• Model Analysis
  • Using Creo Behavioral Modeling
    • About PTC Creo Behavioral Modeling
    • Persistent Display
  • Configuring Creo Behavioral Modeling
    • About Configuring PTC Creo Behavioral Modeling
    • To Set PTC Creo Behavioral Modeling Configuration Options
    • analysis_creat_tmp_file_on_regen
    • bm_graph_tool
    • excel_analysis_directory
    • mathcad_analysis_directory
    • mathcad_automapping
    • prime_analysis_directory
    • prime_automapping
  • Creo Behavioral Modeling Tools
    • Analysis Feature
      • About an Analysis Feature
      • To Create an Analysis Feature
      • Tip: Using the Graph as a Result of the Analysis Feature
      • Example: Including Mass Properties in the Family Table
      • Example: Using a Measurement in a Relation
    • Monitoring Parameters of Analysis Features
      • About Monitoring the Parameters of Analysis Features
      • To Monitor the Parameters of Analysis Features
    • User-Defined Analysis
      • About a User-Defined Analysis
      • Field Point
      • To Create a Field Point
      • Construction Group
      • To Define a Construction Group
      • To Create a User-Defined Analysis
      • Working with a User-Defined Analysis
      • Example: Analyzing the Cross Section of a Pipe
      • Example: Analyzing the Reflectivity of a Lamp Shade
    • Design Studies
      • Feasibility and Optimization Studies
        • About Feasibility and Optimization Studies
        • Using PTC Creo Simulate Parameters and Analyses
        • Example: Sensitivity, Feasibility, and Optimization Studies
        • Creating an Optimization Feature as a Result of Design Studies
        • To Perform an Optimization Study
        • Optimization Study
        • To Perform a Feasibility Study
        • Feasibility Study
        • Example: Feasibility Study
      • Multi-Objective Design Study
        • About the Multi-Objective Design Study
        • About the Terminology Used in the Multi-Objective Design Study
        • Example: Using the Pareto Method
        • To Conduct a Multi-Objective Design Study
        • Table Operations
        • To Expand the Master Table
        • To Display the Results of the Study
        • To Save the Results of the Study
        • To Generate Approximation Values
        • Using Approximation in Multi-Objective Design Studies
        • To Generate Graphs for the Multi-Objective Design Study
        • To Set Preferences for the Multi-Objective Design Study
        • To Set the Range Preferences
        • To Set the Display of Columns
      • Statistical Design Study
        • About a Statistical Design Study
        • To Conduct a Single type of Statistical Design Study
        • To Conduct a MODS type of Statistical Design Study
        • To Generate Graphs for a MODS type of Statistical Design Study
        • To Set Preferences for a MODS type of Statistical Design Study
    • Analyses
      • External Analysis
        • About the External Analysis and Analysis Feature
        • To Create an External Analysis
        • To Create an External Analysis Feature
      • Sensitivity Analysis
        • About the Sensitivity Analysis
        • To Create a Sensitivity Analysis
        • Example: Sensitivity Analysis
      • Toolkit Based Analysis
        • About the Toolkit-Based Analysis and Analysis Feature
        • To Create a Toolkit-Based Analysis
        • To Create a Toolkit-Based Analysis Feature
      • Motion Analysis
        • About Motion Analysis
        • To Create a Motion Analysis
        • To Create a Motion Analysis Feature
      • Creo Simulate Analysis
        • To Create a PTC Creo Simulate Analysis
      • Excel Analysis and Excel Analysis Feature
        • About the Excel Analysis and Excel Analysis Feature
        • About the Excel Analysis Output File
        • To Create an Excel Analysis
        • To Create an Excel Analysis Feature
      • PTC Mathcad Analysis and PTC Mathcad Analysis Feature
        • About the PTC Mathcad Prime Analysis and PTC Mathcad Prime Analysis Feature
        • About Mapping names of Variables or Parameters
        • PTC Mathcad Units and Their PTC Creo Parametric Equivalents
