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The Dorn Method
ME3112 help sheet I prepared prior to the exams. Use it at your own discretion. Further edits are permitted. May the Bell Curve God be with you. Certainly not for sale as I believe…Full description
Online help
TruTops CAD Use the subject-index, the bookmark, or the Adobe Reader functions to search for a key word. Information about Adobe Reader x x x x
Online help
In Adobe Reader, you can find the "Search" function under Edit. The "Search" function can also be activated by clicking the binoculars in the icon bar. "Continue search" can be activated using the F3 key. You can use the arrow button in the icon bar as well as the bookmark to navigate through the document.
Values are now output in the table leader of the NC program (CONSUMPTION_TIMES table). They can be used to determine the gas and energy consumption per part with calculation programs such as TruTops Calculate. Your advantages
• • •
The output values are broken down according to part. Order costs can be calculated more simply and precisely. The service life of tools can be forecast using the consumption data.
2.
TruTops CAD
2.1
Generate profiles quickly and easily
Until now, the profile editor in TruTops Bend could only generate profiles in TruTops Bend. Now all TruTops customers can use the profile editor. With it, profiles can be generated easily and quickly. Saved profiles can be opened and modified without difficulty. If the sheet thickness is changed, for example, the profile is adapted automatically.
2.2
Catching virtual corners
Original points of a corner (virtual corners), that have been grasped, rounded off or notched, are caught. The centre of a notch is also considered a virtual corner. A small "v" on the cursor indicates that a virtual corner has been caught.
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TT138EN.DOC
3.
TruTops Laser
3.1
Machining nesting jobs
The procedure for machining a nesting job has been changed: • Sheet changes occur quickly now without the need for saving. • Machinings on the parts of a sheet are automatically copied to the same parts on other sheets of the order. • Some functions can also be performed for the entire order, such as creating machinings, creating part groups for parts with identical angular positions and creating NC programs.
3.2
Saving sheet skeleton as remainder sheet
During NC program generation, the sheet skeleton can be saved as *.TRG (remainder sheet) depending on the waste of the sheet and entered in the remainder sheet management (also applies for TruTops Punch). In the "Generate NC program" screen, check the Use sheet skeleton as remainder sheet if waste greater than checkbox and enter the waste permitted as a percentage.
Example of a remainder sheet
TT138EN.DOC
Fig. 55550
2BTruTops Laser
3
3.3
TwinLine in thick sheet (mild steel)
With the help of a new corner treatment, corners in mild steel can be cut without rounding. That allows TwinLine preparation for thick mild steel (> 6 mm) as well. This corner treatment is now automatically generated for TwinLine. To do this, the speed is reduced before the corners and the corners are cooled. The reduced paths and cooled point are displayed in yellow. The "Corner cooling" strategy is used exclusively with thick sheets. The way to machine the corners is specified in the rules (see >Extras >Change data >Rules >General 3 "TwinLine with Cooling").
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2BTruTops Laser
TT138EN.DOC
4.
TruTops Punch
4.1
Auxiliary axes, laser cutting head
Until now, the TruMatic 7000 is the only machine that has 2 additional axles to traverse the laser cutting head. These auxiliary axes can be moved independently from or in interplay with the axles of the machine table (table axis).
Changing the position of the of the auxiliary axes Before a contour is machined, the auxiliary axes can be moved to defined positions. Applications
• • •
Machinings in reduced clamp dead area. Reliable part removal via the flap. Reliable part removal via the laser die.
The optimal position of the auxiliary axes for disposing of a part is automatically calculated by TruTops Punch – but it can also be manually adjusted. Example: Machining in reduced clamp dead area
1
Reduced clamp dead area – machining with auxiliary axes
3
Machining in reduced clamp dead area
possible 2
Remaining clamp dead area – no machining possible Fig. 54731
TT138EN.DOC
3BTruTops Punch
5
Removing with FinalCut With FinalCut, the auxiliary axes cut one or more parts free while the table axes are at rest. Advantages
• •
The sheet cannot shift during free cutting. Several parts can also be removed simultaneously.
Part removal with FinalCut can be set in TruTops Punch for each contour that is machined with a laser. FinalCut also makes it possible to remove several parts at the same time.
1
Contour 1
2
Contour 2
3
FinalCut for several parts in TruTops
Removing with FinalCut
6
3BTruTops Punch
Fig. 54730
TT138EN.DOC
4.2
Generating chamfered laser edges
Until now, 2 steps were necessary for generating a chamfered laser edge: the contour was first machined with a roller pinching tool and then with the laser. TruTops Punch unites the two steps in one function.
Generating chamfered laser edges
TT138EN.DOC
Fig. 54728
3BTruTops Punch
7
4.3
Pushing out parts
Parts that will be cut free with the laser can be given a microjoint and then removed with an extraction tool in one step. TruTops Punch automatically positions the extraction tool at the optimal location. Example
Lettering is machined with the laser. The waste parts (letters) are pushed out with the extraction tool and disposed of reliably.
4.4
Processing samples
The TruTops Punch options for creating and applying processing samples were extended: • •
Partial contours can also be used as a reference point for processing samples. Processing samples can be selected and applied for individual contours.
Using processing samples for individual contours
8
3BTruTops Punch
Fig. 54732
TT138EN.DOC
5.
TruTops Tube
5.1
New application: 3D tube construction
With 3D tube construction, a complex construction can be quickly created from several individual tubes. Parameters such as length, width, height, material thickness and distances from holes can be adapted easily. BASIC FUNCTIONS
Options
•
Tubes can be cut to the required angle effortlessly.
•
Models can be easily modified (even after the fact).
•
All data are connected to the TruTops Tube database.
•
It is possible to import and unfold tube models in the IGES, STEP, SAT, SLDPRT and SLDASM formats.
•
Positioning aids and peg and bayonet connections can be created automatically.
3D tube construction
TT138EN.DOC
Fig. 54910
4BTruTops Tube
9
6.
New application: TruTops Bend
With TruTops Bend, a 2D drawing turns into an NC program for your press brake. All process steps are simulated in 3D and monitored with a collision check. BASIC FUNCTIONS
•
A database with machine data, tools, materials and bend allowances is connected.
•
The bending sequence is automatically calculated and optimised.
•
Tools can be loaded based on tool lists. A setup plan is created.
•
The bending process is automatically programmed and simulated in 3D. A collision determination is performed at the same time.
•
The NC program can be processed directly on the machine without a refinishing operation.
Fig. 55532
Options
•
BendMaster: The BendMaster programming is simulated in 3D. A collision determination is performed at the same time. – Various unloading stacks can be programmed for pallets, crates or conveyor belts. – Suction cup, multi, magnet and pivoted-jaw grippers can be programmed. – All gripping positions are calculated automatically. Different strategies for grip changes can be selected. – The travelling motion is calculated automatically. –
10
5BNew application: TruTops Bend
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• • • •
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With the Autorun function, several parts can be automatically programmed during the night. With SheetAdvisor, programs from the Bend application can be transferred to 3D construction program. With Bend Calculation, handling periods for individual programs can be calculated. EHT Converter converts the programs from the Bend application for machines with the Cybelec control system.
