Start-up Guide. Copyright 2015, Desoutter HP2 7SJ UK

Transcription

1 Part no Issue no 01 Date Page 1/51 Start-up Guide Original instructions. Copyright 2015, Desoutter HP2 7SJ UK All rights reserved. Any unauthorized use or copying of the contents or part thereof is prohibited. This applies in particular to trademarks, model denominations, part numbers and drawings. Use only authorized parts. Any damage or malfunction caused by the use of unauthorised parts is not covered by Warranty or Product Liability _01-08/2015

2 Contents Introduction System Hardware Description System configuration: Posco Vision - Panel Posco Vision - Multicon module Posco Vision - IO-Expander Basic handling of the Posco Vision Panel Test functions Setting the work station parameters Posco Vision parameters Network settings Sensors settings Tools settings Serial devices settings Non Volatile Memory settings Statistical variables Exporting, printing and resetting station parameters Other MENU items How to create a project First steps Project edition window Project name and info VAR-CATALOGUE Images Project structure _01-08/

3 INIT MAIN NIO-EXITS EMERGENCY-EXITS Background Functions Project sequence elements Sequence Elements description SEQ-MACROS Saving and exiting project edition screen Editing an existing project Teaching the X-Y coordinates of the position steps Project execution Stopping a running project Visualization features Inserting pictures in a project VisionEdit PC software Import and edit pictures in VisionEdit Images in a POSITION sequence element Images in a TEXT sequence element _01-08/2015

4 Introduction This startup manual presents the main features of the Posco Vision. It can be used as a guide to help setting the various station parameters. It also explains how to create and edit projects, and how to program position control sequences. Each panel firmware menu is detailed in order to allow quick startup of the Posco Vision workstation. This document defines sequence programming and describes how a Posco Vision project is structured. The visualization functions available in Posco Vision involve adding pictures to a project. The last chapter of this manual details how to proceed, using the VisionEdit PC software _01-08/

5 1. System Hardware Description 1.1. System configuration: The Posco Vision System consists of several components, which are interconnected over a CAN bus. The following components are available: o o o o o PoscoVision Panel Multicon Module I/O Expander IO Modules CAN Power cable _01-08/2015

6 Posco Vision - Panel o o o o o o o o o Powerful hardware platform based on ARM9 processor TFT colour display with 240x320 pixel Intelligent rotary knob operation 2 GB of internal flash memory 2 isolated RS-232 interfaces 100 MBit Ethernet interface 2 USB host ports to connect a memory stick or a keyboard A separate 24 volt connector, not needed if the supply voltage is supplied over CAN-Bus cable VESA compatible mounting holes on the backside Specifications: Power Supply Power consumption (typ. Operation) Temperature range Backup Weight Dimensions 12-36V DC* 200mA (24V) 10 C 45 C** Fuse T2A internally 1,02 kg 230 x 175 x 50 mm (9 x6,9 x2 inches) * Absolute maximum ratings (power fail detect by about 17V DC), typical: 24V ±10% DC ** The low temperature range primary depends on the used LCD display. All other parts are industrial temperature rated Posco Vision - Multicon module The Multicon module provides the hardware for all the potential interfaces. o Tool stand interfaces: 3 analogue inputs and 3 digital SSI inputs o 2 RS232 serial ports o 1 connection for Posco-I/O Expander o 1 CAN port with 2 sockets for incoming and outgoing System bus o 24 volt power connector for the entire system The 24 volt supply voltage can be supplied to the PoscoVision Panel unit through the CAN-BUS cable _01-08/

7 Posco Vision - IO-Expander The Posco Vision IO-Expander module allows the connection of extra digital input and output terminals to the Multicon, via WAGO I/O modules. 4-8 way terminals are currently supported, and the maximum extension is 8 terminals per for each type (input or output). At most 64 inputs and 64 outputs can be used for control and regulation _01-08/2015

8 Example of terminal box with complete wiring ( ): Top view Side view (all connectors) Basic handling of the Posco Vision Panel Beside is the main view of the Posco Vision panel firmware. This view is on display right after powering the system up. The display is divided into 4 areas (From top to bottom): Status line (black): This is the version number of the firmware, if no project is currently being executed. If a project is running, its number and name will be shown Current date and time. The small lock icons indicate the access mode. If a password is required the green logo means that the correct password is entered. The red one means that no password has been entered yet and that settings can only be viewed but not be changed! USB memory stick connected at Posco Vision Panel _01-08/

