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Messages - Zaez_Cerebrate

Sounds wonderful! And I tested it a few more times. I can indeed confirm that it works best when I manually type 'save' in the command box. Is there any diagnostic info I can give you to help your troubleshooting in case you come across this again?
Manual saving did the trick! I'm not sure why, but whatever xD I'll definitely take the added ability to manually save it instead of just desperately hoping that it saved all my stuff too xD Thanks, AI! Have a great day!
I'm trying to run my own local server, but when I close out of the game it doesn't automatically save. It runs the command line just fine and says it's saving, but when I reload the server it's just putting me back to my previous point. The autosave function works fine I believe. Any advice or ideas?
Game discussion / Solar Panels mathed out
August 19, 2020, 08:01:05 AM, this has been plaguing me for months. As most of you know, solar panels have been an issue for people for a long time. This has been particularly difficult to track because of the length of the run time of the item. There's been no easy way to calculate this, but today I will share my findings with you all. Be warned, there's going to be a LOT of math in this post. For the simplest answer though, I will give that first.

Solar panels run for approximately 5.52 to 5.818 real life days. Beyond that...unfortunately it starts to get a little bit muddy.

I will now list my raw data for those who wish to compare their own notes, but I truly wish for this to be put to bed for good. This will be broken up into four different segments. How a solar panel uses power, leading into trickle charge and day length, my own experiments with recording numbers, and my results.

The first topic is how and when a solar panel uses power.
So then, we all know that a solar panel produces the energy when the game is in its day cycle. The solar panel only eats up its durability when its being used in this way. Now, that's the easy part.

Next, day length.
The day officially starts at 7:48 AM. This is the time that a solar panel is starting to generate 100% power.
The day officially ends at 7:08 PM. This is the last minute that a solar panel stops generating 100% power.
Now, where it gets tricky is that there's small amounts of power generated before the morning starts and after the day ends. I'm going to be calling this trickle charge.
From approximately 6:06 AM it starts generating 10% power, and it climbs 10% approximately every 10 in-game minutes until it's maxed out at 100% at 7:48 AM.
The same thing happens at night, but in reverse. From 7:09 PM to 8:50 PM it drops roughly 10% until it shuts off for the night.

Now, I tried to use this information to just calculate how long a solar panel should run. This is where the math starts.
So, assuming that trickle charge DOESN'T affect durability I calculated that the length of pure run-time is 47.22%. (7:48 am to 7:08 pm is 680 minutes. 680/1440=0.4722)
Assuming trickle charge DOES affect run time, it would be 61.39% (6:06 AM to 8:50 PM is 884 minutes. 884/1440 is 0.613888)
Then, we can assume trickle charges affect the durability in the percentage that they take. So, for example, if it's currently giving 40% power, it uses 40% of the durability.

Now then, according to the code of the game, the durability of the item lasts for 3 real life days of constant charge.

However, as we just pointed out, it does not constantly use charge.
Using these percentages and the information we know from the game, we can safely say that a solar panel will run for these amounts:

6.35 days (3 days / 0.4722)
4.89 days (3 days / 0.61388)
5.52 days ((0.61388+0.4722)/2=0.54304. 3 days / 0.54304)

So once more, we can SAFELY say that a solar panel WILL run for at least 4.89 to 6.35 days. I wasn't quite satisfied with this, so I wanted a more hands-on data collection method.

Finally, I decided to measure the numbers as directly as I possibly could.

This is mostly going to just be a data dump, but I simply ran my solar panels and recorded every time (that I could) when a durability point ticked away. I failed a handful of times simply due to me not catching it at the precise minute. Here are my numbers though.

Rechecking solar panel viability

Starting the solar panels at exactly 9:10 am according to my alarm clock on 7/25/2020

Went from 100% to 98% at exactly 11:51 AM or 80.5 minutes/percentage

It hit 94% at 5:08pm!

From 9:10  to 17:08 7 hours and 58 minutes or 478 minutes. The change now is 79.67 minutes/percentage.

6:39 pm dropped to 93%

This means it's now taken a total of 7% in 9 hours and 29 minutes, or 569 minutes. This means it should be 81.29 minutes per percentage.

Turned to 90% at 10:48 pm!

This means it's taken 10% in 13 hours and 38 minutes, or 818 minutes. This means it should be 81.8 minutes/percentage

It hit 81% at 11:59pm


Hit 80% at 1:34 pm

This means that I now have an average of 85.2 minutes/energy

Turned to 79% at 3:08 pm

This means that the average is 85.62 minutes/energy.

Went to 78% at 4:44 pm

The average is now 86.09. I hate everything.

Just hit 77% at 6:20 pm (12:20 pm igt)

The average continues to increase. 86.52.

Hit 76% at 7:55 pm

This means my average is currently 86.46

Now then, the important part. The averages of all of these numbers is 83.783 minutes per unit of durability.
83.783*100 = 8378.3 minutes
8378.3 minutes/60 minutes per hour = 139.638 hours.
139.638 hours/24 hours per day = 5.818 days.

Analysis of the data

ALL of this to suggest that...we still honestly don't EXACTLY know how long the solar panels will last. Our BEST estimate is that they last somewhere from 5.52 days to 5.818 days. I know this isn't the answer that we're all looking for, but until we know for certain if trickle charge affects it per how much it's using, if the day cycle actually affects it at the same rate, etc etc. There are too many variables too account for to get truly accurate numbers. I tried my absolute best, and I hope you all can get some level of closure from this. Thank you and have a good day!