The following types of components are present in dialog boxes throughout
Abaqus/CAE:
- Text fields
-
Text fields are areas in dialog boxes in which you can enter information.
For example, when you save a display group, you must enter its name in the text
field shown below:
If you are entering a floating point number, most text fields allow
you to enter an expression; for example,
cos(2.5/(4.9*pi)). The expression can be any
valid Python expression. For more information, see
Entering expressions.
Text fields are available whenever you need to name an object (such as a
part, material, set, path, or X–Y data) or provide a
description for an object (such as a material or step). In general, you should
avoid using an asterisk (*) in an object name or description.
Object names must adhere to the following rules:
-
Part, model, instance, set, surface, feature, and job names can have up
to 80 characters; other object names can have up to 38 characters. Instance
names of models that have been instantiated as model instances in another model
still have a 38-character limit. For imported sets/surfaces, parts, and model
instances, the names are generated internally in
Abaqus/CAE
by combining part/instance/set names. You must ensure that the combined length
will not exceed 80 characters; otherwise, the data check analysis will fail.
-
The name can include spaces and most punctuation marks and special
characters.
-
The name must not begin with a number.
-
The name must not begin or end with an underscore or a space.
-
The name must not contain a period or double quotes.
-
The name must not contain a backslash.
-
The name cannot be Assembly, which is reserved for
internal use by
Abaqus/CAE.
Additional restrictions apply to model names, part names, and job names.
-
When you name a model or a job, the name can begin with a number.
-
When you name a model, you cannot use the following characters:
$&*~!()[]{}|;'`”,.?/\><
-
When you name a part, the name should not be the same as the model name.
-
When you name a job, you cannot use the following characters:
<space>$&*~!()[]{}|:;'`”,.?/\><
In addition, a job name cannot begin with a dash
-.
The material evaluation procedure (Evaluating hyperelastic and viscoelastic material behavior)
generates jobs with the same names as the materials; therefore, these material
names must adhere to the same rules as job names. In general, when you are
specifying a name that will be used external to
Abaqus/CAE,
such as a file name, you should avoid any character that may have a reserved
meaning on your platform.
Note:
Abaqus/CAE
retains the case of any text you enter in a text field. For example, if you
create a material called Steel Alloy in the
Edit Material dialog box in the
Property module,
the material will appear as Steel Alloy in the
graphical user interface (material manager, section editor,
Model Tree,
etc.). In the graphical user interface, object names are case insensitive. For
example, you cannot create a second material called steel
alloy. Conversely, Python (which is used in the command line
interface) is case sensitive, but you should not rely on this behavior to
distinguish between objects.
- Numeric
fields
-
Numeric fields are specialized text fields for integer input values. They
have two opposing arrows directly to the right of the text area. You can enter
a numeric value into the text field, or you can use the arrows to cycle up and
down through a list of fixed values.
Unlike other text fields, numeric fields do not accept text or
special characters.
Numeric fields often have upper and lower limits. If the value you enter
exceeds the limits,
Abaqus/CAE
changes the entry to the closest acceptable value when you move to another
field or try to apply the value.
- Combo
boxes
-
Combo boxes are fields having an arrow directly to the right of the field.
If you click this arrow, a list of the possible choices that you can enter in
the field appears. For example, if you click the arrow to the right of the
Module field in the context bar, a list of all the
Abaqus/CAE
modules appears, and you can select the module of your choice from the list.
- Radio
buttons
-
Radio buttons present a mutually exclusive choice. When an option is
controlled by radio buttons, you can choose only one of the buttons at a time.
- Check
boxes
-
You can toggle a check box to turn a particular option off or on.
For example, the visibility of the triad in the current viewport depends on
the status of the Show triad check box. If the box is
toggled on, as shown below, the triad appears in the viewport.
If the box is toggled off, as shown below, the triad does not appear
in the viewport.
In some cases the option controlled by a check box can apply to more than
one object. For example, a single Show line check box in
the XY Curve Options dialog box individually controls the
display of all X–Y curve lines in an
X–Y plot. If you have toggled Show
line on for some curves and off for others, that check box appears
gray with a darker gray check mark, as shown below.
- Scroll
bars
-
Scroll bars appear in lists whose contents are too big to display; they
allow you to scroll through the visible contents of the list as well as any
contents that are hidden. Scrolling is often necessary when numerous items must
be listed, as shown below.
- Sliders
-
Sliders allow you to set the value of an option that has a continuous range
of possible values. An example of a slider is shown in the following figure:
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