nodeslicer/doc/nodes_list_behavior.csv

1	Type	Category	Node Name	Class Name	File	Archetype	First Input Socket	Other Input Sockets	Output Socket(s)	First Input Shape	Output Shape	Single Item Behavior	List Behavior
2	Object	List Joiners (New)	Objects to List	SLICENODE_ObjectsToList	core/nodeslicer/nodes/inputs.py	List Joiner	Multi-input NodeSocketObject (Object)	None	NodeSocketObject (Objects)	Standard / LIST	Fixed LIST	Wraps single item into a 1-element list [Obj1]	Flattens incoming lists and combines all objects into list[bpy.types.Object]. Output appearance is LIST.
3	Mesh	List Joiners (New)	Meshes to List	SLICENODE_MeshesToList	core/nodeslicer/nodes/mesh.py	List Joiner	Multi-input SLICESOCK_Mesh (Mesh)	None	SLICESOCK_Mesh (Meshes)	Standard / LIST	Fixed LIST	Wraps single mesh into a 1-element list [Mesh1]	Flattens incoming lists and bundles all meshes into list[SlicingCollection]. Output appearance is LIST.
4	Path	List Joiners (New)	Paths to List	SLICENODE_PathsToList	core/nodeslicer/nodes/path.py	List Joiner	Multi-input SLICESOCK_Paths (Paths)	None	SLICESOCK_Paths (Paths)	Standard / LIST	Fixed LIST	Wraps single path into a 1-element list [Path1]	Flattens incoming lists and bundles all toolpaths into list[SlicePaths]. Output appearance is LIST.
5	Gcode	List Joiners (New)	Gcodes to List	SLICENODE_GcodesToList	core/nodeslicer/nodes/gcode.py	List Joiner	Multi-input NodeSocketString (Gcode)	None	NodeSocketString (Gcode)	Standard / LIST	Fixed LIST	Wraps single G-code string into a 1-element list [Gcode1]	Flattens incoming lists and bundles all G-code blocks into list[str]. Output appearance is LIST.
6	Mesh	Existing Joiners	Join Mesh Parts	SLICENODE_JoinMesh	core/nodeslicer/nodes/mesh.py	Data Joiner (Flattener)	Multi-input SLICESOCK_Mesh (Mesh)	None	SLICESOCK_Mesh (Mesh)	Dynamic (Displays LIST if linked to list)	Standard (CIRCLE)	Merges multiple mesh inputs into one SlicingCollection	Flattens incoming lists when joining (e.g. [M1, M2] + M3 -> M1 + M2 + M3). Output is a single merged mesh (CIRCLE).
7	Mesh	Existing Joiners	Join Mesh Groups	SLICENODE_JoinMeshGroups	core/nodeslicer/nodes/mesh.py	Data Joiner (Flattener)	Multi-input SLICESOCK_Mesh (Mesh)	None	SLICESOCK_Mesh (Mesh)	Dynamic (Displays LIST if linked to list)	Standard (Group)	Bundles multiple SlicingCollections into a SlicingGroup	Flattens incoming lists of collections into a single SlicingGroup.
8	Gcode	Existing Joiners	Join Gcode	SLICENODE_JoinGcode	core/nodeslicer/nodes/gcode.py	Data Joiner (Flattener)	Multi-input NodeSocketString (Gcode)	None	NodeSocketString (Gcode)	Dynamic (Displays LIST if linked to list)	Standard (CIRCLE)	Concatenates multiple G-code strings with newline '\n'	Flattens incoming G-code lists and strings, concatenating all sequentially into a single G-code string (CIRCLE).
9	Object	Geometry & Mesh	Get Mesh	SLICENODE_GetMesh	core/nodeslicer/nodes/mesh.py	Element-wise Operator	NodeSocketObject (Object)	include_children (prop)	SLICESOCK_Mesh (Mesh)	Dynamic (Changes to LIST if input is list)	Dynamic (Changes to LIST if input is list)	Converts single Object into SlicingCollection	First input is list [Obj1, Obj2, ...]. Converts each element into SlicingCollection. Output is [Mesh1, Mesh2, ...]. Both sockets switch to LIST.
