ControlEngineIon#

class ansys.stk.core.stkobjects.astrogator.ControlEngineIon#

IntEnum

Overview#

FLOW_RATE_CONSTANT_TERM

FlowRateModel.C0 - the constant coefficient.

FLOW_RATE_LINEAR_TERM

FlowRateModel.C1 - the linear coefficient.

FLOW_RATE_QUADRATIC_TERM

FlowRateModel.C2 - the quadratic coefficient.

FLOW_RATE_CUBIC_TERM

FlowRateModel.C3 - the cubic coefficient.

GRAV

Gravitational acceleration constant at sea level on the Earth.

ISP_CONSTANT_TERM

IspModel.C0 - the constant coefficient.

ISP_LINEAR_TERM

IspModel.C1 - the linear coefficient.

ISP_QUADRATIC_TERM

IspModel.C2 - the quadratic coefficient.

ISP_CUBIC_TERM

IspModel.C3 - the cubic coefficient.

MASS_FLOW_EFFICIENCY_CONSTANT_TERM

MassFlowEfficiencyModel.C0 - the constant coefficient.

MASS_FLOW_EFFICIENCY_LINEAR_TERM

MassFlowEfficiencyModel.C1 - the linear coefficient.

MASS_FLOW_EFFICIENCY_QUADRATIC_TERM

MassFlowEfficiencyModel.C2 - the quadratic coefficient.

MASS_FLOW_EFFICIENCY_CUBIC_TERM

MassFlowEfficiencyModel.C3 - the cubic coefficient.

MAX_INPUT_POWER

Minimum power required for the engine to produce thrust.

MIN_REQUIRED_POWER

Maximum power that can be used by the engine to produce thrust.

PERCENT_DEGRADATION_PER_YEAR

The degradation factor is (1 - x)n, where n is the time since epoch in years, and x is the percent degradation per year.

PERCENT_THROTTLE

Percentage of available thrust to use (100 is full on, 0 is off).

POWER_EFFICIENCY_CONSTANT_TERM

PowerEfficiencyModel.C0 - the constant coefficient.

POWER_EFFICIENCY_LINEAR_TERM

PowerEfficiencyModel.C1 - the linear coefficient.

POWER_EFFICIENCY_QUADRATIC_TERM

PowerEfficiencyModel.C2 - the quadratic coefficient.

POWER_EFFICIENCY_CUBIC_TERM

PowerEfficiencyModel.C3 - the cubic coefficient.

REFERENCE_EPOCH

The date and time used as a reference epoch for degradation.

Import detail#

from ansys.stk.core.stkobjects.astrogator import ControlEngineIon