1) Purpose
After Keil and Proteus are installed, only the two software can be correctly installed to complete online debugging of the two software.2) Principle
The Keil software is an integrated development environment in which the source code of the single-chip microcomputer program can be compiled and debugged. The Proteus software is a circuit simulation software, in which the circuit diagram can be desi
Note Points for minimum system construction:1, will choose the relevant chip under the LIbrary to find2, the grounding symbol in the left terminal symbol below the search, self-modification VCC VDD3, the bus also on the left a row of blue symbol bus draw a small slash hold CTRL4, exclusion (Respack) usage is wrong, this is a problem, so we have to step by step with 470 resistor replacementJoint Commissioning: Specific steps1, need to download software Vdmagdi.exe software (for two software to co
Note: This tutorial is purely to solve the problems in the use of the process, relatively simple, the original tutorial, there are questions Welcome to discuss ~ ~"One" tutorial on adding MASM code to Proteus software:Step One:Create a new text document on the desktop:Write the following content:@ECHO OFFE: \masm32\bin\ml/c/zd/zi%1Set str=%1Set str=%str:~0,-4%E: \masm32\bin\link16/codeview%str%.obj,%str%.exe,nul.mapAttention:Where to put the letter de
design the circuit for complex instructions. If you use a microprogram to implement the instruction set, you can implement complex instructions. Modern CISC processors generally use microcodes.
There are two sets of commands at different levels in the microprocessor using microcode technology: one is for programmers and the other is for hardware and the other is for underlying microcodes. There is an interpreter between the instruction and the microcode, which translates the instruction into a
Today, Proteus and Keil uversion3 are online successfully.Program, Drew a simple circuit on Proteus and ran it to see the effect. Indulge in it ~
Below are the programs I wrote in Keil.
Code
Code highlighting produced by Actipro CodeHighlighter (freeware)http://www.CodeHighlighter.com/--> # Include Reg52.h > # Include Intrins. h > # Define Uint unsigned int # Define Uchar unsigned
Latest features:
Proteus VSM for ARM Cortex-M3/lm3s *-simulation support for this popular microcontroller FamilyArm Cortex-M3/lm3s * library module:Library: stellaris. LibModels: cm3.dll, cm3_lm.dll, stellaris. lmlAvailable in proteus 7.7 or 7.8, add a line to itfmod. MDF:CM3 : RSHI=20, RSLO=20,RWHI=100k,VUD=2,VTL=0.8,VHL=0.2,VTH=2.5,VHH=0.2,V+=VDD,V-=GND,TRISE=1n,TFALL=1nYou can find the microprocessor
1. The module corresponding to lcd1602 in protues is lm016l,
Its control chip is generally hd447780, but some are ks0066, and ks0066 can be compatible with HD44780.
Note that a 1 K resistor is required between V0 and VSS, and some must be adjusted by a 10 k potentiometer.
2.1602 pin
3. Proteus simulation
4: Code
1.
5. Simulation results
6. Take a photo of the actual operation.
7. Other parts of the circuit.
Proteus 8.3 SP1 1CD EDA Tools softwareProteus software has the function of other EDA tools software (example: Multisim). These features are:1. Schematic layout2. PCB Automatic or manual cabling3. Spice circuit emulationA revolutionary feature1. Interactive circuit emulationUsers can even use real-time applications such as Ram,rom, keyboards, motors, Led,lcd,ad/da, some SPI devices, and some IIC devices.It not only has the emulation function of other E
Android acceleration Sensor G-sensor, androidg-Sensor
Sensor. TYPE_ACCELEROMETER
Values [0]: x-axis AccelerationValues [1]: acceleration in y-axis directionValues [2]: acceleration in the z-axis direction
The x, y, and z directions are defined as the coordinates of the reference system at the bottom right of
Android development: Android device sensor Development Summary, android Sensor
In this article, I will share with you how to develop Android device sensors.
Please indicate the author xiong_it and link: http://blog.csdn.net/xiong_it/article/details/45917009
Android sensor development process
Public class sens?ti=extends Activity implements SensorEventListener {pr
Android Orientation Sensor (Direction Sensor) details and applications, androidorientation
I. Preface
This blog is my first article on "Android advanced". It has been around for more than four months since I started Android, and I have some experiences, I can also do something on my own. Thanks to the android development tips of our company and the omnipotent help and advice from Hongyang. This series o
The sensor is a detection device that can feel the information being measured, and can transform the detected and sensed information into an electrical signal or other required form of information output according to a certain law.There are many sensors (physical devices) built into the Android operating system that can detect, perceive, and communicate the signals and physical conditions of the outside world to other devices.For example, some games o
ObjectiveAndroid provides support for device sensors, and as long as the Android device's hardware provides these sensors, Android apps can access the device's external conditions through sensors, including the phone's running status, the current orientation, and so on. The Android system also provides drivers to manage these sensor hardware, which can be used by listeners to monitor changes in the external environment perceived by the
The instructor of the fetc project proposed a new requirement. He wanted to show the user's current movement direction in the game map. If he used GPS, it was obviously unreliable, so he thought of the powerful Android sensor...
Many mobile devices have built-in sensors. Android abstracts these sensors through the sensor and sensormanager classes, and these sensors can be used by Android devices.
1.
Android provides support for device sensors, and as long as the Android device's hardware provides these sensors, Android apps can access the device's external conditions through sensors, including the phone's running status, the current orientation, and so on. The Android system also provides drivers to manage these sensor hardware, which can be used by listeners to monitor changes in the external environment perceived by the
The instructor of the fetc project proposed a new requirement. He wanted to show the user's current movement direction in the game map. If he used GPS, it was obviously unreliable, so he thought of the powerful Android sensor...
Many mobile devices have built-in sensors. Android abstracts these sensors through the sensor and sensormanager classes, and these sensors can be used by Android devices.
1.
Android --- 57 --- sensor, android Sensor
The Android system provides support for sensors.Developing an application sensor is simple. You only need to register a listener for the specified listener.
Steps:1. Call the getSystemService (Context. SENSOR_SERVICE) method of Context to obtain the SensorManager object. The SensorManager object represents the system's
Android action sensor and android Sensor
Android motion sensor
The Android platform supports some sensors used to monitor device movements (five such sensors ). Two of them are pure hardware sensors. The other three (Gravity Sensors, linear acceleration sensors, and Rotation Vector Sensors) may be hardware sensors or software sensors. For example, in some Android
This time we have studied the development of Android sensors, previously introduced, tween use, so we can combine sensors with tween animation, develop a simple compass.First of all, introduce the sensor knowledge,in the the use of sensors in Android applications depends on the Android.hardware.SensorEventListener interface. This interface allows you to monitor various events of the sensor. The code for th
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