5BNew application: TruTops Bend
11
12
5BNew application: TruTops Bend
TT138EN.DOC
Software manual
TruTops CAD Version 4.0
Software manual
TruTops CAD Version 4.0
Edition 2007-04-20
Order Information
Please specify when ordering this document: Software manual TruTops CAD Edition 2007-04-20 Document number S523EN
Basics .............................................................................. 16 Starting and exiting TruToPs ............................................ 16 Starting TruTops .......................................................... 16 Exiting TruTops................................................................. 16 Online help, software version, tips and tricks from the Internet........................................................................ 17 Calling up online help .................................................. 17 Obtaining tips and tricks directly from the Internet......................................................................... 17 Displaying software version......................................... 17 Applications in TruTops .................................................... 18 Closing applications individually and reopening.......... 18 Opening applications severally ("copy") ...................... 19 Closing application permanently ("delete").................. 19 Renaming application .................................................. 19 Switching language of all applications......................... 20 Programming "Simple drawing" and "Simple programming" modules..................................................... 21 Opening "Simple drawing"........................................... 21 Opening "Simple programming" .................................. 21 User-defined settings........................................................ 22 Copying and transferring user-defined settings........... 22 Menus, function browsers and toolbars............................ 24 Displaying and hiding the function browser................. 27 Displaying and hiding button texts in the function browser .......................................................... 27 Displaying and hiding quick navigation bar ................. 27 Displaying and hiding toolbars..................................... 28 Moving or downsizing toolbars .................................... 28 Modifying existing toolbars, creating own toolbars ........................................................................ 29 Renaming the toolbar .................................................. 29 Deleting a toolbar......................................................... 30 Resetting toolbars to their original status .................... 30 Modifying the size of the symbols................................ 30 TruTops with PDM (Product Data Management) ............. 31 What is PDM?.............................................................. 31 TruTops with PDM, TruTops without PDM – a comparison .................................................................. 32 Calling up PDM functions via command prompt/scripts (pdmCLI.exe) ............................................ 33 Calling up help for pdmCLI.exe ................................... 33 Examples of PDM functions which can be performed with pdmCLI.exe ........................................ 35
Table of contents
5
1.10
1.11
1.12
1.13
1.14
1.15
1.16 1.17 1.18
2.
6
Table of contents
Characteristics: a property of elements and contours ............................................................................ 38 Switching "Characteristic fixed" on or off TruTops behavior......................................................... 38 Notches: Advanced options through the "Characteristic" property .............................................. 40 Screen display .................................................................. 41 Adapting window size .................................................. 41 Modifying color scheme............................................... 41 Moving masks and messages on the interface ........... 41 Display of drawings........................................................... 42 Restructuring display of drawings................................ 42 Displaying drawing completely .................................... 42 Displaying detail view .................................................. 42 Moving screen section................................................. 43 Zooming drawing ......................................................... 43 Get last view ................................................................ 44 Memorizing and recalling view .................................... 44 Displaying and hiding outline points ............................ 44 Operating TruToPs with the mouse.................................. 45 Placing the mouse pointer in masks automatically at OK ..................................................... 45 Operating TruTops using keyboard .................................. 46 Using Windows keyboard commands and shortcuts ...................................................................... 46 Entering numerical values and coordinates ................ 46 Entering texts in input fields......................................... 46 Using key functions of TruTops ................................... 47 Using "Copy" – "Paste"................................................ 48 Using keyboard buffer of the command line (repeating entries)........................................................ 48 Calculator.......................................................................... 49 Deactivating calculator permanently............................ 49 Entering numerical values in input fields ..................... 50 Entering X and Y coordinates of points ....................... 50 Searching with the help of place holders (wildcards)......................................................................... 51 TruTops license ................................................................ 52 Using TruTops with a limited period license................ 52 Printing.............................................................................. 53 Printing the textual content of the files ........................ 53 Printing screen content................................................ 53 Printing Geos as HPGL ............................................... 54 Setting basic data ........................................................... 55
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3. 3.1
3.2 3.3
3.4 3.5
3.6
3.7
3.8
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Opening and saving files ............................................... 56 TruTops file browser ......................................................... 56 Opening the TruTops file browser ............................... 57 Creating new folders.................................................... 58 Deleting folders............................................................ 58 Renaming files or folders............................................. 59 Deleting and restoring files, emptying the recycle bin (PDM) ........................................................ 60 Searching for files ........................................................ 62 Adding other details to the list field of the files ............ 63 Opening files with the Geo Viewer .............................. 64 Sending files via email................................................. 64 Zipping files.................................................................. 65 Sending files from PDM to "My Documents" in the file system.............................................................. 65 File properties ................................................................... 66 Viewing file properties ................................................. 66 Importing/exporting files and folders (PDM) ..................... 67 Importing/exporting files using Windows Explorer (PDM) ............................................................ 67 Importing files and single folders using the file browser (PDM)............................................................. 68 Importing several folders in a single job step (PDM) .......................................................................... 69 Exporting files using the TruTops file browser (PDM) .......................................................................... 70 Importing/exporting files using the prompt/script (PDM) .......................................................................... 71 Dependencies between files............................................. 72 Checking dependencies between files (PDM)............. 72 Updated status of the files ................................................ 74 Checking the updated status of the files automatically when loading and saving in TruTops (PDM) ............................................................ 74 Saving TruTops CAD files ................................................ 75 Saving drawings as a workfile ..................................... 75 Saving drawing as GEO .............................................. 76 Entering drawing data.................................................. 77 Saving drawings as DXF ............................................. 78 Saving geometry templates as VLG for single holes, rows of holes and circles of holes..................... 79 Saving punching or bending tools as WZG ................. 80 Opening TruTops CAD files.............................................. 81 Opening workfile .......................................................... 81 Opening TruTops files ................................................. 81 Opening foreign formats from CAD systems .................... 81
Table of contents
7
3.9
4. 4.1
4.2
8
Table of contents
Loading 2D drawings in the DXF, DWG, IGS or MI format...................................................................... 82 Defining loading options for 2D drawings in DXF or DWG format............................................................. 83 Defining loading options for 2D drawings in the IGS format ................................................................... 87 Defining loading options for 2D drawings in the MI format...................................................................... 90 Extracting parts and sheets from foreign formats (assistant for layout) ......................................................... 95 Extracting parts from drawings in foreign format and saving as GEO ..................................................... 95 Extracting parts from drawings in foreign format and saving as sheet..................................................... 96 Using auxiliary tools....................................................... 99 Drawing auxiliary lines ...................................................... 99 Drawing auxiliary line through 2 points........................ 99 Drawing an auxiliary line parallel to the existing auxiliary line ................................................................. 99 Drawing horizontal or vertical auxiliary lines ............. 100 Drawing an auxiliary line as a tangent at the arc element and point ...................................................... 100 Drawing an auxiliary line at right angles to an element ...................................................................... 101 Drawing an auxiliary line through point and angle of inclination ..................................................... 101 Drawing an auxiliary line through point and angle to the base line ................................................ 102 Drawing an auxiliary line through tangent at 2 arc elements .............................................................. 102 Dividing an element with an auxiliary line.................. 103 Drawing auxiliary circle ................................................... 104 Drawing an auxiliary circle through three points........ 104 Drawing auxiliary circle through center and radius ......................................................................... 104 Drawing auxiliary circle through diameter ................. 105 Drawing auxiliary circle through center and diameter..................................................................... 105 Drawing concentric auxiliary circles........................... 106 Drawing auxiliary circle tangential to two elements .................................................................... 106 Drawing auxiliary circle tangential to an element and two points............................................................ 107 Drawing auxiliary circle tangential to three elements .................................................................... 107
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4.5
5. 5.1 5.2
5.3
5.4 5.5 5.6
