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  4. udsoncan.__init__.Units.Unit
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How to use the udsoncan.__init__.Units.Unit function in udsoncan

To help you get started, we’ve selected a few udsoncan examples, based on popular ways it is used in public projects.

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github pylessard / python-udsoncan / udsoncan / __init__.py View on Github external
meter_per_sec2		= Unit(id=0x37, name= 'meter per square seconds', 	symbol='m/s2', 		description='acceleration')
    Nm					= Unit(id=0x38, name= 'Newton meter', 				symbol='Nm', 		description='moment')
    liter_per_min		= Unit(id=0x39, name= 'liter per minute', 			symbol='l/min', 	description='flow')
    watt_per_meter2		= Unit(id=0x3A, name= 'watt per square meter', 		symbol='W/m2', 		description='intensity')
    bar_per_sec			= Unit(id=0x3B, name= 'bar per second', 			symbol='bar/s', 	description='pressure change')
    radians_per_sec		= Unit(id=0x3C, name= 'radians per second', 		symbol='rad/s', 	description='angular velocity')
    radians				= Unit(id=0x3D, name= 'radians square second', 		symbol='rad/s2', 	description='angular acceleration')
    kilogram_per_meter2	= Unit(id=0x3E, name= 'kilogram per square meter', 	symbol='kg/m2', 	description='-')
    date1 				= Unit(id=0x50, name='Date1', 						symbol='-', 		description = 'Year-Month-Day')
    date2 				= Unit(id=0x51, name='Date2', 						symbol='-', 		description = 'Day/Month/Year')
    date3 				= Unit(id=0x52, name='Date3', 						symbol='-', 		description = 'Month/Day/Year')
    week 				= Unit(id=0x53, name='week', 						symbol='W', 		description = 'calendar week')
    time1 				= Unit(id=0x54, name='Time1', 						symbol='-', 		description = 'UTC Hour/Minute/Second')
    time2 				= Unit(id=0x55, name='Time2', 						symbol='-', 		description = 'Hour/Minute/Second')
    datetime1 			= Unit(id=0x56, name='DateAndTime1', 				symbol='-', 		description = 'Second/Minute/Hour/Day/Month/Year')
    datetime2 			= Unit(id=0x57, name='DateAndTime2', 				symbol='-', 		description = 'Second/Minute/Hour/Day/Month/Year/Local minute offset/Localhour offset')
    datetime3 			= Unit(id=0x58, name='DateAndTime3', 				symbol='-', 		description = 'Second/Minute/Hour/Month/Day/Year')
    datetime4 			= Unit(id=0x59, name='DateAndTime4', 				symbol='-', 		description = 'Second/Minute/Hour/Month/Day/Year/Local minute offset/Localhour offset')


# Routine class that containes few definitions for usage with nice syntax.
# myRoutine = Routine.EraseMemory    or    print(Routine.name_from_id(myRoutine))
class Routine:
    """
    Defines a list of constants that are routine identifiers defined by the UDS standard.
    This class provides no functionality apart from defining these constants
    """
    DeployLoopRoutineID	= 0xE200
    EraseMemory	= 0xFF00
    CheckProgrammingDependencies = 0xFF01
    EraseMirrorMemoryDTCs = 0xFF02
github pylessard / python-udsoncan / udsoncan / __init__.py View on Github external
kmh					= Unit(id=0x30, name= 'kilometre per hour',			symbol='km/h', 		description='speed')
    mph					= Unit(id=0x31, name= 'mile per hour', 				symbol='mph', 		description='speed')
    rps					= Unit(id=0x32, name= 'revolutions per second', 	symbol='rps', 		description='angular velocity')
    rpm					= Unit(id=0x33, name= 'revolutions per minute', 	symbol='rpm', 		description='angular velocity')
    counts				= Unit(id=0x34, name= 'counts', 					symbol='-', 		description='-')
    percent				= Unit(id=0x35, name= 'percent', 					symbol='%', 		description='-')
    mg_per_stroke		= Unit(id=0x36, name= 'milligram per stroke', 		symbol='mg/stroke', description='mass per engine stroke')
    meter_per_sec2		= Unit(id=0x37, name= 'meter per square seconds', 	symbol='m/s2', 		description='acceleration')
