*SPA8
*SPA8 forces the solver to use 8-byte integer arrays for sparse data structures. By default the solver automatically switches from 4-byte to 8-byte when the 4-byte limit is exceeded.
- What's new
- Netfabb Help
- Netfabb Lua API reference
- Advanced Toolpath Utility Help
- Simulation Utility Help
- Local Simulation Help
- About Autodesk Netfabb Local Simulation
- Command-line execution (Linux or Windows)
- Clic v3 execution options
- PRM File Generation Execution
- Input Files
- Output Files
- Keyword Listing
- System Checks
- Input/Output
- Analysis Control
- *ANTP: Analysis Type
- *AXSP: AuXSPar Array Size Scaling Factor
- *CMSH: Check Mesh
- *DTEN: Delta Time ENd
- *END: END Input File
- *KTMP: Keep Temporary Files
- *MAXM: Maximum Allowable RAM Usage
- *MSMA: Multi-Scale Multi-Axis modeling
- *NLTL: Total Lagrangian Analysis Switch
- *NOFC: No Automatic Off-Core Pre-processing
- *ODTP: Peak thermal gradient result
- *OFC1: Off-Core Pre-processing Stage 1
- *OFC2: Off-Core Pre-processing Stage 2
- *OFC3: Off-Core Pre-processing Stage 3
- *RELA: Relaxation Control
- *RELM: Relaxation Mechanical Values
- *SOLU: Solution Parameters
- *SPA8: Sparse Array 8-Byte
- *TRAN: Transient Analysis Timing Control
- *TAUT: Automatic Time Incrementation Based on Heat Source Radius
- *TPRM: Dwell Time Multiplier for PRM Generation
- *TWAL: Wall CPU Limit
- *ZDWL: Z Height Dwell Time
- Element Activation Strategies
- Part-Level Powder-Bed Modeling
- Material Property Definition
- Boundary Conditions
- Additional Options
- Support Structure Modeling
- Heat Treatment Modeling
- Post Process Tools
- Simulation Examples
- Common Errors and Warnings
- Units of measure
- Release notes
- Netfabb Installation Supplement
- Local Simulation Installation Supplement