10	Object	Path Processing	Get Paths	SLICENODE_GetPaths	core/nodeslicer/nodes/path.py	Element-wise Operator	NodeSocketObject (Object)	Extrusion/Feedrate/Extra Attributes (single or matching list)	SLICESOCK_Paths (Paths)	Dynamic (Changes to LIST if input is list)	Dynamic (Changes to LIST if input is list)	Extracts mesh edges as SlicePaths	First input is list [Obj1, Obj2, ...]. Secondary inputs are matched index-per-index or broadcast if single value. Output is [Paths1, Paths2, ...]. Both sockets switch to LIST.
11	Mesh	Geometry & Mesh	Rename Mesh	SLICENODE_RenameMesh	core/nodeslicer/nodes/mesh.py	Element-wise Operator	SLICESOCK_Mesh (Geometry)	NodeSocketString Name (single or matching list)	SLICESOCK_Mesh (Geometry)	Dynamic (Changes to LIST if input is list)	Dynamic (Changes to LIST if input is list)	Renames geometry using name template	First input is list [Mesh1, Mesh2, ...]. Names are matched index-per-index or broadcast if single value. Output is [Renamed1, Renamed2, ...]. Sockets switch to LIST.
12	Mesh	Geometry & Mesh	Transform Geometry	SLICENODE_TransformGeometry	core/nodeslicer/nodes/mesh.py	Element-wise Operator	SLICESOCK_Geometry (Geometry)	Translation, Rotation, Scale (single or matching list)	SLICESOCK_Geometry (Geometry)	Dynamic (Changes to LIST if input is list)	Dynamic (Changes to LIST if input is list)	Transforms single Mesh or Paths by T, R, S	First input is list [G1, G2, ...]. Transforms each item using matching T, R, S values index-per-index (or broadcast if single value). Output is [T(G1), T(G2), ...]. Sockets switch to LIST.
13	Mesh	Geometry & Mesh	Get Transforms	SLICENODE_GetTransforms	core/nodeslicer/nodes/mesh.py	Element-wise Operator	SLICESOCK_Geometry (Geometry)	None	NodeSocketVector (Translation), NodeSocketRotation (Rotation), NodeSocketVector (Scale)	Dynamic (Changes to LIST if input is list)	Dynamic (All outputs change to LIST if input is list)	Extracts consolidated Translation, Rotation, and Scale from geometry	Input is list [G1, G2, ...]. Extracts T, R, S for each item. Outputs are [T1, T2, ...], [R1, R2, ...], and [S1, S2, ...]. Sockets switch to LIST.
14	Mesh	Geometry & Mesh	Drop Geometry	SLICENODE_DropGeometry	core/nodeslicer/nodes/mesh.py	Element-wise Operator	SLICESOCK_Mesh (Mesh)	NodeSocketFloat Z (single or matching list)	SLICESOCK_Mesh (Mesh), NodeSocketVector (Translation)	Dynamic (Changes to LIST if input is list)	Dynamic (Both outputs change to LIST if input is list)	Translates mesh to target minimum Z; outputs dropped mesh and (0,0,dz)	First input is list [Mesh1, Mesh2, ...]. Target Z values are matched index-per-index (or broadcast if single value). Outputs are [Dropped1, Dropped2, ...] and [T1, T2, ...]. Sockets switch to LIST.
15	Mesh	Geometry & Mesh	Separate Mesh	SLICENODE_SeparateMesh	core/nodeslicer/nodes/mesh.py	Element-wise Operator	SLICESOCK_Mesh (Mesh)	Attribute (String), Value (Float) (single or matching list)	Selection (Mesh), Inverted (Mesh)	Dynamic (Changes to LIST if input is list)	Dynamic (Both outputs change to LIST if input is list)	Splits collection into Selection and Inverted based on attribute condition	First input is list [Mesh1, Mesh2, ...]. Secondary inputs are matched index-per-index or broadcast if single value. Outputs are Selection: [Sel1, ...] and Inverted: [Inv1, ...]. Sockets switch to LIST.