    Nm					= Unit(id=0x38, name= 'Newton meter', 				symbol='Nm', 		description='moment')
    liter_per_min		= Unit(id=0x39, name= 'liter per minute', 			symbol='l/min', 	description='flow')
    watt_per_meter2		= Unit(id=0x3A, name= 'watt per square meter', 		symbol='W/m2', 		description='intensity')
    bar_per_sec			= Unit(id=0x3B, name= 'bar per second', 			symbol='bar/s', 	description='pressure change')
    radians_per_sec		= Unit(id=0x3C, name= 'radians per second', 		symbol='rad/s', 	description='angular velocity')
    radians				= Unit(id=0x3D, name= 'radians square second', 		symbol='rad/s2', 	description='angular acceleration')
    kilogram_per_meter2	= Unit(id=0x3E, name= 'kilogram per square meter', 	symbol='kg/m2', 	description='-')
    date1 				= Unit(id=0x50, name='Date1', 						symbol='-', 		description = 'Year-Month-Day')
    date2 				= Unit(id=0x51, name='Date2', 						symbol='-', 		description = 'Day/Month/Year')
    date3 				= Unit(id=0x52, name='Date3', 						symbol='-', 		description = 'Month/Day/Year')
    week 				= Unit(id=0x53, name='week', 						symbol='W', 		description = 'calendar week')
    time1 				= Unit(id=0x54, name='Time1', 						symbol='-', 		description = 'UTC Hour/Minute/Second')
    time2 				= Unit(id=0x55, name='Time2', 						symbol='-', 		description = 'Hour/Minute/Second')
    datetime1 			= Unit(id=0x56, name='DateAndTime1', 				symbol='-', 		description = 'Second/Minute/Hour/Day/Month/Year')
    datetime2 			= Unit(id=0x57, name='DateAndTime2', 				symbol='-', 		description = 'Second/Minute/Hour/Day/Month/Year/Local minute offset/Localhour offset')
    datetime3 			= Unit(id=0x58, name='DateAndTime3', 				symbol='-', 		description = 'Second/Minute/Hour/Month/Day/Year')
    datetime4 			= Unit(id=0x59, name='DateAndTime4', 				symbol='-', 		description = 'Second/Minute/Hour/Month/Day/Year/Local minute offset/Localhour offset')


# Routine class that containes few definitions for usage with nice syntax.
# myRoutine = Routine.EraseMemory    or    print(Routine.name_from_id(myRoutine))
class Routine:
    """
    Defines a list of constants that are routine identifiers defined by the UDS standard.
github pylessard / python-udsoncan / udsoncan / __init__.py View on Github external
def __str__(self):
            return self.name

        def __repr__(self):
            desc = "(unit of %s) " % self.description if self.description is not None else ""
            return "" % (self.name, self.symbol, desc, self.id, id(self))

    no_unit 			= Unit(id=0x00, name= 'no unit', 					symbol='-', 		description='-')
    meter 				= Unit(id=0x01, name= 'meter', 						symbol='m', 		description='length')
    foor 				= Unit(id=0x02, name= 'foot', 						symbol='ft', 		description='length')
    inch				= Unit(id=0x03, name= 'inch', 						symbol='in', 		description='length')
    yard				= Unit(id=0x04, name= 'yard', 						symbol='yd', 		description='length')
    english_mile		= Unit(id=0x05, name= 'mile (English)',				symbol='mi', 		description='length')
    gram				= Unit(id=0x06, name= 'gram', 						symbol='g', 		description='mass')
    metric_ton			= Unit(id=0x07, name= 'ton (metric)', 				symbol='t', 		description='mass')
    second				= Unit(id=0x08, name= 'second', 					symbol='s', 		description='time')
    minute				= Unit(id=0x09, name= 'minute', 					symbol='min', 		description='time')
    hour				= Unit(id=0x0A, name= 'hour', 						symbol='h', 		description='time')
    day					= Unit(id=0x0B, name= 'day', 						symbol='d', 		description='time')
    year				= Unit(id=0x0C, name= 'year', 						symbol='y', 		description='time')
    ampere				= Unit(id=0x0D, name= 'ampere', 					symbol='A', 		description='current')
    volt				= Unit(id=0x0E, name= 'volt', 						symbol='V', 		description='voltage')
