附件是基于Moldflow開發(fā)的真圓度、平面度以及計(jì)算鎖模力時(shí)修改鎖模力方向的API工具，可適用于任何版本。詳細(xì)說明如下，歡迎大家測試使用，如有問題請(qǐng)聯(lián)系我。
Setting different mold
opening direction for Clamp Force calculation.Automotive
suppliers do not like rotating their geometry so that the mold opening
direction is in the z-direction. They often prefer to keep the “in-car”
orientation. This means the clamp force calculations reported in the screen
output are wrong. In Synergy UI, you can use a custom plot to create clamp force
calculations in any local coordinate system after the analysis has finished,
but this does not fix the flow solver screen output values.
The midplane and Dual-Domain flow solver is still able to use the old C-Mold
style parting plane definition based on three nodes, but there is no UI
controls which allow you to set this property. The attached API script allows
you to select the three nodes and it will assign the parting plane definition
for the flow solver to use. Please note, this does not work for 3D Flow.
Examining Warpage deflection for Flatness This script
determines the flatness of all nodes selected. It reports the flatness both
before and after warp. The nodes can be on any arbitrary plane – they do not
need to be aligned with the X,Y or Z axes. (Tip: you can save a selection list
to make repeating this easier).
ISO Standard 1101 defines flatness as the minimum offset between two parallel
planes (in any arbitrary direction) which enclose all selected points.
This script works for Midplane, DD and 3D. It works for small or large
deflection analyses.
The selected nodes are assumed to be planar before deflection. The outcome is
independent of the anchor plane defined.
Examining Warpage deflection for Out of
Roundness and ConcentricityThis script determines
the roundness of a group of nodes which might be around the edge of any round
feature or hole. It also reports the location of the circle center, radius and
concentricity before and after warp. Results are dependent on the anchor plane
defined.
Selected nodes are assumed to be planar before deflection and to be on the
perimeter of a circle. This calculation works even if the nodes are unevenly
spaced, non-symmetric or do not form a complete circle.
This script works for Midplane, DD and 3D. It works for small or large
deflection analyses.
發(fā)現(xiàn)大家都不會(huì)用API，現(xiàn)發(fā)一個(gè)使用說明
vbs文件即宏文件，是VB語言所寫的宏命令文件。用戶可以使用TXT文本自己創(chuàng)建，也可通過MF的宏錄制工具來創(chuàng)建。一般VBS文件里都會(huì)包含該文件的功能描述，用戶可以通過編輯里查看。宏文件里可調(diào)用MF開放的二次開發(fā)接口，因此通過二次開發(fā)可自動(dòng)實(shí)現(xiàn)一些比較復(fù)雜的操作或定制化的結(jié)果顯示。
下面以平面度檢查為例，其余幾個(gè)的使用都差不多。
操作以前首先保證當(dāng)前工作的Study包含翹曲分析結(jié)果，特別是Deflection,
all effects deflection結(jié)果
1. 先取消結(jié)果顯示，在模型上選擇要進(jìn)行平面度測量的節(jié)點(diǎn)，可多選
2. 保持節(jié)點(diǎn)處于選中狀態(tài)下，如圖所示意，在Tools里選擇播放宏（Play Macro）
3. 選擇保存在本地的宏文件
下載地址：http://au.autodesk.com.cn/bbs/viewthread.php?tid=12674&extra=page%3D1
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