最新的UG技法集锦

1、最新的UG技法集锦1, the Ug NX3 model tree can be changed to the previous versionThe Ug NX3 model tree can be changed to the previous versionIn the partnavigator sub item under the menu Tool, the timestamp order point is OK2, NX3 icon changed to the original concise NX1 icon effectGo to the UGII folder under

2、 the installation directory and change the name of the bitmaps folder, which can be changed to any name. (for example, instead of bitmaps-1)In addition, want to change the icon effect to the original NX3, just change to the original bitmaps folder name.Add another method:The same effect can be achie

3、ved.Steps: in WIN2000, press the shortcut key Ctrl+PauseBreak to add a system variable:(1) set the variable name: UGII_BITMAP_QUALITYSet the variable value: HIGH (instructions: display gorgeous interface effects, that is, the same as NX3)(2) set the variable name: UGII_BITMAP_QUALITYSet the variable

4、 value: STANDARD (Note: show the traditional interface, that is, the same as NX1)(3) set the variable name: UGII_BITMAP_QUALITYSet the variable value: APPLICATION (Note: using predefined mode)3, how to have both an assembly drawing and various parts drawings on a drawing?Layered the parts.4, when en

5、gineering drawings, how to shield the excess contours?Method 1: select the view to be modified - right click - select type - appear view form dialog box- choose the edge bar - remove the smooth edges hookMethod two: select the view to be modified - right click - select view related editing - view re

6、lated editing dialog box- you can delete and modify any linesMethod three: modify in ug_metic.def so that the default option for the first method is smooth edge and does not appearMethod three: NX3.0 version:Open UG, create new file, select File - user tool - user defaultsOpen the user defaults dial

7、og box in the left column, select drawing, view, and select the smooth edge on the rightJust remove the hook and restart UG5, UG toolbar backup recovery methodAfter the layout of your toolbar exit UG, then open the C:Documents and Settingsusername Local SettingsApplication DataUnigraphics (personal

8、account) SolutionsNX, the user.mtx to back up to, when you want to use a direct overwrite the existing file, this method is useful for UGNX3.6, the seamless transition to DXF UG-Drafting file specific steps(1) in UG, open the components to be converted, enter Drafting, and select the name of the pap

9、er to be converted.(2) File-Export-CGM, CGM input file name dialog box, specify a file name of the user, enter the file name filename (extension can not input, the system will automatically add), OK.(3) when the conversion settings dialog box appears, first use Fit in the graphical window, and be su

10、re that all the content to be converted appears in the graphical window;Click the options in the following settings dialog box:Source: displayCGM size: scale factor 1Pen selection: widthText selection: polyline (must be set, otherwise it cannot display Chinese)VCD coordinates: realFonts: 4, CALSThen

11、 OK, which generates the CGM file.(4) select File-New to create a new file, Newname.(5) File-Import-CGM in the new file(6) select the CGM file dialog box at this time. Select the previously established CGM file, and OK, when the previously generated CGM file is introduced into the current file.(7) s

12、elect File-Export-DXF/DWG, the dialog box where the conversion settings appear. Press the options in the following settings dialog box:Source, specification, method:, select, from, displayed, partPress class select button, select all the contents in the drawing window;Specify output file: selects DW

13、GAccording to the specify DWG file button, specify the name of the DWG file, the default name for the new file, with the extension of DWG.If you want to convert to the R14 Version (default 2000 EDITION) can press modify settings button, and then press the advanced settings button, select the R14 ver

14、sion, OK, OK, so as to generate the DWG file. The(8) the generated DWG files are copied to the installation of AUTOCAD or other 2D CAD software on the computer, and then run the AUTOCAD, you can see the open graphics and UG-Drafting graphics in exactly the same, without any loss of information map.7

15、, about the application settingsNew component default unit metric set in ug_english.def:UG_initialUnits: English instead of MetricEnglish Translation: in my computer left key attribute advanced environment variables:UGII_LANG simpl_Chinese (Chinese) English (English)Assembly correlation: set in ug_e

16、nglish.def and ug_metric.def two filesAssemblies_AllowPromotions: no instead of yesEngineering drawings; surface roughness; symbol setting:In the UGII directory, open the name ugii_env.dat to find UGII_SURFACE_FINISH=OFF insteadONFrame position:UG, NX2.0Program, FilesEDSUnigraphics, NX, 2.0UGIIhtml_

17、filesResource bar loading step: preset - palette - Open palette file - browse - select metric_model_templates (english_model_templates model template) (visualization_templates visual template) file - OKAlso can customize the position and change the frame, method is to metric_model_templatesCopy file

18、s and A4-A0 frame to any location computer. (not Chinese path)The visual template and model template do the sameLayout location:UG, NX2.0Program, FilesEDSUnigraphics, NX, 2.0UGTIPSHelp file location:Unigraphics NX 2.0UGDOChtml_filesThe mold frame, table (Metric) position:EDSUnigraphics NX 2.0 assemb

