#printtime

[photoimaging-pluscity]

Es geht schön langsam wieder los bei unseren Druckprodukten. Egal ob 1Stk. - 700 Stk. oder 10.000 Stk. Ausdrucke, wir helfen euch gerne weiter. Für weitere Fragen sind wir gerne für euch da! #pluscity #print #lukaserhart #wirsindphotoimaging #minolta #druckservice #photoimaging #print #printtime (hier: Photoimaging - Lukas Erhart) https://www.instagram.com/p/CLZeBHpHSh2/?igshid=1cyh49u2ca747

[denisemorais]

Hora da estampa #printtime @lollapaloozabr #lolla #menswear #print #prints #printshirts #repost @matheusfracari @renanwiill @philipperamon_ @jeeffx (em São Paulo, Brazil) https://www.instagram.com/p/Bv4mkdUHPE4/?utm_source=ig_tumblr_share&igshid=kuk8t3b5klae

[peter3dprintings]

3dprint slowmotion videoclip from a nice Vulpix Pokemon

Total Printtime was 7 hours.

Follow me for more livestreams and updates 🙂👍

[sarahheartsdesign]

✨🦕💚 Behind the design…when I found this print block I had to have it because it reminded me of the poster in the background that I bought (with my saved up allowance!) sometime in the mid-90s.💚🦕✨ Whenever I went to NYC I made people go to the Natural History Museum. We’d always visit a variety of museums but I had to go see the dinosaurs.🦖🦖🦖 Second shot of me when I made @shanzyelizabeth @daisiesandpearls go, our friendship survived the Jurassic Period! I vaguely remember some terse exchanges as they didn’t share my enthusiasm for extinct things.🤷🏼‍♀️ Thanks for going with me friends!😘 Even dragged my mom there a few times!🤣 #ladyhanoverpress #meetthemaker #dinosaurs #naturalhistorymuseum #vintageprinting #vintageposter #designinspiration #dinosaur #jurassicpark #letterpresslife #printtime (at American Museum of Natural History)

[himanshugoyal27]

Smell the sea and feel the sky. Let your soul and spirit fly. DM for any queries. #summertime #printtime #colorstimulation #digitalprints #printfashioncasual #printfashion #photoshop #photoshoplove #illustrator #illustratorlove #summerlook #summerprints #springsummer18 #fashiondesigner #graphicdesign #printdesigner #summer18 #creativedesign. For more follow on Insta hg63457.

[seeker-keeper]

[altereddezign-blog]

We offer commercial and contract printing for other design and print shops as well. We help your company step out of the ordinary and into the extraordinary. 870-378-5387 #altereddezignz #jonesboro #jonesboroarkansas #printtime #makeprintinggreatagain

[nooccar]

Worked in a #darkroom today for the first time in 23 years. Thanks @chudsonnarf @artintersection & @azfilmphotoclub for making this possible. @charissalucille @jromero_photo @astudyinblackdotcom @jenyonen #analog #filmphotographic #monochrome #printtime #filmcommunity (at Art Intersection)

[pojetinstrumentation]

Journal de bord 

Séance 6:

Test leds température :

Durant cette séance nous avons testé nos leds RGB avec le programme du capteur température afin d'avoir notre information lumineuse en fonction de différents paliers de température, comme le demande notre cahier des charges. Pour ce faire, nous avons écrit le programme suivant :

Les leds sont connectées via des ports qui sont définis au début, de plus nous avons créé nos seuils de température qui sont des valeurs tests, adaptées a la température ambiante, en effet les vrais valeurs sont bien plus élevées. Pour la partie Loop, on reprend le programme mesurant la température avec la fonction "temp". De plus, nous comparons la valeur de la température avec nos seuils grâce aux caractères "&&", permettant alors d'assigner la couleur souhaitée via la fonction led.setColorRGB().