    coulomb				= Unit(id=0x0F, name= 'coulomb', 					symbol='C', 		description='electric charge')
    ohm					= Unit(id=0x10, name= 'ohm', 						symbol='W', 		description='resistance')
    farad				= Unit(id=0x11, name= 'farad', 						symbol='F', 		description='capacitance')
    henry				= Unit(id=0x12, name= 'henry', 						symbol='H', 		description='inductance')
    siemens				= Unit(id=0x13, name= 'siemens', 					symbol='S', 		description='electric conductance')
    weber				= Unit(id=0x14, name= 'weber', 						symbol='Wb', 		description='magnetic flux')
    tesla				= Unit(id=0x15, name= 'tesla', 						symbol='T', 		description='magnetic flux density')
    kelvin				= Unit(id=0x16, name= 'kelvin', 					symbol='K', 		description='thermodynamic temperature')
    Celsius				= Unit(id=0x17, name= 'Celsius', 					symbol='°C', 		description='thermodynamic temperature')
    Fahrenheit			= Unit(id=0x18, name= 'Fahrenheit', 				symbol='°F', 		description='thermodynamic temperature')
github pylessard / python-udsoncan / udsoncan / __init__.py View on Github external
ohm					= Unit(id=0x10, name= 'ohm', 						symbol='W', 		description='resistance')
    farad				= Unit(id=0x11, name= 'farad', 						symbol='F', 		description='capacitance')
    henry				= Unit(id=0x12, name= 'henry', 						symbol='H', 		description='inductance')
    siemens				= Unit(id=0x13, name= 'siemens', 					symbol='S', 		description='electric conductance')
    weber				= Unit(id=0x14, name= 'weber', 						symbol='Wb', 		description='magnetic flux')
    tesla				= Unit(id=0x15, name= 'tesla', 						symbol='T', 		description='magnetic flux density')
    kelvin				= Unit(id=0x16, name= 'kelvin', 					symbol='K', 		description='thermodynamic temperature')
    Celsius				= Unit(id=0x17, name= 'Celsius', 					symbol='°C', 		description='thermodynamic temperature')
    Fahrenheit			= Unit(id=0x18, name= 'Fahrenheit', 				symbol='°F', 		description='thermodynamic temperature')
    candela				= Unit(id=0x19, name= 'candela', 					symbol='cd', 		description='luminous intensity')
    radian				= Unit(id=0x1A, name= 'radian', 					symbol='rad', 		description='plane angle')
    degree				= Unit(id=0x1B, name= 'degree', 					symbol='°', 		description='plane angle')
    hertz				= Unit(id=0x1C, name= 'hertz', 						symbol='Hz', 		description='frequency')
    joule				= Unit(id=0x1D, name= 'joule', 						symbol='J', 		description='energy')
    Newton				= Unit(id=0x1E, name= 'Newton', 					symbol='N', 		description='force')
    kilopond			= Unit(id=0x1F, name= 'kilopond', 					symbol='kp', 		description='force')
    pound				= Unit(id=0x20, name= 'pound force', 				symbol='lbf', 		description='force')
    watt				= Unit(id=0x21, name= 'watt', 						symbol='W', 		description='power')
    horse				= Unit(id=0x22, name= 'horse power (metric)', 		symbol='hk', 		description='power')
    horse				= Unit(id=0x23, name= 'horse power(UK and US)', 	symbol='hp', 		description='power')
    Pascal				= Unit(id=0x24, name= 'Pascal', 					symbol='Pa', 		description='pressure')
    bar					= Unit(id=0x25, name= 'bar', 						symbol='bar', 		description='pressure')
    atmosphere			= Unit(id=0x26, name= 'atmosphere', 				symbol='atm', 		description='pressure')
    psi					= Unit(id=0x27, name= 'pound force per square inch',symbol='psi', 		description='pressure')
    becqerel			= Unit(id=0x28, name= 'becqerel', 					symbol='Bq', 		description='radioactivity')
    lumen				= Unit(id=0x29, name= 'lumen', 						symbol='lm', 		description='light flux')
    lux					= Unit(id=0x2A, name= 'lux', 						symbol='lx', 		description='illuminance')
    liter				= Unit(id=0x2B, name= 'liter', 						symbol='l', 		description='volume')
    gallon				= Unit(id=0x2C, name= 'gallon (British)', 			symbol='-', 		description='volume')
    gallon				= Unit(id=0x2D, name= 'gallon (US liq)', 			symbol='-', 		description='volume')
