SimScripts.sv_temperature_controller.SysUControl Class Reference

This is a simple emulation of a temperature control system. More...

Public Member Functions
def	__init__ (self, env_temp, init_temp)
	Contructor for the SysUControl.
def	update (self, power)
	Calculates the energy absorbed (and losses to the environment) since the last iteration and updates the current temperature.

Public Attributes
	env_temp
	current_temp
	last_time
	inertia_buffer
	curr_power
	inertial_accumulator

Detailed Description

This is a simple emulation of a temperature control system.

We consider the environment temperature and the temperature of the heating element. When the heating element is powered (0-100%) it will increase the temperature in a rate according to the power level applied. The heating element naturally dissipates energy to the environment in a rate that depends on the temperature difference.

Constructor & Destructor Documentation

__init__()

def SimScripts.sv_temperature_controller.SysUControl.__init__	(		self,
			env_temp,
			init_temp
	)

Contructor for the SysUControl.

Member Function Documentation

update()

def SimScripts.sv_temperature_controller.SysUControl.update	(		self,
			power
	)

Calculates the energy absorbed (and losses to the environment) since the last iteration and updates the current temperature.

Member Data Documentation

curr_power

SimScripts.sv_temperature_controller.SysUControl.curr_power

current_temp

SimScripts.sv_temperature_controller.SysUControl.current_temp

env_temp

SimScripts.sv_temperature_controller.SysUControl.env_temp

inertia_buffer

SimScripts.sv_temperature_controller.SysUControl.inertia_buffer

inertial_accumulator

SimScripts.sv_temperature_controller.SysUControl.inertial_accumulator

last_time

SimScripts.sv_temperature_controller.SysUControl.last_time

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The documentation for this class was generated from the following file:

• lsvsim/simulationscripts/simScripts/src/hlcc/SimScripts/sv_temperature_controller.py