Test horodaté les données :

Dans un second temps, nous avons commencé le programme permettant d'horodater les données sur une carte SD, grâce au composant rtc Grove. Cela nous donnera alors des mesures enregistrées sur carte en temps réelle avec la date et l'heure à laquelle elles ont été prises. Le programme rtc est alors le suivant :

Dans la partie setup, on entre la date, l'heure et le jour qui correspond à notre point de départ pour un suivi en temps réel. La commande Clock.setTime permet d'écrire le temps sur notre RTC et donc d'avoir notre horloge. Puis nous écrivons l'heure, la date et le jour sur le port série grâce à la fonction printTime définit dans un nouveau void.

Nous pouvons alors maintenant rentrer ces valeurs dans un fichier de la carte SD. Pour ce faire nous créons un nouveau programme avec une partie du RTC :

On ouvre alors un nouveau fichier écriture pour rentrer les données horodatées via la fonction myFile = SD.open("test2.csv" , FILE_WRITE);

Cependant, le programme ne fonctionne pas comme on le souhaite, en effet les données ne s'affichent pas. Il faudra donc trouver une solution pour résoudre ce problème.

[leadupofficial]

This tutorial is based on Real-Time GPS Monitoring using M5Stick C (ESP32) with the help of Qubitro's GPS Mapping System. Things used in this project Hardware componentsM5Stack M5StickC ESP32-PICO Mini IoT Development Board×1M5Stack Mini GPS/BDS Unit×1Software apps and online servicesQubitroArduino IDEGoogle Colab Story In this DIY tutorial, we are going to build an IoT-based GPS Location tracker using M5Stack GPS Unit and M5Stick C. Here, we have used Qubitro as a Cloud platform to Map the GPS Coordinates, and this coordinates will be mapped by using Google Colab with the help of simple python script. Hardware Connections: Just kidding, there is no hard-wiring in this tutorial, simply connect the GPS unit with M5StickC, that's all. Let's Compile: I used Tiny GPS library, It's very simple to use with maximum GPS units, and all the Cloud Integration could be found in the Qubitro documentation page and upload the below Qubitro_Gps.ino sketch to the M5StickC. #include #include #include #include TinyGPSPlus gps; HardwareSerial ss(2); float Lat, Lng; String lat_str , lng_str; int sat, battery = 0; float b, c = 0; // WiFi Client WiFiClient wifiClient; // Qubitro Client QubitroMqttClient mqttClient(wifiClient); // Device Parameters char deviceID[] = "Qubitro-Device-ID"; char deviceToken[] = "Qubitro-Device-Token"; // WiFi Parameters const char* ssid = "ELDRADO"; const char* password = "amazon1234"; void setup() M5.begin(); M5.Lcd.setRotation(3); M5.Lcd.fillScreen(BLACK); M5.Lcd.setSwapBytes(true); M5.Lcd.setTextSize(1); M5.Lcd.setCursor(7, 20, 2); M5.Lcd.setTextColor(TFT_GREEN, TFT_BLACK); ss.begin(9600, SERIAL_8N1, 33, 32); wifi_init(); qubitro_init(); void loop() while (ss.available() > 0) if (gps.encode(ss.read())) if (gps.location.isValid()) void wifi_init() // Set WiFi mode WiFi.mode(WIFI_STA); // Disconnect WiFi WiFi.disconnect(); delay(100); // Initiate WiFi connection WiFi.begin(ssid, password); // Print connectivity status to the terminal Serial.print("Connecting to WiFi..."); while (true) delay(1000); Serial.print("."); if (WiFi.status() == WL_CONNECTED) Serial.println(""); Serial.println("WiFi Connected."); Serial.print("Local IP: "); Serial.println(WiFi.localIP()); Serial.print("RSSI: "); Serial.println(WiFi.RSSI()); M5.Lcd.setTextColor(RED); M5.Lcd.setCursor(0, 8); M5.Lcd.printf("Network Connected"); break; void qubitro_init() char host[] = "broker.qubitro.com"; int port = 1883; mqttClient.setId(deviceID); mqttClient.setDeviceIdToken(deviceID, deviceToken); Serial.println("Connecting to Qubitro..."); if (!mqttClient.connect(host, port)) Serial.print("Connection failed. Error code: "); Serial.println(mqttClient.connectError()); Serial.println("Visit docs.qubitro.com or create a new issue on github.com/qubitro"); Serial.println("Connected to Qubitro."); M5.Lcd.setTextColor(RED); M5.Lcd.setCursor(0, 25); M5.Lcd.printf("Uplink Established"); mqttClient.subscribe(deviceID); delay(2000); M5.Lcd.fillScreen(BLACK); void batteryLevel() c = M5.Axp.GetVapsData() * 1.4 / 1000; b = M5.Axp.GetVbatData() * 1.1 / 1000; // M5.Lcd.print(b); battery = ((b - 3.0) / 1.2) * 100; if (battery > 100) battery = 100; else if (battery < 100 && battery > 9) M5.Lcd.print(" "); else if (battery < 9) M5.Lcd.print(" "); if (battery < 10) M5.Axp.DeepSleep(); Serial.print("battery: "); Serial.println(battery); void printDate() Serial.print(gps.date.day()); Serial.print("/"); Serial.print(gps.date.month()); Serial.print("/"); Serial.println(gps.date.year()); // printTime() formats the time into "hh:mm:ss", and prints leading 0's // where they're called for. void printTime() Serial.print(gps.time.hour()); Serial.print(":"); if (gps.time.minute() < 10) Serial.print('0'); Serial.print(gps.time.minute()); Serial.print(":"); if (gps.time.second() < 10) Serial.print('0'); Serial.println(gps.time.second());