    cubic				= Unit(id=0x2E, name= 'cubic inch', 				symbol='cu in', 	description='volume')
    meter_per_sec		= Unit(id=0x2F, name= 'meter per seconds', 			symbol='m/s', 		description='speed')
github pylessard / python-udsoncan / udsoncan / __init__.py View on Github external
henry				= Unit(id=0x12, name= 'henry', 						symbol='H', 		description='inductance')
    siemens				= Unit(id=0x13, name= 'siemens', 					symbol='S', 		description='electric conductance')
    weber				= Unit(id=0x14, name= 'weber', 						symbol='Wb', 		description='magnetic flux')
    tesla				= Unit(id=0x15, name= 'tesla', 						symbol='T', 		description='magnetic flux density')
    kelvin				= Unit(id=0x16, name= 'kelvin', 					symbol='K', 		description='thermodynamic temperature')
    Celsius				= Unit(id=0x17, name= 'Celsius', 					symbol='°C', 		description='thermodynamic temperature')
    Fahrenheit			= Unit(id=0x18, name= 'Fahrenheit', 				symbol='°F', 		description='thermodynamic temperature')
    candela				= Unit(id=0x19, name= 'candela', 					symbol='cd', 		description='luminous intensity')
    radian				= Unit(id=0x1A, name= 'radian', 					symbol='rad', 		description='plane angle')
    degree				= Unit(id=0x1B, name= 'degree', 					symbol='°', 		description='plane angle')
    hertz				= Unit(id=0x1C, name= 'hertz', 						symbol='Hz', 		description='frequency')
    joule				= Unit(id=0x1D, name= 'joule', 						symbol='J', 		description='energy')
    Newton				= Unit(id=0x1E, name= 'Newton', 					symbol='N', 		description='force')
    kilopond			= Unit(id=0x1F, name= 'kilopond', 					symbol='kp', 		description='force')
    pound				= Unit(id=0x20, name= 'pound force', 				symbol='lbf', 		description='force')
    watt				= Unit(id=0x21, name= 'watt', 						symbol='W', 		description='power')
    horse				= Unit(id=0x22, name= 'horse power (metric)', 		symbol='hk', 		description='power')
    horse				= Unit(id=0x23, name= 'horse power(UK and US)', 	symbol='hp', 		description='power')
    Pascal				= Unit(id=0x24, name= 'Pascal', 					symbol='Pa', 		description='pressure')
    bar					= Unit(id=0x25, name= 'bar', 						symbol='bar', 		description='pressure')
    atmosphere			= Unit(id=0x26, name= 'atmosphere', 				symbol='atm', 		description='pressure')
    psi					= Unit(id=0x27, name= 'pound force per square inch',symbol='psi', 		description='pressure')
    becqerel			= Unit(id=0x28, name= 'becqerel', 					symbol='Bq', 		description='radioactivity')
    lumen				= Unit(id=0x29, name= 'lumen', 						symbol='lm', 		description='light flux')
    lux					= Unit(id=0x2A, name= 'lux', 						symbol='lx', 		description='illuminance')
    liter				= Unit(id=0x2B, name= 'liter', 						symbol='l', 		description='volume')
    gallon				= Unit(id=0x2C, name= 'gallon (British)', 			symbol='-', 		description='volume')
    gallon				= Unit(id=0x2D, name= 'gallon (US liq)', 			symbol='-', 		description='volume')
    cubic				= Unit(id=0x2E, name= 'cubic inch', 				symbol='cu in', 	description='volume')
    meter_per_sec		= Unit(id=0x2F, name= 'meter per seconds', 			symbol='m/s', 		description='speed')
    kmh					= Unit(id=0x30, name= 'kilometre per hour',			symbol='km/h', 		description='speed')
    mph					= Unit(id=0x31, name= 'mile per hour', 				symbol='mph', 		description='speed')
github pylessard / python-udsoncan / udsoncan / __init__.py View on Github external
rps					= Unit(id=0x32, name= 'revolutions per second', 	symbol='rps', 		description='angular velocity')
    rpm					= Unit(id=0x33, name= 'revolutions per minute', 	symbol='rpm', 		description='angular velocity')
    counts				= Unit(id=0x34, name= 'counts', 					symbol='-', 		description='-')
    percent				= Unit(id=0x35, name= 'percent', 					symbol='%', 		description='-')