        • To Tag a PTC Mathcad Variable as proe2mc
        • To Tag a PTC Mathcad Variable as mc2proe
        • About Monitoring PTC Mathcad Worksheets
        • To Monitor PTC Mathcad Worksheets
        • About the PTC Mathcad Output File
        • About Creating Datum Points, Datum Curve, and a Datum Coordinate System
        • To Create a PTC Mathcad Analysis
        • To Create a PTC Mathcad Analysis Feature
        • Example: Driving an Angular Dimension Using a PTC Mathcad Generated Parameter
        • Example: Exporting Angular Dimensions to PTC Mathcad
      • PTC Mathcad Prime Analysis and PTC Mathcad Prime Analysis Feature
        • About the PTC Mathcad Prime Analysis and PTC Mathcad Prime Analysis Feature
        • About Mapping Names of Variables or Parameters
        • PTC Mathcad Units and Their PTC Creo Parametric Equivalents
        • To Assign a PTC Mathcad Prime Variable as Input
        • To Assign a PTC Mathcad Prime Variable as Output
        • About the PTC Mathcad Prime Output File
        • About Creating Datum Points, Datum Curve, and Datum Coordinate System
        • To Create a PTC Mathcad Prime Analysis
        • To Create a PTC Mathcad Prime Analysis Feature
        • Example: Driving an Angular Dimension Using a PTC Mathcad Prime Generated Parameter
        • Example: Exporting Angular Dimensions to PTC Mathcad Prime
    • Comparing Graphs
      • About Comparing Graphs
      • To Compare Two Graphs
  • Graphing Tools
    • Customizing Charts Using Chart-Tool
    • To Use the Print Dialog Box
    • Customizing Graph Display Settings
• Creo ModelCHECK
  • Creo ModelCHECK Overview
  • Using PTC Creo Modelcheck
    • About Creo ModelCHECK
    • About Creo ModelCHECK Teacher
    • About the Web Browser for the Creo ModelCHECK Report
    • About Integrating Creo ModelCHECK with a PDM System
    • To Start Creo ModelCHECK
    • To Stop Creo ModelCHECK
  • PTC Creo Modelcheck Operating Modes
    • About the Creo ModelCHECK Operating Modes
    • To Run Creo ModelCHECK in Interactive Mode
    • Interactive Mode Checks Using Creo ModelCHECK Regenerate
    • To Run Creo ModelCHECK in Regenerate Mode
    • To Run Creo ModelCHECK in Save Mode
    • About Running Creo ModelCHECK in Batch Mode
    • To Run Creo ModelCHECK in Batch Mode on UNIX
    • Example: Text File for Batch Mode
    • To Run Creo ModelCHECK in Batch Mode on Windows
    • About Creo ModelCHECK-PTC Windchill Interaction through Creo Distributed Batch
    • About the Requirements to Run Batch Mode in PTC Windchill
    • About Performing Batch Mode Tasks in PTC Windchill Environment
    • About Configuring Creo ModelCHECK and PTC Windchill for Shape Indexing
    • To Configure Creo ModelCHECK for Shape Indexing
    • To Run Creo ModelCHECK from Creo Distributed Batch
    • Automatic Corrections in Batch Mode
    • About ModelUPDATE Mode
    • To Run Creo ModelCHECK in ModelUPDATE Mode
  • Configuring PTC Creo Modelcheck
    • About Configuring Creo ModelCHECK
    • To Configure Creo ModelCHECK
    • Example: Creo ModelCHECK Configuration Files Flow Chart
    • Controlling Access to the Configuration Files
    • Setting Up the Initialization File: config_init.mc File
      • About the config_init.mc File
      • To Set Up the config_init.mc File Using the Creo ModelCHECK Configuration Tool
      • To Manually Set Up the config_init.mc File
      • Configuration Options in the config_init.mc File
      • Example: config_init.mc File
      • Duplicate Models in PTC Creo Modelcheck
        • About Duplicate Models
        • About Storing Shape Information
        • To Create the mc_dup_model.bin File
        • About Using the PTC Windchill Database
    • Setting Up the Condition Files
      • Setting Up the Condition File: setconf.mcc
        • About the setconf.mcc File
        • To Set Up the setconf.mcc File Using the Creo ModelCHECK Configuration Tool
        • To Manually Set Up the setconf.mcc File
        • Customizing the Load Config Menu in msg_mc.txt
      • Setting Up the Condition File: condition.mcc
        • About the condition.mcc File