Data Visualization: Once you upload the code to M5Stick C, go to your Qubitro Device Portal and you can see the create a chart tab. Qubitro Device Page After clicked the Creation a Chart tab, select chart type as map and select the data variables ( like longitude, latitude as per the tabs) Create a Chart (Map) page That's all, now you are good to go, navigate to the Analytics area, and you can see the uploaded GPS Co-ordinates are mapped. Mapped Co-ordinates Mapping with Google Colab: If you want to map your whole location data, here I'm used python script which can phrase GPS co-ordinates and map. First you have to download the Data from Qubitro Portal by the format of CSV (now in Beta Stage), then log in to google colab and import the below python script. Import the downloaded CSV files from the Qubitro Portal. Execute the blocks one by one (make sure to rename the files in both script and files). So it's very simple and easy to use python script, Once you executed the final block you can find the logged map (sample CSV file uploaded in the GitHub). Device in action Code Qubitro GPS Mapping # import libraries + wardriving data import pandas as pd wd = pd.read_csv ('Neo-Baby-Walk.csv') # import list of all GPS Data from CSV file to pandas data frame wd.sample(100) # sample 10 random devices from dataset # len(wd) # number of detected devices # start mapping devices import folium from folium import Map, Marker basic_map = folium.Map(location=[33.675899,-117.602236 ],zoom_start=17) # manually pick scope of map folium.PolyLine(wd[['Latitude', 'Longitude']].values.tolist(),line_opacity = 0.5, weight = 4).add_to(basic_map) # plot route display(basic_map) https://github.com/Kyoot-Create/Qubitro

[justopti]

Android ndk tutorial

#Android ndk tutorial for android#

#Android ndk tutorial android#

#Android ndk tutorial code#

#Android ndk tutorial license#

#Android ndk tutorial iso#

#Android ndk tutorial android#

The prebuilt LLVM/Clang toolchains are covered by the LLVM "BSD" license.īasically, licensing rules are the same as for Google's Android NDK - i.e., both commercial and non-commercial usage allowed. For details, see the files COPYING and COPYING.LIB under