    mg_per_stroke		= Unit(id=0x36, name= 'milligram per stroke', 		symbol='mg/stroke', description='mass per engine stroke')
    meter_per_sec2		= Unit(id=0x37, name= 'meter per square seconds', 	symbol='m/s2', 		description='acceleration')
    Nm					= Unit(id=0x38, name= 'Newton meter', 				symbol='Nm', 		description='moment')
    liter_per_min		= Unit(id=0x39, name= 'liter per minute', 			symbol='l/min', 	description='flow')
    watt_per_meter2		= Unit(id=0x3A, name= 'watt per square meter', 		symbol='W/m2', 		description='intensity')
    bar_per_sec			= Unit(id=0x3B, name= 'bar per second', 			symbol='bar/s', 	description='pressure change')
    radians_per_sec		= Unit(id=0x3C, name= 'radians per second', 		symbol='rad/s', 	description='angular velocity')
    radians				= Unit(id=0x3D, name= 'radians square second', 		symbol='rad/s2', 	description='angular acceleration')
    kilogram_per_meter2	= Unit(id=0x3E, name= 'kilogram per square meter', 	symbol='kg/m2', 	description='-')
    date1 				= Unit(id=0x50, name='Date1', 						symbol='-', 		description = 'Year-Month-Day')
    date2 				= Unit(id=0x51, name='Date2', 						symbol='-', 		description = 'Day/Month/Year')
    date3 				= Unit(id=0x52, name='Date3', 						symbol='-', 		description = 'Month/Day/Year')
    week 				= Unit(id=0x53, name='week', 						symbol='W', 		description = 'calendar week')
    time1 				= Unit(id=0x54, name='Time1', 						symbol='-', 		description = 'UTC Hour/Minute/Second')
    time2 				= Unit(id=0x55, name='Time2', 						symbol='-', 		description = 'Hour/Minute/Second')
    datetime1 			= Unit(id=0x56, name='DateAndTime1', 				symbol='-', 		description = 'Second/Minute/Hour/Day/Month/Year')
    datetime2 			= Unit(id=0x57, name='DateAndTime2', 				symbol='-', 		description = 'Second/Minute/Hour/Day/Month/Year/Local minute offset/Localhour offset')
    datetime3 			= Unit(id=0x58, name='DateAndTime3', 				symbol='-', 		description = 'Second/Minute/Hour/Month/Day/Year')
    datetime4 			= Unit(id=0x59, name='DateAndTime4', 				symbol='-', 		description = 'Second/Minute/Hour/Month/Day/Year/Local minute offset/Localhour offset')


# Routine class that containes few definitions for usage with nice syntax.
# myRoutine = Routine.EraseMemory    or    print(Routine.name_from_id(myRoutine))
class Routine:
    """
    Defines a list of constants that are routine identifiers defined by the UDS standard.
    This class provides no functionality apart from defining these constants
    """
github pylessard / python-udsoncan / udsoncan / __init__.py View on Github external
Celsius				= Unit(id=0x17, name= 'Celsius', 					symbol='°C', 		description='thermodynamic temperature')
    Fahrenheit			= Unit(id=0x18, name= 'Fahrenheit', 				symbol='°F', 		description='thermodynamic temperature')
    candela				= Unit(id=0x19, name= 'candela', 					symbol='cd', 		description='luminous intensity')
    radian				= Unit(id=0x1A, name= 'radian', 					symbol='rad', 		description='plane angle')
    degree				= Unit(id=0x1B, name= 'degree', 					symbol='°', 		description='plane angle')
    hertz				= Unit(id=0x1C, name= 'hertz', 						symbol='Hz', 		description='frequency')
    joule				= Unit(id=0x1D, name= 'joule', 						symbol='J', 		description='energy')
    Newton				= Unit(id=0x1E, name= 'Newton', 					symbol='N', 		description='force')
    kilopond			= Unit(id=0x1F, name= 'kilopond', 					symbol='kp', 		description='force')
    pound				= Unit(id=0x20, name= 'pound force', 				symbol='lbf', 		description='force')
    watt				= Unit(id=0x21, name= 'watt', 						symbol='W', 		description='power')
    horse				= Unit(id=0x22, name= 'horse power (metric)', 		symbol='hk', 		description='power')
    horse				= Unit(id=0x23, name= 'horse power(UK and US)', 	symbol='hp', 		description='power')
    Pascal				= Unit(id=0x24, name= 'Pascal', 					symbol='Pa', 		description='pressure')
