HyperMesh Reference Guide
Table of Contents
API Programmer's Guides
2017 API Programmer's Guide
14.0 API Programmer's Guide
13.0 API Programmer's Guide
12.0 API Programmer's Guide
11.0 API Programmer's Guide
10.0 API Programmer's Guide
9.0 API Programmer's Guide
Data Names
accelerometers
assemblies
bags
beamsectcols
beamsects
blocks
bodies
boxes
cards
collections
components
configurations
connectors
constrainedextranodes
constrainedrigidbodies
constraints
contactsurfs
controlvols
crosssections
curves
ddvals
dequations
designvars
desvarlinks
directmatrixinputs
dobjrefs
domains
dvprels
elements
ellipsoids
encryptions
equations
features
fields
global
groups
handles
includefiles
joints
laminates
lines
loadcols
loads
loadsteps
materials
mbjoints
mbplanes
mechanisms
meshcontrols
metadata
modules
morphconstraints
morphvolumes
multibodies
nodes
objectives
opticonstraints
opticontrols
optidscreens
optiresponses
outputblocks
parameters
plies
plots
points
positions
properties
regions
rigidwalls
sensors
sets
shapes
solids
surfaces
symmetries
systemcols
systems
tables
tags
titles
transformations
vectorcols
vectors
Ext API
Header Files
Library Files
Running
Examples
Commands and Functions
FE Input Readers
Result Readers
hmlib
hminlib
hmmodlib
hmreslib
Creating FE Input Readers
Commands and Functions
HMASCII
Input Format
Output Format
Commands and Functions
Model Checker
Config File
Checks and Corrections
Scripts
Introduction
Creating Scripts
Running Scripts
Commands and Functions
Solver Templates
Card Previewer
Creating Solver Templates
Commands and Functions
Index
Search
Home
Table of Contents
Solver Templates
Creating Solver Templates
Table of Contents
API Programmer's Guides
Data Names
Ext API
FE Input Readers
HMASCII
Model Checker
Scripts
Solver Templates
Card Previewer
Creating Solver Templates
Organization
Data Entry and Access
Mathematical Expressions
Equalities, Inequalities and Logical Expressions
Functions
Previewing Cards
Node Output Example
Element Output Example
Assembly Output Example
Commands and Functions
Creating Solver Templates
Organization
A template file is organized into blocks and when outputting a database,
HyperMesh
processes a template on a per-block basis. Blocks are output in the order that they are defined in the template file.
Data Entry and Access
Template files allow you to access information from the
HyperMesh
database with two methods, data names and attributes.
Mathematical Expressions
Template files can also contain mathematical expressions.
Equalities, Inequalities and Logical Expressions
Templates contain functions to test values, perform conditional statement execution, or control the template flow.
Functions
The
HyperMesh
Template Functions are available to query information in the database, perform mathematical functions, and query user-defined tables. A template function begins with the symbol @ and is followed by the variable arguments in parentheses. Template functions are always placed between square brackets [].
Previewing Cards
Card images are described by a template file block. You can display the
card image
using the card previewer.
Node Output Example
This example demonstrates how to use template files to generate output files for nodes.
Element Output Example
This example demonstrates how to use template files to generate output files for elements.
Assembly Output Example
This example demonstrates how to use template files to generate output files for assemblies.