Hi,

I am using Generic CAN message channel to process data from 3rd party CAN device. The device periodically sends the same message and I am wondering if there's a way to differentiate the message being processed in the current cycle from the message received from the previous cycle. Some kind of a reception flag would be really helpful

My IQAN program is trying to read engine lamps from an engine.  The engine manual specifically states to use PGN 65226, however my program says that 65226 and 65227 are invalid identifiers....

Any ideas on how to make this error go away?

Hello, 

I have a system with 2 MC43s, communicating with a J1939 communication. One of the digital parameters sent from one MC43 to the other change its value between what is sent and what is received. 

The MC43-1 is sending a false value (0) and the MC43-2 get a true value. 

How can that be possible ? How can I resolve it ?

Thanks in advance, 

After importing a file with appin channels obviously the input channel is empty and has to be filled in.

The error value is filled in as "0".

After selecting an input channel there is an error "Invalid property value"

If you click on the error value once and then outside the error goes away. Perhaps the "0" is of the wrong type?

After moving my laptop from one docking station to another with different size monitors IQANdesign insists of opening the Component Navigator partially outside the built in laptop screen.

The laptop screen is monitor number 1 with resolution 1920x1080, and IQAN seems to think it is a 4k monitor.

Restarting IQAN or restarting the computer does not help, I had to select the dialog and press ALT+Space in order to use the move command.

I am adding external functions to my main project, but it shows the name property is read-only as shown in the picture. Is there a way to change the property to change name property?

I have a body controller I would like to interface with and it is running a Can Bus Baud rate of 83.3333. I see we have a few options of 50,100, 250 etc.

I would like to limit a Tilt function using a angle sensor , In other words limit the Cylinder Stroke not to bottom out on both ends 

0-5 % on the Angle Sensor = 0% Output

5-10% on the Angle Sensor = 75 % Output

10% -90 % on the Angle Sensor = 100 % Output 

90%-95 on the Angle Sensor = 75% Output 

95%-100% on the Angle Sensor = 0 % Output 

Effectively the stroke will be from 5%-95% Angle Sensor 

How would the Maths Look ?

Usually when replacing channels IQANdesign will refuse to replace a public channel with a non-public channel.

However, it is allowed to replace a function group output with a non-output channel.

It is also allowed to replace a propagated output with a non-propagated output.

At first it seems to work, the project check gives no errors.

Some time later, maybe the day after when you happen to click on the function group input the reference gets deleted and if it was automatically named also the name.

It would be good if the replace channel function would refuse to work if any of the references will be invalid after replacement.

At least the project check should give a warning afterwards.

Hi, I am currently trying to map out the risk of updating a complete system using the IQAN connect servers. Our cutomers are often located in very remote locations, and the cost is huge if the system stops working. My worst nightmare would be if the complete system crash due to a bad remote system update, and there is nothing I can do to fix it.

What measures is there in place if the system looses internet connection during system update? Will the system go black and the only way to fix it be to physicaly connect to the system over canbus? 

Or will the system receieve the complete project and check that the project is not corrupt before installing it? 

I need to be able to make a risk/ benefit analysis for these questions.  Will i loose connection to to the system if something goes wrong? what can our cutomers that got acess to the system do to fix the problem? 

Bellow is a picture of a typical system,