9 Text window (yellow): Here the text messages or images will be shown during project execution. Function keys (grey) F1, F2, F3, F4 and F5 Here are displayed some functions assigned to the functional keys F1 to F5. These functions depend on the current menu and settings on display. Project window Function keys F1 and F2 can be labelled and used in projects for own functions. Info key F3 : During the project execution the function key F3, labelled with info", opens a list of all variables used in the currently running project. In addition to the variables in the upper part will also be displayed, where the project stays in the current cycle _01-08/2015

10 Test functions Before starting or testing projects it is possible to check that all the I/Os of the complete system are functional, in the following menu: All installed Inputs status can view. All Outputs can be tested via the track wheel (click and turn to 1 or 0 to set or reset the output signal) via Info Key F3: MultiCon-Test: check all usable analog and digital encoders _01-08/

11 2. Setting the work station parameters This chapter explains how to access, read and modify the various parameters via the panel firmware menu Posco Vision parameters From the main screen, press the F5 key to enter the project menu: Go to Show and Change Station Parameters On the left side of the screen the Station parameter section is highlighted. On the right side all the parameters are listed and, after pressing the F2 key, can be edited _01-08/2015

12 Station number, in case several stations are put together Station name Set to Yes if a Bit Tray if used with the POSCO VISION system, No otherwise Allows modification of the password Determines if a password is required for various operations, and when (until next menu or power off) Select language here (English, German, French or Spanish) 2.2. Network settings This section lists the parameters that need to be set prior to using the Ethernet connection of the Posco Vision. Roll the rotary knob to in order to select Network settings and press the F2 key. The current network settings will be displayed. IP Address, Subnet Mask, Standard Gateway, TCP Port and DHCP usage can be modified in this window _01-08/

13 2.3. Sensors settings The X/Y position sensors connected to the terminal box can be configured via the Sensors menu. Two types of parameters, sensors main characteristics (1) and positioning arm geometry (2) need to be configured in this section. 1- In the Serial Synchronous Interface sensors section, the resolution of the sensor can be modified. Additionally, the output value of the sensor is optionally multiplied by an integer value (Factor) or divided by two several times (RShift). Values are accepted in binary or Grey coding 2- In the position measurement section, various parameters of the positioning arm geometry are defined. In this example the default settings for a D53 X/Y arm are displayed. N.B.: the SSI-Angle port 1, 2 and 3 settings values shown above are the standard parameters for D53- xx-xy tool stands. Depending on the encoder configuration: tool stand D53-xx-XY: Angle / Linear tool stand D53-xxS-XY (swivel): Angle / Angle A (B and C) ROllEX Handling System: Linear / Linear TRA-xx-xxxx-P (P2): Angle / Linear _01-08/2015

14 2.4. Tools settings The Tools section contains all the parameters required to connect the terminal box of the Posco Vision system to the controller that drives the tightening tool. If the Z-axis is measured, this defines which sensor is used Controller communication protocol (I/O and/or Ethernet) IP address and TCP port of the connected controller Digital signals from the controller: tightening OK is on Input 1 (I1) and tightening NOK is on Input 2 (I2), by default Digital signal given to the controller to allow the tool to run, once the correct position is reached. Digital outputs to the controller. These are used to select the tool s tightening cycle Serial devices settings This section lists all the serial connections to the Posco Vision system. It is possible to connect up to 4 serial devices. Details of the serial device parameters are given below: Serial link parameters: speed, protocol (start/stop) and error correction Type of device connected: barcode reader, label printer, CVI controller or any other serial device This section items depend on the type of serial devices connected to the Posco Vision System Settings for a device connected via Ethernet _01-08/

15 2.6. Non Volatile Memory settings The Non-volatile memory section gives access to all the non-volatile variables used in the program sequence. It is possible to modify the variable name, assign a value and provide some additional information Statistical variables In this section, the user will find the value of the main system counters Exporting, printing and resetting station parameters Data Collection contains all the parameters relative to the logging of events, during project execution. It is possible to modify such parameter as file size and number of occurrences logged. Access to these settings is password protected _01-08/2015

16 Moreover, the station parameters can be: 1- exported to a USB drive: for this, first insert a USB key, and then press the F2 key for OK 2- printed to a file: for this, first insert a USB key, and then press the F2 key for OK 3- reset to factory default: for this, press the F2 key for OK Be careful: this operation cannot be undone! _01-08/

