Once you get in the ballpark using equivalent orthos (i.e. To optimize with discrete layups, the only option is to create many layups or laminates (or use the layups shipped with HyperSizer), put all of these layups into a sizing variable (say the facesheet), and then let HyperSizer select which layup to use.Įquivalent Orthotropic optimization is designed to get you in the ballpark for the relative number of plies that you need and the % of 0s, 45s, 90s.
#SIZER DEFINITION HOW TO#
See the Material Manager user's manual, especially examples 3 and 4, to see how to use equivalent orthotropics and their relationship with layups and laminates.Ģ. Therefore, if you pair up the layup with the equivalent ortho, you are sort of double bookkeeping. In addition, the thickness of the equiv ortho material, when treated as a ply in a layup is the same as the layup from which the material came.
#SIZER DEFINITION FULL#
The equivalent orthotropic material already has the information for a full layup contained within.
Generally, you don't want to pair a layup with an equivalent orthotropic material. See also HorizontalSizer, VerticalSizerĭefinition at line 146 of file Sizer.h.1. The reverse transformation is applied from physical pixels to logical units when dimensions are retrieved by Spacing() and Margin().
#SIZER DEFINITION MANUAL#
When this feature is enabled through the corresponding autoScaling parameters, scaling is applied to both automatic and manual spacings between controls, that is, to spacings defined by SetSpacing(), SetMargin(), AddSpacing(), and InsertSpacing(). The automatic scaling feature applies the scaling ratio returned by Sizer::DisplayPixelRatio() to convert horizontal and vertical spaces between items from device-independent (or logical) pixel units to physical device pixel units. On the PixInsight platform, the reference display density is 109 dpi, corresponding to a 27 inch monitor at QHD resolution (2560x1440 physical pixels). Sizer::InsertSpacing( int index, int spacing, bool autoScaling = true ) Īs you can see, automatic scaling is always enabled by default. Sizer::AddSpacing( int spacing, bool autoScaling = true ) Sizer::SetSpacing( int spacing, bool autoScaling = true ) Sizer::SetMargin( int margin, bool autoScaling = true ) This functionality can be controlled with a Boolean autoScaling parameter available for the following member functions:
#SIZER DEFINITION CODE#
The Sizer class provides an automatic scaling feature that simplifies the adaptation of existing and new PCL-based UI generation code to varying display resolutions. By distributing controls in nested Sizer objects with horizontal and vertical orientations, complex albeit clean user interfaces can be easily defined. Sizer allows laying out child controls within their parent controls as simple one-dimensional stacks with precise control over orientations, margins, distances between items, and item alignments. Protected Member Functions inherited from pcl::UIObject Static Public Member Functions inherited from pcl::UIObject sizer Definition, sizer Best Plays of sizer in Scrabble and Words With Friends, Length tables of words in sizer, Word growth of sizer, Sequences of sizer. Public Member Functions inherited from pcl::UIObject SetStretchFactor ( Control &c, int stretch) SetStretchFactor ( Sizer &s, int stretch) SetSpacing (int spacing, bool autoScaling=true) SetMargin (int margin, bool autoScaling=true)
SetAlignment ( Control &c, item_alignment align) SetAlignment ( Sizer &s, item_alignment align) InsertUnscaledSpacing (int index, int size) InsertStretch (int index, int stretchFactor=100) InsertSpacing (int index, int size, bool autoScaling=true) InsertScaledSpacing (int index, int size) Insert (int index, Control &c, int stretchFactor=0, item_alignment align=Align::Default) Insert (int index, Sizer &s, int stretchFactor=0) Add ( Control &c, int stretchFactor=0, item_alignment align=Align::Default)ĪddSpacing (int size, bool autoScaling=true)
0 kommentar(er)