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Drawing auxiliary circle tangential to an element ...... 108 Auxiliary geometry .......................................................... 109 Deleting auxiliary geometry ....................................... 109 Measuring ....................................................................... 110 Measuring the distance between 2 points ................. 110 Measuring coordinates of a point .............................. 110 Measuring horizontal or vertical distance between 2 points........................................................ 110 Measuring coordinates, radius and diameter of a circle ....................................................................... 110 Measuring angle ........................................................ 110 Measuring length ....................................................... 111 Zero point of the coordinate system ............................... 111 Displacing zero point ................................................. 111 Drawing geometries ..................................................... 112 Drawing points ................................................................ 112 Drawing points ........................................................... 112 Drawing lines .................................................................. 113 Drawing lines through two points............................... 113 Drawing a line parallel to the existing line ................. 113 Drawing horizontal or vertical lines............................ 114 Drawing a line as a tangent at an arc element and point .................................................................... 114 Drawing a line at right angles to another element ...................................................................... 114 Drawing a line with point, angle of inclination and length .................................................................. 115 Drawing a line through a tangent at two arc elements .................................................................... 115 Drawing circles ............................................................... 116 Drawing a circle through three points ........................ 116 Drawing a circle through center and radius............... 116 Drawing a circle through diameter............................. 117 Drawing a circle through center and diameter........... 117 Drawing a circle tangential to two elements .............. 118 Drawing concentric circles......................................... 118 Drawing polygons ........................................................... 119 Drawing polygons ...................................................... 119 Drawing rectangles ......................................................... 119 Drawing rectangles .................................................... 119 Drawing arcs ................................................................... 120 Drawing arcs through three points............................. 120 Drawing arcs through center, start and end point ..... 120 Drawing arcs through diameter ................................. 121 Drawing concentric arcs ............................................ 121
Machining several outer contours .............................. 149 Displaying outer contours ............................................... 149 Displaying the first outer contour .................................... 149 Going to the next outer contour ...................................... 150 Highlighting the outer contour......................................... 150 Marking outer contour..................................................... 150 Deleting contour.............................................................. 150 Selecting the outer contour............................................. 151
6.2 6.3
Table of contents
Creating single holes, circles of holes and rows of holes (macros).......................................................... 135 Defining a circle, ellipse or dot mark point as base element ........................................................................... 136 Defining rectangle or oblong hole as base element ....... 138 Defining your own geometry templates as base element ........................................................................... 139 Defining a forming tool as base element ........................ 140 Defining tool drawing as base element........................... 142 Creating single hole through macro................................ 143 Creating a circle of holes through macro........................ 144 Creating a row of holes through macro .......................... 145 Creating a hole grid through macro ................................ 146 Creating any bend relief through macro ......................... 147 Deleting duplicate single holes ....................................... 147
6.1
10
Drawing an arc through center, radius, start and end angle ................................................................... 122 Drawing multicurve contour ....................................... 122 Converting arcs into roundings.................................. 123 Drawing notches ............................................................. 124 Creating corner notch with various distances............ 125 Creating corner notch with same distances .............. 126 Creating X/Y element notches................................... 127 Creating acute angle element notches...................... 128 Creating bend relief later ........................................... 128 Drawing bevels ............................................................... 129 Drawing bevel with distance to the vertex ................. 129 Drawing bevel through vertex.................................... 130 Rounding corners ........................................................... 131 Rounding corners ...................................................... 131 Recreate corners ....................................................... 131 Drawing equidistants ...................................................... 132 Drawing equidistant to the contour ............................ 132 Tracing auxiliary geometry.............................................. 133 Tracing auxiliary geometry ........................................ 133
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8. 8.1 8.2 8.3 8.4 8.5 8.6 8.7 8.8
Deleting.......................................................................... 152 Deleting single elements or contours ............................. 152 Deleting elements with certain line properties ................ 152 Deleting small contours .................................................. 153 Deleting short elements .................................................. 153 Deleting characteristics................................................... 153 Deleting dimensioning .................................................... 154 Deleting duplicate single holes ....................................... 154 Deleting auxiliary geometries.......................................... 155
9. 9.1 9.2
Element groups............................................................. 156 Forming element groups................................................. 156 Dissolving element groups.............................................. 156
Modifying drawn geometries ....................................... 160 Moving geometries ......................................................... 160 Moving geometries horizontally or vertically.............. 160 Moving geometries through two points...................... 161 Rotating geometries........................................................ 162 Rotating geometries by a center................................ 162 Rotating geometries by two points ............................ 163 Modifying scale of geometries ........................................ 164 Modifying scale of geometries at a center................. 164 Scale modification of geometries through two points ......................................................................... 165 Mirroring geometries....................................................... 166 Mirroring geometries on a horizontal or vertical mirror line................................................................... 166 Mirroring geometries on a symmetry point ................ 167 Mirroring geometries on a random axis..................... 168 Stretching geometries..................................................... 169 Stretching geometry horizontally or vertically............ 169 Stretching geometry with 2 points ............................. 169 Modifying line attributes (color and line type) ................. 170 Presetting line color and line type.............................. 170 Modifying line color/line type of individual existing elements ....................................................... 170 Modifying lines of one color and/or line type simultaneously ........................................................... 171
11.2
11.3
11.4
11.5
11.6
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11
11.7
Modifying radii and diameters of roundings or circles.............................................................................. 172 Modifying rounding radius ......................................... 172 Modifying diameter of circles ..................................... 172
12. 12.1
Clearing geometries ..................................................... 173 Splitting or combining elements...................................... 173 Separating an element .............................................. 173 Separating two elements at their intersection ........... 174 Combining elements .................................................. 174 Shortening or extending elements.................................. 176 Shortening or extending an element.......................... 176 Shortening or extending two elements ...................... 177 Smoothing elements or contours.................................... 180 Smoothing elements or contours............................... 180 Converting narrow contours into lines ............................ 182 Converting rectangles or oblong holes into lines....... 182 Scaling diameter of circles.............................................. 183 Scaling diameter of circles......................................... 183 Open contours ................................................................ 183 Closing open contours............................................... 183 Merging contours ............................................................ 184 Merging contours ....................................................... 184 Converting lines .............................................................. 184 Converting lines into bevels....................................... 184
12.2
12.3 12.4 12.5 12.6 12.7 12.8
12
Table of contents
13. 13.1 13.2 13.3
Pasting or modifying texts in geometries .................. 185 Entering text and defining parameters............................ 185 Modifying text parameters .............................................. 187 Creating your own font.................................................... 188
14. 14.1 14.2
Embossed texts ............................................................ 191 Creating embossed texts ................................................ 191 Using special characters................................................. 192
15.
Generating geometries in different variants
15.1 15.2 15.3 15.4 15.5 15.6 15.7 15.8
(optional)........................................................................ 193 Starting/ending variant module....................................... 194 Creating variants............................................................. 195 Undoing variants............................................................. 197 Executing variants .......................................................... 197 Selecting overview of variants ........................................ 197 Allocating a variant to an element or a bending ............. 198 Adopting element selection of an existing variant .......... 198 Example .......................................................................... 199
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16. 16.1 16.2 16.3 16.4 16.5 16.6 16.7
Working with variables and reference elements ....... 201 Creating and processing variables ................................. 201 Importing variables ......................................................... 203 Exporting variables ......................................................... 203 Deleting variables ........................................................... 203 Setting reference element............................................... 204 Removing a reference element....................................... 204 Showing reference element ............................................ 205
Managing variants ........................................................ 206 Positioning variants......................................................... 206 Creating new variants ..................................................... 206 Copying variants ............................................................. 206 Modifying variants........................................................... 206 Deleting variants ............................................................. 207 Executing variants several times .................................... 207 Saving geometry with variant as *.GMV ......................... 208 Exporting variant as *.GEO............................................. 208 Exporting variants to Excel ............................................. 209 Importing variants from Excel ......................................... 211
18.
