T-FLEX Parametric CAD. Fundamentals. 2D Design
T-FLEX Parametric CAD. Fundamentals. 2D Design T-FLEX Parametric CAD. Fundamentals. 2D Design
Saving Textual Drawing Information The EIA format parameters dialog window will appear on the screen: Coordinate system. Defines the point, with respect to which the profile coordinates will be counted. You can select from the list: “From (0,0)”, “From contour beginning”, “Incremental”. Code for clockwise circles. Sets the code for identifying arcs defined as clockwise. Code for counter-clockwise circles. Sets the code for identifying arcs defined as counter-clockwise. Number of leading digits. Sets the mandatory number of digits before the decimal point when writing numbers to a file. Precision. Sets the rounding precision for writing numbers to a file. Number of trailing digits. Sets the mandatory number of digits after the decimal point. Reverse direction. This lets you get coordinates of the profile in the direction opposite to the specified one. Use decimal point. This parameter is required for defining a fixed format without the decimal point. Upon clicking [OK], the profile information will written to the file in the selected format. Upon selecting “Geometry” option, the “Geometry” group of parameters becomes accessible. Then, you need to select the necessary geometrical characteristics of the profile: General characteristics or Moment about axis. Upon clicking [OK], the selected characteristics will be displayed in the dialog window. Additionally, if the “Write to file” flag is set, the characteristics will also be saved in an external file “*.pro”, defined by the parameter “Output Path”. General characteristics include the following profile properties: Area and perimeter of the profile; X and Y of area center of the profile; Central inertia about X and Y; Inertia about (0,0); Principal moment of inertia X and Y; Principal inertia axis tilt X − the tilt of the principal axis of inertia with respect to the X axis; Minimum radius of inertia; Inertia moment of torque. When selecting a moment of inertia about an axis for examination, after clicking [OK] in the command’s parameters dialog, you need to additionally specify the straight line, about which the moment will be calculated. At that time, the following option will be available in the automenu: Select Line After selecting the axis, the dialog window will display the calculated moment. 731
Fundamentals. Two-Dimensional Design Assembly Document Structure 732 The command “SS: Save Model Structure” allows building the structure of a T-FLEX CAD assembly document. The result can be viewed in the command's window or written to a text file “*.str”. The command is called as: Keyboard Textual menu Icon «Tools|Special Data|Structure» After calling the command, the dialog window appears on the screen for defining parameters of the structure building process. First of all, one needs to select the method of displaying the resulting structure – in the command's dialog or in a separate text file. For this, set the appropriate option − either “Show in Dialog” or “Write to File”. If writing to file was selected, then you need to specify the following additional parameters: File name. This parameter specifies the file name and location, in which the document structure will be written. The button allows browsing for an existing file to write to. Output Fragments of. This parameter allows selecting the nesting depth of the fragments included in the assembly structure – either only the fragments at the First level of nesting or the entire tree of fragments (All levels). Besides the assembly structure proper, additional information can be written to the file that relates to the enclosed fragments of the first level of nesting. Its availability and contents are determined by the state of the flags “Output Fragment comments”, “Output fragment marked Variable values”, “Output fragment marked Variable comments”. Upon defining all parameters, click the [OK] button to get the document structure. If outputting to a file, the system will write the results of the document structure analysis to the specified external file, and then exit the command. If in the dialog display mode, a window will appear that will contain the document structure.