        • To Set Up the condition.mcc File Using the Creo ModelCHECK Configuration Tool
        • To Manually Set Up the condition.mcc File
        • Example: condition.mcc File
        • About the SET CONFIG FILE Section of the condition.mcc File
        • Items You Can Use in Equality Statements
        • About Groups
        • To Set Up the Group Files Using the Creo ModelCHECK Configuration Tool
        • To Manually Set Up the Group Files
        • Configuring for Creo Parametric Releases
        • Configuring for Model Creation Dates
        • Combining Several Start Files
        • Example: SET CONFIG FILE Sample Lines Explained
        • About the OVERRIDE CHECKS Section of the condition.mcc File
        • Example: OVERRIDE CHECKS Sample Lines Explained
    • Setting Up the Check Configuration File
      • About the Check Configuration File
      • To Set Up the Check Configuration File Using the PTC ModelCHECK Configuration Tool
      • To Manually Set Up the Check Configuration File
      • Part Mode Checks
      • Assembly Mode Checks
      • Drawing Mode Checks
      • GeomIntegrityCHECK Checks
      • ModelUPDATE Checks
      • Storing Metrics for Checks
    • Setting Up the Start Configuration File
      • About the Start Configuration File
      • To Set Up the Start Configuration File Using the Creo ModelCHECK Configuration Tool
      • To Manually Set Up the Start Configuration File
      • Start File Configuration Options Summary
      • Part and Assembly Mode Configuration Options for the Start File
      • Drawing Mode Configuration Options for the Start File
      • Setting Up External Files
        • About External Files
        • To Set Up the External Files Using the Creo ModelCHECK Configuration Tool
        • To Manually Set Up the External Files
        • External Files Configuration Options for the Start File
        • Custom Configurable Checks
          • About Creating a New Check from Two or More Checks
          • Example: Custom Check File
          • About Creating Custom Checks
          • To Create Custom Checks Using Creo Parametric TOOLKIT
    • Setting Up the Constant Configuration File
      • About the Constant Configuration File
      • To Set Up the Constant Configuration File Using the PTC ModelCHECK Configuration Tool
      • To Manually Set Up the Constant Configuration File
      • Example: Constant Configuration File (.mcn)
      • Options in the Constant Configuration File
    • Setting Up the Status Configuration File
      • About the Status Configuration File
      • To Set Up the Status Configuration File Using the Creo ModelCHECK Configuration Tool
      • To Manually Set Up the Status Configuration File
      • Example: Status Configuration File (.mcq)
    • Integrating PTC Creo Modelcheck with a PDM System
      • About Integrating PTC Creo Modelcheck with a PDM System
      • PTC Creo Modelcheck Gatekeeper
        • About the Creo ModelCHECK Gatekeeper
        • About Creo ModelCHECK Gatekeeper Requirements
        • About Configuring Creo ModelCHECK for Gatekeeper
        • About Global Attributes for Creo ModelCHECK Gatekeeper
        • About Specifying Configuration Files for Different Contexts
        • About Setting Server Preferences for the Gatekeeper
  • Using the Spell Checker
    • About the Spell Checker
    • To Use the Spell Checker
    • Spell Checker Dictionaries
  • PTC Creo Modelcheck Reports
    • About Creo ModelCHECK Reports
    • To Use the Creo ModelCHECK Report
    • Summary Reports
    • ModelUPDATE Report
  • Optimizing PTC Creo Modelcheck
    • About Optimizing Creo ModelCHECK for Speed
  • RuleCHECK
    • About RuleCHECK
    • Why use RuleCHECK?
    • Defining Rules
    • Key Steps in rolling out RuleCHECK
    • To Run RuleCHECK
    • Example: Using RuleCHECK
    • Integrating RuleCHECK with Creo ModelCHECK
  • Using GeomIntegrityCHECK
    • About GeomIntegrityCHECK
    • To Set Up GeomIntegrityCHECK
    • To Start GeomIntegrityCHECK
    • Setting Check Criteria
    • GeomIntegrityCHECK Configuration Options and Their Settings
    • All Geom Type Checks
    • Curve and Drawing Checks
    • Surface Checks