17 2.9. Other MENU items Back to the main menu, the other items can be described as follows: Lists all projects Export/import files to/from USB key visible only when a USB key is inserted in the panel when a Access to data generated during project execution Test of the interface I/Os for the terminal box and the serial peripherals Display settings. Time & Date. System reset Lists all the licensed features and their current status (activated/ not activated) Firmware revision and related details 3. How to create a project 3.1. First steps From the main screen, press the F4 key to enter the PROJECTS menu: Go to Open project administration _01-08/2015

18 All existing projects are listed, in this screen. In order to create a new one, use the rotary knob to select Create new project Click on the project number and enter a new number using the rotary knob Validate the number by clicking on the knob and then go to create project The new project window will show up. The different project components are listed on the left panel _01-08/

19 3.2. Project edition window Project name and info This paragraph describes how to define a project name and add some information details. Rotary knob and panel keys are used to enter the text. Define a title. Upper and case and lower case letters are accepted, as well as numbers and special characters. Use the F2 Key to browse through the various types of characters. The Info field can be filled with project information _01-08/2015

20 VAR-CATALOGUE The VAR-CATALOGUE menu is second to project name and info in the project window. Once selected, press the rotary knob to enter this section. Here all the internal program variables as well as the inputs or outputs connected to the Multicon module are listed. Clicking on the F3 key (INFO) gives additional details on each of the listed variables or I/Os _01-08/

21 Images In this example, the images folder is already filled with pictures from an existing project. These pictures will be displayed during project execution. They are imported and edited using the VisionEdit software described in the last chapter: Visualization features Project structure Each project contains a program composed of the following blocks, as detailed on the picture below: In blue is the main program path, composed of an INIT sequence run once at startup, then a MAIN block, containing all the position checking steps, to be iterated other several cycles. If one of the cycles is identified as failed, then a NIO-EXIT sequence is entered to handle this failure. One or several Background Functions (purple, in the above diagram) can be defined, to run in parallel with the main sequence. For example, these can be used to catch events on panel buttons, in order for example to stop the program, asynchronously. In case of power loss, the system can reboot directly into an Emergency Exit block (orange, in the above diagram) _01-08/2015

22 INIT The INIT block contains a series of sequences that will be executed only once, at the program startup. After selecting INIT with the rotary knob, a popup menu will show up. Please note that the same menu opens for the other program blocks: MAIN, NIO-EXITS, EMERGENCY-EXITS and SEQ-MACROS. Below are listed the different menu items. Once pressed, closes the popup menu Expands the selected item and displays the hierarchy Opens the edition window of the selected item Not applicable at this menu level Completely wipes the contents of the selected item Select INIT using the rotary knob, and then MAXIMIZE in order to enter the INIT section. It will then be possible to add a new sequence element in the INIT block _01-08/

23 The INIT block is composed of a series sequence elements. Please refer to the Project sequence elements chapter for more details on the different sequence elements available. Once all the INIT sequence elements have been defined, they will appear as a list in the expanded view. During project execution, the list items will be run from top to bottom MAIN This is the central sequence is composed of the same type of sequence elements as those used for the INIT block, and therefore can be constructed in the same way: With the rotary knob, select New sequence element so that a list of available options pops up. Repeat this operation for each sequence element programmed in this block. Once all the MAIN sequence elements have been defined, they will appear as a list in the expanded view. During project execution, the list items will be run from top to bottom _01-08/2015

24 NIO-EXITS During project execution a problem might occurs over a specific position. If for example this issue requires a rework, the current sequence needs to be terminated. This only way to exit a position step is a NIO exit. In order to create a new NIO-EXIT sequence, select and maximize NOK-EXITS, and then New sequence. A sequence name needs to be entered prior to selecting and validating with Create sequence The newly created sequence will appear alongside all other NIO-EXITS sequences in the expended view of the NOK-EXITS section: _01-08/

