The code loaded into the Raspberry Pi

Here is the code. I used joystick movement to start recoding once I was inside the airplane with Raspberry Pi seating in the overhead locker.

from sense_hat import SenseHat, ACTION_PRESSED, ACTION_HELD, ACTION_RELEASED
from datetime import datetime
import csv
import time
import sys

sense = SenseHat()
sense.set_imu_config(True, True, True)  # accelerometer, magnetometer , gyroscope
sense.clear()

logging = "standby"

def get_sense_data():
  sense_data = []
  temperature = round(sense.get_temperature(),0)
  pressure = round(sense.get_pressure(),0)
  humidity = round(sense.get_humidity(),1)
  sense_data.append(temperature)
  sense_data.append(pressure)
  sense_data.append(humidity)
  
  mag = sense.get_compass_raw()
  mag_x = round(mag["x"],2)
  mag_y = round(mag["y"],2)
  mag_z = round(mag["z"],2)
  sense_data.append(mag_x)
  sense_data.append(mag_y)
  sense_data.append(mag_z)

  acc = sense.get_accelerometer_raw()
  acc_x = round(acc["x"],3)
  acc_y = round(acc["y"],3)
  acc_z = round(acc["z"],3)
  sense_data.append(acc_x)
  sense_data.append(acc_y)
  sense_data.append(acc_z)
  
  gyro = sense.get_orientation()
  pitch = round(gyro["pitch"],2)
  roll = round(gyro["roll"],2)
  yaw = round(gyro["yaw"],2)
  sense_data.append(pitch)
  sense_data.append(roll)
  sense_data.append(yaw)  
  
  sense_data.append(datetime.now())
  
  return sense_data

def pushed_up(event):
  global logging#, timestart
  if event.action == ACTION_PRESSED:
    #print("START")
    sense.clear()
    sense.show_letter("R",[255,0,0])
    logging = "start"

def pushed_down(event):
  global logging
  if event.action != ACTION_PRESSED:
    #print("STOP")
    sense.clear()
    sense.show_letter("W",[0,255,0])
    logging = "standby"

def pushed_left(event):
  global logging
  if event.action != ACTION_PRESSED:
    #print("STOP")
    sense.clear()
    sense.show_letter("B",[0,0,255])
    sense.clear()
    logging = "stop"

sense.stick.direction_up = pushed_up
sense.stick.direction_down = pushed_down
sense.stick.direction_left = pushed_left

#timestamp = datetime.now()
#timestart = datetime.now()
#delay = 1000 #milliseconds


with open('data.csv', 'a') as my_data:
    #data_writer = writer(f)
    writer = csv.writer(my_data)
    #header = ['temp','pres','hum',
     #         'mag_x','mag_y','mag_z',
     #         'acc_x','acc_y','acc_z',
     #         'pitch','roll','yaw',
     #         'datetime']
    #writer.writerow(header)  
    
    while True:
        if logging == "start":  
            data = (get_sense_data())
      #dt = data[-1] - timestamp
      #elapsed = data[-1] - timestart
      #if int(dt.total_seconds()*1000) > delay:
        #print(round(elapsed.total_seconds()*1000))
        #data.append(round(elapsed.total_seconds()*1000))
            writer.writerow(data)
            #print(data)
            #sense.clear()
            #sense.show_letter("R",[255,0,0])
            time.sleep(1)
        elif logging == "standby":
            sense.show_letter("W",[0,255,0])
        elif logging == "stop":
            #sense.clear()
            #sense.show_letter("B",[0,0,255])
            sense.clear()
            time.sleep(1)
            break
            

#timestamp = datetime.now()