    • Face Checks
    • Topology Checks
    • Solids Checks
  • checks
    • ACCURACY_INFO (Accuracy Information)
    • ADD_CHK_PARAM (Add a Parameter)
    • AE_GTOL_DUPLICATE (Duplicate Geometric Tolerance Annotation Elements)
    • AE_MISSINGREFS (Annotation Elements with Missing References)
    • AE_SF_DUPLICATE (Duplicate Surface Finish Annotation Elements)
    • AF_INCOMPLETE (Incomplete Annotation Features)
    • ANNTN_INACTIVE (Inactive Annotations)
    • ANNTN_MISSING_SURF_REF (Annotations Not Referencing Any Surface)
    • ANNTN_NOT_ON_COMB_STATE (Annotations Missing On Combined State)
    • ANNTN_ON_MULT_COMB_STATE(Annotations in Multiple Combination States)
    • ANNTN_SEM_REF_TEXT_VERIFY
    • ASM_BOM (Assembly Bill of Materials)
    • ASM_FEATURES (Assembly Features)
    • BODY_INFO (Body Information)
    • BOUND_INFO (Boundary Information)
    • BODY_INTF(Interfering Bodies)
    • BULK_ITEMS (Bulk Items)
    • BURIED_FEAT (Buried Features)
    • BURIED_SUSPECT (Buried Features with Children)
    • C7_SELF_DIST (Distance from Itself)
    • CHAMFER_CHILD (Children of Chamfers)
    • CHILD_EXT_FAILED_COMPONENTS (Children of External Failed Components)
    • CHILD_EXT_FAILED_FEATURES (Children of External Failed Features)
    • CHILD_FAILED_COMPONENTS (Children of Failed Components)
    • CHILD_FAILED_FEATURES (Children of Failed Features)
    • CHILDREN_EXIST (Standard Children)
    • CIRCULAR_REFS (Circular References)
    • COMB_STATE_NAME (Combination State Name Specification Errors)
    • COSMETIC_FEAT (Cosmetic Features)
    • CREATE_VIEW (Create Views)
    • CYL_CUT_SLOTS (Cuts and Slots That Should Be Holes)
    • CYL_DIAMS (Circular Cut Diameters)
    • D28_IGES_TEXT (IGES Conform Text)
    • DATUM_RENAME (Renaming Datums)
    • DEF_DENSITY (Model Density)
    • DEFAULT_CHILD (Children of the Default Datum Planes)
    • DEFAULT_VIEWS (Views with the Default Hidden Line Display Mode)
    • DEPENDENT_FEATURE (Dependent Features)
    • DESIGNATED_ATTR (Designated Attributes)
    • DIM_OVERWRITE (Overwritten Dimensions)
    • DRAFT_ANGLES (Standard Draft Angles)
    • DRAFT_CHILD (Children of Draft)
    • DRAFT_GEOM (Draft Geometry not Associated to a View)
    • DRAWING_LAYERS (Drawing Layers)
    • DRAWING_NAME (Drawing Name)
    • DRAWING_PARAMS (Parameter Checks)
    • DTM_AXES_INFO (Datum Axis Information)
    • DTM_CSYS_INFO (Coordinate System Information)
    • DTM_CURVE_INFO (Datum Curve Information)
    • DTM_PLANE_INFO (Datum Plane Information)
    • DTM_POINT_INFO (Datum Point Information)
    • DUPLICATE_MODELS (Duplicate Models)
    • EARLY_CHAMFER (Early Chamfers)
    • EARLY_COSMETIC (Early Cosmetic Features)
    • EARLY_DRAFT (Early Draft)
    • EARLY_ROUND (Early Rounds)
    • EDGE_REFERENCES (Features That Reference Edges)
    • ERASED_VIEWS (Erased Views)
    • EXTERNAL_DEPS (External Dependencies)
    • EXTRA_LAYERS (Extra Layers)
    • EXTRA_PARAMS (Extra Parameters)
    • F14_BOUND_DIST (Penetration or Distance of Boundaries)
    • F15_SURF_DIST (Proximity of a Boundary Curve to its Surface)
    • F16_SIM_ORIENT (Parallel Path or Similar Orientation)
    • F17_NUM_SEG (Number of Segments in a Boundary Curve)
    • FAILED_COMPONENTS (Failed Components)
    • FAILED_FEATURES (Failed Features)
    • FAMILY_INFO (Family Table Information)
    • FEATURE_INFO (Feature Information)
    • FILE_SIZE (File Size)
    • FIXED_COMPONENTS (Fixed Components)
    • FLEX_COMPONENTS (Flexible Components)
    • FLEXIBLE_MODELING_FEATURES (Identify Flexible Modeling Features)
    • FORMAT_NAME (Drawing Format Name)
    • FREEFORM (Freeform Surfaces)
    • FRZ_COMPONENTS (Frozen Components)
    • FT_DEF_VALS (Family Table Default Values)
    • FT_STD_PARMS (Family Table Standard Parameters)
    • GEN_COMPONENTS (Generic Components)
    • GEOM_CHECKS (Geometry Checks)
    • GEOMETRIC_TOL (Geometric Tolerances)
    • GLOBAL_INTF (Assembly Global Interference)
    • HOLE_DIAMS (Standard Hole Diameters)
    • HOLE_LIGHTWT (Lightweight Holes)
    • IGNORE_ANNTN (Ignore Annotations)
    • IGNORE_FEAT (Problem Features That Should Be Ignored)
    • About Ignored Features