19、ly_drawing MoldWizard起草资源条中加载步骤：预设置-调色板-打开调色板文件-浏览-选择palette_drafting文件-确定。制图表格位置： table_files UGII软件Unigraphics NX 2资源条中加载步骤：预设置-调色板-打开调色板文件-浏览-选择表（tables_tceng模板表格）文件-确定。亦可以自定义位置和收改在PNT资源条中插入多个电子表格：在电脑环境变量设置ugii_update_all_id_symbols_with_plist = 0背景图片、材料理纹位置：Unigraphics NX 2 ugphoto .材料贴图图片位置：Uni

20、graphics NX 2 ugstudio分模设置-符合目前书籍教程：载入产品单位默认设置：mw_projectinitialunit：1（默认公制）2（默认英制）3（默认原部件单位）分模菜单中文包位置：Unigraphics NX MoldWizard 2 定位（moldwizard_simpl_chinese）分模中文设置：mw_language：moldwizard_simpl_chinese.lng（前面！号不要）分型线颜色更改：mw_partinglinescolor：绿色（绿色）改为红（红色）电极标准设置：mw_electrodemethod：3（唯一标准方法）改为1（标准方法）

21、冷却设置：mw_cooluserinterface：1（标准方法）改为2（选择或标准）子插入功能mw_insertmethod：3改为18、应用中的小技巧1。使用不同颜色来区分零件，在颜色不够使用时可使用命名方法来区分。在选择的时候会方便许多。2。选择时按左键可选择下一个物体，按中键相当于按OK。按着移时按左键可取消已被选择的物体。3。在输入参数时按选项卡可输入下一项，Shift + Tab键可返回上一项。4。错误操作后尽量不使用撤销（Ctrl+Z），在可能的情况下应使用删除的方法。因为撤消时将重新刷新图象，速度较慢。5。将两个片缝合就可以象实体一样倒角，而不必使用面混合1：当你的图形太大时，

22、显示会不完全，本来的实体看起来象片体，还会有部分没了不被显示的解决：预设置-可视化-透视，修改加大两个距离项-好的2：当你的文件较大时，在旋转或缩放的时候你的图形将会显示成一个大的块解决：预设置-可视化性能-大模型-选影藏对象箱-好的1要重复同一命令，右键-适用。9、UG的规律曲线画法绘制y = x 2曲线第一步选择工具-表达，输入t = 1变量T是内部系统变量（t = 0 1）XT = T建立变量X的表达式，定义了曲线绘制范围。（XT = 2T，XT = T / 2等）。Yt=xt2 establishes the expression of the variable Y and defin

23、es the law of curve variationThe second step to select Insert - Curve - Law CurveSelect By Equation to define the X rule by formulaOK confirms that t t is a parameter expression defining XOK confirms that the XT function expression (function, expression) is XTSelect By Equation to define the Y rule

24、by formulaOK confirms that the YT function expression (function, expression) is YTSelect the constant (constant) to define the Z rule as a constantIn the function value dialog box, type 0, define the curve, and draw it on the XY plane (Z=0)OK confirms that the curve starts from x=0 and terminates at

25、 x=1In the same way, we can draw the three-dimensional curves of x=1, y=x2 and z=y3 in the coordinate axis10, UG save personality settings1, NX1, NX2: export HKEY_CURRENT_USERSoftwareUnigraphics Solutions entry in the registry, import it on the new machine. Of course, this is only the user interface

26、, excluding preset values, changes to these values, and you must modify the file;2, NX3: the following directory files: C:Documents, and, SettingsaLocal, SettingsApplication, DataUnigraphics, SolutionsNX backup, (where a is windows, the current user name! Copy to the corresponding directory of the n

27、ew machine (pay attention to the current user name). This includes all personality settings!11, UG, NX roughness markUGNX1.0 default no roughness option to open the ugii_env.dat file in Notepad (in UGII folder), find UGII_SURFACE_FINISH=OFF, OFF into ON disk, open the UG, in the drawing mode, insert

28、 last appeared in surface finish symbol, as shown in fig.:Modify the file ugii_env.dat to set default values.If you change the UGII_DEFAULTS_FILE=$UGII_BASE_DIRugiiug_english.def of a sentence ug_english.def to ug_metric.def in the file, the default value is mm.12, 3D data conversion skillsIn the st

29、ructural design process often encountered in the 3D data PROE and UG conversion, but if we do not master the skills, there will be a lot of the arrancar, bring a lot of inconvenience to our parting and processing. It is worth mentioning that, I hate to go to repair the broken surface, most let PROE