25 In order to build a complete NIO-EXIT sequence, maximize the one to be edited and Use the rotary knob to select sequence elements. Once all the sequence elements have been defined, they will appear as a list in the expanded view. During execution, the list items will be run from top to bottom. If the position sequence is asynchronously validated by an external input, a background function can be used to query this input and set the corresponding system variables as follows: - NIO-Result-Pos = 1 - NIO-exit-sequence = X, X being the index of the specific NIO exit sequence to be executed on exit Then at the end of the NIO sequence the NIO-exit-sequence variable is set back to its default value (usually 1 ) so that on a normal NIO result, the correct NIO exit will be executed EMERGENCY-EXITS EMERGENCY-EXITS will be executed when the Posco Vision system reboots after a power loss. Several EMERGENCY-EXIT sequences can be defined. During the program execution it is possible to switch to one of these emergency exits by setting the Emergency-Off-Sequence variable to the corresponding exit sequence number. In order to create a new EMERGENCY-EXIT sequence, select New sequence _01-08/2015

26 Then type the name. Select and click on Create sequence All EMERGENCY-EXIT sequences are listed under EMERGENCY -EXITS : Use the rotary knob to select and click on maximize and from there build a complete EMERGENCY-EXIT sequence. An EMERGENCY- EXIT sequence consists of the same elements used in an INIT or MAIN sequence. Please refer to the Project sequence elements chapter for more information on the different sequence elements available _01-08/

27 Background Functions Background functions are executed in parallel with the main sequence execution. Background functions are, for example, commonly used to read the function keys during project execution. In order to create a new background sequence, select and maximize Background functions, and then New sequence. A new background function is created. With its own name and associated information. The defined background functions will be executed sequentially from top to bottom _01-08/2015

28 3.3. Project sequence elements The INIT, MAIN, NIO-EXITS, EMERGENCY-EXITS and SEQ-MACROS sections of the project consist in a list of elements that will be sequentially run from top to bottom during the project execution. The below table gives a short description of each of these elements: New sequence element Position VAROP Logic Step Text Read barcode User input User selection Label Print Description One Position sequence element holds the data for one tightening position. Within this element the user will be able to enter directly, via the rotary knob or keyboard, the X-Y coordinates that the tool has to reach, in order to be in position. Alternatively, the position can be learnt during a teach mode procedure (see Teaching the X-Y coordinates of the position). Within this sequence element, variable operations (calculate, copy, set, and convert) can be performed immediately. This element waits for an input condition, and will perform a VAROP after an adjustable delay time. The digital inputs and outputs can be used inside a logic step, but also other system or non-volatile variables. This sequence element displays a text with defined properties on the Posco Vision panel display. Without visualization features, a text will be show immediately on the display. With visualization, first if the corresponding picture will be loaded (VisionEdit is required) and then the text will appear in overprint. With the help of a barcode element, barcodes can be read by a serially connected barcode scanner (Scanner1-4). Via adjustable code rules, numerical results (Scanresult1-4) are expected to match define d strings. If the scanned barcode does not match a rule, the result will be set to zero and the execution will be continued. User input can be used to enter character strings during the project execution. User selection can be used to select a value listed in a dropdown menu, during the project execution. this step can be used to generate a label and send it to a serially connected label printer _01-08/

29 Group Start IF WHILE Execute macro Image MES Function DataCom This opens a group of freely controlled assembly positions (provided the FCA license included in the POSCO VISION ADVANCED SOFTWARE LICENSES has been activated). Sequence elements between an IF and END will only be executed if the condition to be tested is true. If the condition is false, and if there is no ELSE alternative to the IF statement, the next element after END will be executed A while loop starts with a WHILE sequence element. As long as the condition to be tested in the while element is true, the elements located inside the loop will be executed sequentially. To abort the WHILE loop while the condition is true, use the BREAK element. Be careful when using WHILE loops. Without any appropriate alternative condition, an endless loop will be created! This element executes the selected macro. A macro is a sequence stored in SEQ-MACROS in the project (see the SEQ-MACROS paragraph) This element is used to show and remove pictures from the display. Hint: the position element has a flag named autoshow. If this flag is set, each position shows its attached picture without the need for a picture sequence element. MES Function allows communication over an Ethernet port with a MES server. To use this element a MES-System must be available. In addition, the Posco Proxy must be properly configured. This feature requires the POSCO VISION MES FUNCTION SOFTWARE LICENSE. This sequence element can be used to send, receive and process and send data over a RS232 serial or an Ethernet connection _01-08/2015

30 Sequence Elements description IF, ELSE, ELSEIF, END, WHILE, BREAK: These are placed around blocks of sequence elements to be executed or not depending on the condition that has to be verified. Condition _01-08/