    • IGNORE_SHEETS (Sheets to Be Ignored)
    • IMPORT_FEAT (Imported Features)
    • INCOMPLETE_FEAT (Incomplete Features)
    • INSERT_MODE (Insert Mode Left Active)
    • INSTANCE_NAME (Instance Name)
    • LAYER_DISPSTAT (Layers That Are Set to Isolate)
    • LAYER_DTM_BLANK (Datum Features on Blanked Layers)
    • LAYER_EXT_ITEMS (Extra Features on Layers)
    • LAYER_INFO (Layer Information)
    • LAYER_ITEMS (Items on Multiple Layers)
    • LAYER_MOVE (Move Items from Old Layers to New Ones and Delete the Old One)
    • LAYER_PLACE (Layers Contain Standard Items)
    • LAYER_SAVED_STATUS (Saved Layer Status)
    • LAYER_STATUS (Layer Status)
    • LAYER_UNWANTED (Unwanted Layers)
    • LAYOUT_INFO (Layout Information)
    • LOW_TOLERANCE (Lowest Allowable Tolerance)
    • M1_TINY_ELMNT (Tiny Elements)
    • M2_IDENTICAL_ELMNT (Identical Elements)
    • M3A_POSITION_CONT (Position Continuity)
    • M3B_TANG_CONT (Tangential Continuity)
    • M3C_CURV_CONT (Curvature Continuity)
    • M4_POLYN_DEG (Polynomial Degree)
    • M5_WAVINESS (Waviness)
    • M6_KNOT_DIST (Knot Distance)
    • MATERIAL_DENSITY (Material Card Density)
    • MATERIAL_INFO (Material Type)
    • MECH_COMPONENTS (Mechanism Components)
    • MEMORY_SPACE (Memory Space Used)
    • MERGE_FEAT (Merged Features)
    • MDL_STD_DTL_SETUP (Model Detail Setup)
    • MINMAXTOL_INFO (Minimum and Maximum Tolerances)
    • MIS_COMPONENTS (Missing Components)
    • MODEL_NAME (Model Name Specification Errors)
    • MODEL_NAME_STR (Model Name)
    • MODELS_USED (Models Used in a Drawing)
    • MULTIBODY_MODEL
    • NAMED_FEAT (Named Features)
    • NOTE_CASE (Note Case)
    • NOTE_FONT (Note Fonts)
    • NOTE_HEIGHT (Note Height)
    • NOTE_INFO (Drawing Note Information)
    • NOTE_SPELL (Note Spelling Errors)
    • NOTE_UNACCEPT (Unacceptable Notes)
    • NUM_COMPONENTS (Number of Components)
    • NUM_DRAW_SHEETS (Maximum Number of Drawing Sheets)
    • OVERALL_SIZE (Overall Size)
    • OVERLAP_INFO (Overlap Information)
    • PACK_COMPONENTS (Packaged Components)
    • PARAM_INFO (Model Parameters)
    • PARAM_MAP (Parameter Mapping)
    • PARAM_NOTE_REQ (Required Parameter Notes)
    • PARAM_NOTE_UNACC (Unacceptable Parameter Notes)
    • PARAM_RENAME (Parameter Rename)
    • PARAM_SPELL (Parameter Spelling)
    • PARAM_UNUSED (Unused Parameters)
    • PARAM_UNWANTED (Unwanted Parameters)
    • PARAMCHECK (Parameter Format Errors)
    • PARAMS_EXIST (Drawing Parameters)
    • PARAMS_USED (Drawing Parameters Used)
    • PARENT_DIFF (Excessive Number of Parent References)
    • PRT_DENSITY (Model Density)
    • PLANE_CHILD (Datum Planes without Children)
    • PLANE_PARENT (Datum Planes That Only Have One Parent)
    • PRO_VERSION (Version of Creo Parametric)
    • RC_INCOMPLETED (RuleCHECK Rules That Are Not Complete)
    • REG_FEATURES (Resumed Features)
    • REGEN_DIMS (Dimensions That Cannot Regenerate)
    • REGEN_ERRS (Regeneration Errors)
    • REGEN_SREPS (Regenerate Simplified Representations)
    • REGEN_WRNS (Regeneration Warnings)
    • REGEN_XSEC (Regenerate Cross-Sections)
    • REL_UNWANTED (Unwanted Relations)
    • RELATION_COMM (Comments in Relations)
    • RELATION_ERRS (Relation Errors)
    • RELATION_INFO (Relation Information)
    • RELATION_MISS (Relations That Are Missing)
    • RELATION_MULT (Relations That Have Multiple Assignments)
    • RELATION_UPDATE (Relations That Need Update)
    • RENAMED_SYMBOLS (Renamed Dimension Symbols)
    • ROUND_CHILD (Children of Rounds)
    • RULECHECK_INFO (RuleCHECK Information)
    • SEARCH_DUP_MODELS (Search for Duplicate Models)
    • SHARP_EDGES (Sharp Edges)
    • SHEET_SIZE_INFO (Sheet Size Information)
    • SHORT_EDGES (Short Edges)
    • SHTMTL_BENDTAB (Sheet Metal Bend Tables)
    • SHTMTL_FBENDTAB (Features with Assigned Sheet Metal Bend Tables)
    • SHTMTL_FLAT (Sheet Metal Flat Patterns or Flat States)
    • SHTMTL_THICK (Standard Sheet Metal Wall Thicknesses)
    • SHTMTL_UNBENDS (Sheet Metal Unbends)
    • SHTMTL_KFACTOR (Sheet Metal K-Factor)
    • SHTMTL_YFACTOR (Sheet Metal Y-Factor)
    • SIMPREP_INFO (Simplified Representations)