    bar					= Unit(id=0x25, name= 'bar', 						symbol='bar', 		description='pressure')
    atmosphere			= Unit(id=0x26, name= 'atmosphere', 				symbol='atm', 		description='pressure')
    psi					= Unit(id=0x27, name= 'pound force per square inch',symbol='psi', 		description='pressure')
    becqerel			= Unit(id=0x28, name= 'becqerel', 					symbol='Bq', 		description='radioactivity')
    lumen				= Unit(id=0x29, name= 'lumen', 						symbol='lm', 		description='light flux')
    lux					= Unit(id=0x2A, name= 'lux', 						symbol='lx', 		description='illuminance')
    liter				= Unit(id=0x2B, name= 'liter', 						symbol='l', 		description='volume')
    gallon				= Unit(id=0x2C, name= 'gallon (British)', 			symbol='-', 		description='volume')
    gallon				= Unit(id=0x2D, name= 'gallon (US liq)', 			symbol='-', 		description='volume')
    cubic				= Unit(id=0x2E, name= 'cubic inch', 				symbol='cu in', 	description='volume')
    meter_per_sec		= Unit(id=0x2F, name= 'meter per seconds', 			symbol='m/s', 		description='speed')
    kmh					= Unit(id=0x30, name= 'kilometre per hour',			symbol='km/h', 		description='speed')
    mph					= Unit(id=0x31, name= 'mile per hour', 				symbol='mph', 		description='speed')
    rps					= Unit(id=0x32, name= 'revolutions per second', 	symbol='rps', 		description='angular velocity')
    rpm					= Unit(id=0x33, name= 'revolutions per minute', 	symbol='rpm', 		description='angular velocity')
    counts				= Unit(id=0x34, name= 'counts', 					symbol='-', 		description='-')
    percent				= Unit(id=0x35, name= 'percent', 					symbol='%', 		description='-')
    mg_per_stroke		= Unit(id=0x36, name= 'milligram per stroke', 		symbol='mg/stroke', description='mass per engine stroke')
github pylessard / python-udsoncan / udsoncan / __init__.py View on Github external
inch				= Unit(id=0x03, name= 'inch', 						symbol='in', 		description='length')
    yard				= Unit(id=0x04, name= 'yard', 						symbol='yd', 		description='length')
    english_mile		= Unit(id=0x05, name= 'mile (English)',				symbol='mi', 		description='length')
    gram				= Unit(id=0x06, name= 'gram', 						symbol='g', 		description='mass')
    metric_ton			= Unit(id=0x07, name= 'ton (metric)', 				symbol='t', 		description='mass')
    second				= Unit(id=0x08, name= 'second', 					symbol='s', 		description='time')
    minute				= Unit(id=0x09, name= 'minute', 					symbol='min', 		description='time')
    hour				= Unit(id=0x0A, name= 'hour', 						symbol='h', 		description='time')
    day					= Unit(id=0x0B, name= 'day', 						symbol='d', 		description='time')
    year				= Unit(id=0x0C, name= 'year', 						symbol='y', 		description='time')
    ampere				= Unit(id=0x0D, name= 'ampere', 					symbol='A', 		description='current')
    volt				= Unit(id=0x0E, name= 'volt', 						symbol='V', 		description='voltage')
    coulomb				= Unit(id=0x0F, name= 'coulomb', 					symbol='C', 		description='electric charge')
    ohm					= Unit(id=0x10, name= 'ohm', 						symbol='W', 		description='resistance')
    farad				= Unit(id=0x11, name= 'farad', 						symbol='F', 		description='capacitance')
    henry				= Unit(id=0x12, name= 'henry', 						symbol='H', 		description='inductance')
    siemens				= Unit(id=0x13, name= 'siemens', 					symbol='S', 		description='electric conductance')
    weber				= Unit(id=0x14, name= 'weber', 						symbol='Wb', 		description='magnetic flux')
    tesla				= Unit(id=0x15, name= 'tesla', 						symbol='T', 		description='magnetic flux density')
    kelvin				= Unit(id=0x16, name= 'kelvin', 					symbol='K', 		description='thermodynamic temperature')
    Celsius				= Unit(id=0x17, name= 'Celsius', 					symbol='°C', 		description='thermodynamic temperature')
    Fahrenheit			= Unit(id=0x18, name= 'Fahrenheit', 				symbol='°F', 		description='thermodynamic temperature')
