Canoe - the second simulation engineering - xvehicle - 2 panel design (operation)

This article is detailed Xvehicle engineering Panel Detailed operation steps of design , If you want to understand the relevant ideas or principles, please check CANoe- The first 2 A simulation project -XVehicle—2Panel Design （ principle , Ideas ）_lamanchas The blog of -CSDN Blog

This article is from 《CANoe Development from entry to mastery 》.

Catalog

Key steps summary

Control

Step1 Add system variables

Step2 add to Control panel

2.1 Create panels

2.2 add to GroupBox

2.3 Engine switch control （ Engine control module ）

2.4 Speed control slider （ Engine control module ）

2.5 Left 、 Right door control switch （ Door control module ）

2.6 Text controls for left and right doors （ Door control module ）

Step3 add to Display panel

3.1 Engine running status display （engine）

3.2 Vehicle speed information display （engine）

3.3 Display the vehicle speed value （engine）

3.4 Door status display

Step4 establish Desktop

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Key steps

1. Add system variables ——System Environment——NameSpace：Engine（EngineStateSwitch,EnginSpeedDspMeter,EngineSpeedEntry）
2. add to Control panel ——Panel Add the control in charge of control （ Door control , Engine control ）
3. add to Display panel ——Panel Add the control responsible for display （ Door display , Engine display ）
4. establish Desktop—— Create a new one DeskTop Tab , hold control Panel window ,Display Panel window ,write window ,Trace Put the windows together , Easy to test and observe .

Control

among Panel Pictures used by controls in , The image file location is local C:\Users\Public\Documents\Vector\CANoe\Sample Configurations 12.0.75\Programming, The software is automatically saved in C disc . Different versions CANoe, The name and location of the picture may be different .

These pictures are multi frame pictures ： It is made up of several pictures with the same format , It can realize the dynamic display of button and indicator status .

Step1 Add system variables

In order to achieve X-Vehicle Functions of simulation engineering , The following will be in X-Vechile Add system variables based on the project .

stay CANoe Select... From the main interface Environment→System Variables.

Right click in the upper left window and select New, Create a new one EngineStateSwitch The system variable of , Configure as shown below ：

In the figure ,Namespace Medium Engine Represents the name of a set of system variables . Use the same method to create the other two system variables ：EngineSpeedDspMeter and EngineSpeedEntry, After creation, see the figure

Step2 add to Control panel

After adding and configuring the panel , The final effect will be as follows Shown ：

Next, add and configure step by step .

2.1 Create panels

stay Panel Designer Select... On the interface File→New Panel Open a new panel , Stored as Control.panel.

Next, we will add engine control and door control controls to this panel .

2.2 add to GroupBox

According to the number and size of controls , Readers can tell Panel Make some adjustments to the size of , Simultaneous addition 4 individual Group Box（ Combo box ）, After reasonable planning , Under the layout effect of the panel

2.3 Engine switch control （ Engine control module ）

Add switch

Configuration properties

  Picture location ：C:\Users\Public\Documents\Vector\CANoe\Sample Configurations 12.0.75\Programming\Python\CANoeConfig\Panels\Bitmaps\ControlIgnition.bmp

Follow a similar approach , Continue adding two Switch/Indicator、 One Track Bar And two Static Text.

2.4 Speed control slider （ Engine control module ）

add controls

Configure controls

2.5 Left 、 Right door control switch （ Door control module ）

add to

To configure

  The configuration of left and right doors is different ： Right door Association symbol by Door_R, Other same .

Picture file ：C:\Users\Public\Documents\Vector\CANoe\Sample Configurations 12.0.75\Programming\Bitmap_Library\Automotive\Switches_2States\lDoorLocked_2.bmp

2.6 Text controls for left and right doors （ Door control module ）

add to

To configure

thus , Control panel configuration is complete .

Step3 add to Display panel

Display The panel will be used to display the switch status of the engine 、 Engine speed and door status .

In order to display the engine and door status more vividly , You need to make two multi frame pictures , be used for Switch/Indicator Control Control display effect .

Add configurations in turn Group Box、Switch/Indicator、AnalogGauge1、Static text、Input/Output Box. After the configuration is completed, see the figure below Shown .

GroupBox Set skip .

3.1 Engine running status display （engine）

add to

To configure

Picture location ：C:\Users\Public\Documents\Vector\CANoe\Sample Configurations 12.0.75\Programming\Python\CANoeConfig\Panels\Bitmaps\DisplayCar.bmp（ Different versions CANoe The file name and location may be different ）

3.2 Vehicle speed information display （engine）

add to

  To configure

3.3 Display the vehicle speed value （engine）

add to

To configure

3.4 Door status display

add to

To configure

among , The picture file cannot be found in the local folder , I made one of the following , Placement position ：

C:\Users\Public\Documents\Vector\CANoe\Sample Configurations 12.0.75\Programming\Bitmap_Library\Global\Indicator_2States\iDoorOpenclose.bmp

Step4 establish Desktop

Desktop（ desktop ） Allow users to create a configuration to put a certain type of window they often use together , Easy to measure

Try and observe . stay CANoe In the main interface , Right click Desktop The label of , Create a new one called CAN Of

Desktop, take Control and Display Add two panels , And set the window to MDI Windows Pattern .

In order to observe relevant events , At the same time, you can add Write Windows and Trace Window to this Desktop in , Such as

As shown in the figure

 

Set each window by MIDI Pattern

  thus ,XVehicle engineering Panel Design complete .

If you run the project at this time , Although it can run , But you will find that most of the functions of simulation have not been realized , This is because simulation engineering does not add implementation functions CAPL Code . Is the next part .

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