docs: коническое отверстие (hole_conic) — счётчики 70 инструментов, 119 тестов; перечни инструментов

CLAUDE.md

@@ -25,7 +25,7 @@ The base is committed to the repo (canonical) — no regeneration step. It cover
 
 **v1 + v2 + STEP/assembly + direct B-rep edit + structural model inspection implemented and working** (full sketch→feature→inspect→STEP round-trip + move_face + describe_model validated end-to-end). Stack:
 **.NET 8 (`net8.0-windows`, x64), C#**, MCP via the official `ModelContextProtocol` SDK over **stdio**.
-**69 MCP tools, 118 tests green (69 unit + 49 integration).** v2 added: sketch-on-face (by point and by index), revolve (boss/cut + sketch axis), fillet/chamfer (edge-by-point and by index), and Query tools `get_part_info` (МЦХ), `get_bounding_box`, `list_faces`, `list_edges`. After v2: `import_step`, `export_step` (`ConversionService`, `ConversionTools`), `list_components` (assembly traversal via `TopPart → IParts7`). `move_face` (`FaceEditService`, `EditTools`) — direct B-rep face editing. After move_face: **structural model inspection** — `describe_model`, `list_features`, `list_bodies`, `list_variables`, `describe_face`, `describe_edge`, `measure` (`ModelInspectionService`, `InspectionTools`). `describe_model` is the preferred first call over `model_snapshot` (no token cost for image context; gives feature tree, bodies, variables, topology summary, МЦХ). Package A «richer sketches»: 7 new sketch primitives — `sketch_add_arc`, `sketch_add_arc_3points`, `sketch_add_ellipse`, `sketch_add_polyline`, `sketch_add_polygon`, `sketch_add_spline`, `sketch_add_point`. `PartModeler` refactored into partial classes: `PartModeler.cs` (core), `PartModeler.Sketch.cs` (2D primitives), `PartModeler.Features.cs` (extrude/revolve/fillet/chamfer). Static `SketchGeometry` class in `Core/Modeling`. Package B «forming ops» complete: **`shell`** (оболочка, `o3d_shellOperation=43`) + **`rib`** (ребро жёсткости, `o3d_ribOperation=44`) + **`sweep`** (кинематическая операция, `o3d_baseEvolution=45`) + **`loft`** (по сечениям, `o3d_baseLoft=30`). Auxiliary geometry (start of package E): **`sketch_create_on_offset_plane`** (смещённая плоскость, `o3d_planeOffset=14`) — unlocked `loft`. Additional Edit tools: **`split_solid_by_plane`**, **`move_body`**, **`boolean_union`**. Package C «patterns & mirror» complete: **`linear_pattern`** (линейный массив, `o3d_meshCopy=35`) + **`circular_pattern`** (круговой массив, `o3d_circularCopy=36`) + **`mirror_operation`** (зеркальная копия операций, `o3d_mirrorOperation=48`) + **`mirror_body`** (зеркало тела, `o3d_mirrorAllOperation=49`). **`hole`** (`HoleService`, `FeatureTools`) — цилиндрическое отверстие (сквозное или глухое) через **API7** (`IModelContainer`/`IHole3D`/`IHoleDisposal`); первая формообразующая операция на API7 (прецедент ранее только у `move_face`). **`hole_counterbore`** — отверстие с цековкой (`ksHTCounterbore`, `ISpotfacingHoleParameters`). **`hole_countersink`** — отверстие с зенковкой (`ksHTCountersinking`, `ICountersinkHoleParameters`). `HoleCore` рефакторен: принимает `ksHoleTypeEnum holeType` + `Action<IHole3D> configure` (настройка `HoleParameters` после установки `HoleType`, т.к. параметрический подынтерфейс недоступен до фиксации типа). Базовый `hole` = `ksHTBase` + `configure=null`. **`draft`** (уклон, `o3d_incline=42`) — наклон граней на угол относительно нейтральной координатной плоскости; реализован через **API5** `ksInclineDefinition` (операция называется Incline в API5, не Draft). Package D «parametrics» started: **`create_variable`**, **`set_variable`**, **`delete_variable`** (`VariableService`, `VariableTools`) — CRUD переменных модели через API5. `list_variables` исправлен (читает `ksPart.GetFeature().VariableCollection`, а не `ksPart.VariableCollection()`). **Ограничение:** переменная управляет геометрией только в параметрической модели (где размеры эскиза связаны с именем переменной); наши эскизы строятся литеральными координатами → `set_variable` хранит/вычисляет значение, но геометрию не меняет. Связь эскизных размеров с переменными (API2D) — не реализована.