#Android ndk tutorial license#

Or the GNU Lesser General Public License (LGPL). The prebuilt GCC and companion binaries (GDB, binutils etc) are covered by either the GNU General Public License (GPL) (you can use the build script to download it automatically). The source codes for the toolchains are available at GitHub Note that the CrystaX NDK release packages also contain prebuilt binaries for the compiler, linker, archiver, etc. See the copyright disclaimers in each respective file for details. The content of the CrystaX NDK is covered by various open-source licenses. You can also use our issue/bug tracker to report bugs or feature requests.Īnd, of course, your contributions are welcome! If you don't see a great feature here, don't hesitate to contact us and ask for it. When we fix anything in libcrystax, we ensure it works on all Android versions. That a libcrystax implementation is being used instead of a Bionic (except for the fact that the behaviour has been fixed).Īlso, using CrystaX NDK, you'll never run into a situation where a bug fix is available only for specific Android versions. Compilers/linkers use libcrystax transparently for developers so one won't even know Without altering the typical development work flow. In CrystaX NDK, we've implemented our own versions of such buggy functions in libcrystax and have done so This significantly increases time for development or porting of native Android With them or implement their own workarounds. Some of these bugs are fixed over time, others aren't.Īnyway, even if some bugs are fixed, such fixes don't affect previously released Android versions, so developers are forced to live

#Android ndk tutorial iso#

Input string formats and fails for others required by ISO C Standard. It's a well-known fact that Android libc (Bionic) has many bugs in its implementation of standard C functions.įor example, one of the most notorious bugs is strtod implementation, which works properly only for the simplest Void printtime ( const char * locale, time_t t ) See below the key features of the CrystaX NDK.

#Android ndk tutorial for android#

Nowadays, CrystaX NDK offers numerous great features, making native development for Android easier. Since its beginning in 2009, numerous open-source and commercial projects have used the CrystaX NDK for porting and development (C++ exceptions, RTTI, and the Standard C++ Library) to the Google's Android NDK, but with time, many additional needs were discovered,Īnd it turned out that improving the CrystaX NDK step-by-step was in fact the best way to force an evolution of native Android development. This project was initially started as a personal project of Dmitry Moskalchuk with the intention to just add missing C++ support Most importantly, with the help of libcrystax, the application behaves the same on all Android devices regardless of Android version.Īnother goal of CrystaX NDK is to make some great features available for the Android native world.įor example, support of Objective-C and another programming languages. Hide such differences between Android versions or even re-implement many of libc functions. With CrystaX NDK, developers can forget about such problems, since CrystaX NDK provides complementary libcrystax, which is used to Have been forced to take into account all its peculiarities, detecting in run-time which specific Android version the application is running Unfortunately, Android libc (Bionic) has very limited functionality (which differs from one Android version to another), so developers (or even write separate Android-specific implementations of functionality already implemented for another platform if a detected problem (iOS, OS X, Windows, Linux, etc.) instead of distracting developers with Android's peculiarities and forcing coders to try to workaround them

#Android ndk tutorial code#

The CrystaX NDK dramatically decreases development time allowing usage of standard code working on multiple platforms The main goal of the CrystaX NDK is to allow Android developers to produce standard conformant code and thus make Android native development This is a distribution of the CrystaX NDK, which has been developed as a drop-in replacement for Google's Android NDK (Native Development Kit).Ĭompared to Google's NDK, the CrystaX NDK provides the same functionality as well as several great features and tons of fixes

[javascript-notes]

例子：JS获取日期和时间

printTime function来获取当前时间，并且prints to the screen

setInterval 每秒都调用 printTime function

[denisemorais]

#printtime #estampas #prints @gucci #florasnake #prefall17 (em São Paulo, Brazil)

[macunan]

Arduino Nano Precise Clock

Arduino Clock Components ----------------------------------

1)Arduino nano

https://es.aliexpress.com/store/product/Nano-3-0-controller-compatible-with-arduino-nano-CH340-USB-driver-with-CABLE-NANO-V3-0/1735233_32686415387.html?spm=a219c.search0104.3.9.fEOWoR&ws_ab_test=searchweb0_0,searchweb201602_1_10152_10065_10151_10068_10344_10345_10547_10342_10343_10340_10341_10548_10541_10307_10060_10155_10154_10056_10055_10539_10537_10536_10059_10534_10533_100031_10103_10102_5670011_10142_10107_10173_5660011_10084_10083_10312_10313_10314_10550_10073_10551_10552_10553_10554_10556_10557_5650011-10550,searchweb201603_2,ppcSwitch_5&btsid=e2d79a43-a9ae-4e1a-b9b5-e81e896c7de6&algo_expid=1ba6f1b6-e9ac-4f9c-a4c0-8481f4368dba-4&algo_pvid=1ba6f1b6-e9ac-4f9c-a4c0-8481f4368dba

