class Barometer:
def __init__(self):
self.temp = 0000
self.Tempscale = 0000
self.pressure = 0000
self.Tempress = 000
self.coms = Command()
try:
self.coms.run("rmmod mpl3115")
finally:
pass
try:
self.coms.run("modprobe mpl3115")
finally:
pass
base = "/sys/class/i2c-dev/i2c-1/device/1-0060/iio:device0/"
self.mm_temp = MemoryMap(base + "in_temp_raw", "r")
self.mm_scale = MemoryMap(base + "in_temp_scale", "r")
self.mm_pressure = MemoryMap(base + "in_pressure_raw", "r")
self.mm_pressure_scale = MemoryMap(base + "in_pressure_scale", "r")
def get_temp(self, mode="f"): # Return from Barometer
try:
self.temp = (float(self.mm_temp.read_line().replace('\n', '')))
self.Tempscale = (float(self.mm_scale.read_line().replace(
'\n', '')))
self.temp = (self.temp * self.Tempscale)
except (IndexError, ValueError, IOError, TypeError, OSError):
print "Barometer is not plugged in!"
finally:
return (self.temp * 1.8 + 32) if "f" in mode else self.temp
def get_pressure(
self
): # Return raw data which is (kPA) a form of pressure measurments sea level is about 100
try:
self.pressure = (float(self.mm_pressure.read_line().replace(
'\n', '')))
self.Tempress = (float(self.mm_pressure_scale.read_line().replace(
'\n', '')))
except (IndexError, ValueError, IOError, TypeError, OSError):
print "Barometer is not plugged in!"
finally:
return float(self.pressure * self.Tempress)
def release(self, pin):
try:
self.mm_temp.close()
self.mm_scale.close()
self.mm_pressure.close()
self.mm_pressure_scale.close()
except (ValueError, IndexError, TypeError):
raise ValueError("Couldn't release barometer" % str(pin))
class Barometer:
def __init__(self):
self.temp = 0000
self.Tempscale = 0000
self.pressure = 0000
self.Tempress = 000
self.coms = Command()
try:
self.coms.run("rmmod mpl3115")
finally:
pass
try:
self.coms.run("modprobe mpl3115")
finally:
pass
base = "/sys/class/i2c-dev/i2c-1/device/1-0060/iio:device0/"
self.mm_temp = MemoryMap(base + "in_temp_raw", "r")
self.mm_scale = MemoryMap(base + "in_temp_scale", "r")
self.mm_pressure = MemoryMap(base + "in_pressure_raw", "r")
self.mm_pressure_scale = MemoryMap(base + "in_pressure_scale", "r")
def get_temp(self, mode="f"): # Return from Barometer
try:
self.temp = (float(self.mm_temp.read_line().replace('\n', '')))
self.Tempscale = (float(self.mm_scale.read_line().replace('\n', '')))
self.temp = (self.temp * self.Tempscale)
except (IndexError, ValueError, IOError, TypeError, OSError):
print "Barometer is not plugged in!"
finally:
return (self.temp * 1.8 + 32) if "f" in mode else self.temp
def get_pressure(self): # Return raw data which is (kPA) a form of pressure measurments sea level is about 100
try:
self.pressure = (float(self.mm_pressure.read_line().replace('\n', '')))
self.Tempress = (float(self.mm_pressure_scale.read_line().replace('\n', '')))
except (IndexError, ValueError, IOError, TypeError, OSError):
print "Barometer is not plugged in!"
