by Igor Mitrić Lavovski
Feb 16, 2015
That is great work igor!
I was wondering, is it possible to have a look at your definition? I am quite interested in going into this analysis. If it is possible of course.
Kind regards,
Theodore.
Feb 17, 2015
@Anastasios
For a set of vectors watch this video from Mostapha.
How to use sunpath in Ladybug - Part 2 of 3
https://www.youtube.com/watch?v=id5Ll1p2NYM
Octopus! I just realized that it was just to compare with Galapagos results.
Actually I am not advanced user of it. Galapagos is somehow more
convenient for me.
I use this equation to search for results.
f = -Abs((A - target)/range) - Abs ((B - target)/range) - Abs((C-target)/range) - Abs((D - target)/range)
Where A,B,C, represents surrounding and D surface in a middle.
(-) stand for maximize.
Target is desirable amount of Solar Radiation. (make this number larger if you want to emphasize some results. )
Here is nice explanation from David Rutten and screenshot.
@Theodoros
I am glad you like it.
I will provide a definition in a short time.
Igor,
Thank you very much for your answer and for the definition! I will be doing some glare analysis and will update! Looking forward to your definition as well!
Tasos
Feb 18, 2015
Cancel
Theodoros Galanos
That is great work igor!
I was wondering, is it possible to have a look at your definition? I am quite interested in going into this analysis. If it is possible of course.
Kind regards,
Theodore.
Feb 17, 2015
Igor Mitrić Lavovski
@Anastasios
For a set of vectors watch this video from Mostapha.
How to use sunpath in Ladybug - Part 2 of 3
https://www.youtube.com/watch?v=id5Ll1p2NYM
Octopus! I just realized that it was just to compare with Galapagos results.
Actually I am not advanced user of it. Galapagos is somehow more
convenient for me.
I use this equation to search for results.
f = -Abs((A - target)/range) - Abs ((B - target)/range) - Abs((C-target)/range) - Abs((D - target)/range)
Where A,B,C, represents surrounding and D surface in a middle.
(-) stand for maximize.
Target is desirable amount of Solar Radiation. (make this number larger if you want to emphasize some results. )
Here is nice explanation from David Rutten and screenshot.
I am glad you like it.
I will provide a definition in a short time.
Feb 17, 2015
Anastasios Kokkos
Igor,
Thank you very much for your answer and for the definition! I will be doing some glare analysis and will update! Looking forward to your definition as well!
Tasos
Feb 18, 2015