    candela				= Unit(id=0x19, name= 'candela', 					symbol='cd', 		description='luminous intensity')
    radian				= Unit(id=0x1A, name= 'radian', 					symbol='rad', 		description='plane angle')
    degree				= Unit(id=0x1B, name= 'degree', 					symbol='°', 		description='plane angle')
    hertz				= Unit(id=0x1C, name= 'hertz', 						symbol='Hz', 		description='frequency')
    joule				= Unit(id=0x1D, name= 'joule', 						symbol='J', 		description='energy')
    Newton				= Unit(id=0x1E, name= 'Newton', 					symbol='N', 		description='force')
    kilopond			= Unit(id=0x1F, name= 'kilopond', 					symbol='kp', 		description='force')
    pound				= Unit(id=0x20, name= 'pound force', 				symbol='lbf', 		description='force')
    watt				= Unit(id=0x21, name= 'watt', 						symbol='W', 		description='power')
    horse				= Unit(id=0x22, name= 'horse power (metric)', 		symbol='hk', 		description='power')
github pylessard / python-udsoncan / udsoncan / __init__.py View on Github external
meter_per_sec		= Unit(id=0x2F, name= 'meter per seconds', 			symbol='m/s', 		description='speed')
    kmh					= Unit(id=0x30, name= 'kilometre per hour',			symbol='km/h', 		description='speed')
    mph					= Unit(id=0x31, name= 'mile per hour', 				symbol='mph', 		description='speed')
    rps					= Unit(id=0x32, name= 'revolutions per second', 	symbol='rps', 		description='angular velocity')
    rpm					= Unit(id=0x33, name= 'revolutions per minute', 	symbol='rpm', 		description='angular velocity')
    counts				= Unit(id=0x34, name= 'counts', 					symbol='-', 		description='-')
    percent				= Unit(id=0x35, name= 'percent', 					symbol='%', 		description='-')
    mg_per_stroke		= Unit(id=0x36, name= 'milligram per stroke', 		symbol='mg/stroke', description='mass per engine stroke')
    meter_per_sec2		= Unit(id=0x37, name= 'meter per square seconds', 	symbol='m/s2', 		description='acceleration')
    Nm					= Unit(id=0x38, name= 'Newton meter', 				symbol='Nm', 		description='moment')
    liter_per_min		= Unit(id=0x39, name= 'liter per minute', 			symbol='l/min', 	description='flow')
    watt_per_meter2		= Unit(id=0x3A, name= 'watt per square meter', 		symbol='W/m2', 		description='intensity')
    bar_per_sec			= Unit(id=0x3B, name= 'bar per second', 			symbol='bar/s', 	description='pressure change')
    radians_per_sec		= Unit(id=0x3C, name= 'radians per second', 		symbol='rad/s', 	description='angular velocity')
    radians				= Unit(id=0x3D, name= 'radians square second', 		symbol='rad/s2', 	description='angular acceleration')
    kilogram_per_meter2	= Unit(id=0x3E, name= 'kilogram per square meter', 	symbol='kg/m2', 	description='-')
    date1 				= Unit(id=0x50, name='Date1', 						symbol='-', 		description = 'Year-Month-Day')
    date2 				= Unit(id=0x51, name='Date2', 						symbol='-', 		description = 'Day/Month/Year')
    date3 				= Unit(id=0x52, name='Date3', 						symbol='-', 		description = 'Month/Day/Year')
    week 				= Unit(id=0x53, name='week', 						symbol='W', 		description = 'calendar week')
    time1 				= Unit(id=0x54, name='Time1', 						symbol='-', 		description = 'UTC Hour/Minute/Second')
    time2 				= Unit(id=0x55, name='Time2', 						symbol='-', 		description = 'Hour/Minute/Second')
    datetime1 			= Unit(id=0x56, name='DateAndTime1', 				symbol='-', 		description = 'Second/Minute/Hour/Day/Month/Year')
    datetime2 			= Unit(id=0x57, name='DateAndTime2', 				symbol='-', 		description = 'Second/Minute/Hour/Day/Month/Year/Local minute offset/Localhour offset')
    datetime3 			= Unit(id=0x58, name='DateAndTime3', 				symbol='-', 		description = 'Second/Minute/Hour/Month/Day/Year')
    datetime4 			= Unit(id=0x59, name='DateAndTime4', 				symbol='-', 		description = 'Second/Minute/Hour/Month/Day/Year/Local minute offset/Localhour offset')