Comparing geometries with one another
18.1 18.2 18.3 18.4
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(geometry comparator) ................................................ 212 Opening and closing geometry comparator.................... 212 Comparing a reference drawing and a comparison drawing with one another................................................ 213 Merging a reference drawing with a comparison drawing ........................................................................... 214 Deleting a reference drawing or a comparison drawing ........................................................................... 214
19. 19.1 19.2 19.3 19.4 19.5 19.6 19.7 19.8 19.9
Dimensioning geometries............................................ 215 Showing and hiding dimensionings ................................ 215 Dimensioning lines.......................................................... 215 Dimensioning circles, radii, arc lengths .......................... 217 Dimensioning an angle ................................................... 218 Moving dimensioning ...................................................... 218 Adapting dimensioning text............................................. 219 Setting the dimensioning format ..................................... 220 Deleting dimensioning .................................................... 220 Setting standard text size ............................................... 221
20. 20.1 20.2
Preparing geometries for machining.......................... 222 Loading and preparing geometries................................. 222 Changing the processing sequence of prepared geometries ...................................................................... 223
Creating profiles ........................................................... 234 Creating .......................................................................... 234 Creating line through XY................................................. 234 Creating bumping ........................................................... 235 Creating folding............................................................... 236
23. 23.1 23.2 23.3 23.4 23.5 23.6 23.7
Drawing a bending tool ................................................ 238 Drawing a normal upper tool........................................... 238 Drawing a normal lower tool ........................................... 239 Drawing holder................................................................ 241 Drawing a Z tool.............................................................. 241 Drawing an adapter ........................................................ 242 Drawing front view of a horn tool .................................... 242 Modifying tool.................................................................. 243
Index ........................................................................................ 245
Online help, software version, tips and tricks from the Internet
Calling up online help Displaying the software manual Displaying readme
1. Select >Help >Help or press the key. The software manual of the relevant application (CAD, Nest, Laser, Punch...) opens (.pdf-file with bookmarks). 2. Select >Help >Readme.
Obtaining tips and tricks directly from the Internet TruTops offers the option of accessing the Internet and thus the TRUMPF homepage directly. The homepage among other things has tips and tricks for programming and useful information about the product. ¾ Select >Help >TruTops on the Internet. Internet Explorer with the CAD/CAM info service is started.
Displaying software version 1. Select >Help >Info.... The "Version" mask is displayed. 2. Select the "Version" tab.
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1.4
Applications in TruTops
After the installation of TruTops, every application is separately available as a separate "tab". Every application can be opened several times, closed and reopened individually, closed permanently ("delete"), renamed individually or moved. All individual modifications (including modifications to the interface, such as background color, adapted toolbars ...) are saved user-specifically and are loaded automatically when opening TruTops. Applications currently available in TruTops: • TruTops CAD: drawing parts or loading them from other CAD systems, setting basic data (e.g. material). • Nest: nesting parts, setting basic data (e.g. material). • TruTops Laser: defining laser processing, setting basic data for the laser processing (e.g. slat layout, Cateye ...). • TruTops Punch: defining punching or multi-purpose processing, setting basis data for the punching or multi-purpose processing (e.g. clamp data, repositioning cylinders ...).
Closing applications individually and reopening Note If an application is closed, the individual user settings of the application are retained. Closing application
Reopen application?
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0BBasics
1. Right click on the tab of the application to be closed. The context menu is displayed. 2. Select >Close. 3. Right click on the tab of any open application. The context menu is displayed. 4. Select >Open. 5. Select application to be opened.
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Opening applications severally ("copy") 1. Right click on the tab of any application. The context menu is displayed. 2. Select >New. All available applications are displayed in another submenu. 3. Mark the application that is to be opened once more (i.e. copied). The copied application is opened. The name is extended by an additive.
Closing application permanently ("delete") Notes • If an application is closed permanently, it is no longer opened automatically when TruTops is started. The individual user settings are lost. • The application can be reopened using the context menu (right click on the tab of any open application, select >New). 1. Right click on the tab of the application to be closed permanently. The context menu is displayed. 2. Select >Delete.
Renaming application 1. Right click on the tab of the desired application. The context menu is displayed. 2. Select >Rename. 3. Enter the new name of the application. 4. Select OK.
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Switching language of all applications 1. Select Languages . The "Language selection" mask is displayed. 2. Select the desired language. Note In the Korean, Chinese, Japanese, Polish and Russian languages, observe the operating system on which TruTops has been installed. Example: "Korean": For Korean operating system. "Korean (West)": For western operating system. 3. Select OK. The new language becomes effective the next time TruTops is started.
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1.5
Programming "Simple drawing" and "Simple programming" modules
The vast majority of all workpieces are single parts. The "Simple drawing" modules in "CAD" and the "Simple programming" modules in "Punch" offer just the scope of functionality that is required for the simple workpieces. From drawing the workpiece to the reliable NC program - the user-guided graphical interface guides you safely and quickly through the program. The design of the user interface enables operation through touching or completely using the keyboard. The functions of the "Simple drawing" and "Simple programming" modules are described in the " TruTops software manual for simple drawing and simple programming".
Opening "Simple drawing" ¾ Select (in "CAD") >Tools >Simple drawing.
Opening "Simple programming" ¾ Select (in "Punch") >Tools >Simple programming.
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1.6
User-defined settings
Copying and transferring user-defined settings User-defined settings (e.g. type and number of applications that are opened, personal interface settings in the single applications) can be copied and transferred as follows: • Copy settings of a user and provide them to another user. • Transfer the settings of a user from one workstation (computer) to another workstation (computer). • Copy interface settings of an application (e.g. of "CAD 1" ) and transfer them to the "CAD 2" application (on the same computer). Conditions • Administrator rights and copyrights are required in all user folders in order to copy the user-defined settings. • User-defined settings of TruTops can be copied and transferred to another computer only for the same user. 1. Select >Start >Programs >TRUMPF.NET >TruTops Administration >TruTops Config. The Microsoft Windows Explorer is started. The folder in which the user settings are saved is displayed automatically. Example: English operating system with "millerha" as user → path 'C:\Documents and Settings\millerha\Application Data\TRUMPF'" is opened. The 'TRUMPF' folder has one subfolder for TruTops and one more for every application. In addition, the data is stored as per the product versions. 2. Either ¾ To transfer the settings to another computer: copy the entire 'TRUMPF' folder and paste it in the appropriate folder on another computer. or ¾ To provide the settings to another user on the same computer: copy the entire 'TRUMPF' folder and store it in the intermediate storage at a suitable location.
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Log in another user on to the computer. Paste the entire 'TRUMPF' folder in the appropriate folder of another user.
or ¾ To copy (e.g.) the settings of the "CAD 1" application and transfer them to "CAD 2" application: copy the 'x.usr' file in the folder of the "CAD 1" application and paste it in the folder of the "CAD 2" application.
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1.7
1
Voice switchover
4
Menus, function browsers and toolbars
Main menu bar with main menu
7
Status bar and message line
8
Command and input line (can be
and submenus 2
Application
5
Function browser
moved to the desired position using the sizing tool) 3
Toolbars (can be customized,
6
Exiting TruTops
9
Command block
can be moved to the desired position using the sizing tool) TruTops user interface (here: CAD application is open)
Main menus and submenus
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Fig. 50209
The main menus and submenus contain all functions available in the relevant application (CAD, Nest, Laser, Punch ...).
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Function browser
1
Function category
5
(corresponding to an entry in the
Pin, pressed (function group is permanently open)
main menu) 2
Function group (corresponding
6
to a submenu)
Pin, open (function group is closed as soon as another one is opened)
3
Multi-function button
7
Button text (can be displayed and hidden)
4
Quick navigation bar (can be
8
Scrolling with the wheel mouse
displayed and hidden) Function browser
Fig. 50208
The function browser contains the most important (TruTops-specific) functions. The function browser is subdivided into separate function categories (e.g. "Modify"). The function categories are further divided into function groups (e.g. "Move"). The function browser can be dragged to the desired width. Frequently used function groups within a function category can be "pinned", i.e. can be opened permanently.
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Multi-function buttons
Some of the buttons in the function browser function as multi-function buttons or options buttons. Multi-function buttons are marked with a triangle in the bottom right. They display their current function in the function browser. The current function can be changed with a right click (submenu). Options buttons switch functions on or off.
1
Multi-function button
3
Options button
2
Displays the current function
4
Green: Function is activated.
