outflow.py File Reference

Go to the source code of this file.

Classes
class	engine.layerx.diag.outflow.OutflowSettings

Namespaces
namespace	engine
namespace	engine.layerx
namespace	engine.layerx.diag
namespace	engine.layerx.diag.outflow

Functions
float	engine.layerx.diag.outflow.point_sink_constant ()
float	engine.layerx.diag.outflow.critical_height (float Q, float accel, float rho_liquid, float rho_gas=0.0, float constant=LS_CONSTANT)
float	engine.layerx.diag.outflow.volume_below (float h, float radius, float head_depth)
float	engine.layerx.diag.outflow.liquid_height (float V, float radius, float head_depth)
Dict[str, Any]	engine.layerx.diag.outflow.onset (Sequence[float] t, Sequence[float] liquid_kg, Sequence[float] mdot, Sequence[float] accel, *, Sequence[float] rho_liquid, Sequence[float] rho_gas, float radius, float head_depth, float constant=LS_CONSTANT)
Tuple[Optional[Mapping[str, Any]], str]	engine.layerx.diag.outflow._schedule_accel (Mapping[str, Any] result, Optional[Mapping[str, Any]] accel)
List[Dict[str, Any]]	engine.layerx.diag.outflow.outflow_from_run (Any prep, Mapping[str, Any] result, OutflowSettings settings=OutflowSettings(), Optional[Mapping[str, Any]] accel=None)
Dict[str, Any]	engine.layerx.diag.outflow._row (Any prep, Mapping[str, Any] result, str side, str key, Optional[float] d_mm, OutflowSettings settings, Optional[Mapping[str, Any]] accel)

Variables
str	engine.layerx.diag.outflow.MODEL_NAME = "lubin_springer_dip"
float	engine.layerx.diag.outflow.LS_CONSTANT = 0.69
tuple	engine.layerx.diag.outflow.LS_SOURCE
dict	engine.layerx.diag.outflow.HEADS = {"flat": 0.0, "ellipsoidal_2to1": 0.5, "hemispherical": 1.0}