Enum ThermalStepOutcome

Namespace

Hi.Physics

Assembly

HiMech.dll

What BuildCuttingTemperatureAndWear(SeqPhysicsState, MachineMotionStep, MachineMotionStep, double, SpindleCapability, IMachiningTool, Workpiece, int, Substraction, LayerMillingEngagement, MillingForceBrief, CoolantHeatCondition, CoolantMode, bool, MillingToolPhysicsPack, Action<string>) did with the thermal step, as data: the state has no message channel, so the caller that owns one says what needs saying at its own site – the play says ModelUnavailable once per tool, until a runtime reset, as Physics-Thermal–ModelUnavailable (MachiningActRunner.ReportThermalModelUnavailable), the step-physics recompute says its own StepPhysics-Recompute–ThermalSkipped ahead of its chain – and the quiet outcomes were named where they arose (the tool change, the session begin). The loop's warning callback carries the tooth-cycle cap alone. Until 2026-10-15 the state announced the unavailable model itself through that callback, once per tool and process, and the play labelled it with the cap's id.

public enum ThermalStepOutcome

Extension Methods

InvokeUtil.SelfInvoke<TSrc>(TSrc, Action<TSrc>)

InvokeUtil.SelfInvoke<TSrc, TDst>(TSrc, Func<TSrc, TDst>)

MaskUtil.GetMaskedValue<T>(T, T, bool)

MaskUtil.SetMask<T>(ref T, T, bool)

ColorUtil.GetGloomyColor(object, double, double)

KindNameUtil.KindName(object)

NameUtil.GetSelectionName(object)

StringUtil.GetPropertyStringIfToStringNotOverloaded(object, bool, bool)

LockUtil.Lock(object)

Fields

ModelUnavailable = 4

Skipped: the native thermal session refuses the tool as it is configured – a cutter material without a hardness or wear curve, a thermal layer whose material is not a cutter material (the uncoated insert cutter was one until 2026-10-15) – no managed reference chain serves it either, and nothing else has said so: the caller announces it, once per tool. The thermal and wear values of the chain stay where the tool change, or the last step the model ran on, left them. A chain carrying another node layout than the tool has now (the tool edited with the session alive) is refused by the native step as well; the play and the recompute re-seed such a chain before they ask (ThermalLayoutMatches(IMachiningTool)), so the answer does not reach them for it. A chain that was never seeded is not answered at all: the method throws on it (the pipelines re-arm their tool-change gate so that it does not happen).

NoThermalChain = 1

No thermal chain for the tool: a cutter that is not a milling cutter, or a milling cutter whose APT refuses its geometry (no flute envelope). The play and the step-physics recompute both gate their call on the flute envelope and never see this; a caller that does not, such as the NC optimization's thermal-yield probes, receives it.

PhysicsInputsMissing = 3

Skipped without a word: a physics input the step needs is missing – no flute, no flute or shank material, no workpiece material, no coolant condition, or no cutting parameter on a step whose tool has no physics pack of its own (no pack, no native step) – named at the session begin, or at the first play start with the physics on, and at the tool change (MissingPhysicsInputs–*, Tool-FluteMaterial–Missing / –Unreadable, Tool-ShankMaterial–Missing / –Unreadable, Tool-FluteCount–Zero); the native step refuses such a step as well.

Served = 0

A kernel ran the step: the native thermal session, or the managed reference chain of a dev / test host (whatever it made of the step: a material it refuses leaves the temperatures where they were).

ThermalConstantsNotGiven = 2

Skipped without a word: a material the model reads is present with a thermal constant not given (HasThermalConstants), named at the tool change, the session begin, the start of the play and the recompute (Material-ThermalConstants–NotGiven).