open-ideas / __crashcourse__ Goto Github PK

What you really miss on page 15 of the tutorial on TortoiseGit is the "new branch" checkbox at the top of the commit dialog.

This way you can create new branches with your commit and easily push them later for filing a new PR on GitHub web.

Additionally, in the commit message, it is recommended to have a short explanation line of 50 (max 70 for nice GitHub rendering) characters, then an ampty line and afterwards a longer explanation.

We should have a look at the unit tests and update the results where required.

While reviewing exercise 4, I noticed that there is not anymore a significant difference in COP between the model without hysteresis control and the model with hysteresis control. This is because the weather file changed.

• In the old case: the COPwithout = 2.7 and COPwithout = 3 to 4 (was stated in the assignment)
• In the new case: the COPwithout = 2.9 and COPwith = 3.1 (Qcon,without = 33.51 kWh, Pel,without =11.56 kWh, Qcon,with = 29.69 kWh, Pel,with = 9.64 kWh)

Maybe it could be interesting to change the assignment a bit in the future, in order to have a more significant difference between the model with and without control (changing size of HP, size of tank, time frame of simulation, ... )

I could not find the sources for the slides, so I file an isue instead of a PR here.
On slide 12 of part 1-2 you link to http://book.xogeny.com/ but that page has now moved to https://mbe.modelica.university/

You migh also correct all http:// links to https:// links.

@Mathadon @damienpicard @saroele If we also move StROBe(.py) here (short for Stochastic Residential Occupancy Behaviour), maybe we should move-away this 'initiatory' repository with stuff of the crashcourse ... so that the OpenIDEAS repository only contains the code.

On page 2 of exercise 3, something is set about predefined constants like IDEAS.Types.Tilt.Wall, IDEAS.Types.Tilt.Floor,...
However, the newest version of IDEAS has an additional parameters called incOpt which automatically set the inclination depending on the type of outer wall. This should be updated in the exercise sheet.

The same analogy is applicable to the azimuth (azi) and corresponding parameter aziOpt.

The pdf version of the homework appears twice in the corresponding directories: one time in the Homework directory itself and one time in the Homework/Latex directory.