30、system automatic repairing. Let me introduce a method does not need to repair the broken surface. Is that, here is my inappropriate please statements of a school, peer criticism.First of all, we should understand the arrancar reason 3D data conversion process is different between the algorithm and t

31、he accuracy of software caused by.(1) UG turn to PROEIn general, when we move the UG file to PROE, the format is STP or CATIA, and it is better not to use IGS, because the first two formats are for the entity, and the IGS for the surface. In the conversion process, we must first know the size of the

32、 model, if the model is very small, but there are a lot of small fillet, chamfer feature, wed better have a operation: the model enlarged several times after amplification in the model there is no small features.After that, we export the model in STP format in UG. In PROE into STP format, we first c

33、reate an empty part document, and then insert the file to import OK, the general system has directly generated entity, if there can be transferred to the arrancar precision of the maximum 0.01 (which is particularly important, again) then let arrancar the system automatically mended. Of course, if t

34、he UG model is big, it is not necessary to enlarge the model, but when we import PROE is found in the arrancar when you may wish to try the method of amplifying model. It is worth mentioning that if the STP format and arrancars words, you can try the CATIA format!(2) PROE turn to UGPROE go to UG is

35、much simpler, we can use the TRANSMAGIC software, first open the PROE file, and then save as UG format, and then import in UG, select Parasolid format. What is generally obtained is the entity.(3) IGS turn to PROE or UGFirst of all we want to know your IGS document is PROE or UG transfer, if it is P

36、ROE we will transfer it into PROE, if UG is of course to choose to transfer into UG, because the software receives its own export files certainly is the smallest error. Of course, PROE import if arrancar dont forget to change the precision, import the UG, if not generate suture and dont forget to ch

37、ange the entity was tolerance. If entities are needed after conversion in PROE or UG, you can refer to (1) and (2) mentioned above.And if in the PROE and UG can not directly be converted to IGS entity, I recommend the use of the TRANSMAGIC data repairing (all software automatic repair, we do not nee

38、d to toil) and then save as UG file, and then in the UG suture (not generating entity can be considered when changing suture tolerances).13, Gn continuous definition1, Gn represents the actual degree of continuity between two geometric objects.G0 two objects are connected or two objects are in a con

39、tiguous position. G0 continuous (also called point continuity) produces a reflection on each surface, which only ensures that there is no gap between the surfaces, but that it is fully contacted.G1 two objects are continuous, first order, differential, continuous, or tangent continuous. G1 continuou

40、s (also known as tangent continuity) produces a complete surface reflection, which is continuous but distorted, and this continuity is only continuous in direction without radius continuity. This is usually the case with our rounded corners.G2 two objects are smooth, continuous, two order, different

41、ial, continuous, or the curvature of the two objects is continuous. G2 continuous (also known as curvature continuity) will produce complete and smooth reflective lines across the boundary. Curvature continuity means that there is the same radius of curvature along the boundary of any point on any s

42、urface. The appearance of high quality products require curvature to do G2 continuous, in fact, the surface to do this point, the difficulty is great. In our general product design, G1 continuous can meet most of the product development needs.The objects of G3 two are smooth, continuous, three order

43、, differential, continuous, etc.The continuity of Gn is independent of representation (parametrization).2 and G1 mean that the tangent vectors are the same in direction, but the moduli are different.G2 means that the curvature is the same,But the derivatives of the two order are different.How do I a

44、nalyze a surface that is G1 or G2?Gauss curvature analysis: if there is a line between the two faces, if the color has a boundary, that is, G1; if there is no boundary, that is G2Highlight curve analysis: if the highlight curve is broken around the public line, it is G1; if there is no boundary, it

45、is G2.The G0- position is continuous, the G1- tangent continuity, the G2- curvature continuity, the G3- curvature change rate continuous, and the G4- curvature change rate continuous rate3. These terms are used to describe the continuity of surfaces. Surface continuity can be understood as the smoot

46、hness of the transition between mutually connected surfaces. Raising the continuity level can make the surface look smoother and smootherG3- curvature; rate of change; continuityThis continuous level not only has the characteristics of the above continuous level, but also the curvature change rate a

47、t the contact point is continuous, which makes the curvature change more smoothly. The rate of curvature change can be expressed as a straight line with an equation of one order.This continuous level of surface has a smoother visual effect than G2. But since higher order curves are needed or more cu

48、rves are needed, they are usually used only for automotive design.The rate of change of G4- curvature change rate is continuousThe rate of change seems to sound rather esoteric, but in fact it can be understood. It causes the rate of curvature to start slowly, then accelerates, and then slowly ends.

49、 This allows the G4 continuous level to provide smoother continuous effects.But this level of continuity will be more complex than G3, so it will hardly appear in product designs such as small home appliances. In fact, even if it does, we may not see it.Summarize these levels of continuity:G0 makes the model so sharp that it usually avoids it and eve