de_twin.state.HolderState#

class de_twin.state.HolderState(kind='none', temperature_c=25.0, target_c=25.0, power_w=0.0, resistance_ohm=0.0, bias_v=0.0, current_a=0.0, pressure_mbar=0.0, flow_ul_min=0.0, t_s=0.0)[source]#

Bases: object

In-situ holder state. SI units, like autopilot’s Reading.

Parameters:

kind (str)
temperature_c (float)
target_c (float)
power_w (float)
resistance_ohm (float)
bias_v (float)
current_a (float)
pressure_mbar (float)
flow_ul_min (float)
t_s (float)

__init__(kind='none', temperature_c=25.0, target_c=25.0, power_w=0.0, resistance_ohm=0.0, bias_v=0.0, current_a=0.0, pressure_mbar=0.0, flow_ul_min=0.0, t_s=0.0)#

Parameters:

kind (str)
temperature_c (float)
target_c (float)
power_w (float)
resistance_ohm (float)
bias_v (float)
current_a (float)
pressure_mbar (float)
flow_ul_min (float)
t_s (float)

Return type:

None

Methods

`__init__`([kind, temperature_c, target_c, ...])
`copy`()

Attributes

`bias_v`
`current_a`
`flow_ul_min`
`kind`
`power_w`
`pressure_mbar`
`resistance_ohm`
`t_s`
`target_c`
`temperature_c`

kind: str = 'none'#

temperature_c: float = 25.0#

target_c: float = 25.0#

power_w: float = 0.0#

resistance_ohm: float = 0.0#

bias_v: float = 0.0#

current_a: float = 0.0#

pressure_mbar: float = 0.0#

flow_ul_min: float = 0.0#

t_s: float = 0.0#

copy()[source]#

Return type:: HolderState