16	Mesh	Geometry & Mesh	Separate Mesh by Range	SLICENODE_SeparateMeshByRange	core/nodeslicer/nodes/mesh.py	Element-wise Demux	SLICESOCK_Mesh (Mesh)	Attribute, Start, End (single or matching list)	Dynamic numeric sockets '0', '1', ...	Dynamic (Changes to LIST if input is list)	Dynamic (All outputs change to LIST if input is list)	Splits single mesh into multiple output sockets across integer range Start..End	First input is list [Mesh1, Mesh2, ...]. Secondary inputs are matched index-per-index or broadcast if single value. For each range output socket, delivers list of matching parts across all meshes: e.g. socket '0' gets [Mesh1_0, Mesh2_0, ...]. Outputs switch to LIST.
17	Mesh	Geometry & Mesh	Arrange Slicing Group	SLICENODE_ArrangeMesh	core/nodeslicer/nodes/mesh.py	Multi-Entity Packer	SLICESOCK_Mesh (Slicing Group)	Bed X, Bed Y, Spacing, Method, Allow Rotations (cannot be list)	SLICESOCK_Mesh (Slicing Group)	Dynamic (Changes to LIST if input is list)	Dynamic (Changes to LIST if input is list)	Nests collections in SlicingGroup on build plate using libnest2d	First input is list [Mesh1, Mesh2, ...]. Packs all meshes in the list simultaneously on the build plate without collisions. Output is [Mesh1_packed, Mesh2_packed, ...]. Sockets switch to LIST.
18	Mesh	PDF Exporter	Assign PDF Properties	SLICENODE_AssignPdfProperties	core/nodeslicer/nodes/mesh.py	Element-wise Operator	SLICESOCK_Mesh (Geometry)	Line Width, Line Color, Show Name (single or matching list)	SLICESOCK_Mesh (Geometry)	Dynamic (Changes to LIST if input is list)	Dynamic (Changes to LIST if input is list)	Attaches stroke line width and color metadata to geometry	First input is list [G1, G2, ...]. Secondary properties are matched index-per-index or broadcast if single value. Output is [G1', G2', ...]. Sockets switch to LIST.
19	Mesh	PDF Exporter	Assign PDF Object Properties	SLICENODE_AssignPropertyToObject	core/nodeslicer/nodes/mesh.py	Element-wise Operator	SLICESOCK_Mesh (Geometry)	Settings (single or matching list)	SLICESOCK_Mesh (Geometry)	Dynamic (Changes to LIST if input is list)	Dynamic (Changes to LIST if input is list)	Attaches property callouts to geometry for PDF drawing tables	First input is list [G1, G2, ...]. Secondary properties are matched index-per-index or broadcast if single value. Output is [G1', G2', ...]. Sockets switch to LIST.
20	Mesh	Path Processing	Slice Shells	SLICENODE_SliceShells	core/nodeslicer/nodes/path.py	Element-wise Operator	SLICESOCK_Mesh (Mesh)	Layer Height, First Layer Height, Rotation, Ignore Holes (single or matching list)	SLICESOCK_Paths (Paths)	Dynamic (Changes to LIST if input is list)	Dynamic (Changes to LIST if input is list)	Slices single mesh into 2D SlicePaths polygons	First input is list [Mesh1, Mesh2, ...]. Secondary parameters are matched index-per-index or broadcast if single value. Output is [Paths1, Paths2, ...]. Sockets switch to LIST.
21	Mesh	PDF Exporter	Mesh to PDF	SLICENODE_MeshToPdf	core/nodeslicer/nodes/output.py	Batch Sink	SLICESOCK_Mesh (Geometry) or SLICESOCK_Paths (Paths)	Folder, Settings, Template, Header, Margins (cannot be list)	Execution Link	Dynamic (Displays LIST if input is list)	Standard Execution Link	Renders orthographic 1:1 scale vector PDF drawing	First input is list [Geom1, Geom2, ...]. Renders and exports a separate PDF file for each item using the same settings and naming template.
