Massimo Cimmino

@dhblum I get similar results to yours on Python 3 with Scipy 1.4.1. I tend to remember that there has been significant updates to `scipy.optimize`. Some default options may have...

I am able to obtain the correct results by using less restrictive bounds for the compressor parameters (such as the ones commented out [here](https://github.com/lbl-srg/modelica-buildings/blob/f71451270a7319f98f571383365679ae58f20444/Buildings/Resources/src/fluid/heatpumps/calibration/PythonModel/compressors.py#L437)). I have not yet been able...

@sjchakra I was able to test out the script in Python 2.7 and compare scipy 0.19 and scipy 1.0. It seems the issue was introduced by scipy 1.0 and does...

Thank you @wouterpeere. For the minimum spacing `B` to be correctly implemented, shouldn't the vertical spacing be `B_y = sqrt(3)/2`, so that the spacing `B` is also respected on the...

@tblanke I like the idea of having both options. I would prefer having two functions instead of the `same_distance_diagonal` argument, which I believe would be more intuitive for the user....

@all-contributors please add @wouterpeere for code, ideas, bug. please add @tblanke for code, ideas, bug.

@all-contributors please add @tblanke for code, ideas, bug.

### No.1 There is nothing currently implemented. However, the heat extraction rates of all segments are saved when using the option `'profiles': True`. The weigthed sum of the FLS of...

The method assumes, like the 'UHTR' condition, that all boreholes extract heat at the same rate, uniformly along their lengths. When computing g-functions with the 'UBWT' condition, the heat transfer...

For the `UHTR` and `UBWT` boundary conditions, the gradient can simply be superimposed and the ground temperature in simulations is taken at the mid-length of the borehole. The surface temperature...