mcp: the solve tool runs nonlinear and buckling steps too, and its docs list heat

Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01UhhZMBTviDQxZvwnyP89fo

crates/mcp/src/server.rs

@@ -29,7 +29,7 @@ forces in N); Z is up. A typical analysis: `open` a .solidcraft design (or a .fi
 .3mf); `inspect_model` for its bodies and their persistent face names; `mesh` (method tet: {body, tolerance}); \
 then `execute` the model definition commands (model.set.create {name, geometry: [{body, face}]}, \
 model.material.create, model.section.create, model.boundary_condition.create, model.load.create, model.step.create \
-— list_commands shows each one's parameters); `check_model`; `solve` (static, frequency, explicit, fluid); \
+— list_commands shows each one's parameters); `check_model`; `solve` (static, nonlinear, frequency, buckle, explicit, fluid, heat); \
 `show_results` (field: displacement, von_mises…; its reply has the field's range) and `probe` / `reactions` for \
 numbers; `screenshot` to look; `save` or `write_deck` (abaqus, nastran, lsdyna). Partitions: geometry.datum makes a \
 datum plane, geometry.partition cuts the design's bodies into cells by it (cut faces partition:<name>:a|b; kept in \

crates/mcp/src/tools.rs

@@ -30,8 +30,15 @@ const MESHERS: &[(&str, &str, &str)] = &[
 ];
 
 /// The analyses the `solve` tool runs; one whose command this build lacks is left out.
-const ANALYSES: &[(&str, &str)] =
-    &[("static", "solve.static"), ("frequency", "solve.frequency"), ("explicit", "solve.explicit"), ("fluid", "solve.fluid"), ("heat", "solve.heat")];
+const ANALYSES: &[(&str, &str)] = &[
+    ("static", "solve.static"),
+    ("nonlinear", "solve.nonlinear"),
+    ("frequency", "solve.frequency"),
+    ("buckle", "solve.buckle"),
+    ("explicit", "solve.explicit"),
+    ("fluid", "solve.fluid"),
+    ("heat", "solve.heat"),
+];
 
 const VIEWS: &[&str] = &["iso", "home", "fit", "front", "back", "top", "bottom", "left", "right"];
 

docs/mcp.md

@@ -100,7 +100,7 @@ software on the computer.
 | `save` | `path?` | `file.save`: to `path` or the model's own file. |
 | `write_deck` | `format` (abaqus, nastran, lsdyna), `path`, `steps?` | `deck.write`. |
 | `mesh` | `method`, `params?` | Runs the mesher (`tet`: `mesh.tet.generate`; `hex`, `hex_sweep`, `hex_mapped`, `hex_blocks`: the structured hex meshers; `cells`: `mesh.cells`, a partitioned part cell by cell; `mirror`: `mesh.mirror`, a meshed half reflected across a plane; `block`: `mesh.block`; `planar`: `mesh.planar`) and replies with its result, `model.info` and `mesh.quality`. |
-| `solve` | `analysis` (static, frequency, explicit, fluid; heat as it lands), `step?`, `options?` | `solve.<analysis>` with the step and the solver's caps and settings. |
+| `solve` | `analysis` (static, nonlinear, frequency, buckle, explicit, fluid, heat), `step?`, `options?` | `solve.<analysis>` with the step and the solver's caps and settings. |
 | `show_results` | `step?`, `field?`, `bands?`, `range?`, `deformed?`, `scale?`, `mode?`, `frame?`, `time?` | The `results.*` commands its arguments ask for (`deformed: false` draws the undeformed mesh; `scale` is a factor, 0 for the undeformed shape so a sequence from 0 swings the deformation out, or `"auto"`; `range: {min?, max?}` clamps the legend, values above `max` drawn in the over colour); the reply has the contour range (smallest and largest value and their nodes: `field: "displacement"` gives the largest displacement), modes or frames. |
 | `probe` | `step?`, `nodes?`, `at?`, `elements?`, `points?`, `forces?`, `mode?`, `frame?` | `solve.probe`: stored results at nodes, at the nodes nearest to points `at` (structural steps), elements (explicit) or points (fluid). |
 | `reactions` | `step?`, `sets?`, `about?` | `results.reactions`: reaction force and moment per node set and in total. |