2)Arduino connections cables 12

https://es.aliexpress.com/item/120pcs-20cm-male-male-male-female-and-female-female-wire-Dupont-cable-for-Arduino-Breadboard-Free/1601497272.html?spm=a219c.12010108.1000013.6.2df5ad73LWjPFV&traffic_analysisId=recommend_2088_3_90158_iswistore&scm=1007.13339.90158.0&pvid=c2953982-4377-479e-b07c-7ae5a3d6b5c7&tpp=1

3)USB 5v Power suply Cellphone charger will do.

4)USB mini USB Cable

5)Arduino compatible numeric Keyboard

https://es.aliexpress.com/store/product/4x3-Matrix-Array-12-Key-Membrane-Switch-Keypad-Keyboard-3-4-Control-Panel-Microprocessor-Keyboard-for/1762106_32342282281.html?spm=a219c.search0104.3.10.SWahiy&ws_ab_test=searchweb0_0,searchweb201602_1_10152_10065_10151_10068_10344_10345_10547_10342_10343_10340_10341_10548_10541_10307_10060_10155_10154_10056_10055_10539_10537_10536_10059_10534_10533_100031_10103_10102_5670011_10142_10107_10173_5660011_10084_10083_10312_10313_10314_10550_10073_10551_10552_10553_10554_10556_10557_5650011-10552,searchweb201603_2,ppcSwitch_5&btsid=327d1f0b-ddec-4ef2-9aa8-80045e23a890&algo_expid=d320c65b-33a8-4478-acbb-aa7e1d22f33d-1&algo_pvid=d320c65b-33a8-4478-acbb-aa7e1d22f33d

6)TM1637 LCD Display module

https://es.aliexpress.com/store/product/Free-shipping-4-digital-display-with-adjustable-brightness-LED-module-clock-Point-Accessories-Blocks-for-arduino/1326062_1961805015.html?spm=a219c.search0104.3.2.LYtgwE&ws_ab_test=searchweb0_0,searchweb201602_1_10152_10065_10151_10068_10344_10345_10547_10342_10343_10340_10341_10548_10541_10307_10060_10155_10154_10056_10055_10539_10537_10536_10059_10534_10533_100031_10103_10102_5670011_10142_10107_10173_5660011_10084_10083_10312_10313_10314_10550_10073_10551_10552_10553_10554_10556_10557_5650011-10552,searchweb201603_2,ppcSwitch_5&btsid=66712cd6-643c-4f83-93d3-15f25be8f620&algo_expid=4ccb73ab-7bce-4741-adaa-c5653dc68996-0&algo_pvid=4ccb73ab-7bce-4741-adaa-c5653dc68996

Arduino keypad library: --------------------------------- https://github.com/Chris--A/Keypad

Arduino TM1637 library -------------------------------- https://github.com/bremme/arduino-tm1637

Connections

---------------------------------

TM1637 LED

-------------------

 tm1637/Arduino

VC=3v3

GND=GND

CLK=D5

DIO=D4

Keypad/Arduino

Keypad facing you with numbers upright from left to right

Keypad/Arduino

1/D12

2/D11

3/D10

4/D09

5/D08

6/D07

7/D6

Female to Female cable

--------------------------------

D2 connect to D3 this is to keep accurate time. In Arduino.

Source  code -------------------------

/*  Simple internal clock demo: by Joseph Unik aka Relic1974    Uses analog PWM output of 490Hz with a 50% duty cycle to    keep very accurate time ;).  Connect an LED to pin 13 to    watch seconds blink.  Connect a jumper from D3    to Digital Pin 2 (interrupt 0). Minutes output to serial    monitor.  http://www.planetxresearch.com 'Arduino' logo    for more projects and tricks...