+**70 MCP tools, 119 tests green (69 unit + 50 integration).** v2 added: sketch-on-face (by point and by index), revolve (boss/cut + sketch axis), fillet/chamfer (edge-by-point and by index), and Query tools `get_part_info` (МЦХ), `get_bounding_box`, `list_faces`, `list_edges`. After v2: `import_step`, `export_step` (`ConversionService`, `ConversionTools`), `list_components` (assembly traversal via `TopPart → IParts7`). `move_face` (`FaceEditService`, `EditTools`) — direct B-rep face editing. After move_face: **structural model inspection** — `describe_model`, `list_features`, `list_bodies`, `list_variables`, `describe_face`, `describe_edge`, `measure` (`ModelInspectionService`, `InspectionTools`). `describe_model` is the preferred first call over `model_snapshot` (no token cost for image context; gives feature tree, bodies, variables, topology summary, МЦХ). Package A «richer sketches»: 7 new sketch primitives — `sketch_add_arc`, `sketch_add_arc_3points`, `sketch_add_ellipse`, `sketch_add_polyline`, `sketch_add_polygon`, `sketch_add_spline`, `sketch_add_point`. `PartModeler` refactored into partial classes: `PartModeler.cs` (core), `PartModeler.Sketch.cs` (2D primitives), `PartModeler.Features.cs` (extrude/revolve/fillet/chamfer). Static `SketchGeometry` class in `Core/Modeling`. Package B «forming ops» complete: **`shell`** (оболочка, `o3d_shellOperation=43`) + **`rib`** (ребро жёсткости, `o3d_ribOperation=44`) + **`sweep`** (кинематическая операция, `o3d_baseEvolution=45`) + **`loft`** (по сечениям, `o3d_baseLoft=30`). Auxiliary geometry (start of package E): **`sketch_create_on_offset_plane`** (смещённая плоскость, `o3d_planeOffset=14`) — unlocked `loft`. Additional Edit tools: **`split_solid_by_plane`**, **`move_body`**, **`boolean_union`**. Package C «patterns & mirror» complete: **`linear_pattern`** (линейный массив, `o3d_meshCopy=35`) + **`circular_pattern`** (круговой массив, `o3d_circularCopy=36`) + **`mirror_operation`** (зеркальная копия операций, `o3d_mirrorOperation=48`) + **`mirror_body`** (зеркало тела, `o3d_mirrorAllOperation=49`). **`hole`** (`HoleService`, `FeatureTools`) — цилиндрическое отверстие (сквозное или глухое) через **API7** (`IModelContainer`/`IHole3D`/`IHoleDisposal`); первая формообразующая операция на API7 (прецедент ранее только у `move_face`). **`hole_counterbore`** — отверстие с цековкой (`ksHTCounterbore`, `ISpotfacingHoleParameters`). **`hole_countersink`** — отверстие с зенковкой (`ksHTCountersinking`, `ICountersinkHoleParameters`). **`hole_conic`** — коническое отверстие (`ksHTConic`, `IConicHoleParameters`: `ConicType=ksCNAngle`, `ConicAngle`); завершает набор типов отверстий. `HoleCore` рефакторен: принимает `ksHoleTypeEnum holeType` + `Action<IHole3D> configure` (настройка `HoleParameters` после установки `HoleType`, т.к. параметрический подынтерфейс недоступен до фиксации типа). Базовый `hole` = `ksHTBase` + `configure=null`. **`draft`** (уклон, `o3d_incline=42`) — наклон граней на угол относительно нейтральной координатной плоскости; реализован через **API5** `ksInclineDefinition` (операция называется Incline в API5, не Draft). Package D «parametrics» started: **`create_variable`**, **`set_variable`**, **`delete_variable`** (`VariableService`, `VariableTools`) — CRUD переменных модели через API5. `list_variables` исправлен (читает `ksPart.GetFeature().VariableCollection`, а не `ksPart.VariableCollection()`). **Ограничение:** переменная управляет геометрией только в параметрической модели (где размеры эскиза связаны с именем переменной); наши эскизы строятся литеральными координатами → `set_variable` хранит/вычисляет значение, но геометрию не меняет. Связь эскизных размеров с переменными (API2D) — не реализована.