22	Path	Path Processing	Buffer Shells	SLICENODE_BufferShells	core/nodeslicer/nodes/path.py	Element-wise Operator	SLICESOCK_Paths (Paths)	Distance, Rotation, Miter (single or matching list)	SLICESOCK_Paths (Paths)	Dynamic (Changes to LIST if input is list)	Dynamic (Changes to LIST if input is list)	Offsets 2D closed polygon boundaries by distance	First input is list [P1, P2, ...]. Secondary parameters are matched index-per-index or broadcast if single value. Output is [Buf(P1), Buf(P2), ...]. Sockets switch to LIST.
23	Path	Path Processing	Buffer Curve	SLICENODE_BufferCurve	core/nodeslicer/nodes/path.py	Element-wise Operator	SLICESOCK_Paths (Paths)	Distance, Cap Style, Join Style, Single Sided, Rotation (single or matching list)	SLICESOCK_Paths (Paths)	Dynamic (Changes to LIST if input is list)	Dynamic (Changes to LIST if input is list)	Dilates open or closed curves by distance	First input is list [P1, P2, ...]. Secondary parameters are matched index-per-index or broadcast if single value. Output is [Buf(P1), Buf(P2), ...]. Sockets switch to LIST.
24	Path	Path Processing	Offset Curve	SLICENODE_OffsetCurve	core/nodeslicer/nodes/path.py	Element-wise Operator	SLICESOCK_Paths (Paths)	Distance, Join Style, Rotation (single or matching list)	SLICESOCK_Paths (Paths)	Dynamic (Changes to LIST if input is list)	Dynamic (Changes to LIST if input is list)	Generates parallel offset curves using Shapely	First input is list [P1, P2, ...]. Secondary parameters are matched index-per-index or broadcast if single value. Output is [Off(P1), Off(P2), ...]. Sockets switch to LIST.
25	Path	Path Processing	Path Offset	SLICENODE_PathOffset	core/nodeslicer/nodes/path.py	Element-wise Operator	SLICESOCK_Paths (Paths)	Offset Vector (single or matching list)	SLICESOCK_Paths (Paths)	Dynamic (Changes to LIST if input is list)	Dynamic (Changes to LIST if input is list)	Translates toolpaths by 3D XYZ vector	First input is list [P1, P2, ...]. Offset vectors are matched index-per-index or broadcast if single value. Output is [P1 + V1, P2 + V2, ...]. Sockets switch to LIST.
26	Path	Path Processing	Rotate Path	SLICENODE_RotatePath	core/nodeslicer/nodes/path.py	Element-wise Operator	SLICESOCK_Paths (Paths)	Angle, Center (single or matching list)	SLICESOCK_Paths (Paths)	Dynamic (Changes to LIST if input is list)	Dynamic (Changes to LIST if input is list)	Rotates toolpaths around Z axis at center point	First input is list [P1, P2, ...]. Angle/center are matched index-per-index or broadcast if single value. Output is [Rot(P1), Rot(P2), ...]. Sockets switch to LIST.
27	Path	Path Processing	Buffer Shells Multiple	SLICENODE_BufferShellsMultiple	core/nodeslicer/nodes/path.py	Element-wise Operator	SLICESOCK_Paths (Paths)	Distance, Width Step, Count, Rotation, Miter (single or matching list)	Paths, Outermost Path, Innermost Path	Dynamic (Changes to LIST if input is list)	Dynamic (All 3 outputs change to LIST if input is list)	Generates multiple concentric perimeter passes, plus outermost and innermost boundaries	First input is list [P1, P2, ...]. Computes concentric passes per item using matching distance/step/count index-per-index (or broadcast if single value). Outputs are [Passes1, ...], [Out1, ...], [In1, ...]. All outputs switch to LIST.