(here: create 1 copy and move
Gray: Function is deactivated
by 2 points) Multi-function buttons, Options buttons
Toolbars
Status bar and message line
Toolbars allow quick access to the most important functions. Depending on the user, they can be created individually, can be added to commands, can be moved and downsized. The toolbars can thus be adapted to typical programming tasks at any time. • •
Command line and input line
•
•
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Fig. 50212
The current X and Y position of the mouse pointer is displayed in the status bar (including the measuring unit). The message line displays the ongoing action. Examples: – Reading of file.... finished – Drawing deleted! The command line gives instructions about what is to be done. Examples: – Enter first point – Identify object to be rearranged – Mark element or click on "OK" The required data can be entered in the input line. Each entry must be confirmed with the enter key (↲ ). Examples of entries: – X and Y coordinates of points. – Angle.
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Displaying and hiding the function browser ¾ Activate or deactivate >View >Toolbars >Function browser.
Displaying and hiding button texts in the function browser The button texts in the function browser can be hidden and displayed again. If the button texts are hidden, one can only work with icons and tool tips. 1. Either ¾ Select >Tools >Options.... or ¾ Select >View >Toolbars >Adapt.... ¾ Select the "Options" tab. 2. Activate or deactivate "Show icon and text". 3. Select Close.
Displaying and hiding quick navigation bar Function groups can be opened very quickly with the quick navigation bar (4) (see "Fig. 50208", pg. 25). 1. Either ¾ Select >Tools >Options.... or ¾ Select >View >Toolbars >Adapt.... ¾ Select the "Options" tab. 2. Activate or deactivate "Show Quick navigation bar". 3. Select Close.
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Displaying and hiding toolbars
1
Sizing tool
2
Button
"File" icon bar
Fig. 50210
1. Select >View >Toolbars. 2. Activate or deactivate the desired toolbars.
Moving or downsizing toolbars Moving toolbars
1. Using the mouse, move the toolbar to the desired position with the sizing tool (= vertical lines on the left side).
Downsizing toolbars
2. To downsize the toolbar on the left: use the mouse to move the toolbar with the sizing tool (= vertical lines on the left side) to the left until the toolbar on the left is downsized. or ¾ Using the mouse, move the toolbar with the sizing tool (= vertical lines on the left side) to the right until the toolbar is downsized. Two arrows are displayed on the right side of the downsized toolbar (>>).
1
Arrows to select the hidden functions
Minimized "File" icon bar
Fig. 50211
3. To select the functions that are (now) hidden: click > > and select the desired function.
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Modifying existing toolbars, creating own toolbars In addition to the already existing toolbars, the user can create his own toolbars and equip them with the required buttons. Alternatively, unnecessary buttons can be deleted and missing buttons can be added to the existing toolbars. Creating a toolbar
Adding a button to the toolbar
Removing a button again?
1. Select >View >Toolbars >Adapt.... 2. In the "Toolbars" tab, select New. 3. Enter the name of the user-defined toolbar and select OK. The toolbar that is (still) empty is automatically displayed under the main menu bar. 4. Select the "Commands" tab. 5. In the "Categories" field, click on the desired category. 6. Drag the desired command from the "Commands" field to the new toolbar. 7. After creating all the desired toolbars, select Close. 8. If the "Adapt" mask is no longer open: select >View >Toolbars >Adapt... again. 9. Drag the buttons to be removed with the mouse out of the toolbar and drop them.
Renaming the toolbar 1. 2. 3. 4. 5.
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Select >View >Toolbars >Adapt.... In the "Toolbars" tab, mark the toolbar to be renamed. Select Rename. Enter the new name of the toolbar and select OK. Select Close.
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Deleting a toolbar 1. 2. 3. 4.
Select >View >Toolbars >Adapt.... In the "Toolbars" tab, mark the toolbar to be deleted. Select Delete. Select Close.
Resetting toolbars to their original status All individual modifications (e.g. user-defined toolbars, moved toolbars) are cancelled when resetting the toolbars. The originally installed status is restored. (Exception: size of the symbols.) 1. Select >View >Toolbars >Adapt.... 2. In the "Toolbars" tab, select Reset....
Modifying the size of the symbols The size of the symbols in the toolbars and the function browser can be modified. (However, the size of the symbols in the menus and the quick navigation bar cannot be modified.) 1. Either ¾ Select >Tools >Options.... or ¾ Select >View >Toolbars >Adapt.... ¾ Select the "Options" tab. 2. Activate or deactivate "Large symbols". 3. Select Close.
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1.8
TruTops with PDM (Product Data Management)
What is PDM? With the PDM Data Management, files can be saved and managed centrally for all products.
Data Management with PDM
The advantages of PDM
Fig. 47164
• • • • • •
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PDM is a central storage location for any number of TruTops workstations and various TruTops products. All TruTops products work using PDM. The dependencies between files are displayed for all products. You can delete and export files, recognize dependencies and view file properties with one mouse click. You can use the new TruTops file browser to search for parts quickly and specifically using the advanced search criteria in PDM. There are three options available as interfaces to older TruTops versions and other software products which are not PDM-compatible: – Importing and exporting files and directories via the TruTops file browser. – Importing and exporting files and directories with the Windows prompt or automated by means of a script. – Direct access via an enabled Windows folder or network drive.
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TruTops with PDM, TruTops without PDM – a comparison Property
TruTops with PDM
TruTops with file system
The system checks whether the files are up to date.
Yes
-
The dependencies between files are monitored for all products.
Yes
-
Searching for and displaying files by means of TruTops specific characteristics (e.g. material) is supported.
Yes, fast
Yes, slowly
Heterogeneous data management (metric Yes and inch) is supported.
Yes
File attributes ("Properties") created with different character sets (European, Japanese, ASCII…) can be saved (display in TruTops still not correct).
-
Yes
Comparison of TruTops with PDM and TruTops with file system
Tab. 1
When working without the PDM, all functions of the TruTops file browser are available.
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1.9
Calling up PDM functions via command prompt/scripts (pdmCLI.exe)
The following PDM functions can be called up via the Windows command prompt or can be executed in an automated manner via script files (*.bat). Function
Command
Comment
Exporting files/directories from a directory
Get
(see "Importing/exporting files and folders (PDM)", pg. 67)
Importing files into a folder
Put
(see "Importing/exporting files and folders (PDM)", pg. 67)
Deleting files from a folder
Delete
(see "Examples of PDM functions which can be performed with pdmCLI.exe", pg. 35)
Listing files in a folder
List
(see "Examples of PDM functions which can be performed with pdmCLI.exe", pg. 35)
Generating lists of attributes
ListAttributes
(see "Examples of PDM functions which can be performed with pdmCLI.exe", pg. 35)
Creating a new (sub) folder
Mkdir
(see "Examples of PDM functions which can be performed with pdmCLI.exe", pg. 35)
Deleting an empty (sub) folder
Rmdir
(see "Examples of PDM functions which can be performed with pdmCLI.exe", pg. 35)
Copying a file or folder into a target folder
Copy
(see "Examples of PDM functions which can be performed with pdmCLI.exe", pg. 35)
Moving a file or folder into a target folder
Move
(see "Examples of PDM functions which can be performed with pdmCLI.exe", pg. 35)
Determining file properties and dependencies again
Rescan
(see "Examples of PDM functions which can be performed with pdmCLI.exe", pg. 35)
Executing commands contained in a script file
Batch
(see "Examples of PDM functions which can be performed with pdmCLI.exe", pg. 35) Tab. 2
Calling up help for pdmCLI.exe 1. Start Windows command prompt. 2. Change to the '…:\TRUMPF.NET\Utils\PDM2\bin' folder. 3. Enter the following command: pdmCLI.exe –h Help for pdmCLI.exe is displayed:
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Help for pdmCLI.exe
Fig. 43561
4. To call up help for a specific command (e.g. "Put"), enter the following command: pdmCLI.exe –h Put Help for the specific command is displayed:
Help on the "Put" command
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Fig. 43562
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Examples of PDM functions which can be performed with pdmCLI.exe Notes • When entering the commands in the prompt or in the script files, write everything in a single line. • Be sure that slashes or backslashes and spaces are correct. • Replace server name with the actual name of the server. • The commands listed in the examples are distinguished only by the parts highlighted in bold. Everything before and after it remains the same. Opening prompts, creating script files
a
Deleting file
2. To delete the 'box.mi' file in the '/TRUMPF.NET/ TEST_DIR_1/' folder, enter the following command: pdmCLI.exe Delete /TRUMPF.NET/ TEST_DIR_1/ box.mi --service-name=TruTopsPDM2 --port-addre ss=servername:9999 3. Press or (↲ ).
