Ralf Engels

Hi ronbrocoe,

you can export your MIKE URBAN project in MEX (MOUSE Export) and add the RTC parameters as you did in the past there. The syntax of the RTC functions is the same as in the "old" MOUSE UND file. After that re-import the MEX file via MOUSE import and you have all RTC functions ready.

Best Regards
Ralf

Hi Alf,

please try
Dt_MaxSec = 10
Dt_MinSec = 10

That should work.

Best Regards
Ralf

Hi Elena,

you can create LPF files from within MIKE View. Just open a PRF file of the setup, create the LP, right click in it and choose "Save Profile". In the DemoPipeDesign example file which is installed with the other examples of MIKE URBAN you can see a LPF file syntax and also create it manually by just choosing FROMNODE and TONODE along the longitudinal profile path.

Best Regards
Ralf

Hi,

it is correct that the easiest way of using several datasets in one setup is by using Scenario Manager, whereby every dataset needs to be imported into a different activated Scenario.

In case that it is just attributes that change you might create some new columns in the relevant tables, one for each dataset. Then you can create an import procedure that updates the dataset for calculation by the values in these new columns. In this case you need to make sure yourself that you are using the right dataset every time which is a disadvantage in comparison to scenario manager, but you also prevent from changing scenarios and using scenario manager at all.

In general the usage of Sceanrio Manager is pretty stable. Please let me know if you still encounter problems with scenario manager.

Best Regards
Ralf

Hi Niels,

the four tables you mentioned contain all relevant data. You may probably also want to add the topography ID in the msm_Link via Access...

Best Regards
Ralf

Hi BrettL,

the colored dots besides the Alternatives indicate the level of changes undertaken in the Alternative with respect to the parent Alternative. Within that, green means no changes, blue means changes of attributes (like manhole diameter), yellow means new elements added and red means elements deleted. The order of the colors is green, blue, yellow, red. That means when you delete an element and change another the color will be red, always indicating the changes with highest order.

Best Regards
Ralf

Hi NIels.thule,

you can use the Scrubbing function within the network simplification tool to select and delete unlinked nodes and links.

Best Regards
Ralf

Hi Elbys Jose Meneses,

you can open MOUSE files by using the import interface of MIKE URBAN. There you can find a MOUSE import that allows reading whole MOUSE projects including UND, HGF, DWF etc. Simply choose the MPR file for import and execute it without any adjustments. You can find the import interface in the File menu.

Best Regards
Ralf

Hi NIels.thule,

you can model open channels within MIKE URBAN by using the link type "Natural Channel".

Just start defining the stream as nodes and links. You need at least two nodes at the beginning and at the end of the channel and probably more nodes at connection points to the pipe network.

In a second step you define the cross sections in the CRS menu as X-Z-open or X-Z-R-M open (for details see CollectionSystem Users Manual page 64/65). The third step is to create one topography for each link. A topography consists of a number of cross sections, each with a chainage along the link. The best solution is to have at least two cross sections for each topography, one at Chainage 0 and one at the chainage that corresponds to the link length. In between two chainages the cross section will be interpolated.

Add the final topography to your links and connect the stream to the pipe network.

Best Regards
Ralf