 See [`README.md`](README.md) and [`docs/ARCHITECTURE.md`](docs/ARCHITECTURE.md); design decisions/caveats in
 [`docs/OPEN_QUESTIONS.md`](docs/OPEN_QUESTIONS.md).
 
@@ -53,7 +53,7 @@ Key implementation facts (don't relearn):
 - **Structural model inspection** (`ModelInspectionService`, `InspectionTools`): `describe_model` — one-call structural "passport" (bounding box + МЦХ + bodies + topology summary + feature tree + variables); preferred over snapshot. `list_features` — feature tree with params (depth/radius/legs). `list_bodies` — list solid/surface bodies with face count. `list_variables` — model variables (name/expression/value, external/info flags); reads via `ksPart.GetFeature().VariableCollection` (all variables, including user-created) with fallback to `ksPart.VariableCollection()` (external-only — bug was fixed). `describe_face` — drill-down by index (type, area, normal, radius, edge count). `describe_edge` — drill-down by index (type, length, adjacent faces, vertices). `measure` — distance/angle between two objects (face|edge|vertex by index, unit `ST_MIX_MM`).
 - **Variable management (package D start, `VariableService`, `VariableTools`)**: `create_variable(name, value, note?, external?)` — creates a model variable; `set_variable(name, expression)` — sets expression (constant `"30"` or formula `"width*2+5"`); `delete_variable(name)` — deletes (fails if dependents exist). **Key API facts (don't relearn):** variable creation MUST use `ksPart.GetFeature().VariableCollection` (property on root ksFeature) — NOT `ksPart.VariableCollection()` (returns external-only). Expression is the leading field; value is derived. Changes applied via `ksPart.RebuildModel()` (return checked); after rebuild the RCW variable is stale → re-read via fresh collection (`ReadValueFresh`). Dependent variables recalculate automatically. Deletion fails if dependents exist (RemoveVariable returns FALSE). **Geometry limitation:** variables control geometry only in a parametric model where sketch dimensions are linked to variable names; our sketches are built with literal coordinates → `set_variable` stores/computes the value but does NOT change geometry. Linking sketch dimensions to variables (parametric sketches via API2D) is not yet implemented.
 - **Feature tree API** (don't relearn): read via API5 `ksPart.GetFeature()` → `(ksFeature).SubFeatureCollection(true,false)` → `ksFeatureCollection`. Cast `(ksFeature)part` does NOT work (RCW QI returns null) — must use `GetFeature()`. `ksFeature.type` returns only coarse `o3d_entity` and does NOT distinguish operations; precise type and params come from `ksFeature.GetObject()` → `ksEntity.GetDefinition()` and matching definition type (`ksBossExtrusionDefinition.GetSideParam`, `ksFilletDefinition.radius`, `ksChamferDefinition.GetChamferParam`, …). Node name ("Элемент выдавливания:1", "Скругление:1") is localized by КОМПАС itself.
