I think at the start if doing it on vanilla RCT either hire more mechanics for this park. Could also replace all the rides with new rides to get the max payment as guess likely won’t pay for older rides. This is one of the park in the past I have struggle with, but def want to give it a try in future with better plan and management. Also have to open the bathroom right away as guest will complained about needing to use it (doesn’t help that all rides are free to start).
I had fun with this one. After I beat it I used cheats to get 5000 peeps as the requirement for winning this one. Thanks for playing for us. I always enjoy your videos. God bless
@@azungu1190 Can't wait for your Planet Coaster vids, I have been LOVING this long form chill content. And since no one else is saying it, I think you should try uploading some Lethal Company sometime, see how it's received.
I miss the old green/yellow/red interface from RCT1. That let you just double-click the red to make the guests exit. The dropdown -> close -> dropdown -> close is so sloppy in comparison for no obvious gain. It made it much more tedious to play on laptops, especially. 10:38 The expression is "serving someone". You service an object to make it work or make it keep working. Servicing a person means... something else entirely. "Service everyone who walks past it with no issues." Sir, let's keep it PG. This is a family channel. "We serve food, here." You said the same thing about the rollercoaster to the right. Don't adjust your fans when running intensive tasks. CPUs and GPUs boost opportunistically. Giving them more cooling just allows them to run at higher power levels. If you're happy with the performance of your PC when doing editing/exports, there isn't anything to be gained by setting the fans to a higher level, provided your computer is performing to the level you want/expect. You seem to be concerned about cooling when they're "working hard". Cooling them more has the counterintuitive effect of them requesting more power to make them as fast as possible... meaning you're achieving the opposite of your intent, i.e. cooling them down is making them work even harder. This didn't apply to older components, as they had architecture limitations that prevented them from going beyond some set frequency value. Additional cooling for these components didn't have any real effect other than seeing a value be arbitrarily lower. The NAND (Flash storage chips) on SSDs benefit from higher temperatures because it allows the data to be stored for longer at a charge voltage (voltage required to change the NAND gate) and requiring fewer refresh cycles, lessening wear. That's why they have heat spreaders. The heat goes from the controller to the NAND, intentionally heating up the NAND itself and cooling the controller. SSDs with large heatsinks and fans are there to cool the controller to keep it from thermal throttling, which is usually irrelevant as the SSD will run out of SLC cache before the controller has a heating issue, anyway. (SLC is single level cell. SSDs with fewer levels of charges operate much more quickly. SLC is either "on" or "off" where as MLC is four different voltage states from 0-3, TLC is 8, QLC is 16. Operating a portion of a QLC SSD in SLC mode means the controller can just throw a 0 or a 1 into a larger number of cells and sort it into the proper voltage state later. The trade-off is that QLC memory operating in SLC mode only store 1/16th the data as the top 8 charge states are on and the bottom 8 are off. When this SLC cache is exhausted, speeds plummet as the controller then has to properly charge each cell to exactly which of the 16 voltage levels it requires, at which point the controller throttling is irrelevant.) Assuming you bought a reasonable motherboard, the VRM would only run hotter with more cooling. That's because the CPU will request more power because it's no longer thermally limited. The vast majority of VRM cooling is passively done through the heatsinks. Honestly, VRM is far more durable than is likely necessary, anyway.
![โรงเรียนห้ามรัก โดนจับได้ตาย...!! [เอิร์นไดเม่]](http://i.ytimg.com/vi/4u02Sbr556Q/mqdefault.jpg)
I think at the start if doing it on vanilla RCT either hire more mechanics for this park. Could also replace all the rides with new rides to get the max payment as guess likely won’t pay for older rides. This is one of the park in the past I have struggle with, but def want to give it a try in future with better plan and management.
Also have to open the bathroom right away as guest will complained about needing to use it (doesn’t help that all rides are free to start).
I had fun with this one. After I beat it I used cheats to get 5000 peeps as the requirement for winning this one. Thanks for playing for us. I always enjoy your videos. God bless
Go, mechanic! Fix that elephant XD
(or was that supposed to be a lion...?)
One of my favorite parks on Time Twister, a nice hippie theme at that☮️
Another great park :). Quick Question. Are you gonna do Planet Coaster as well :)?
That’s my plan!
@@azungu1190 Can't wait for your Planet Coaster vids, I have been LOVING this long form chill content.
And since no one else is saying it, I think you should try uploading some Lethal Company sometime, see how it's received.
Love that little tree lined midway with the quarter tile flower beds! Great stuff as always
I miss the old green/yellow/red interface from RCT1. That let you just double-click the red to make the guests exit.
The dropdown -> close -> dropdown -> close is so sloppy in comparison for no obvious gain. It made it much more tedious to play on laptops, especially.
10:38 The expression is "serving someone". You service an object to make it work or make it keep working. Servicing a person means... something else entirely.
"Service everyone who walks past it with no issues." Sir, let's keep it PG. This is a family channel. "We serve food, here."
You said the same thing about the rollercoaster to the right.
Don't adjust your fans when running intensive tasks. CPUs and GPUs boost opportunistically. Giving them more cooling just allows them to run at higher power levels.
If you're happy with the performance of your PC when doing editing/exports, there isn't anything to be gained by setting the fans to a higher level, provided your computer is performing to the level you want/expect.
You seem to be concerned about cooling when they're "working hard".
Cooling them more has the counterintuitive effect of them requesting more power to make them as fast as possible... meaning you're achieving the opposite of your intent, i.e. cooling them down is making them work even harder.
This didn't apply to older components, as they had architecture limitations that prevented them from going beyond some set frequency value. Additional cooling for these components didn't have any real effect other than seeing a value be arbitrarily lower.
The NAND (Flash storage chips) on SSDs benefit from higher temperatures because it allows the data to be stored for longer at a charge voltage (voltage required to change the NAND gate) and requiring fewer refresh cycles, lessening wear.
That's why they have heat spreaders. The heat goes from the controller to the NAND, intentionally heating up the NAND itself and cooling the controller.
SSDs with large heatsinks and fans are there to cool the controller to keep it from thermal throttling, which is usually irrelevant as the SSD will run out of SLC cache before the controller has a heating issue, anyway.
(SLC is single level cell. SSDs with fewer levels of charges operate much more quickly. SLC is either "on" or "off" where as MLC is four different voltage states from 0-3, TLC is 8, QLC is 16. Operating a portion of a QLC SSD in SLC mode means the controller can just throw a 0 or a 1 into a larger number of cells and sort it into the proper voltage state later. The trade-off is that QLC memory operating in SLC mode only store 1/16th the data as the top 8 charge states are on and the bottom 8 are off. When this SLC cache is exhausted, speeds plummet as the controller then has to properly charge each cell to exactly which of the 16 voltage levels it requires, at which point the controller throttling is irrelevant.)
Assuming you bought a reasonable motherboard, the VRM would only run hotter with more cooling. That's because the CPU will request more power because it's no longer thermally limited. The vast majority of VRM cooling is passively done through the heatsinks. Honestly, VRM is far more durable than is likely necessary, anyway.
Oh shoot I didn’t realize I misused the word 😂😅
I ain’t reading all that 😭😭