    • SIMPREP_MASTER (Simprep Master)
    • SIMPREP_NAME (Simplified Representation Names)
    • SKETCH_ITEMS (Number of Entities in a Sketched Feature)
    • SLA_INFO (SLA Information)
    • SMALL_CYLSRF (Small Cylindrical Surfaces)
    • SO21_DIST_VERT_EDGE (Distance to Vertex Edge)
    • SO22_DIST_VERT_FACE (Distance to Vertex Face)
    • SO23_HIST_DELETE (Deletion of History)
    • SO24_EXTRA_GEOM (Auxiliary Geometry)
    • SO25_CAVITIES (Cavities)
    • SO26_MULT_BODY (Multi-Body Solids)
    • SO27_MULT_SOLID (Multi-Solid Parts)
    • SRF_EDGES (Surface Gaps and Overlaps)
    • SRF_NOT_REF_BY_ANNTN (Surfaces Not Referenced By Any GTOL or Dimension)
    • STARTCHECK (Start Part and Start Assembly Check)
    • STARTLAYR
    • STARTPARM
    • STD_DTL_SETUP (Drawing Detail File)
    • STD_NOTES_MISSING (Missing Standard Notes)
    • STD_SYMBOLS (Standard Drawing Symbols)
    • SU10_BOUND_ANGLE (Angle Between Edge Curves)
    • SU11_NORM_REVERSAL (Reversal of Normals)
    • SU12_PATCH_DIST (Patch Distribution)
    • SU13_UNOC_PATCH_ROW (Unoccupied Patch Rows)
    • SU8_TINY_SEG_EDGE (Tiny Segment Edge)
    • SU9_TINY_CURV_RAD (Minimum Curvature Radius)
    • SUP_COMPONENTS (Suppressed Components)
    • SUP_FEATURES (Suppressed Features)
    • SYMBOL_INFO (Symbol Information)
    • SYMBOL_SPELL (Spelling Mistakes in Symbols)
    • T18_NUM_FACE (Junction or Number of Faces Per Edge)
    • T19_NORMAL_ORIENT (Orientation of Similar Normals)
    • T20_KNIFE_EDGES (Knife Edge)
    • TABLE_CELLS (Table Cells)
    • TEMPLATE_DATUM_PLANES (Datum Plane Check Based on Template Files)
    • TEMPLATE_LAYERS (Layer Checks Based on Standard Layers in Template Files)
    • TITLE_INFO (Title Block Information)
    • TITLE_SPELL (Title Block Spelling Errors)
    • UDF_INFO (UDF Information)
    • UNITS_LENGTH (Length Units)
    • UNITS_MASS (Mass Units)
    • UNQ_COMPONENTS (Unique Components)
    • UNUSED_MODELS (Unused Models in Drawings)
    • UNUSED_SHEETS (Empty Sheets)
    • VALIDATE_DIMENSIONS
    • VALIDATE_GTOL_VALUES (Validate Tolerance Values)
    • VALIDATE_SET_DATUM_AND_SDTA (Validate legacy Set datum and Set Datum Tag Annotation)
    • VALIDATE_VIEW_SCALE
    • VIEW_INFO (View Information)
    • VIEW_SCALE (Scale Assigned to Views)
    • WEAK_SKETCHER_DIMS (Weak Sketcher Dimensions)
    • XSEC_INFO (Cross Section Information)
    • Using the TEMPLATE_DATUM_PLANES Check
    • Using the TEMPLATE_LAYERS Check
  • config_init_options
    • ADD_CONFIG_PARM
    • ADD_DATE_PARM
    • ADD_DUP_INFO_AUTO
    • ADD_ERR_PARM
    • ADD_MODE_PARM
    • ADD_MU_STAMP
    • ADD_VERIFIED_PARM
    • ASM_BATCH_ALL
    • ASYNC_PORT
    • BURIED_ADVANCED
    • CHECK_ALL_MODELS
    • CNFG_SELECT_AUTO
    • DENSITY_MDLUPDOK
    • DESIGNATE_MU_STAMP
    • DETAIL_USERPARAM
    • DIR_MC_BACKUP_CONFIG
    • DIR_MC_BACKUP_CONFIG_NT
    • DIR_MC_BACKUP_CONFIG_U
    • DIR_MC_DUP_READ
    • DIR_MC_DUP_READ_NT
    • DIR_MC_DUP_READ_U
    • DIR_MC_DUP_WRITE
    • DIR_MC_DUP_WRITE_NT
    • DIR_MC_DUP_WRITE_U
    • DIR_MC_PREVIEW
    • DIR_MC_PREVIEW_NT
    • DIR_MC_PREVIEW_U
    • DIR_METRICS
    • DIR_METRICS_NT
    • DIR_METRICS_U
    • DIR_REPORT
    • DIR_REPORT_NT
    • DIR_REPORT_U
    • DRW_SHEET_ALL
    • FORCE_UPDATE_MC_PARAMS_ALL
    • HTML_FILE_OUTPUT
    • HTML_FILE_OUTPUT_REPXSL
    • HTML_MAX_DAYS
    • MC_AUTHORIZATION_FILE
    • MC_BURIED_FEAT_IGNORE_MERGE_FEAT
    • MC_BURIED_IGNOREFWALL
    • MC_MBD_IGNORE_DRIVING_DIMS
    • MC_CHECK_ALL_LEVEL_MBD_ANNTNS
    • MC_CUSTOM_HELP_PATH
    • MC_ENABLE_EMPTY_PARAM
    • MC_DATE_PARAM_GMT_FORMAT
    • MC_DISABLE_IGNORE_IN_FUTURE
    • MC_DUP_SEARCH_WITH_NEW_IBA
    • MC_DUP_SEARCH_WITH_UNITS
    • MC_ENABLE
    • MC_EXPORT_XML_XSL_REPORT
    • MC_GET_VERSION_FROM_META_DATA
    • MC_INTEACT_VERIFY_INST_POST
    • MC_REPORT_CRC_ALL_LEVEL
    • MC_SAVE_XML_REPORT_TO_WC
    • MC_METRICS
    • MC_REGEN_TOP_ASM_ONLY
    • MC_SEARCH_LAST_IN_CUR_DIR
    • MC_SI_PRINCIPAL_MI
    • MC_SKIP_CHECK_UPDATE
    • MC_SKIP_PATTERN_RELATION
    • MC_SUPPORT_LEGACY_STRING
    • MC_SUPPORT_LEGACY_DEF_DENSITY
    • MC_SKIP_PATTERN_RELATION
    • MC_GET_VERSION_FROM_META_DATA