finally:
return float(self.pressure * self.Tempress)
def release(self, pin):
try:
self.mm_temp.close()
self.mm_scale.close()
self.mm_pressure.close()
self.mm_pressure_scale.close()
except (ValueError, IndexError, TypeError):
raise ValueError("Couldn't release barometer" % str(pin))
def __init__(self):
self.temp = 0000
self.Tempscale = 0000
self.pressure = 0000
self.Tempress = 000
self.coms = Command()
try:
self.coms.run("rmmod mpl3115")
finally:
pass
try:
self.coms.run("modprobe mpl3115")
finally:
pass
base = "/sys/class/i2c-dev/i2c-1/device/1-0060/iio:device0/"
self.mm_temp = MemoryMap(base + "in_temp_raw", "r")
self.mm_scale = MemoryMap(base + "in_temp_scale", "r")
self.mm_pressure = MemoryMap(base + "in_pressure_raw", "r")
self.mm_pressure_scale = MemoryMap(base + "in_pressure_scale", "r")
def __init__(self): # Start temp module on object call
self.temp = 0000
self.coms = Command()
try:
self.coms.run("rmmod lm75")
finally:
pass
try:
self.coms.run("modprobe lm75")
finally:
pass
try:
self.coms.run(
"sh -c 'echo lm75 0x48 >/sys/class/i2c-dev/i2c-1/device/new_device' 2&>1"
)
# easier to run command to black hole using system
finally:
pass
self.mm_temp = MemoryMap(
"/sys/class/i2c-dev/i2c-1/device/1-0048/temp1_input", "r")
class Temp:
def __init__(self): # Start temp module on object call
self.temp = 0000
self.coms = Command()
try:
self.coms.run("rmmod lm75")
finally:
pass
try:
self.coms.run("modprobe lm75")
finally:
pass
try:
self.coms.run(
"sh -c 'echo lm75 0x48 >/sys/class/i2c-dev/i2c-1/device/new_device' 2&>1"
)
# easier to run command to black hole using system
finally:
pass
self.mm_temp = MemoryMap(
"/sys/class/i2c-dev/i2c-1/device/1-0048/temp1_input", "r")
def get_temp(self, mode="f"): # Return with mode
try:
self.temp = (float(self.mm_temp.read_line().replace(
' ', '').replace('\n', ''))) * (0.001) # Turn into celcius
except (OSError, IndexError, IOError, ValueError):
print "Snap in sensor is not plugged in!"
finally:
return (
self.temp * 1.8 + 32
) if "f" in mode else self.temp # Either return into Far or Celc
class Temp:
def __init__(self): # Start temp module on object call
self.temp = 0000
self.coms = Command()
try:
self.coms.run("rmmod lm75")
finally:
pass
try:
self.coms.run("modprobe lm75")
finally:
pass
try:
self.coms.run("sh -c 'echo lm75 0x48 >/sys/class/i2c-dev/i2c-1/device/new_device' 2&>1")
# easier to run command to black hole using system
finally:
pass
self.mm_temp = MemoryMap("/sys/class/i2c-dev/i2c-1/device/1-0048/temp1_input", "r")
def get_temp(self, mode="f"): # Return with mode
try:
self.temp = (float(self.mm_temp.read_line().replace(' ', '').replace('\n', ''))) * (
0.001) # Turn into celcius
except (OSError, IndexError, IOError, ValueError):
print "Snap in sensor is not plugged in!"
finally:
return (self.temp * 1.8 + 32) if "f" in mode else self.temp # Either return into Far or Celc
def __init__(self): # Start temp module on object call
self.temp = 0000
self.coms = Command()
try:
self.coms.run("rmmod lm75")
finally:
pass
try:
self.coms.run("modprobe lm75")
finally:
pass
try:
self.coms.run("sh -c 'echo lm75 0x48 >/sys/class/i2c-dev/i2c-1/device/new_device' 2&>1")
# easier to run command to black hole using system
finally:
pass
self.mm_temp = MemoryMap("/sys/class/i2c-dev/i2c-1/device/1-0048/temp1_input", "r")
def __init__(self):
self.temp = 0000
self.Tempscale = 0000
self.pressure = 0000
self.Tempress = 000
self.coms = Command()
try:
self.coms.run("rmmod mpl3115")
finally:
pass
try:
self.coms.run("modprobe mpl3115")
finally:
pass
base = "/sys/class/i2c-dev/i2c-1/device/1-0060/iio:device0/"
self.mm_temp = MemoryMap(base + "in_temp_raw", "r")
self.mm_scale = MemoryMap(base + "in_temp_scale", "r")
self.mm_pressure = MemoryMap(base + "in_pressure_raw", "r")
self.mm_pressure_scale = MemoryMap(base + "in_pressure_scale", "r")