-- **STEP import/export, `list_components`, `move_face`, `split_solid_by_plane`, `move_body`, `boolean_union`, full inspection layer, richer sketch primitives (package A), `shell`, `rib`, `sweep`, `loft` (package B complete), `sketch_create_on_offset_plane` (package E start), `linear_pattern`, `circular_pattern`, `mirror_operation`, `mirror_body` (package C complete), `hole`, `hole_counterbore`, `hole_countersink` (all API7 via `HoleService`), `draft` (API5 `ksInclineDefinition`), `create_variable`/`set_variable`/`delete_variable` (package D start) are done.** Not yet done: parametric sketches — **investigated, unavailable via COM API** (`ksCDimWithVariable` cannot be constructed from external automation; see `docs/superpowers/specs/2026-05-27-parametric-sketch-findings.md`); 2D drawing, assembly building; package E continuation (axis, angle plane). Known caveat: boss/cut direction on a selected face depends on face-normal orientation (`forward` may need flipping — agent picks via snapshot or `describe_face` normal). See `docs/OPEN_QUESTIONS.md` → «Ревью v2».
+- **STEP import/export, `list_components`, `move_face`, `split_solid_by_plane`, `move_body`, `boolean_union`, full inspection layer, richer sketch primitives (package A), `shell`, `rib`, `sweep`, `loft` (package B complete), `sketch_create_on_offset_plane` (package E start), `linear_pattern`, `circular_pattern`, `mirror_operation`, `mirror_body` (package C complete), `hole`, `hole_counterbore`, `hole_countersink`, `hole_conic` (all API7 via `HoleService`; `hole_conic` uses `ksHTConic`/`IConicHoleParameters`), `draft` (API5 `ksInclineDefinition`), `create_variable`/`set_variable`/`delete_variable` (package D start) are done.** Not yet done: parametric sketches — **investigated, unavailable via COM API** (`ksCDimWithVariable` cannot be constructed from external automation; see `docs/superpowers/specs/2026-05-27-parametric-sketch-findings.md`); 2D drawing, assembly building; package E continuation (axis, angle plane). Known caveat: boss/cut direction on a selected face depends on face-normal orientation (`forward` may need flipping — agent picks via snapshot or `describe_face` normal). See `docs/OPEN_QUESTIONS.md` → «Ревью v2».
 - **"STEP import without history"** detected structurally: `bodyCount > 0 && no formative features && features.Count <= bodyCount+1` (only origin + body). STEP with edits (move_face: "Смещённая плоскость", "Разрезать", "Переместить грани", "Булева операция") — that already has history.
 - **Topology/measure API**: `ksFaceDefinition.EdgeCollection` / `GetCylinderParam` / `GetSurface().GetNormal` + `normalOrientation`; `ksEdgeDefinition.GetAdjacentFace(bool)` / `GetVertex(bool)` → `ksVertexDefinition.GetPoint`; bodies via `ksPart.BodyCollection()` → `ksBody` (`IsSolid` / `FaceCollection`); all variables via `ksPart.GetFeature().VariableCollection` → `ksVariable` (external-only: `ksPart.VariableCollection()` — do NOT use for reading all variables); measurements via `ksPart.GetMeasurer()` → `ksMeasurer` (`SetObject1/2`, `unit=ST_MIX_MM`, `Calc`, `distance`/`MinDistance`/`angle` in degrees / `IsAngleValid`).
 - **STEP import COM pattern** (verified): `IApplication.get_Converter((object)(int)ksConverterFromSTEP=-3)` (pass format code, not DLL path) → `IConverter.ConverterParameters(cmd)` → set `IAdditionConvertParameters.Format=ksConverterFromSTEP` → `IKompasDocument3D1.ConvertFromAdditionFormat(path, prm)`. Export: `ConvertToAdditionFormat` with format codes for AP203/AP214/AP242. Param co-classes (AdditionConvertParameters etc.) are NOT CoCreatable — only via converter factories. Assembly traversal: `IKompasDocument3D.TopPart → IPart7.Parts (IParts7)`. Extract component: `prm.NeedCreateComponentsFiles=true` (writes .m3d files next to STEP) + `IPart7.OpenSourceDocument`.