31 POSITION: In this sequence element, the position given by the arm s encoders is checked against the reference values (for the X, Y and optionally the Z coordinates). Once the expected position is reached by the tool, the tightening cycle can begin as the tool is enabled. Once finished, the tool s OK or NOK signal tells the Posco whether the next element in the sequence should be executed (OK) or if the program should branch to a NIO-EXIT (NOK). The POSITION step can be preceded in its execution by an input condition (that has to be verified before the position check) and followed by a system variable assignment before execution of the next step. VAROP: Here a system variable is assigned a value. In the following example the digital output number 1 (O1) is set active _01-08/2015

32 LOGIC STEP: Logic steps consist of conditions that have to be verified in order to allow the project execution to continue. These conditions are made of one or several equations in which system variables can be tested against defined values. In the following example, the Logic Step is validated once the ButtonF1 variable is high, which means that the F1 functional key is pressed. Additionally, it is possible to add some delays (as shown on the above picture) in order to extend the step s duration, and set system variables when exiting. TEXT: Text sequence elements are used to display some text on the screen or over pre-defined fields on pictures. PICTURE: This sequence element is used to display or delete pictures on the screen _01-08/

33 EXECUTE MACRO: This is used to call a whole macro defined in SEQ-MACROS with a single sequence element. Please refer to the SEQ-MACROS paragraph for more details on Sequence Macros. USER INPUT: When executed, this sequence element prompts the user to enter a chain of characters via the panel. This chain can be stored in a project variable. USER SELECTION: When executed, this sequence displays a drop down menu. A variable can be assigned different values, depending on the choice made by the operator. READ BARCODE: In this sequence element, a string to match is defined (regular expressions are accepted) and if the string read (and stored in the Scannerx input buffer variable) by the associated barcode reader x matches it, then a value can be assigned to the ScanResultx variable _01-08/2015

34 LABELPRINT: In this sequence element, a string is sent to the label printer connected to the system via a serial port. It is possible to add a prologue and epilogue texts before and after the variable data to be printed DATACOM: This sequence element to send or receive data on one of the 4 RS232 interfaces, or on the Ethernet port. A result variable value is set upon matching a defined sequence in the input buffer. Also a specific variable can be assigned a string in order to output data on the link SEQ-MACROS Here MACRO sequences can be defined which can be used in the MAIN sequence (and other) in order to avoid the presence of long redundant sequences. Here MACRO sequences can be defined which can be used in the MAIN sequence (and other) in order to avoid the presence of long redundant sequences. It is possible to call macro-sequences inside a macro-sequence, but this should be avoided to preserve clarity _01-08/

35 In order to create a new macro-sequence, select New sequence Then type the name in. Select Create sequence All SEQ-MACRO macro-sequences are listed under SEQ-MACRO: Use the rotary knob to select maximize and from there build a complete SEQ-MACRO sequence. Please refer to the Project sequence elements chapter for more information on the different sequence elements available _01-08/2015

36 3.4. Saving and exiting project edition screen Once finished with project creation or edition, press the F4 key SAVE to write the project in non-volatile memory and then the F5 key END in order to leave the project edition window Editing an existing project In order to edit an existing project, i.e. modify the program structure or parameters, press the F2 key Edit on the item selected in the project administration. Once in the project window it is possible to enter and edit the different project sections, as described in the Project edition window chapter. Also in this window, pressing the F1 key TEST will validate the project, i.e. check for errors in the construct of the program _01-08/

37 If the project is successfully validated, the following message will pop up. Otherwise, with the help of the report message, track and correct the errors until the test is OK. Apart from project edition, it is possible, from the project administration menu to: - F3 key: copy the whole contents of a project into a new project - F4 key: teach the tightening positions via the standard or simulated mode (see Teaching the X-Y coordinates of the position steps) - F1 key: execute the project (see Project execution for more details) Additionally, while in the project administration window, by pressing the rotary knob, one can: - delete a whole project - print out the project to the optional printer _01-08/2015

38 3.6. Teaching the X-Y coordinates of the position steps In the example shown here, the X-Y positions that will be measured by the position encoders in the position sequence element will be compared to the X-Y coordinates present on the screen (here both initialized to zero). With the rotary knob, the user can enter those coordinates manually in this screen. Alternatively, the user can use the Teach Mode to obtain those coordinates more easily. In this case, the X-Y data present in the position sequence element will be recorded during a trial execution of the project. After pressing the F4 key TEACH in the project administration menu, the user is asked to choose whether this task will be performed in STANDARD or SIMULATION mode. Here is a screenshot of an example program executed in STANDARD teach mode. Only the POSITION steps are run _01-08/