Listing files in a folder
4. To list all files in the '/TRUMPF.NET/ TEST_DIR_1' folder, enter the following command: pdmCLI.exe List /TRUMPF.NET/TEST_DIR_1 --servi ce-name=TruTopsPDM2 --port-address=servername: 9999 5. Press or (↲ ).
Creating a list of attributes
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1. Either ¾ Start prompt from Windows. ¾ Go to the '…:\TRUMPF.NET\Utils\PDM2\bin'' folder. or ¾ Write cd C:\TRUMPF.NET\Utils\PDM2\bin in self-written BAT script file (*.bat). ¾ Add the following (exemplary) command lines.
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6. To create a list of attributes, enter the following command: pdmCLI.exe ListAttributes --service-name= TruTopsPDM2 --port-address=servername:9999 7. Press or (↲ ).
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Creating a new (sub) folder
8. To create a folder '/TRUMPF.NET/TEST_DIR_1', enter the following command: pdmCLI.exe Mkdir /TRUMPF.NET/TEST_DIR_1 --serv ice-name=TruTopsPDM2 --port-address =servername:9999 9. Press or (↲ ).
Deleting a (sub) folder
10. To delete the folder '/TRUMPF.NET/TEST_DIR_1', enter the following command: pdmCLI.exe Rmdir /TRUMPF.NET/TEST_DIR_1 --serv ice-name=TruTopsPDM2 --port-address =servername:9999 11. Press or (↲ ).
Copying a single file into a different folder
12. To copy the 'box.mi' im Ordner '/TRUMPF.NET/ TEST_DIR_1' file into the '/TRUMPF.NET/ TEST_DIR_2' folder, enter the following command: pdmCLI.exe Copy /TRUMPF.NET/TEST_DIR_1/ box.mi --target-directory=/TRUMPF.NET/ TEST_DIR_2 -service-name=TruTopsPDM2 -- port-address =servername:9999 13. Press or (↲ ).
Copying several files into a different folder
14. To copy all files from the '/TRUMPF.NET/ TEST_DIR_1'' folder into the '/TRUMPF.NET/ TEST_DIR_2' folder, enter the following command: pdmCLI.exe Copy /TRUMPF.NET/TEST_DIR_1 --targe t-directory=/TRUMPF.NET/TEST_DIR_2 --service-n ame=ToPs_PDM --port-address =servername:9999 15. Press or (↲ ).
Moving a single file into a different folder
16. To move the 'box.mi' file from the '/TRUMPF.NET/TEST_DIR_1/' folderto the '/TRUMPF.NET/TEST_DIR_2' folder, enter the following command: pdmCLI.exe Move /TRUMPF.NET/ TEST_DIR_1/ box.m i --target-directory=/TRUMPF.NET/ TEST_DIR_2 -service-name=TruTopsPDM2 -- port-address =servername:9999 17. Press or (↲ ).
Moving a folder
18. To move the '/TRUMPF.NET/TEST_DIR_1' folder to the '/TRUMPF.NET/TEST_DIR_2' folder, enter the following command: pdmCLI.exe Move /TRUMPF.NET/ TEST_DIR_1 --targ et-directory=/TRUMPF.NET/TEST_DIR_2 --servicename=TruTopsPDM2 --port-address =servername:9999 19. Press or (↲ ).
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Redefining file properties and dependencies
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20. Enter the following command: pdmCLI.exe Rescan --service-name=TruTopsPDM2 -port-address=servername:9999 21. Press or (↲ ).
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1.10 Characteristics: a property of elements and contours A characteristic is a property which one or more elements or one or more contours possess. Characteristics are created in TruTops CAD, saved in the geo file and can be evaluated in other TruTops applications. Advantages: • Rows of holes and hole grids can be machined more easily: Rows of holes that have been created in TruTops CAD through >Create >Macros >Row of hole can also be evaluated in other TruTops applications. The conversion into rows of holes is no longer required. As a result, it is also possible to create rows of holes which are not axially parallel. The NC program is shortened. • In TruTops CAD, Geometries with the characteristic Property are interpreted as a unit. All actions are applied to the entire unit, reducing the drawing effort considerably.
Switching "Characteristic fixed" on or off TruTops behavior "Characteristic fixed" is active: • Certain elements are combined to form a unit with the characteristic property. If the "Characteristic fixed" is active, then a certain action is applied either to the complete unit (i.e. to all elements) or the action is rejected. For example, a single element of the "Single square hole" unit cannot be deleted. The entire single hole is deleted. • All impermissible actions result in the contour or the element being displayed in pink. The colored highlight is kept up to the next redrawing. Examples: A single stroke cannot be stretched. The single stroke is displayed in pink. It is not possible to shorten elements for single strokes. The elements are displayed in pink. • Clicking on an element results in the selection of the entire unit (all elements). When boxing in an element using the mouse, an action is executed only if the entire unit has been boxed in.
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"Characteristic fixed" is not active: • If "Characteristic fixed" is not active, the elements of contours can be arbitrarily modified with the Property characteristic. A single element of the single square hole can be deleted, for example. During modification, the Property characteristic is lost and the display color "orange" is reset to the normal line color. Example
Single square hole
"Characteristic fixed"
Delete
Active
Element Contour
Not active.
X
X
X
The entire single hole is deleted. X
X
X
X Row of square holes
Effect
X
The single element of the single hole is deleted. The display color changes from orange to the normal line color. The characteristic is dissolved. X
X
X
X
The entire single hole is deleted. The entire row of holes is deleted.
X
X
The entire single hole is deleted.
X
The row of holes remains unchanged. The clicked contour of the row of holes is displayed in pink. If the drawing is updated ( ), the original state is restored. The clicked element of the contour is deleted. The remaining holes are assembled into smaller rows of holes. (Example: row of holes with 10 holes, an element of hole 3 is deleted: one of the new rows of holes consists of holes 1 and 2, the other consists of holes 4 to 10.)
X
The clicked contour is deleted. The remaining holes are assembled into smaller rows of holes. (Example: row of holes with 10 holes, an element of hole 3 is deleted: one of the new rows of holes consists of holes 1 and 2, the other consists of holes 4 to 10.) Tab. 3
1. Select >Edit >Characteristic fixed. or ¾ Select Fix characteristics . (If "Characteristic fixed" is activated, the button is pressed). 2. Select Highlight characteristics . The characteristics are displayed in orange. 3. Select >Edit >Delete >Characteristics. or ¾ Select Delete characteristics .
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Notches: Advanced options through the "Characteristic" property The "Characteristic" property automatically increases the number of options for shaping and processing notches: • Notches can be enhanced by roundings, bevels or sub-notches. • Roundings, bevels, separating cuts or sub-notches can be removed from a notch. TruTops CAD joins adjacent notch elements automatically. • If a notch is deleted entirely, the adjacent elements are joined again. • Notches can be copied, moved, rotated, mirrored and stretched. • The length of end elements of notches can be changed.