@@ -64,7 +64,7 @@ Key implementation facts (don't relearn):
 - **Offset plane (`sketch_create_on_offset_plane`, package E start)**: `OpenSketchOnOffsetPlaneAsync` in `PartModeler.Sketch.cs`. `ksPart.NewEntity(o3d_planeOffset=14)` → `ksPlaneOffsetDefinition` (`SetPlane(basePlane)` + `offset` mm + `direction`) → `Create()` → sketch on that plane. Used to place sketches at arbitrary heights — enables `loft` with parallel sections. `entity.Create()` result is checked (reliability fix applied to all `CreateSketchOn*` paths).
 - **Loft operation (`loft`, package B)**: `ksBaseLoftDefinition` via `ksPart.NewEntity(o3d_baseLoft=30)`. Params: `sketchIds[]` (≥2 closed profile sketches on different parallel planes). `Sketchs().Add(each sketch)` → `SetLoftParam(closed=false, false, true)` → `SetThinParam(false)` → `Create()`. Requires parallel section sketches at different heights — use `sketch_create_on_offset_plane` for the non-base sections.
 - **Patterns & mirror (package C)**: `linear_pattern` — `ksMeshCopyDefinition` via `ksPart.NewEntity(o3d_meshCopy=35)`; `SetAxis1(axis)` + `SetCopyParamAlongAxis(true,0,count,step,false)` + `count2=1` (disables 2nd direction → 1D linear); features added via `OperationArray()` (no Get). `circular_pattern` — `ksCircularCopyDefinition` via `NewEntity(o3d_circularCopy=36)`; `SetAxis(axis)`; properties set directly: `count1=1` (radial off), `count2=count` (ring), `step2=angle°` between neighbours, `factor2=false`, `inverce=reverse`; `GetOperationArray().Add(feature)`. `mirror_operation` — `ksMirrorCopyDefinition` via `NewEntity(o3d_mirrorOperation=48)`; `SetPlane(basePlane)` + `GetOperationArray().Add(feature)`. `mirror_body` — `ksMirrorCopyAllDefinition` via `NewEntity(o3d_mirrorAllOperation=49)`; `SetPlane(basePlane)`; `ChooseBodies()` does NOT cast to `ksChooseBodies` (returns null) and is not needed — `o3d_mirrorAllOperation` mirrors all bodies keeping the original (volume doubles). Source features retrieved by id from `_features` registry via new private `RequireFeature` helper (analogous to `RequireSketch`). New `src/Kompas.Mcp.Core/Modeling/CoordinateAxis.cs` — enum `CoordinateAxis {X,Y,Z}` + `CoordinateAxes.ToObj3dType/Parse` (→ `o3d_axisOX/OY/OZ = 71/72/73`), analogous to `BasePlane.cs`. `SketchGeometry.RequireMin(int value, int min, string paramName)` — validator for `count>=2`. Empirical: `count` includes the original instance (count=3 → 3 bodies); `count2=1` disables 2nd direction for linear; `step2` is angle° between neighbours for circular.
-- **Hole operations (`hole`, `hole_counterbore`, `hole_countersink`)**: all implemented via **API7** (not API5 — `ksHoleDefinition` absent in interop). Service `src/Kompas.Mcp.Core/Modeling/HoleService.cs`. `HoleCore` helper is parameterised with `ksHoleTypeEnum holeType` + `Action<IHole3D> configure` callback (configure sets `HoleParameters` **after** `HoleType` is assigned, because the type-specific sub-interface — e.g. `ISpotfacingHoleParameters` — is not accessible until the type is fixed). Base `hole` = `ksHTBase` + `configure=null`. `hole_counterbore`: `ksHTCounterbore` + configure sets `(ISpotfacingHoleParameters)hole.HoleParameters` (`SpotfacingDiameter`, `SpotfacingDepth`); validates `spotDiameter>diameter` and `depth>spotDepth` for blind. `hole_countersink`: `ksHTCountersinking` + configure sets `(ICountersinkHoleParameters)hole.HoleParameters` (`CountersinkType=ksCTDiameterAngle`, `CountersinkDiameter`, `CountersinkAngle`); validates `sinkDiameter>diameter`, `0<sinkAngle<180`. All three share common placement logic (`IHoleDisposal`+`Points3D`, direction selection by volume delta, orphan rollback). None enters the `_features` API5 registry → no id returned.
