice weekend!
"},{"location":"solutions/02/02/#hero-shot","title":"Hero shot","text":""},{"location":"solutions/03/03/","title":"Day three:","text":"Barduino sticker contest!
Today we want to test your graphic design skills...
Good luck!
We reserve the right to reject a proposal if we consider it not appropiate.
"},{"location":"solutions/03/03/#hero-shot","title":"Hero shot","text":""}]} \ No newline at end of file +{"config":{"lang":["en"],"separator":"[\\s\\-]+","pipeline":["stopWordFilter"]},"docs":[{"location":"","title":"Adventronics Calendar Challenge","text":"1. Light me up! (1)
Day 01
2. Say cheeeeese! (1)
Day 02
3. Sticker Challenge (1)
Day 03
4. Talk morse to me (1)
5. Jingle Bells! (1)
6. Barduino wishes you a Merry Christmas! (1)
7. Pianino (1)
8. Will you get the lowest temperature? (1)
9. LED's get artistic (1)
10. Can you imagine the new Barduino? (1)
11. Christmas lights (1)
12. Ligth a candle in the dark (1)
13. Visual effects (1)
14. Dress me up (1)
15. Keyboard (1)
16. Let's play! (1)
17. How AI imagines me? (1)
18. How is the weather? (1)
19. Let's party! (1)
20. Change my name (1)
21. ChatGPT can you help me write a Cristmas card? (1)
22. Let's send it to someone (1)
23. Barduino meets traditions (1)
24. Caga tioino (1)
Made with from Fablab Barcelona
"},{"location":"barduino/","title":"Barduino","text":"Here you can find a bit more info about the Barduino.
"},{"location":"howto/","title":"How to participate","text":"Embark on a dynamic journey with our Adventronics Calendar \u2013 an electrifying twist on the traditional advent calendar! Instead of the usual sweet treats, each of the 24 windows reveals a challenge centered around the Barduino. Every day we will share with you in this page more details of the challenge and a possible solution, but be creative with your own solutions. These challenges encompass coding, design, and entertaining activities that you can seamlessly weave into your December routine. While the first five participants to finish the challenge will earn a coveted Barduino sweatshirt*, the true essence lies in the joy of learning, the thrill of tackling electronics, and the camaraderie of sharing your experiences with fellow participants.
"},{"location":"howto/#progress","title":"Progress","text":"To track your progress, share a video or photo in our dedicated Telegram group using the hashtag #AdventronicsDay followed by the day's number (e.g., #AdventronicsDay05). Utilize this group to seek guidance, pose questions, and exchange insights with the vibrant community of participants. Get ready for 24 days of innovation, learning, and festive fun!
"},{"location":"howto/#social-media","title":"Social media","text":"You can share it on social media tagging @fablabbcn and using the hashtag #adventronics and/or #barduino and we will repost so we can have a collection of challenges.
"},{"location":"howto/#schedule","title":"Schedule","text":"Every morning the exercise for the day will be explained in this page and an example will be proposed.
* If there is less than 5 finishers, the prize will be given to the ones with more challenges done if they completed more than 12.
"},{"location":"template/","title":"Solution template","text":"This is a colaborative repo. We will upload a possible solution, but there are many possibilities. If you want to upload your own solution, please follow this template and you can contact us or do a pull request to upload it to the repo in the correct folder solutions/day#.
"},{"location":"template/#title","title":"Title","text":""},{"location":"template/#description","title":"Description","text":"Describe in a few lines which is your soution and the idea behind it.
"},{"location":"template/#hardware-optional","title":"Hardware (Optional)","text":"If you have more hardware than the Barduino, explain what did you use and how to connect it to the board.
"},{"location":"template/#arduino-libraries-optional","title":"Arduino Libraries (optional)","text":"You may have used some libraries to make it work, please link them here.
"},{"location":"template/#arduino-code","title":"Arduino code","text":"Paste your code here and commented if you want.\n
"},{"location":"template/#hero-shot","title":"Hero shot","text":"Upload a short video or image of the final result.
"},{"location":"template/#explanation-optional","title":"Explanation (optional)","text":"Explain your code here.
"},{"location":"solutions/01/01/","title":"Day one:","text":"Use the Barduino to blink an LED.
Blinking an LED is the Hello World of electronics, the first program you upload to check that everything is up and running. No better way to start the challenge than making sure everyting is ok! Easy one to start the challnge
You can always got to Arduino/File/Examples/01.Basic/Blink, but if you feel a bit more adventurous here you can check a possible solution:
"},{"location":"solutions/01/01/#possible-solution","title":"Possible solution!","text":""},{"location":"solutions/01/01/#arduino-code","title":"Arduino code","text":"// constants won't change. Used here to set a pin number:\nconst int led = 48; // the LED of the Barduino is connected to pin 48\n\n// Variables will change:\nint ledState = LOW; // ledState used to set the LED\n\n// Generally, you should use \"unsigned long\" for variables that hold time\n// The value will quickly become too large for an int to store\nunsigned long previousMillis = 0; // will store last time LED was updated\n\n// constants won't change:\nconst long interval = 1000; // interval at which to blink (milliseconds)\n\nvoid setup() {\n // set the digital pin as output:\n pinMode(led, OUTPUT);\n}\n\nvoid loop() {\n // check to see if it's time to blink the LED; that is, if the difference\n // between the current time and last time you blinked the LED is bigger than\n // the interval at which you want to blink the LED.\n unsigned long currentMillis = millis();\n\n if (currentMillis - previousMillis >= interval) {\n // save the last time you blinked the LED\n previousMillis = currentMillis;\n // if the LED is off turn it on and vice-versa:\n if (ledState == LOW) {\n ledState = HIGH;\n } else {\n ledState = LOW;\n }\n // set the LED with the ledState of the variable:\n digitalWrite(led, ledState);\n }\n}\n
Describe in a few lines which is your soution and the idea behind it.
"},{"location":"solutions/01/01/#hero-shot","title":"Hero shot","text":""},{"location":"solutions/02/02/","title":"Day two:","text":"Take a selfie with the Barduino.
We don't want to stress you..! Keep it simple and have a nice weekend!
"},{"location":"solutions/02/02/#hero-shot","title":"Hero shot","text":""},{"location":"solutions/03/03/","title":"Day three:","text":"Barduino sticker contest!
Today we want to test your graphic design skills...
Here you can find some SVG's of the Barduino.
Good luck!
We reserve the right to reject a proposal if we consider it not appropiate.
"},{"location":"solutions/03/03/#hero-shot","title":"Hero shot","text":""}]} \ No newline at end of file diff --git a/sitemap.xml.gz b/sitemap.xml.gz index 2cdfc83..c435e4b 100644 Binary files a/sitemap.xml.gz and b/sitemap.xml.gz differ diff --git a/solutions/03/03/index.html b/solutions/03/03/index.html index 2ea6547..1ad3c85 100644 --- a/solutions/03/03/index.html +++ b/solutions/03/03/index.html @@ -862,6 +862,7 @@Here you can find some SVG's of the Barduino.
Good luck!
We reserve the right to reject a proposal if we consider it not appropiate.