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% Sensor models % % Accelerometer transfer function numWa = [1]; denWa = [0.001^2 0.002 1]; % f = 150 Hz, ksi = 1 gainWa = 0.4; % V/g Wa = nd2sys(numWa,denWa,g

% Set the parameters for simulation of the discrete-time rocket % stabilization system % % Sensors, noises and actuators shaping filters % % Accelerometer transfer function numWa = [1]; denWa

% Set the parameters for the 3D rocket simulation % % Sensors, noises and actuators shaping filters % % Accelerometer transfer function numWa = [1]; denWa = [0.001^2 0.002 1]; % om = 940

OBJECTS=Accelerometer-simple \ Encoder-simple \ InterfaceKit-simple \ LED-simple \ Manager-simple \ MotorControl-simple \ PHSensor-simple \ RFID-simple \ Servo-simple \ TemperatureSensor-simp

Accelerometer Constructor

/*! \file lis3l02.h \brief ST LIS3L02 3-axis I2C Accelerometer Library. */ //***************************************************************************** // // File Name : 'lis3l02.h' // Title :

/* Accelerometer, ADXL345, test code 8/20/2009 Viliam Klein This code sets up the power and mode registers and then prints out the data registers forever. UART is set to 9600 8N1

This project is a simple I2C example that communicates with the MMA7660 accelerometer on the tower board. It prints out the acceleromer X, Y, and Z axis data to the terminal. By default the OS-JTAG

#include #define ACCELEROMETER 0x38 #define X_OUT1 0x02 #define X_OUT2 0x03 #define Y_OUT1 0x04 #define Y_OUT2 0x05 #define Z_OUT1 0x06 #define Z_OUT2 0x07 void setu

/** ################################################################### ** THIS BEAN MODULE IS GENERATED BY THE TOOL. DO NOT MODIFY IT. ** Filename : AD1.C ** Project : accelerometer