projectproto.blogspot.com
ProjectProto: OpenCV ARM - Face Detect
http://projectproto.blogspot.com/2013/06/opencv-arm-face-detect.html
Prototype Projects - experiments on theoretical electronics/electrical designs and actual prototype circuits. Sunday, June 2, 2013. OpenCV ARM - Face Detect. Here's another application that uses opencv libraries in the Debian disto. It performs face detection using Haar cascade. Usr/local/share/OpenCV/haarcascades/haarcascade frontalface default.xml". HaarDetectObjects(image, cascade, storage, 1.1. CV HAAR DO CANNY PRUNING, ( 100. X,y,w,h),i) in. Rectangle(image, (x,y), (x. CvHaarDetectObjects(image, cas...
projectproto.blogspot.com
ProjectProto: OpenCV ARM - Hello World
http://projectproto.blogspot.com/2013/06/opencv-arm-hello-world.html
Prototype Projects - experiments on theoretical electronics/electrical designs and actual prototype circuits. Saturday, June 1, 2013. OpenCV ARM - Hello World. Here is a sample application that utilizes OpenCV in my customized Debian disto. Sample codes are posted below. The demo simply displays images captured by the camera. This can be extended to utilize other opencv functions. QueryFrame( capture ) cv . Below is the C/C equivalent of the above Python script. Argv ) { cvNamedWindow( "mycamera". There ...
projectproto.blogspot.com
ProjectProto: OpenCV Python: 2048 Game Solver
http://projectproto.blogspot.com/2014/07/opencv-python-2048-game-solver.html
Prototype Projects - experiments on theoretical electronics/electrical designs and actual prototype circuits. Thursday, July 24, 2014. OpenCV Python: 2048 Game Solver. A sample application of Digit Recognition. 2048 solver algorithm based on term2048-AI. Image, ImageFont, ImageDraw, ImageOps # create training model based on the given TTF font file. Http:/ projectproto.blogspot.com/2014/07/opencv-python-digit-recognition.html. Fontfile, digitheight): font =. Truetype(fontfile, digitheight) samples =.
projectproto.blogspot.com
ProjectProto: June 2013
http://projectproto.blogspot.com/2013_06_01_archive.html
Prototype Projects - experiments on theoretical electronics/electrical designs and actual prototype circuits. Sunday, June 2, 2013. OpenCV ARM - Face Detect. Here's another application that uses opencv libraries in the Debian disto. It performs face detection using Haar cascade. Usr/local/share/OpenCV/haarcascades/haarcascade frontalface default.xml". HaarDetectObjects(image, cascade, storage, 1.1. CV HAAR DO CANNY PRUNING, ( 100. X,y,w,h),i) in. Rectangle(image, (x,y), (x. CvHaarDetectObjects(image, cas...
projectproto.blogspot.com
ProjectProto: June 2015
http://projectproto.blogspot.com/2015_06_01_archive.html
Prototype Projects - experiments on theoretical electronics/electrical designs and actual prototype circuits. Sunday, June 14, 2015. Bluetooth Joystick Updated To v2.1. App is now available on Google Play. Links to this post. Subscribe to: Posts (Atom). Please support these projects. View my complete profile. ARM Cortex-A8 / Allwinner A10. ARM Cortex-M0 / LPC11xx. ARM Cortex-M3 / STM32. ARM Cortex-M4 / LM4F. Bluetooth Joystick Updated To v2.1. PartSim - free online circuit simulator.
projectproto.blogspot.com
ProjectProto: July 2011
http://projectproto.blogspot.com/2011_07_01_archive.html
Prototype Projects - experiments on theoretical electronics/electrical designs and actual prototype circuits. Saturday, July 23, 2011. My first prototype of a four-legged robot. 12 servo motors controlled by STM32F103RB (MiniSTM32 board). It was previously a "tripod" =) . But then, later, another leg was added (3 servos per leg) for easy balancing even without using IMU sensors. MOA July 17, 2011. Links to this post. Labels: ARM Cortex-M3 / STM32. Subscribe to: Posts (Atom). Please support these projects.
projectproto.blogspot.com
ProjectProto: Bluetooth Joystick
http://projectproto.blogspot.com/2012/02/bluetooth-joystick.html
Prototype Projects - experiments on theoretical electronics/electrical designs and actual prototype circuits. Wednesday, February 15, 2012. Android Bluetooth Dual-Joystick Controller. Sends 5 bytes every 200ms (or every 3 sec if idle). Data format: [ STX : radiusL : angleL : radiusR : angleR ]. Where: STX = 0x55. Radius = {0.10}. Angle = {0.35} (or actual/10). Will send [ 0x55 : 0x0A : 0x12 : 0x05 : 0x09 ]. Left-joystick is pulled backward; right-joystick leaning to the left). Demo on my quadruped:.
e-gizmo.com
e-Gizmo Documents List
http://www.e-gizmo.com/doculist.htm
Bull; 1 axis gyroscope 2 axis accelerometer Combination. Bull; 1x8 LCD display. Bull; 1.5-inch x 4 Digits 7 Segment Display Module. Bull; 2.4" TFT LCD Touchscreen Shield. Bull; 2 Channel DC Motor Driver with Speed Control. Bull; 2 Channel Tiny Motor Driver. Bull; 3-axis Digital Accelerometer ADXL335. Bull; 3-axis Digital Accellerometer MMA8451QT. Bull; 3-Axis GYRO. Bull; 4 Digits Display v2. Bull; 4x4 Keypad kit. Bull; 4x2 LED Display Module. Bull; 3 Channel Line Tracker Sensor. Bull; 6 Degrees Of Freedom.
e-gizmo.com
e-Gizmo Documents List
http://www.e-gizmo.com/doculist.htm?usp=sharing&id=0BxdLxDCD6HidOGpmX21aS3pPWW8
Bull; 1 axis gyroscope 2 axis accelerometer Combination. Bull; 1x8 LCD display. Bull; 1.5-inch x 4 Digits 7 Segment Display Module. Bull; 2.4" TFT LCD Touchscreen Shield. Bull; 2 Channel DC Motor Driver with Speed Control. Bull; 2 Channel Tiny Motor Driver. Bull; 3-axis Digital Accelerometer ADXL335. Bull; 3-axis Digital Accellerometer MMA8451QT. Bull; 3-Axis GYRO. Bull; 4 Digits Display v2. Bull; 4x4 Keypad kit. Bull; 4x2 LED Display Module. Bull; 3 Channel Line Tracker Sensor. Bull; 6 Degrees Of Freedom.
e-gizmo.com
e-Gizmo Frequently-Asked-Questions
http://www.e-gizmo.com/faqlist.htm
FAQ About gizDuino Microcontrollers. Gizduino is a microcontroller board based on the ATmega8L, ATmega88, ATmega168, ATmega328, ATmega164, ATmega324, ATmega644, ATmega1281. The standard gizDuino which uses ATmega168 and ATmega328 has 20 digital I/Os 6 of them are ADCs and 8 PWM that still can be used as digital I/O. 2How can I get gizDuino board? 3Can I make my own gizduino board? Yes of course. The materials are available in our store if you want to build on your own. Using the gizDuino mini atmega328?
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