# Routine class that containes few definitions for usage with nice syntax.
# myRoutine = Routine.EraseMemory    or    print(Routine.name_from_id(myRoutine))
class Routine:
    """
github pylessard / python-udsoncan / udsoncan / __init__.py View on Github external
watt				= Unit(id=0x21, name= 'watt', 						symbol='W', 		description='power')
    horse				= Unit(id=0x22, name= 'horse power (metric)', 		symbol='hk', 		description='power')
    horse				= Unit(id=0x23, name= 'horse power(UK and US)', 	symbol='hp', 		description='power')
    Pascal				= Unit(id=0x24, name= 'Pascal', 					symbol='Pa', 		description='pressure')
    bar					= Unit(id=0x25, name= 'bar', 						symbol='bar', 		description='pressure')
    atmosphere			= Unit(id=0x26, name= 'atmosphere', 				symbol='atm', 		description='pressure')
    psi					= Unit(id=0x27, name= 'pound force per square inch',symbol='psi', 		description='pressure')
    becqerel			= Unit(id=0x28, name= 'becqerel', 					symbol='Bq', 		description='radioactivity')
    lumen				= Unit(id=0x29, name= 'lumen', 						symbol='lm', 		description='light flux')
    lux					= Unit(id=0x2A, name= 'lux', 						symbol='lx', 		description='illuminance')
    liter				= Unit(id=0x2B, name= 'liter', 						symbol='l', 		description='volume')
    gallon				= Unit(id=0x2C, name= 'gallon (British)', 			symbol='-', 		description='volume')
    gallon				= Unit(id=0x2D, name= 'gallon (US liq)', 			symbol='-', 		description='volume')
    cubic				= Unit(id=0x2E, name= 'cubic inch', 				symbol='cu in', 	description='volume')
    meter_per_sec		= Unit(id=0x2F, name= 'meter per seconds', 			symbol='m/s', 		description='speed')
    kmh					= Unit(id=0x30, name= 'kilometre per hour',			symbol='km/h', 		description='speed')
    mph					= Unit(id=0x31, name= 'mile per hour', 				symbol='mph', 		description='speed')
    rps					= Unit(id=0x32, name= 'revolutions per second', 	symbol='rps', 		description='angular velocity')
    rpm					= Unit(id=0x33, name= 'revolutions per minute', 	symbol='rpm', 		description='angular velocity')
    counts				= Unit(id=0x34, name= 'counts', 					symbol='-', 		description='-')
    percent				= Unit(id=0x35, name= 'percent', 					symbol='%', 		description='-')
    mg_per_stroke		= Unit(id=0x36, name= 'milligram per stroke', 		symbol='mg/stroke', description='mass per engine stroke')
    meter_per_sec2		= Unit(id=0x37, name= 'meter per square seconds', 	symbol='m/s2', 		description='acceleration')
    Nm					= Unit(id=0x38, name= 'Newton meter', 				symbol='Nm', 		description='moment')
    liter_per_min		= Unit(id=0x39, name= 'liter per minute', 			symbol='l/min', 	description='flow')
    watt_per_meter2		= Unit(id=0x3A, name= 'watt per square meter', 		symbol='W/m2', 		description='intensity')
    bar_per_sec			= Unit(id=0x3B, name= 'bar per second', 			symbol='bar/s', 	description='pressure change')
    radians_per_sec		= Unit(id=0x3C, name= 'radians per second', 		symbol='rad/s', 	description='angular velocity')
    radians				= Unit(id=0x3D, name= 'radians square second', 		symbol='rad/s2', 	description='angular acceleration')
    kilogram_per_meter2	= Unit(id=0x3E, name= 'kilogram per square meter', 	symbol='kg/m2', 	description='-')
    date1 				= Unit(id=0x50, name='Date1', 						symbol='-', 		description = 'Year-Month-Day')
    date2 				= Unit(id=0x51, name='Date2', 						symbol='-', 		description = 'Day/Month/Year')

udsoncan

Implementation of the Unified Diagnostic Service (UDS) protocol (ISO-14229) used in the automotive industry.

GitHub
MIT
Latest version published 3 months ago

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80 / 100
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