   (Feel free to use this code to expand into a fully-functional    clock or other project under Creative Commons ;) */ #include "SevenSegmentTM1637.h" #include "SevenSegmentExtended.h" #include "Keypad.h" String time; int clockInt = 0;            // digital pin 2 is now interrupt 0 int masterClock = 0;         // counts rising edge clock signals int seconds = 0;             // variable int minutes = 12;             // variable int hours = 12;             // variable

int ledPin = 13; int state = LOW; int oldstate = HIGH; boolean flag=true; const byte PIN_CLK = 5;   // define CLK pin (any digital pin) const byte PIN_DIO = 4;   // define DIO pin (any digital pin)

const byte ROWS = 4; //four rows const byte COLS = 3; //three columns char keys[ROWS][COLS] = { {'1','2','3'}, {'4','5','6'}, {'7','8','9'}, {'*','0','#'} };

byte rowPins[ROWS] = {12,11,10,9}; //connect to the row pinouts of the keypad byte colPins[COLS] = {8,7,6 }; //connect to the column pinouts of the keypad

Keypad keypad = Keypad(makeKeymap(keys), rowPins, colPins, ROWS, COLS);

SevenSegmentExtended      display(PIN_CLK, PIN_DIO);

void setup() {  attachInterrupt(clockInt, clockCounter, CHANGE);      //  clockInt is our interrupt, clockCounter function is called when      //  invoked on a RISING clock edge  analogReference(DEFAULT);  pinMode(ledPin, OUTPUT);  Serial.begin(9600);  analogWrite(3, 127);   // this starts our PWM 'clock' with a 50% duty cycle    display.begin();            // initializes the display  display.setBacklight(10);  // set the brightness to 100 % }

void clockCounter()      // called by interrupt {  masterClock ++;        // with each clock rise add 1 to masterclock count  if(masterClock >= 979) // 490Hz reached //  if(masterClock >= 130) // 490Hz reached  {    seconds ++;          // after one 490Hz cycle add 1 second ;)    masterClock = 0;     // Reset after 1 second is reached  state = !state;

//    tone(13, 100, 100);  // using tone to pulse LED without delay call ;)   }  return; } void printtime() {    Serial.print("  Time = ");    zeroit(hours);    Serial.print(hours);    Serial.print(":");    zeroit(minutes);    Serial.print(minutes);    Serial.print(":");    zeroit(seconds);    char key = keypad.getKey();    Serial.println(seconds);    display.printTime(hours, minutes, true);  // display time

if (key != NO_KEY){ Serial.println(key); if(key=='*') {  display.printTime(0,0 , true); time="";

flag=true; while (flag){  char key = keypad.getKey();

if (key != NO_KEY){ if(key=='#') { flag=false; hours=time.substring(0,2).toInt(); minutes=time.substring(2,4).toInt(); seconds=0; state = state;

Serial.println("New  time will be "); Serial.println(hours); Serial.println(minutes); break; //time.toInt();

} if(key=='0' || key=='1'|| key=='2' || key=='3' || key=='4'|| key=='5'|| key=='6'|| key=='7'|| key=='8'|| key=='9') {  time=time+key; Serial.println(time);

}

}

} } }    return; }

void zeroit(int value) {  if (value < 10)  Serial.print("0");  return; } void loop() {  if(seconds == 60)      // NOW GETTING IN TO REAL TIME KEEPING  {

   if (minutes == 59)// set to 60    {      hours++;      if(hours==24)      {      hours=0;      }      minutes = 0;      seconds = 0;    }    else    {      minutes ++;          // increment minutes by 1      seconds = 0;         // reset the seconds variable    }  }

 if (state != oldstate)  {    digitalWrite(13, state);    oldstate = state;    printtime();  }

}

References ----------------------------------- http://arduinolearning.com/learning/basics/arduino-numeric-keypad.php

http://www.instructables.com/id/Make-an-accurate-Arduino-clock-using-only-one-wire/ ---> treasure box of knowledge

Enjoy your new arduino clock :-) !

[ngltst-blog]

function printTime() { var d = new Date(); var hours = d.getHours(); var minutes = d.getMinutes(); var secs = d.getSeconds(); document.body.innerHTML = hours +":"+mins+":"+secs; } setInterval(printTime, 1000);

[seeker-keeper]