28	Path	Path Processing	Infill	SLICENODE_Infill	core/nodeslicer/nodes/path.py	Element-wise Operator	SLICESOCK_Paths (Paths)	Density, Infill Rotation, Layer Rotation, Infill Type (single or matching list)	SLICESOCK_Paths (Paths)	Dynamic (Changes to LIST if input is list)	Dynamic (Changes to LIST if input is list)	Generates infill pattern clipped to boundary paths	First input is list [P1, P2, ...]. Density/rotation parameters are matched index-per-index or broadcast if single value. Output is [Inf(P1), Inf(P2), ...]. Sockets switch to LIST.
29	Path	Path Processing	Overhang Mask	SLICENODE_OverhangMask	core/nodeslicer/nodes/path.py	Element-wise Operator	SLICESOCK_Paths (Paths)	Tolerance (single or matching list)	SLICESOCK_Paths (Paths)	Dynamic (Changes to LIST if input is list)	Dynamic (Changes to LIST if input is list)	Calculates downward accumulated overhang mask across layers	First input is list [P1, P2, ...]. Tolerance values are matched index-per-index or broadcast if single value. Output is [Mask(P1), Mask(P2), ...]. Sockets switch to LIST.
30	Path	Path Processing	Simplify Paths	SLICENODE_SimplifyPaths	core/nodeslicer/nodes/path.py	Element-wise Operator	SLICESOCK_Paths (Paths)	Tolerance, Preserve Topology (single or matching list)	SLICESOCK_Paths (Paths)	Dynamic (Changes to LIST if input is list)	Dynamic (Changes to LIST if input is list)	Simplifies toolpath vertices using Douglas-Peucker algorithm	First input is list [P1, P2, ...]. Tolerance values are matched index-per-index or broadcast if single value. Output is [Simp(P1), Simp(P2), ...]. Sockets switch to LIST.
31	Path	Path Processing	Seam Placement	SLICENODE_SeamPlacement	core/nodeslicer/nodes/path.py	Primary-List Operation	SLICESOCK_Paths (Paths) [Can be a list]	SLICESOCK_Mesh (Cutting Mesh), Seam Staggering, Mode, Acquire Transforms (single or matching list)	SLICESOCK_Paths (Paths)	Dynamic (Changes to LIST if input is list)	Dynamic (Changes to LIST if input is list)	Repositions start seams of closed paths to intersection points with cutting mesh	First input is list [P1, P2, ...]. Cutting meshes and staggering are matched index-per-index (or broadcast if single value). Output is [P1', P2', ...]. Sockets switch to LIST.
32	Path	Path Processing	Path Operations	SLICENODE_PathOperations	core/nodeslicer/nodes/path.py	Primary-List Operation	Input 0: SLICESOCK_Paths (Paths) [Can be a list]	Inputs 1..N: SLICESOCK_Paths (Paths), connect_along_boundary, Acquire Transforms (single or matching list)	SLICESOCK_Paths (Paths)	Dynamic (Changes to LIST if input is list)	Dynamic (Changes to LIST if input is list)	Performs Zip, Extend, Max Coverage (Union), Min Coverage, Intersect, Subtract, or XOR across inputs	First input is list [P1, P2, ...]. Other inputs can be single values (broadcast) or lists of equal length matched index-per-index: [op(P1, Q1...), op(P2, Q2...), ...]. Output is [R1, R2, ...]. Sockets switch to LIST.
33	Path	G-code Processing	Paths to Gcode	SLICENODE_PathsToGcode	core/nodeslicer/nodes/gcode.py	Element-wise Operator	SLICESOCK_Paths (Paths)	SLICESOCK_Intrinsics (Intrinsics), Header (single or matching list)	NodeSocketString (Gcode)	Dynamic (Changes to LIST if input is list)	Dynamic (Changes to LIST if input is list)	Converts single SlicePaths into standard G-code string via Pather	First input is list [P1, P2, ...]. Intrinsics and header are matched index-per-index or broadcast if single value. Output is [Gcode1, Gcode2, ...]. Sockets switch to LIST.