- Page 681 and 682: Fundamentals. Two-Dimensional Desig
- Page 683 and 684: Fundamentals. Two-Dimensional Desig
- Page 685 and 686: Fundamentals. Two-Dimensional Desig
- Page 687 and 688: Fundamentals. Two-Dimensional Desig
- Page 689 and 690: Fundamentals. Two-Dimensional Desig
- Page 691 and 692: Fundamentals. Two-Dimensional Desig
- Page 693 and 694: Fundamentals. Two-Dimensional Desig
- Page 695 and 696: Fundamentals. Two-Dimensional Desig
- Page 697 and 698: Fundamentals. Two-Dimensional Desig
- Page 699 and 700: Fundamentals. Two-Dimensional Desig
- Page 701 and 702: Fundamentals. Two-Dimensional Desig
- Page 703 and 704: Fundamentals. Two-Dimensional Desig
- Page 705 and 706: Fundamentals. Two-Dimensional Desig
- Page 707 and 708: Fundamentals. Two-Dimensional Desig
- Page 709 and 710: Fundamentals. Two-Dimensional Desig
- Page 711 and 712: Fundamentals. Two-Dimensional Desig
- Page 713 and 714: Fundamentals. Two-Dimensional Desig
- Page 715 and 716: Fundamentals. Two-Dimensional Desig
- Page 717 and 718: Fundamentals. Two-Dimensional Desig
- Page 719 and 720: Fundamentals. Two-Dimensional Desig
- Page 721 and 722: Fundamentals. Two-Dimensional Desig
- Page 723 and 724: Fundamentals. Two-Dimensional Desig
- Page 725 and 726: Fundamentals. Two-Dimensional Desig
- Page 727 and 728: Fundamentals. Two-Dimensional Desig
- Page 729 and 730: Fundamentals. Two-Dimensional Desig
- Page 731: Fundamentals. Two-Dimensional Desig
- Page 735 and 736: Fundamentals. Two-Dimensional Desig
- Page 737 and 738: Fundamentals. Two-Dimensional Desig
- Page 739 and 740: Fundamentals. Two-Dimensional Desig
- Page 741 and 742: Fundamentals. Two-Dimensional Desig
- Page 743 and 744: Fundamentals. Two-Dimensional Desig
- Page 745 and 746: Fundamentals. Two-Dimensional Desig
- Page 747 and 748: Fundamentals. Two-Dimensional Desig
- Page 749 and 750: Fundamentals. Two-Dimensional Desig
- Page 751 and 752: Fundamentals. Two-Dimensional Desig
- Page 753 and 754: Fundamentals. Two-Dimensional Desig
- Page 755 and 756: Fundamentals. Two-Dimensional Desig
- Page 757 and 758: Two-dimensional design CONVERTING D
- Page 759 and 760: Two-dimensional design Performing C
- Page 761 and 762: Two-dimensional design 760 After co
- Page 763: Two-dimensional design 762 Use of t
Saving Textual Drawing Information<br />
The EIA format parameters dialog window will appear on the screen:<br />
Coordinate system. Defines the point, with respect to which the<br />
profile coordinates will be counted. You can select from the list:<br />
“From (0,0)”, “From contour beginning”, “Incremental”.<br />
Code for clockwise circles. Sets the code for identifying arcs<br />
defined as clockwise.<br />
Code for counter-clockwise circles. Sets the code for identifying<br />
arcs defined as counter-clockwise.<br />
Number of leading digits. Sets the mandatory number of digits<br />
before the decimal point when writing numbers to a file.<br />
Precision. Sets the rounding precision for writing numbers to a<br />
file.<br />
Number of trailing digits. Sets the mandatory number of digits<br />
after the decimal point.<br />
Reverse direction. This lets you get coordinates of the profile in the direction opposite to the specified<br />
one.<br />
Use decimal point. This parameter is required for defining a fixed format without the decimal point.<br />
Upon clicking [OK], the profile information will written to the file in the selected format.<br />
Upon selecting “Geometry” option, the “Geometry” group of parameters becomes accessible. Then, you<br />
need to select the necessary geometrical characteristics of the profile: General characteristics or Moment<br />
about axis. Upon clicking [OK], the selected characteristics will be displayed in the dialog window.<br />
Additionally, if the “Write to file” flag is set, the characteristics will also be saved in an external file<br />
“*.pro”, defined by the parameter “Output Path”.<br />
General characteristics include the following profile properties:<br />
Area and perimeter of the profile;<br />
X and Y of area center of the profile;<br />
Central inertia about X and Y;<br />
Inertia about (0,0);<br />
Principal moment of inertia X and Y;<br />
Principal inertia axis tilt X − the tilt of<br />
the principal axis of inertia with respect to<br />
the X axis;<br />
Minimum radius of inertia;<br />
Inertia moment of torque.<br />
When selecting a moment of inertia about an axis for examination,<br />
after clicking [OK] in the command’s parameters dialog, you need to<br />
additionally specify the straight line, about which the moment will be<br />
calculated. At that time, the following option will be available in the<br />
automenu:<br />
Select Line<br />
After selecting the axis, the dialog window will display the calculated moment.<br />
731