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Post by Ariete on Mar 20, 2024 11:51:52 GMT -5
Tweaked precipitation and record highs.
edit: sunshine hours tweaked, a few less days with precipitation and annual RH 3% smaller.
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Post by ππΏMΓΆrΓΆnππΏ on Mar 20, 2024 18:16:08 GMT -5
My new dream climate  |
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Post by Kaleetan on Mar 21, 2024 8:32:02 GMT -5
My new dream climate I never thought you would make a dream climate that I would like, but here we are I guess |
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Post by Benfxmth on Mar 21, 2024 8:33:28 GMT -5
My new dream climate I never thought you would make a dream climate that I would like, but here we are I guess He's just switched to his tropical climate wanking gear for the warmer half of the year. Come September, his dream climate will be Vostok Station again. |
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Post by ππΏMΓΆrΓΆnππΏ on Mar 21, 2024 8:51:36 GMT -5
My new dream climate I never thought you would make a dream climate that I would like, but here we are I guess ngl I really wouldn't mind this climate. I like the false start to the wet season in August too but it just brings the heat  |
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Post by Kaleetan on Mar 21, 2024 10:24:29 GMT -5
I never thought you would make a dream climate that I would like, but here we are I guess ngl I really wouldn't mind this climate. I like the false start to the wet season in August too but it just brings the heat My only issues with this climate are the cooler average lows and frosty record lows in the cooler months and the possibly too high dew points in November, otherwise this looks great |
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Post by Ariete on Mar 21, 2024 12:46:20 GMT -5
As you can see my dream climate doesn't have sun percentages. That is because the latitude has changed, as have the sunshine distribution.
Is there any site or source where you can easily calculate average daylight hours by latitute?
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Post by Steelernation on Mar 21, 2024 16:12:45 GMT -5
As you can see my dream climate doesn't have sun percentages. That is because the latitude has changed, as have the sunshine distribution. Is there any site or source where you can easily calculate average daylight hours by latitute? is what I use. Just plug in a city thatβs on the latitude you want |
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Post by Ariete on Mar 21, 2024 16:46:06 GMT -5
Timeanddate is what I use. Just plug in a city thatβs on the latitude you want
Yes, I know, but you have to explain to me like I'm 5 how to calculate it based of the daylight hours. 5 was my average grade in maths in high school, and we use a 4 to 10 scale.
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Post by Steelernation on Mar 21, 2024 16:50:10 GMT -5
Yes, I know, but you have to explain to me like I'm 5 how to calculate it based of the daylight hours. 5 was my average grade in maths in high school, and we use a 4 to 10 scale.
For a 31 day month, pick the 16th and then divide the minutes/60, add that to the hours and multiply by 31 to get possible daylight. For a 30 day month, take the average of the 15th and 16th and multiply by 30. For February the average of the 14th and 15th and multiply by 28.25. Say July has 15 hours and 2 minutes of daylight on the 16th. 2/60 = 0.03. 0.03 + 15 = 15.03. 15.03 * 31 = 466.03 daylight hours. Divide the sunshine hours by that to get percent. |
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Post by Ariete on Mar 21, 2024 17:06:14 GMT -5
16 March has 11 hours 53 minutes of daylight. 713 minutes x 31 = 22,103 I don't know from where to go from there. I don't understand what 0.03 00.3 + 15 etc means. I said explain to me like I'm 5, not 15. I'm clinically math . Thanks for trying though!
IDK what the reason for my math retardation is, I just don't get it. Must be that my brain is somehow wired wrong, because I cannot connect the dots. I can give you a 10 hour lecture about the industrial revolution in Europe, but in maths I'm hopeless. I can add, substract, multiply and divide, and I know percentages, but other than that, it's jibberish, pig latin, whatever.
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Post by Steelernation on Mar 21, 2024 17:11:36 GMT -5
16 March has 11 hours 53 minutes of daylight. 713 minutes x 31 = 22,103 I don't know from where to go from there. I don't understand what 0.03 00.3 + 15 etc means. I said explain to me like I'm 5, not 15. I'm clinically math . Thanks for trying though! You can do it that way too. Then divide the minutes by 60 and you get hours. 22,103 minutes/60 = 368.38 hours. March has 171 sun hours in your dream climate so 171/368.38 = 46.4% possible sunshine. |
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Post by Cadeau on Mar 21, 2024 17:22:59 GMT -5
For June and December, I take midpoint between 9th & 30th/31st then multiply the total day of month to get the hours. Should be close enough to the actual value outside of the Equatorial and Polar region. This is the fastest way to calculate without opening extra tab of excel/sheets.