34	Path	G-code Processing	Gcode Regex Replace	SLICENODE_GcodeRegexReplace	core/nodeslicer/nodes/gcode.py	Element-wise Operator	NodeSocketString (Gcode)	Find, Replace (single or matching list)	NodeSocketString (Gcode)	Dynamic (Changes to LIST if input is list)	Dynamic (Changes to LIST if input is list)	Runs regex find & replace on G-code string	First input is list [G1, G2, ...]. Find/replace patterns are matched index-per-index or broadcast if single value. Output is [G1', G2', ...]. Sockets switch to LIST.
35	Gcode	Action & I/O	Gcode to File	SLICENODE_GcodeToFile	core/nodeslicer/nodes/output.py	Batch Sink	NodeSocketString (Gcode) [Can be a list or multi-input]	Folder, Name (single or matching list)	Execution Link	Dynamic (Displays LIST if input is list)	Standard Execution Link	Saves G-code string to .gcode or .bgcode file on disk	First input is list [G1, G2, ...]. Names are matched index-per-index (or broadcast if single value/empty). Saves a separate file for each element.
36	Gcode	Action & I/O	Gcode to Text Block	SLICENODE_GcodeToTextBlock	core/nodeslicer/nodes/output.py	Batch Sink	NodeSocketString (Gcode) [Can be a list]	Text Block Name (cannot be list)	Execution Link	Dynamic (Displays LIST if input is list)	Standard Execution Link	Writes G-code string to an active Blender text editor data-block	First input is list [G1, G2, ...]. Writes separate numbered Blender text blocks (NodeSlicer_00.gcode, NodeSlicer_01.gcode) using the base name.
37	Gcode	Action & I/O	Start Print	SLICENODE_StartPrint	core/nodeslicer/nodes/output.py	Single Item Sink	NodeSocketString (Gcode) [Single item only]	SLICESOCK_Printer (Single item only)	Execution Link	Standard (CIRCLE)	Standard Execution Link	Uploads and starts print on network printer	List is not accepted. Sockets reject list connections and evaluate() reports an error if a list is received.
38	Gcode	Action & I/O	Baserow Submit	SLICENODE_BaserowSubmit	core/nodeslicer/nodes/output.py	Batch Sink	NodeSocketString (Gcode) [Can be a list or multi-input]	Settings, Host, Token, Table ID, Record ID (cannot be list)	Execution Link	Dynamic (Displays LIST if input is list)	Standard Execution Link	Uploads G-code attachment and creates/updates row in Baserow database	First input is list [G1, G2, ...]. Submits each G-code as a separate record and attachment in Baserow using the same database credentials.
39	Gcode	Action & I/O	Airtable Submit	SLICENODE_AirtableSubmit	core/nodeslicer/nodes/output.py	Batch Sink	NodeSocketString (Gcode) [Can be a list or multi-input]	Settings, PAT File, Base ID, Table ID, Record ID (cannot be list)	Execution Link	Dynamic (Displays LIST if input is list)	Standard Execution Link	Uploads G-code attachment and creates/updates row in Airtable base	First input is list [G1, G2, ...]. Submits each G-code as a separate record and attachment in Airtable using the same database credentials.
40	Gcode	Action & I/O	Gcode to Preview Mesh	SLICENODE_GcodeToMesh	core/nodeslicer/nodes/preview.py	Batch Sink	NodeSocketString (Gcode) [Can be a list or multi-input]	Name, show_e_0 (cannot be list)	Execution Link	Dynamic (Displays LIST if input is list)	Standard Execution Link	Decodes toolpaths and reconstructs 3D wireframe preview mesh object in Blender	First input is list [G1, G2, ...]. Generates a separate preview mesh object in the scene (Preview00, Preview01, ...) for each G-code in the list.
41	Gcode	Action & I/O	Printer List	SLICENODE_PrinterList	core/nodeslicer/nodes/system.py	Single Item Sink	Dynamic G-code sockets per printer [Single item only]	Config File JSON (cannot be list)	Execution Link	Standard (CIRCLE)	Standard Execution Link	Sends G-code to corresponding printer defined in config JSON	List is not accepted. Sockets reject list connections and evaluate() ignores list inputs.