+- **Hole operations (`hole`, `hole_counterbore`, `hole_countersink`, `hole_conic`)**: all implemented via **API7** (not API5 — `ksHoleDefinition` absent in interop). Service `src/Kompas.Mcp.Core/Modeling/HoleService.cs`. `HoleCore` helper is parameterised with `ksHoleTypeEnum holeType` + `Action<IHole3D> configure` callback (configure sets `HoleParameters` **after** `HoleType` is assigned, because the type-specific sub-interface — e.g. `ISpotfacingHoleParameters` — is not accessible until the type is fixed). Base `hole` = `ksHTBase` + `configure=null`. `hole_counterbore`: `ksHTCounterbore` + configure sets `(ISpotfacingHoleParameters)hole.HoleParameters` (`SpotfacingDiameter`, `SpotfacingDepth`); validates `spotDiameter>diameter` and `depth>spotDepth` for blind. `hole_countersink`: `ksHTCountersinking` + configure sets `(ICountersinkHoleParameters)hole.HoleParameters` (`CountersinkType=ksCTDiameterAngle`, `CountersinkDiameter`, `CountersinkAngle`); validates `sinkDiameter>diameter`, `0<sinkAngle<180`. `hole_conic`: `ksHTConic` + configure sets `(IConicHoleParameters)hole.HoleParameters` (`ConicType=ksCNAngle`, `ConicAngle`); validates `0<conicAngle<180`. All four share common placement logic (`IHoleDisposal`+`Points3D`, direction selection by volume delta, orphan rollback). None enters the `_features` API5 registry → no id returned.
 - **Draft operation (`draft`)**: implemented via **API5** `ksInclineDefinition` (operation name in API5 is "Incline", not "Draft" — do NOT search for "Draft" in API5 docs). `ksPart.NewEntity(o3d_incline=42)` → `GetDefinition() as ksInclineDefinition` → `FaceArray()` (add faces by index via `SelectFaceByIndex`, range-checked before mutation) → `SetPlane(basePlane)` → `angle` (degrees) → `direction` → `Create()` → register in `_features`. Empirical: `direction=false`=expanding (outward, adds material), `direction=true`=tapering (inward) — **opposite to the SDK docs** → mapping in code: `def.direction = !outward`. Neutral plane set via `SetPlane(base coordinate plane)`. Angle validation: `RequireDraftAngle(0<angle<90, double.IsFinite)`. Returns feature id (registered in `_features` → patterns/mirror from package C apply). Note: `o3d_DraftFromEdges=644` / `IDraftFromEdges` is a different "draft from edge baseline" operation — not used here.
 - **Richer sketch primitives (package A, ksDocument2D API5 wrappers)**: `ksArcBy3Points` (3-point arc), `ksArcByAngle` (centre/radius/start-end angles in degrees, counterClockwise flag), `ksEllipse` via `ksEllipseParam` — struct obtained via `KompasObject.GetParamStruct(ko_EllipseParam=22)`; **property names are `A`/`B` (uppercase) in the interop**; `ksRegularPolygon` via `ksRegularPolygonParam` (`ko_RegularPolygonParam=92`) — `describe = !inscribed`; NURBS spline via `ksNurbs(order=4)` + `ksNurbsPoint` loop + `ksEndObj`; `ksPoint`. Param structs are released after use. `PartModeler` split into partial classes: `PartModeler.cs` (registry/helpers/NewParam<T>/reset), `PartModeler.Sketch.cs` (all 2D primitives), `PartModeler.Features.cs` (extrude/revolve/fillet/chamfer). Static `SketchGeometry` class (`Core/Modeling`) holds enum mappings (`ArcDirection`, `PolygonDescribe`) and validators (`RequirePositive`, `RequireVertexCount`, `RequirePoints`). Polyline/spline point lists use `record SketchPoint(X, Y)` with JSON names `x`/`y`.