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1.11 Screen display Adapting window size The window size can be adapted in a stepless manner. This is advantageous, for example, when working with online documentation simultaneously, or when the start bar lies over the TruTops command bar. ¾ Drag the window frame to the desired size with the mouse.
Modifying color scheme The following color schemes are possible: • Bright (white) background. • Dark (black) background. • Blue background. • Gray background. Each color scheme affects only the current application (CAD, Nest, Laser, Punch ...). 1. Either ¾ Select >Tools >Options.... or ¾ Select >View >Toolbars >Adapt.... ¾ Select the "Options" tab. 2. Open the color scheme with ▼ and mark the desired color scheme.
Moving masks and messages on the interface In TruTops, masks and messages can be freely moved on the interface. This is advantageous, for example, when a message and the objects under the message need to be visible. 1. Click on the title bar of the mask or the message. 2. Holding down the mouse button, move to the desired position.
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1.12 Display of drawings Restructuring display of drawings ¾ Either ¾ Select >View >Zoom >Update. or ¾ Press button. or ¾ Select Update drawing .
Displaying drawing completely ¾ Either ¾ Select >View >Zoom >All. or ¾ Press +. or ¾ Select Total view .
Displaying detail view
42
Boxing in desired detail
1. Either ¾ Select >View >Zoom >Detail. or ¾ Select Detail view . 2. Click on the first point in the box using the mouse pointer (cursor). 3. Click on the opposite point in the box.
Zooming in (detailing)
4. Right click on the desired detail in the graphics area. The graphics is zoomed in on. The pick point in the graphics area becomes the new center.
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Zooming out
5. Use the middle mouse button to click on the desired detail in the graphics area. (If a wheel mouse is used: press the wheel of the wheel mouse). The graphic is zoomed out from. The pick point in the graphics area becomes the new center.
Moving screen section ¾ Either ¾ Select >View >Zoom. ¾ Select >Up, >Down, >To the left or >To the right. or ¾ Position the mouse pointer (cursor) as sizing tool in the working area. ¾ Keep the wheel of the wheel mouse (or the middle button) pressed. ¾ Move the mouse pointer. Tip Depending on the usual method, the button can be pressed. This however is not necessary.
Zooming drawing ¾ Either ¾ To zoom steplessly: position the mouse pointer (cursor) in the working area. ¾ Keep the right mouse button pressed. ¾ Push the mouse downwards (zoom out) or upwards (zoom in). or ¾ To zoom stepwise: position the mouse pointer (cursor) in the working area. ¾ Keep the button pressed. ¾ Zoom in on or zoom out from the drawing using the wheel of the wheel mouse.
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Get last view TruTops memorizes the last view that was set through a button or using the mouse. ¾ Either ¾ Select >View >Zoom >Last zoom. or ¾ Select Show last view .
Memorizing and recalling view Memorizing view
Getting saved view
1. Set Total view or Detail view that is to be saved using the mouse or the buttons. 2. Either ¾ Select >View >Zoom >Memorize zoom. or ¾ Select Memorize view . 3. Either ¾ Select >View >Zoom >Get zoom. or ¾ Select Get view .
Displaying and hiding outline points ¾ Either ¾ Select >View >All points or >View >Open points. or ¾ Select Show all points or Show open points
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1.13 Operating TruToPs with the mouse Placing the mouse pointer in masks automatically at OK 1. Select >Tools >Modify data.... 2. Select >User >Configuration. The "Configuration" mask is displayed. 3. Select "Place mouse pointer at OK". 4. Select Modify.
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1.14 Operating TruTops using keyboard Using Windows keyboard commands and shortcuts TruTops can now be operated using the usual Windows keyboard commands or shortcuts: • All menu items linked with a shortcut have been appropriately marked (e.g. >File >Open...: +). • The keyboard commands for the Command block (9) (see "Fig. 50209", pg. 24) are displayed in the appropriate tool tip: – Total view: + (↲ ) or + (↲ ). – End: . – Ok: or (↲ ). Example 1
1. To save a file: press + (instead of selecting >File >Save).
Example 2
2. To undo an action: press + (instead of selecting >Edit >Undo).
Entering numerical values and coordinates Entering decimal values
1. When entering decimals, use a point as separator. (Example: enter 30.5.) 2. Press or (↲ ).
Entering coordinates
3. Enter X and Y coordinates separated by a comma. (Example: enter X = "10 mm", Y = "20,5 mm": 10,20.5.) 4. Press or (↲ ).
Entering texts in input fields 1. Click into the input box with the mouse pointer (cursor). 2. Enter characters one after the other. 3. To confirm the input: Press or (↲ ).
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Using key functions of TruTops During initial installation and update of TruTops, the Windows key functions are automatically set in the individual applications. However, one can also work with the TruTops key functions on request. Note The key functions must be separately set in each existing application. 1. Select the application in which the TruTops key functions are to be set. 2. Select >Tools >Modify data.... 3. Select >User >Configuration. The "Configuration" mask is displayed. 4. Select "Set TruTops key functions". 5. Select Modify. Key
Configuration
↲
TruTops key functions
Windows key function
Jump to next input field..
Confirm mask; is the same as pressing Ok.
<↑>, <↓>
-
Delete characters in input fields.
+
Delete characters in input fields.
Delete characters in input fields.
Jump to next input field. All the field contents are automatically marked.
+<→> or +<←>
Jump to next input field. Automatic marking of all the field contents is removed.
Keep pressed, mark the area using <→> or <←>.
Mark selected field contents from the cursor position onwards.
Keep pressed + (German keyboard) or (English keyboard).
Mark from the cursor position to the start of the input field.
Keep pressed + Mark from the cursor position to the end of the field. (German keyboard) or (English keyboard). (Field contents are marked) (German keyboard) or (English keyboard)
Delete marked field contents.
(Field contents are marked) Press desired character.
Marked field contents are replaced with the character pressed.
+
-
Jump to previous input field.
Delete characters in input fields.
Close mask; is the same as pressing: Cancel.
TruTops or Windows key functions
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Using "Copy" – "Paste" The "Copy and Paste" function is available in all TruTops input fields. Depending on the position of the cursor in the input field, the contents are copied either completely or only partly into the intermediate memory. When pasting, the copied contents appear at the point where the cursor is located. Contents of the intermediate memory can be pasted from other programs and into the TruTops input fields and vice versa. ¾ Copy and paste as described in the following table. Copying
Pasting into empty input field
Cursor position Ι
Key combination
Key combination
Result
Example 123 Ι
+ or +
+ or +
Example123
Ι Example123 Example123
Example123 ple123
Copying and pasting
Tab. 5
Using keyboard buffer of the command line (repeating entries) Repeated entries and functions do not need to be reentered. The keyboard buffer saves entries or functions which have been entered into the command line or which have run in the background. The last commands can be opened and scrolled through using ▼: 1. Open the list field of the command line with ▼. 2. Mark the desired command or the desired entry. 3. Press or (↲ ). The command or the entry is repeated.
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1.15 Calculator You can carry out the following actions using the calculator: • Entering numerical values and coordinates. • Executing arithmetic operations and entering the result of the arithmetic operations simultaneously. The calculator is automatically activated during a new installation and a TruTops update. It can be operated with the mouse as well as (to some extent) with the keyboard in all modules. It gets automatically displayed on double clicking in an input field. Calculator function
Operation using the mouse
Operation using the keyboard
Opening the calculator
Double click in an input field for numerical values.
(Not possible)
Deleting an entry
C / Cl
(Not possible)
Exiting the calculator without adopting entries
Cancel
(Possible only if the Windows key functions have been set)
Exiting calculator, adopting entry
OK
(Not possible)
Squaring
x2
(Not possible)
pi
Pi
(Not possible)
Multiplying
*
<*>
Dividing
/
Adding
+
<+>
Subtracting
-
<->
Result
=
↲
Calculator functions
Tab. 6
Deactivating calculator permanently The calculator is automatically activated during a new installation and a TruTops update. ¾ To deactivate the calculator permanently: set the value of the "ST_NumInputWithMouse" variable in the public rules to 0 (under >Tools >Modify data... >Rules >System).
