LSDYNA BINOUT EXTRACT MATRIX

Reads a single LS-DYNA binout branch (matsum, secforc, rwforc/wall*, swforc, abstat, sbtout, …) in one pass and returns the dense {ids x times} matrix for the requested components. Replaces N-per-id round trips through the bulk extractor with a single C-side walk. Supports magnitude (sqrt(x^2+y^2+z^2)) computed in C when -mag is set. Drives the BINOUT Explorer Wall Force Visualizer and is reusable from any analyzer that needs per-id curves matricized.

When to use

Tagged: abstat, binout, bulk, extract, lsdyna, matrix, matsum, rwforc.

Inputs

Label ID Type Default Required Description
Simulation simulation_id remote_lookup   Reference to the LS-DYNA simulation whose binout will be read.
Branch branch string matsum   Binout branch path. Examples: matsum, secforc, swforc, rwforc/wall001, abstat, sbtout.
Components components string   Comma-separated component list (e.g. internal_energy or x_force,y_force,z_force). Empty = auto-discover all numeric components for the branch.
IDs ids string   Comma-separated id whitelist. Empty = all ids in the branch’s metadata.
Magnitude magnitude string no   When yes, compute sqrt(x_force^2 + y_force^2 + z_force^2) in C and return as ‘magnitude’ instead of the raw vector components.

Outputs

Label ID Type Description
Branch branch string Echoed branch path.
Components components dataset Component names whose values are interleaved in the matrix.
IDs ids dataset Row order of the matrix.
Times times dataset Column order of the matrix.
Matrix (rows=ids, cols=steps) matrix dataset Dense float matrix, ids x times. When multiple components are returned, rows are interleaved per id.
Matrix Summary matrix_summary dataset Per-branch summary: min, max, peak_id, peak_step.
Summary summary string One-line human-readable summary.

Disciplines

  • cae.postprocessing.extraction
  • cae.postprocessing.response

Auto-generated from platform schema. Worker id: lsdyna_binout_extract_matrix. Schema hash: 1bd170547c73. Hand-curated docs in workerexamples/ override this page when present.