39 Here is a screenshot of an example program executed in STANDARD teach mode. The whole project is run. The Teaching procedure requires the user to place the tool over the target position, and press the F4 SAVE POS key to save the X and Y values to the memory Project execution During project execution, the different pictures and texts defined in the program will be displayed. Projects and parameters are still accessible for display, using the F3, F4 and F5 keys. From this screen the user can: By pressing the F3 key INFO: get some details on the state of the I/Os and variables in the sequence being currently executed _01-08/2015

40 By pressing the F5 key MENU: gain access to the general system menu. Note that project execution can be stopped from there, by selecting and clicking on Quit project execution immediately with the rotary knob By pressing the F4 key PROJECT browse the project list Please note that possible options for all projects (but the project that is being currently executed) are limited to project edition and copy. While in this window, pressing the F2 key Show will bring back the current project, but editing parts or parameters will not be possible _01-08/

41 3.8. Stopping a running project Once started, the project execution can be stopped in several ways, either by pressing the F4 key to enter the PROJECTS window, either by pressing the F5 key to enter the general system MENU. There are two alternative options to stop the project during its execution: 1) Via the F4 key PROJECTS: From there the project can be stopped immediately by selecting Stop immediate or the user might let the program run until the end of the whole sequence by selecting Stop on end of cycle 2) Via the F5 key MENU: Selecting and clicking on Quit project execution immediately will terminate the program straightaway _01-08/2015

42 4. Visualization features 4.1. Inserting pictures in a project As mentioned in Images, it is possible to display pictures on the Posco Vision panel. Showing a global view of the part being processed with colored circles around the pieces to be tightened will guide the operator through the process. The circle will be yellow until the tool has reached the correct position, and then will turn blue. The operator can start the tightening and at the end the result is either OK (green circle) or fail (red circle). NB: It is not possible to add pictures directly in the project using the Posco Vision Panel Firmware! 4.2. VisionEdit PC software Adding pictures to a project requires the VisionEdit PC software, and pictures can later be viewed in the program menu of the firmware panel. The VisionEdit software is part of the Posco Vision complete system and is available for free. Double-clicking on the VisionEdit.exe icon to start the software _01-08/

43 Overview of the home screen: _01-08/2015

44 4.3. Import and edit pictures in VisionEdit With the Vision Edit PC software it is possible to create new projects from scratch or edit existing ones. Below are the steps that have to be followed in order to insert pictures in a project. How to open a project: inside the File menu select Open project (see picture below) and then select the.pjt project file which needs to be edited _01-08/

45 In order to add an image to the project s set of pictures, right-click on the IMAGES item in the project structure list. A new window will show up _01-08/2015

46 After clicking on this icon, the user will be prompted to choose a JPEG picture: Final image size will be 320x277 pixels. So if the selected picture is larger, the user will be asked whether the selected image should be cropped or resampled to fit the target size: Selecting YES will allow selecting a portion of the current frame. Choosing NO will result in the current image being resized to 320x277 pixels. Once loaded, the actual image appears in the image properties section as shown below _01-08/

47 4.4. Images in a POSITION sequence element From this point it is possible to draw several boxes of various sizes around the screw positions that the operator will have to identify during the tightening process. The following icons can be used as image tools to create the squares or rectangles around the areas of interest: For more details and options, have a look at the help window while dragging the cursor over the icons. It is possible to draw as many boxes as required. The result will look as shown below: NB: Use the Del key of the PC keyboard in order to delete positions. In order to assign X and Y coordinates to these areas, click on the icon circled in red, below: _01-08/2015

48 The following window will pop up and from there the user has access to the all the POSITION steps defined in the project _01-08/

49 4.5. Images in a TEXT sequence element It is also possible to put some text fields over pictures, during the execution of TEXT sequence elements. For this, select a TEXT sequence element in the project (in the below example: T2 Tighten position 2). Click on the add image icon and select one of the images available from the IMAGES section. Also select the predefined area in which the information text is due to appear (in the below example: the green rectangle) _01-08/2015

50 The input text defined in the text properties section of the text editor will then show up in the selected area _01-08/

51 _01-08/2015

52 More Than Productivity Copyright _01-08/