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Post by cawfeefan on Mar 22, 2024 21:52:20 GMT -5
I also found this site that shows you the total daylight hours by month if you don't want to do the maths. en.tutiempo.net/daylight-hours/melbourne.html The results differed from timeanddate by two hours, but that's still pretty close. I can't find the search function to change the city, but you can always change the URL path to whatever city you want. Another way is to place your marker on the map en.tutiempo.net/daylight-hours/and it will produce the data. |
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Post by Met.Data on Mar 24, 2024 12:46:20 GMT -5
Here is my latest Dream Climate. Concreenhouse is located on a landmass with a high thermal conductivity and radiational properties. Its dry and sunny winters see big diurnal range of temperature. It also suffers from a runaway greenhouse effect in warm sunny weather, and so can record very high temperatures especially in the pre-summer period. Then, it has a three to four month monsoon season from June-September, in which nearly daily thunderstorms occur and nights are warm due to high cloud cover and ground dampness keeping temps up overnight. After all that is over, it then cools down quickly from October onwards. Here was the year of 2023:  |
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Post by Met.Data on Mar 25, 2024 11:29:52 GMT -5
Morphing a shit climate into a "dream" climate. Sometimes I take a shit year from a shit climate like Buxton (1,000ft MSL) 2012, and using Excel spreadsheet I gradually morph the year's data into something better in a series of iterations. So we go from this:  Then if it were moved to sea level it'd be more like this:  To this, whereby winter frontal precip is reduced, summer convective precip increased, adding sunshine hours and max temps slightly increasing more tweaking the daily data.  Now it looks like somewhere in SE England but with drier winters:  Until finally it bares no resemblence to Fuxton's original climate.  |
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Post by Crunch41 on Apr 1, 2024 10:53:12 GMT -5
Here is my latest Dream Climate. Concreenhouse is located on a landmass with a high thermal conductivity and radiational properties. Its dry and sunny winters see big diurnal range of temperature. It also suffers from a runaway greenhouse effect in warm sunny weather, and so can record very high temperatures especially in the pre-summer period. Then, it has a three to four month monsoon season from June-September, in which nearly daily thunderstorms occur and nights are warm due to high cloud cover and ground dampness keeping temps up overnight. After all that is over, it then cools down quickly from October onwards. Here was the year of 2023: This would make a good April Fool's day post  The monsoon is impressive, winter looks ok with the high sunshine and mild afternoon temperature. May-Sep is too hot, Nov-Mar too dry, and the record highs are scary. The 3 snowy days in December with the 12C average high reminds me of Lommaren's famous climate. Morphing a shit climate into a "dream" climate. Sometimes I take a shit year from a shit climate like Buxton (1,000ft MSL) 2012, and using Excel spreadsheet I gradually morph the year's data into something better in a series of iterations. I do this with wiki boxes in random places. Take a dry desert, or steamy climate, and shift the temps / precip until it's a decent continental climate. Or take some frozen Siberian place and warm it up. I usually forget about it after a few minutes instead of saving them, though... |
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Post by Met.Data on Apr 1, 2024 10:57:02 GMT -5
Here is my latest Dream Climate. Concreenhouse is located on a landmass with a high thermal conductivity and radiational properties. Its dry and sunny winters see big diurnal range of temperature. It also suffers from a runaway greenhouse effect in warm sunny weather, and so can record very high temperatures especially in the pre-summer period. Then, it has a three to four month monsoon season from June-September, in which nearly daily thunderstorms occur and nights are warm due to high cloud cover and ground dampness keeping temps up overnight. After all that is over, it then cools down quickly from October onwards. Here was the year of 2023: This would make a good April Fool's day post The monsoon is impressive, winter looks ok with the high sunshine and mild afternoon temperature. May-Sep is too hot, Nov-Mar too dry, and the record highs are scary. The 3 snowy days in December with the 12C average high reminds me of Lommaren's famous climate. Morphing a shit climate into a "dream" climate. Sometimes I take a shit year from a shit climate like Buxton (1,000ft MSL) 2012, and using Excel spreadsheet I gradually morph the year's data into something better in a series of iterations. I do this with wiki boxes in random places. Take a dry desert, or steamy climate, and shift the temps / precip until it's a decent continental climate. Or take some frozen Siberian place and warm it up. I usually forget about it after a few minutes instead of saving them, though... That climate is one of the ones I like to play around with, "for fun", adding stuff like non-earthly greenhouse effects, extra-conductive surfaces/landmasses etc... I also do the climate morphs where I make climates (including my own) more continental, or oceanic. I just have one big spreadsheet and each time I make a year it goes in another worksheet. The spreadsheet is so big now it takes ages to save... |
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Post by Met.Data on Apr 1, 2024 14:01:27 GMT -5
Crunch41 for example, I dreamified Sheffield's climate while keeping the same mean temp, by making it much sunnier and "conductive" therefore, cooling more at night and warming more in the day. It has correspondingly very little rainfall, and a temperature profile I prefer. Over 5 years it went from this:  To this: 
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Post by Met.Data on Apr 7, 2024 10:24:45 GMT -5
"Dreamifying a crap climate" - this time turning Sheffield 2023 into a progressively more "Mediterranean" climate. Here, I've just done one iteration. In each iteration, I only make smallish changes, then the next iteration would see me morph Iteration 1 into an even more Mediterranean climate. Haven't got time for that. But u can see how it would go. It would get milder still, with even drier summers.   |
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