def readGyroAngles(): # Read the gyroscope imu=IMU() # Default IC2 port 1 imu.gyro_range("245DPS") imu.read_gyro() angles = qM.getEuler() return Angles
from SF_9DOF import IMU import time import numpy as np # Create IMU object imu = IMU() # To select a specific I2C port, use IMU(n). Default is 1. # Initialize IMU imu.initialize() # Enable accel, mag, gyro, and temperature imu.enable_accel() imu.enable_mag() imu.enable_gyro() imu.enable_temp() # Set range on accel, mag, and gyro # Specify Options: "2G", "4G", "6G", "8G", "16G" imu.accel_range("2G") # leave blank for default of "2G" # Specify Options: "2GAUSS", "4GAUSS", "8GAUSS", "12GAUSS" imu.mag_range("2GAUSS") # leave blank for default of "2GAUSS" # Specify Options: "245DPS", "500DPS", "2000DPS" imu.gyro_range("245DPS") # leave blank for default of "245DPS" # Loop and read accel, mag, and gyro class Offset_Gyro: def __init__(self):
def initialize(): """Creates and initializes the IMU object Returns an IMU object """ # Create IMU object imu = IMU() # To select a specific I2C port, use IMU(n). Default is 1. imu.initialize() # Enable accelerometer, magnetometer, gyroscope imu.enable_accel() imu.enable_mag() imu.enable_gyro() # Change IMU buffer mode to Bypass # TODO: Try other modes as well imu.accel_mode(0b001) imu.gyro_mode(0b001) # Specify ranges for accelerometer, magnetometer and gyroscope # Accelerometer Options: "2G", "4G", "6G", "8G", "16G" # Magnetometer Options: "2GAUSS", "4GAUSS", "8GAUSS", "12GAUSS" # Gyroscope Options: "245DPS", "500DPS", "2000DPS" imu.accel_range("16G") imu.mag_range("2GAUSS") imu.gyro_range("2000DPS") return imu
WAITSECS = 0.02 NUMDATAPOINTS = 100 DIRECTORY = "gesture_data" # Create Directory for file if does not exist if not os.path.exists(DIRECTORY): os.makedirs(DIRECTORY) # Print Program Header print("\ =======================================\n\ STARTING GESTURE RECORDING TOOL\n\ =======================================") # Create IMU object imu = IMU() # To select a specific I2C port, use IMU(n). Default is 1. # Initialize IMU imu.initialize() # Enable accel, mag, gyro, and temperature imu.enable_accel() imu.enable_mag() imu.enable_gyro() imu.enable_temp() # Set range on accel, mag, and gyro # Specify Options: "2G", "4G", "6G", "8G", "16G" imu.accel_range("2G") # leave blank for default of "2G"
def initialize(): imu = IMU() imu.initialize() imu.enable_gyro() imu.gyro_range("2000DPS") return imu
from SF_9DOF import IMU import requests import json #create IMU object imu = IMU() #Initialize IMU imu.initialize() imu.enable_accel() imu.read_accel() accel_data = imu.ax print str(accel_data) print "accel data" payload = {'firstName':'Kehlin', 'lastName':'Sizzaaane', 'accelData':str(accel_data)} r=requests.post('https://contact-list-kehlin.herokuapp.com/contacts',json=payload)
import socket import uuid import dbus import dbus.service import dbus.mainloop.glib try: from gi.repository import GObject except ImportError: import gobject as GObject from SF_9DOF import IMU import time import json import numpy as np imu = IMU() imu.initialize() imu.enable_accel() imu.enable_mag() imu.enable_gyro() imu.enable_temp() imu.accel_range("2G") imu.mag_range("2GAUSS") imu.gyro_range("245DPS") class Offset_Gyro: def __init__(self): imu.read_gyro()
from SF_9DOF import IMU from BaseHTTPServer import BaseHTTPRequestHandler, HTTPServer #This class will handles any incoming request from #the browser import mraa import sys import time #i2c = mraa.I2c(1) #i2c.address(0x15) imu = IMU() imu.initialize() imu.enable_accel() imu.accel_range("2G") PORT_NUMBER = 8000 class myHandler(BaseHTTPRequestHandler): #Handler for the GET requests def do_GET(self): if self.path == '/val': self.do_val() else: self.do_index() return def do_index(self): self.send_response(200) self.send_header('Content-type', 'text/html') self.end_headers()
END_THROW_THRESHOLD = 20 FREQ_THRESHOLD = 0.5 gyroThrowReadings = [] curGyroReadingIndex = 0 oldIsThrowing = False isThrowing = False isThrowingCounter = 0 curTimeStamp = time.time() allThrows = [] # Gyro stuff imu = IMU() # Network stuff class Throw: def __init__(self, gyroReadings, timestamp): self.gyroReadings = list(gyroReadings) # Gyro readings are in Hz self.timestamp = timestamp self.dt = SYS_TICK_TIME def initGyro(): imu.initialize() imu.enable_gyro() imu.gyro_range('245DPS')
def imu(self): imu = IMU() # To select a specific I2C port, use IMU(n). Default is 1. imu.initialize() # Enable accelerometer, magnetometer, gyroscope imu.enable_accel() imu.enable_mag() imu.enable_gyro() print imu.read_accel() print imu.ax, imu.ay, imu.az return imu
import dbus import dbus.service import dbus.mainloop.glib try: from gi.repository import GObject except ImportError: import gobject as GObject from SF_9DOF import IMU import time import json import numpy as np import math imu = IMU() imu.initialize() imu.enable_accel() imu.enable_mag() imu.enable_gyro() imu.enable_temp() imu.accel_range("2G") imu.mag_range("2GAUSS") imu.gyro_range("245DPS") class Accel_Readings: def __init__(self): imu.read_accel() self.ax = imu.ax
import time import requests import sys import select from SF_9DOF import IMU #create IMU object imu = IMU() #Initialize IMU imu.initialize() imu.enable_accel() imu.read_accel() imu.accel_range("16G") accel_x = [] accel_y = [] accel_z = [] #t_end = time.time() + 1 #while(imu.ax.size < 700): accel_x.append(imu.ax) accel_y.append(imu.ay) accel_z.append(imu.az) def start_checker(): if select.select([sys.stdin], [], [], 0) == ([sys.stdin], [], []): c = sys.stdin.read(1) return c
def sensor_reader (): jaylen_data = IMU() jaylen_data.initialize() #enable sensors here jaylen_data.enable_accel() jaylen_data.enable_gyro() #declaring the range of the accelerometer jaylen_data.accel_range("8G") jaylen_data.read_accel() jaylen_data.read_gyro() ax = jaylen_data.ax ay = jaylen_data.ay az = jaylen_data.az gx = jaylen_data.gx gy = jaylen_data.gy gz = jaylen_data.gz return ax, ay, az
from servolib import PWMDriver from servoDriverConfig import ServoDriver import welby_balance as wB from SF_9DOF import IMU from config import GYRO from config import XM import numpy as np import quatMath as qM import time import pandas as pd G = GYRO() G.CTRL_REG1_G = 240 G.CTRL_REG2_G = 40 imu = IMU() imu.initialize() imu.enable_gyro() imu.gyro_range("2000DPS") iterations = 10 period = 5 exes = [0] * period * iterations wyes = [0] * period * iterations zees = [0] * period * iterations its = { 'avg exes': [0] * iterations, 'avg wyes': [0] * iterations, 'avg zees': [0] * iterations, } angles = {'exes': exes, 'wyes': wyes, 'zees': zees}