    • MC_USE_OLD_REGEN
    • MC_VDA_RUN
    • MC_VERIFY_INST_POST
    • MCREGEN_VERIFY_FT_INSTS
    • MODE_RUN
    • MODE_UPDATE
    • MU_ENABLED
    • MU_MASS_RECOMPUTE
    • MU_REGENERATE
    • NOTE_CASE_IGNORE_MIXED_CASE
    • NUM_ITEMS_LONG_LIST
    • PROGRAM
    • REGEN_DIMS_ALL_SHEETS (Regenerate all sheets)
    • SAVE_MC_PRE
    • SAVE_MU
    • SHOW_REPORT
    • SKIP_MODELS
    • UPDATE_INTER_ASM
    • UPDATE_MC_PARAMS
    • UPDATE_SHEETMETAL
    • UPDATE_SKELETON
    • WC_DUPINFO
  • constants
    • ACCURACY_LOW
    • ACCURACY_UPP
    • GeomIntegrityCHECK Constants
    • MAX_ABS_ACCURACY
    • MAX_DRAW_SHEETS
    • MAX_SKETCH_ITEMS
    • MCSI1_TOL
    • MCSI2_TOL
    • MCSI3_TOL
    • MCSI4_TOL
    • MCSI5_TOL
    • MIN_ABS_ACCURACY
    • MIN_TOLERANCE
    • PARENT_DIFF_MAX
    • PERC_EARLY_CHAMF
    • PERC_EARLY_COSMETIC
    • PERC_EARLY_DRAFT
    • PERC_EARLY_ROUND
    • RC_PARAMETER_NAME
    • SHARP_ANGLE
    • SHORT_EDGE and SHORT_EDGE_BATCH
    • SMALL_RADIUS
  • start_config_options
    • Model Accuracy in ModelUPDATE
    • Assembly Information
    • Create Views for ModelUPDATE
    • Custom Checks File
    • Draft Angle File
    • Drawing Detail File
    • Drawing Format
    • Drawing Information
    • Drawing Note Fonts and Heights
    • Drawing Sheets to be Ignored
    • Drawing Symbols
    • Drawing Table Cells
    • External Lists
    • Family Table Parameter
    • Hole and Cut Diameter File
    • Layer Move
    • Layers
    • Link to Template File
    • Length Units
    • Mass Units
    • Material Name
    • Model Name
    • Model Parameters
    • Unwanted Layers for ModelUPDATE
    • Unwanted Parameters for ModelUPDATE
    • Parameter Mapping for ModelUPDATE
    • Parameter Rename
    • Parameters
    • Part Information
    • PTC Creo Parametric Build and Version
    • Regeneration Messages
    • Relation and Relation Comments
    • Relation Update File
    • Required and Unacceptable Parameter Notes
    • Sheet Metal Bend Table
    • Sheet Metal Thickness File
    • Standard Datums
    • Standard Model Notes
    • Tolerance Type
    • Unacceptable Notes in Drawings
    • Unwanted Relations for ModelUPDATE
    • Views
  • teacher
    • PTC Creo ModelCHECK Teacher
    • PTC Creo ModelCHECK Teacher: Buried Features
    • PTC Creo ModelCHECK Teacher: Features that are Children of Rounds, Drafts, or Chamfers
    • PTC Creo ModelCHECK Teacher: Datum Features
    • PTC Creo ModelCHECK Teacher: Dimensions
    • PTC Creo ModelCHECK Teacher: Draft Entities that are not Attached to a View
    • PTC Creo ModelCHECK Teacher: Drawing Formats
    • PTC Creo ModelCHECK Teacher: Early Drafts and Rounds
    • PTC Creo ModelCHECK Teacher: External References
    • PTC Creo ModelCHECK Teacher: Surface Gaps and Overlaps
    • PTC Creo ModelCHECK Teacher: Geometry Checks
    • PTC Creo ModelCHECK Teacher: Layer Checks
    • PTC Creo ModelCHECK Teacher: Merged and Cutout Features
    • PTC Creo ModelCHECK Teacher: Parameter Information
    • PTC Creo ModelCHECK Teacher: Dimensions that Will Not Regenerate
    • PTC Creo ModelCHECK Teacher: Regeneration Errors
    • PTC Creo ModelCHECK Teacher: Sharp Edges
    • PTC Creo ModelCHECK Teacher: Simplified Representations
    • PTC Creo ModelCHECK Teacher: SLA (STL) Information
    • PTC Creo ModelCHECK Teacher: Small Cylindrical Surfaces and Edges
    • PTC Creo ModelCHECK Teacher: Start Part and Start Assembly Items
    • PTC Creo ModelCHECK Teacher: Dimensional Tolerances
    • PTC Creo ModelCheck Teacher: Sheet Metal Parts with Consecutive Unbend and Bend Back Features
    • PTC Creo ModelCHECK Teacher: Unused Models
• Clearance and Creepage Extension
  • Performing an Analysis in Clearance and Creepage Extension
  • Workflow for Performing Clearance and Creepage Analysis
  • Setting up CCX
    • Setting Up CCX
    • Assigning CTI Values
    • Assigning Part Types
    • Cementing Insulators
    • Defining Electric Nets
    • Setting Analysis Parameters
  • Performing Creepage and Clearance Analysis
    • Analysis Results
• Creo EZ Tolerance Analysis
  • Tolerance Stackup Analysis Fundamentals
    • Why Is Tolerance Design Important?
