CANoe DENoe - KEMT FEI TUKE

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Figure 25: Data Window With the help of the conversion formula in the database, engine speed is shown in RPM, while temperature is shown in degrees Celsius. The values of all three signals remain constant over time, since the message is constantly transmitted with the same data bytes D8, D6, 37 and 0. 1.3.7 Analysis of Signal Responses in the Graphics Window While the Data window displays momentary signal values, you can have the time responses of signal values displayed in the Graphics window. After the end of measurement the signal responses are available for study by user-friendly analysis functions. Unit 4: Configure the Graphics window so that signal values are displayed for message 3FC (hex) that is generated in the transmit branch. The second message generated in the transmit branch is also described in the associated database. In the database it will be apparent to you that the identifier 3FC is associated with the symbolic message name GearBoxInfo containing the signals Gear, ShiftRequest and EcoMode. You can now observe the time responses of these signals in the Graphics window. The Graphics window can be configured exactly like the Data window. Here too you open the configuration dialog for signals from the window's popup menu. In the signal selection dialog you select the 3 signals of the message GearBoxInfo. In the Graphics window you see that the signals are now entered in the legend on the left side of the window. After the measurement start you observe that the signal Gear cyclically assumes values from 1 to 5, while the other two signals remain constant over time. Figure 26: Graphics Window © Vector Informatik GmbH CANoe/DENoe Manual Version 4.1.1 21
22 This corresponds to the five values that you entered in the generator block as part of task 2. The values remain in the Graphics window after the end of the measurement. The measurement functions that the window provides for post-analysis are described in section 3.4.5. 1.3.8 Use of the Database in Transmitting Messages Until now you have only used the symbolic database to observe signal values. However, the application capabilities reach well beyond this. For example, open the transmit list of the generator block of task 1. Instead of the identifier that you previously entered in the transmit list (64), you will now recognize the associated symbolic name in the first column. In fact, you can now enter a message directly from the database using the [Symbol...] button, without having to work with the identifier. Signal values can also be edited directly in the transmit list now. Select the first line of the transmit list and then activate the [Signal...] button. In the values dialog you can now enter the signal values directly. It will also be apparent to you, once again, that the byte values D8, D6, 37 and 0 from the first line correspond to the signal values EngSpeed = 55000 rpm, EngTemp = 60 degrees Celsius and IdleRunnning = 0. Figure 27: Values Dialog in the Generator Block If you now set - for example - the value of EngSpeed to 1000 rpm, the generator block automatically uses the database information to compute the corresponding data bytes (10, 27, 37 and 0). 1.3.9 Logging a Measurement CANoe has extensive logging functions for data logging. In the standard measurement setup the logging branch is shown at the very bottom of the screen. You can easily recognize it by the file icon that symbolizes the log file. The log file is filled with CAN data during the measurement. Unit 5: Log - in ASCII format - all CAN data traffic that is generated in a short measurement (approx. 20 sec.) by the generator blocks in the simulation setup. To log the data that arrive in CANoe's measurement setup to a file, first activate the logging branch. Also remove the break that separates the logging block of a new con- © Vector Informatik GmbH CANoe/DENoe Manual Version 4.1.1
Page 1 and 2: CANoe DENoe .CAN.LIN.MOST.FlexRay M
Page 3 and 4: IV International Quality Standard C
Page 5 and 6: VI Contents 1 Introduction.........
Page 7 and 8: VIII 2.7.4.2 Configuration of Onlin
Page 9 and 10: X 4.2.1.6 Entering Mode-Dependent S
Page 11 and 12: XII 9.4 Synchronized timestamp ....
Page 14 and 15: 1 Introduction In this chapter, you
Page 16 and 17: The control panels provide a user-f
Page 18 and 19: Control box/Check box Comment box B
Page 20 and 21: figuration dialog for the active bl
Page 22 and 23: Make sure that you begin this tour
Page 24 and 25: After then select + and Setup from
Page 26 and 27: generator block, whereby the first
Page 28 and 29: Figure 17: Transmit List for Genera
Page 30 and 31: Figure 20: Statistics Report Beside
Page 32 and 33: must be subtracted from the result.
Page 36 and 37: figuration from the data source. Yo
Page 38 and 39: Unit 7: Create a CAPL program with
Page 40 and 41: 1.3.12 Simulation of Distributed Sy
Page 42 and 43: In the configuration under consider
Page 44 and 45: } msg.bsSwitch = getValue(this); //
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Page 48 and 49: 1.6 Particularities of the Demo Ver
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Page 52 and 53: Main menu line Toolbar Data window
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Page 56 and 57: 2.2.2 Working with Configurations A
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Page 62 and 63: The search sequence in the database
Page 64 and 65: • The channel configuration does
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Page 72 and 73: Furthermore, the panel configuratio
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Page 80 and 81: Event type Format in ASCII Logging
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Number format: Binary A mask is ent
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2.8 COM-Server A COM-Server is impl
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Message was not transmitted (14) Th
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Command from driver not supported (
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supplied with the card. Operation o
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The CAN controllers are provided wi
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Figure 49: Acceptance Filtering wit
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3 Windows You can modify the arrang
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3.1.2 Layout of the Simulation Setu
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You configure the measurement setup
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time stamp 2.7000 sec CANoe transm
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Figure 55: Simulation Dialog Note:
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WU = Wake up or TE = Transceiver er
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fixed position, cyclic update outpu
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3.3.3 Trace Window Options from the
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3.4.1 Selecting Signals 101 In the
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103 For all signals you have entere
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105 Note: It is always the case tha
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107 10x , n = [1 to 9], x = whole n
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109 To optimize the Graphics window
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The popup menu command Copy content
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Display type: Decimal The raw data
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ing. However, to obtain reasonable
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Figure 67: Statistical evaluation o
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Figure 69: Bus Statistics Window 11
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If you have not entered any comment
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Figure 71: Generator block Configur
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Figure 72: Signal Response Generato
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For examples of interactive generat
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quest of the same message must foll
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4.3 Replay Block 131 The replay blo
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4.5 Filter block 133 The volume of
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The filter configuration is lost wh
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Note: When a CAPL node is removed f
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139 The left side of the dialog is
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Figure 79: The Panel Editor 141 All
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143 Note: It is now possible to aut
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5.3.2 Configuration of the Elements
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147 Only elements completely enclos
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With View you can choose among thre
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Figure 83: Configuration Dialog for
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5.9 Panel Control 153 For complex C
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155 Therefore, you can utilize a CA
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Bus event: Keyboard event: Time eve
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6.2.1 Opening Browser 159 Browser i
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161 If you are using more than one
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Bus Bus bus name Database Database
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8.4 LIN Specifications CANoe.LIN su
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9 Option .MOST In this chapter you
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9.5 Original timestamp 169 This is
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• Make sure, the DTD file is not
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9.7.4.1 Lookup Key 173 The data str
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9.8 Interactive Generator Block MOS
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9.10 Busstatistic Window 177 The bu
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179 mostLightLockError Most_Error E
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9.12.5 Hardware API 9.12.5.1 Optoly
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XOR Filter long MostSetXorFilter( )
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9.13.3 MOST XML Catalog 185 The dem
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9.14.8 Weird Spurious Events from M
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10 Option .FlexRay In this chapter
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11 Index ! ! Load symbol · 53 < k
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Error frame · 41, 64, 95, 119, 123
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R Radio button · 5 Raw value · 13
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