The Köppen–Geiger climate classification made simpler (I hope so)

[martinmike2]

I could definitely see those points as valid. I might go back and reduce the height on some of the mountains. For informative purposes, I've added the plate tectonics, the ocean currents, and the wind patterns

ceirilia_oc.jpgceirilia_ptt.jpgceirilia_wm.jpg

[NadirtheFox]

Hi!
I decided to give this tutorial a try. So far I have got oceanic currents, january and july wind maps, but before I go any further I just want to make sure that I got this right:
twierdza currents.jpg
january winds.jpg
july winds.jpg
I think I messed up the wind maps somewhere but can't tell where :/
(Also I am sorry for my bad english)

[Charerg]

Overall looks really good. I don't see anything too far off the mark, and the elevations are very detailed.

As a minor nitpick, you forgot one of the oceanic high pressure centres in the July map, the one located here:

Missing high pressure center.jpg

Remember that each time you have a "full loop" of oceanic currents, there will be a corresponding pressure centre.

[NadirtheFox]

Ok, I added this high pressure center as you suggested:
july winds.jpg
I also made some minor changes to the both wind maps to (hopefully) make them a bit more realistic:
january winds.jpg
I guess it is time for influence maps?

[NadirtheFox]

This is my best try at influence maps. I have to say that after three attempts I got pretty fed up with it, because this step turned out to be the hardest so far for me. I get the principle but judging where certain influence zone should end can sometimes be tricky especialy if you can't find any references appropriate for some areas
january influence.jpg (january influence)
july influence.jpg (july influence)

[Charerg]

This is my best try at influence maps. I have to say that after three attempts I got pretty fed up with it, because this step turned out to be the hardest so far for me. I get the principle but judging where certain influence zone should end can sometimes be tricky especialy if you can't find any references appropriate for some areas
january influence.jpg (january influence)
july influence.jpg (july influence)

The influence maps are just a useful aid that will help you weight the various influences affecting an area. Remember that their only purpose is to help you in creating the temperature maps, that's all they will be used for. So don't worry too much about them, just go with your best guess.

[NadirtheFox]

The influence maps are just a useful aid that will help you weight the various influences affecting an area. Remember that their only purpose is to help you in creating the temperature maps, that's all they will be used for. So don't worry too much about them, just go with your best guess.

Good to know, Charerg XD I will keep that in mind next time. (But yeah - it turned out to not be such a big deal after all...)
And the temperature maps are now done:
january temperatures help.jpg january
july temperatures.jpg july
I highlightet area that I'm concerned about the most. Is this sort of separated cold region even possible? It looks odd but kinda makes sense if you consider wind patterns of this region :/
Aside from that I hope I haven't messed up the rest too much.

[Charerg]

The cold region does indeed look "out of place". What is the idea behind it, shouldn't that area be under hot current (or at least maritime) influence, like Europe?

Though I guess the areas north of that major mountain range would be fairly arctic.

[NadirtheFox]

The cold area is under continental influence (there is high pressure centre in the winter) while the region north of that mountain range is influenced by winds blowing from the sea (I treated it as mild maritime influence but maybe it should be cold?) Then again, it is possible that I overestimated the impact that these influences have on local temperatures...

[Charerg]

The cold area is under continental influence (there is high pressure centre in the winter) while the region north of that mountain range is influenced by winds blowing from the sea (I treated it as mild maritime influence but maybe it should be cold?) Then again, it is possible that I overestimated the impact that these influences have on local temperatures...

I think it's unlikely that the area to the south of those moutains would develop a Siberian High-style high pressure center. It sounds a lot more plausible to me that the moutains would basically form a barrier between arctic and temperate air masses, and the areas to the south of the mountains should have a relatively temperate winter like Europe. At any rate the areas to the north should be colder than adjacent areas to to the south (assuming similar elevation).