    • 1D Vs 2D and 3D Problems
    • Types of Tolerance Stackup Analyses
  • General Workflow
    • General Workflow
    • Setting Default Tolerances
    • Setting Application Options
    • Defining the Stackup Distance
    • Defining a Part Loop
      • Manually Selecting the Parts in the Loop and Selecting Interacting Surfaces
      • Automatic Detection and Selection of the Parts in the Loop and Interacting Surfaces
      • Assembly Closure
    • Refining the Dimension Loop, Tolerance Types, and Tolerance Values
    • Adding Features
    • Working with Drafted Features of Size
    • Reviewing and Editing Stackup Results and Objectives
    • Adding an Offset Between Parts
    • Adding Stackups
    • Show Stackup
    • Saving Views and Generating Reports
    • Creating Stackup Notes
    • Saving Your Work
    • Creating an Analysis Feature
  • Converting Stackup Results from Tolerance Analysis Extension (TAE)
    • Converting Stackup Results from Tolerance Analysis Extension (TAE)
    • To Convert Stackup Results from TAE
    • Limitations in Converting TAE Stackups
  • Summary and Stackup Details Tables
    • Summary and Stackup Details Tables
    • Summary of Tolerance Stackups
    • Stackup Details Table
  • Results and Contributions
    • Results and Contributions
      • Results Graph for Selected Stackup
      • Contributions for Selected Stackups
  • Common Error and Warning Messages
  • Exercises
    • Exercise 1: EZ Tolerance Analysis with Automatic Stackup Creation
    • Exercise 2: EZ Tolerance Analysis with Manual Stackup Creation
• Creo Manikin
  • About Creo Manikin and Creo Manikin Analysis
    • Creo Manikin Overview
    • About Creo Manikin
    • About Creo Manikin Lite
    • About Manikin Models, Scenes, and Snapshots
    • About the Placeholder Assembly
    • About the Manikin Tree
    • About the Creo Manikin User Interface
  • Configuring Creo Manikin
    • About Manikin Configuration Options
    • Configuration Options for Manikin
  • Libraries
    • About Setting Up and Accessing the Manikin Libraries
    • To Set the Manikin Library Path
    • About the Manikin Population Database
    • About Anthropometric Databases
  • Constraining and Fixing a Manikin
    • About Constraints
    • About Default Constraint Behavior
    • About DOFs (Degrees of Freedom)
    • About Fixing Manikin Segments
    • To Fix or Unfix Manikin Segments
    • To Copy and Paste Manikin Posture and Constraints
  • Placing a Manikin
    • To Place a Manikin into a Scene
    • About Replacing One Manikin with Another
    • To Replace One Manikin with Another
    • About Changing Placement Settings
    • To Edit the Placement of a Manikin
    • To Move a Manikin on a Plane
  • Custom Manikins
    • About Editing the Dimensions of a Custom Manikin
    • To Edit the Dimensions of a Custom Manikin
  • Posture and Snapshots
    • About Manipulation and Snapshots
    • Snapshots
      • About Snapshots
      • To Create a Snapshot
    • Posture
      • About Posture
      • About Manikin Flexibility
      • To Adjust Manikin Posture using the 3D Dragger
      • To Apply a Posture to a Manikin
      • To Add a Posture to the Posture Library
      • To Copy and Paste Manikin Posture and Constraints
  • Reaching
    • About Reaching
    • To Reach for a Target
    • About Anatomical Planes
    • To Show Reach Envelopes
  • Vision
    • About Simulating Vision
    • To Simulate Vision
    • About Vision Windows
    • About Vision Cones
  • Analyses
    • About Manikin Analyses
    • To Perform a Manikin Analysis
    • Measure Angle
      • To Measure the Angle between Adjacent Manikin Segments
    • Center of Gravity
      • About Using the Center of Gravity in an Analysis
      • To Set and Display the Center of Gravity
    • RULA Analyses
      • About RULA Analyses
      • To Define a RULA Analysis
    • Comfort Analyses
      • About Comfort Angle Analyses
      • To Perform a Comfort Angle Analysis
      • To Edit the Manikin Comfort Angle (mca) File
      • Manikin Comfort Angle (MCA) File Descriptions
      • About Defining Color in the Comfort Angle Analysis Display
    • Lifting or Lowering Analyses
      • To Perform a Lifting or a Lowering Analysis
      • About NIOSH91 Lifting or Lowering Analyses
      • About NIOSH91 Lifting or Lowering Analysis Results
      • About Snook Lifting or Lowering Analyses
      • About Snook Lifting or Lowering Analysis Results
    • Carrying Analyses
      • About Carrying Analyses
      • To Perform a Carrying Analysis
    • Pushing or Pulling Analyses
      • About Pushing or Pulling Analyses
      • To Perform a Pushing or a Pulling Analysis
    • Saving and Retrieving Analyses
      • To Save a Manikin Analysis
      • To Retrieve a Saved Analysis
  • Glossary
    • Glossary for Manikin