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Entering numerical values in input fields 1. Position the mouse pointer (cursor) in the input field for numerical value. 2. Double click. The "easy" calculator is displayed:
Fig. 20085en
3. Click on the desired figures and arithmetic operations or enter them using the keyboard. 4. Select OK. The calculator is closed.
Entering X and Y coordinates of points 1. Select Calculator (on the left near the command line). The calculator extended by "coordinate" is displayed. 2. Enter the numerical value of the X coordinate in the upper input field. 3. Select →X. The value is adopted in the lower input field. 4. Enter the numerical value of the Y coordinate in the upper input field. 5. Select →Y. The value is adopted in the lower input field. 6. Select OK. The calculator is closed.
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1.16 Searching with the help of place holders (wildcards) Place holders simplify the search, when a designation (e.g. a file name) or a number (e.g. a technology table) is not exactly known. The following place holders can be used in the TruTops file browser: • ? = 1 arbitrary character. • * = arbitrary character string. In case of database accesses (under >Tools >Modify data...) and when selecting the technology table, the percent sign ("%") is a place holder for arbitrary characters: • 1% = 1, subsequently none, one or several arbitrary characters. • %1 = none, one or several arbitrary characters, subsequently 1.
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1.17 TruTops license Using TruTops with a limited period license If TruTops has to be used for a limited period without Dongle, a limited period license can be applied for. The running time of the limited period license is 30 days. After expiry, a new limited period license can be generated only in exceptional cases. Conditions • A network card is present (required for unequivocal identification of the system). • The user has administrator rights when entering the system identification and the license key. Applying for a limited period license
Entering license key
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1. Start TruTops. A "System identification" mask is displayed. As soon as this mask is displayed, the running time of 30 days begins. 2. Either ¾ Copy the digit and letter sequence of the "System identification" and send it to the TRUMPF Software Support by email. or ¾ If no emails can be sent from the TruTops computer: select Display form. The default text editor displays a file. ¾ Save the file and send it to the TRUMPF Software Support from another computer. 3. To close the mask: select Cancel (selecting OK could lead to an error message!). TRUMPF Software Support sends the license key and other information. 4. Start TruTops. A "System identification" mask is displayed. 5. Enter the license key (copy from the email and paste). 6. Select OK.
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1.18 Printing Printing the textual content of the files The textual content e.g. of the following file types can be printed: • Drawings ('*.GEO'). • NC programs ('*.LST'). • Mini nests ('*.MTL'). • Processed geometry ('*.GMT'). • Others such as '*.TAF' or '*.TMT'. 1. Select >File >Print >File.... The TruTops file browser opens. 2. Select file type (e.g.: '*.EIN'). All the files in the selected format that are located in the current directory are displayed. 3. Mark a file. 4. Select OK. The contents of the file are displayed. 5. Select Print. 6. Select Ok to close the mask.
Printing screen content The present screen can be printed with this function. 1. Load the file whose screen content is to be printed. 2. Select >File >Print >Screen.... The standard printer mask is displayed. 3. If required, modify the settings. 4. Select OK. The screen content is printed.
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Printing Geos as HPGL TruTops CAD can print GEO files in the '*.HPGL' format (= graphical output of plotters). 1. Load the desired file in the '*.GEO' or '*.DXF' format. 2. Select >File >Print >Plotting.... The "Plotting" mask is displayed. 3. Make the desired settings. 4. Select OK. The 'GEO' is printed in the '*.HPGL' format.
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2.
Setting basic data
(See the TruTops Laser or TruTops Punch software manuals, chapter "Setting basic data".)
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3.
Opening and saving files
3.1
TruTops file browser
The TruTops file browser features the following functions: • Convenient and simple operation with a user-friendly interface (Windows standard). • Advanced search functions: various additional configurable search criteria assist you in systematic part management. • All files in the TruTops file browser are displayed in a folder structure. • The dependencies between files are displayed. • Simple import and export of files.
1
Navigate back
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Update view
2
Navigate forwards
8
Navigator
3
Go to the next higher directory
9
Current path
4
Filter view (search)
10 Directory contents
5
Folder view
11 Show directories from which a file has already been opened
6
Create new folder
TruTops file browser (here via Open file, with PDM)
Last selected folder
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Fig. 41363en
TruTops shows the current path under the toolbar (9). To display folders from which a file has already been loaded: open current path with ▼ (11).
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File sorting options
The files displayed can be sorted according to the required detail by clicking on the detail (e.g. "File size"). The detail according to which the sorting is to be done, is marked gray. Clicking on the detail repeatedly modifies the sorting direction (upward/downward).
Context menu of the TruTops file-browser
1
Context menu
Context menu of TruTops file browser (here via Open file, with PDM)
Fig. 41364en
Note Menu items that cannot be selected at the relevant point are grayed out.
Opening the TruTops file browser The TruTops file browser is automatically opened when, for example, a file is opened with >File >Open… or a file is saved with >File >Save. Additionally, the TruTops file browser can be opened independent of the loading or saving of a file: ¾ In an arbitrary TruTops application: select >File >File browser.... or ¾ Select >Start >Programs >TRUMPF.NET >PDM browser.
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Creating new folders 1. Open the TruTops file browser (e.g. through >File >File browser). 2. Either ¾ Select (Create new folder). or ¾ Open the context menu with the right mouse button. ¾ Select >New. 3. Enter name of the new folder. 4. Press or (↲ ). 5. If required, refresh view with (Refresh) or .
Deleting folders 1. Open the TruTops file browser (e.g. through >File >File browser). 2. Mark the folder to be deleted. 3. Either ¾ Press or . or ¾ Open the context menu with the right mouse button. ¾ Select >Delete. 4. Confirm the query with OK.
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Renaming files or folders 1. Open the TruTops file browser (e.g. through >File >File browser). 2. Either ¾ Change to the folder to be renamed. ¾ Mark the folder. or ¾ Change to the folder in which files are to be renamed. ¾ Mark a file. 3. Either ¾ Left click once on the folder or file name. or ¾ Open the context menu with the right mouse button. ¾ Select >Rename. 4. Enter the new name. 5. Confirm the new name with or (↲ ) or left click outside the folder or file name.
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Deleting and restoring files, emptying the recycle bin (PDM) When working with PDM, deleted files are moved to the recycle bin of the file browser. It is possible to restore files from the recycle bin if required (including all attributes such as material, material thickness etc.). The folder name of the recycle bin is 'RecycleBin' and can be modified (at the PDM server) through the PDM administrator. When working in the file system, only a query appears asking whether the file should be deleted permanently.
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Deleting files
1. Open the TruTops file browser (e.g. through >File >File browser). 2. Change to the folder from which files are to be deleted. 3. Mark the file(s) to be deleted. To mark several files: press or pressed. 4. Either ¾ Press or . or ¾ Open the context menu with the right mouse button. ¾ Select Delete. 5. Confirm query. When working with PDM, the files (including the path specifications and the extension '.trash.zip') are moved to the recycle bin of the file browser. Tip To delete files permanently (then they are not moved to the recycle bin and can not be restored): press the Shift key when deleting files.
Restoring deleted files
6. Change to the recycle bin of the TruTops file browser ('RecycleBin'). 7. Mark the file to be restored (i.e. the complete file specification with the file names and the extension '.trash.zip'). To mark several files: press or pressed. 8. Open the context menu with the right mouse button. 9. Select >Restore.
Emptying recycle bin
10. Change to the recycle bin of the TruTops file browser ('RecycleBin').
