17.04.2010, 14:25
BTW Axial how do you like new P-51 B and D in UP pack?
ACE-OF-ACES Wrote:Hey I thought you said
Kwiatek Wrote:Nothing more to say. Belive what you want.
I must have hit a nerve?
Eitherway it is good to see that you have more to say and you do care about what I belive
Kwiatek Wrote:As i said before in 1.8 UP version all new FM's are made in Crimea Map and were adjusted to these map not the Smolensk. So there were difference in performacne the same plane in both map. So new UP planes were ajdusted to RL charts in Crimea Map. It caused that in Smolensk Map the same planes were just too slow and have worse climb rate. So it was affect not only new P-51 but all new planes in UP with new FM's. IN UP 2.0 all these planes were adjusted for Smolensk Map and their performacne issue was fixes. IL2 Compare for stock planes is also based on Smolensk map. So now is accurate to comparison stock and new ones at the same map.The point your MISSING here is at the time of UP1.8
With those errors you mentioned still in place
A thread was started at the UltraPack site claiming to have the more accurate P51 flight models
I really don't care what the reasons for the errors in were UP1.8
The point is you and yours were claiming UP1.8 P51s were more accurate than the HSFX4.1 P51s
All in all I am glad you guys found your errors and made changes in UP2.0 to make the P51 flight models more like the orginal HSFX4.1 flight models
Lets hope your UP2.01 made even more changes to make them more like the orginal HSFX4.1 flight models
Kwiatek Wrote:Your old test with P-51 was made with 1.8 UP. And thats why your test is not accurate and wrong for any UP 2.0 version.Actully it was you and your claims over at the UltraPack site that the UP1.8 flight models were more accurate than the HSFX4.1 flight modles that is and was not true
So you claim that UP P-51 FM are wrong is not true.
You could check it byself in UP 2.01 and compare it with RL data for P-51.
Kwiatek Wrote:Well you are really hard understanding guy. You stuck with your version and nothinhg change these.Yeah you said that before
So i will be not repeat myself it is just waste a time.
mach-overspeed Wrote:Hey guys, rather than get all steamed up about which FM is more/less whatever than another FM, might I say the following:
1. No two serial numbers of the same aircraft type fly exactly the same. Maybe one is slightly out of rig. Or maybe some nutjob freight dog did loops in the damn thing and bent an engine mount (don't laugh....it was a -58 Baron) so it flys crooked. Maybe they call the Director of Maintenance "Dead Body" for a reason. Maybe it has two different (both legal...) propellors because they can't afford to get a run-out prop (of either spec...) overhauled. There's a million reasons why one or another airplane will "fly" differently than it's stablemates.
Fireskull: We know that IL-2 is not real life. There are many limitations to IL-2 and much that can not be simulated. However, we see that there will be more aspects to consider, such as fair game play...
2. Wouldn't it be easier to use an industry accepted engineering tool designed to predict aircraft performance etc (X-Plane...) and try to tweak our FM to approximate that as closely as possible?
Fireskull: Standard is already established, as is available to be viewed at this website. More information about the standard will be posted at this website in the future.
IL2 FM Comparing Forum
In this forum you can discuss IL2 FM comparing one
FM to another FM or real life data.
viewforum.php?f=141
3. IL-2 ain't really a simulator, is it? The program itself has limitations that prevent it from ever actually emulating an airplane.
Fireskull: The term simulator is relative and not absolute. In this sense, IL-2 can be configured as a simulator.
4. Whatever hardware you're running with makes a huge difference in the way IL-2 "feels", and how any of our "simulated" aircraft will respond/behave to control inputs. Moreover, some folks make way better control inputs than others, and much as in real airplane flying, the sim-airplane will tell a guy which sort he is, if he's paying attention.
Fireskull: True, however, things such as rate of climb have standard conditions which eliminate input variances.
5. There are people in this community who have never actually flown, much less for thousands upon thousands upon thousands of hours, and who have no clue as to basic aerodynamics, real aircraft operating limitations, SOP's or explaining to the boss why it wasn't them who broke part x of assembly y which put airplane z out of commission for 36 hours, grounded somewhere in BFE, generating negative revenue. How many vids have you watched where the guy "demonstrates" something or another and you notice that he runs the engine(s) at "radar power" for the entire flight? Where he steams to about a one mile final at 275 knots indicated, jerks the power to idle and slams the gear and flaps down simultaneously? God bless them each and every one.
Fireskull: Here are more examples of the things not to use for flight model analysis of IL-2. Only a few aircraft characteristics allow for reliable scientific analysis ( with regard to IL-2 ), but they have a potentially huge effect on aircraft performance. Differences in these core areas can cause one pilot to have an unrealistic advantage over his squadmates in IL-2. Here is reason for everyone to be on the same page, so to speak.
6. The purpose of IL-2 is to have fun.
Fireskull: True - Yet we know that it is no fun for most people to fly with competition who have an IL-2 flight model which give such pilot upto a 30% climb rate advantage over official aircraft manufacturer data. ( As we saw in one particular modded aircraft in IL-2 in the past.)
mach-overspeed Wrote:Hey guys, rather than get all steamed up about which FM is more/less whatever than another FM, might I say the following:Hi mach-overspeed
1. No two serial numbers of the same aircraft type fly exactly the same. Maybe one is slightly out of rig. Or maybe some nutjob freight dog did loops in the damn thing and bent an engine mount (don't laugh....it was a -58 Baron) so it flys crooked. Maybe they call the Director of Maintenance "Dead Body" for a reason. Maybe it has two different (both legal...) propellors because they can't afford to get a run-out prop (of either spec...) overhauled. There's a million reasons why one or another airplane will "fly" differently than it's stablemates.
2. Wouldn't it be easier to use an industry accepted engineering tool designed to predict aircraft performance etc (X-Plane...) and try to tweak our FM to approximate that as closely as possible?
3. IL-2 ain't really a simulator, is it? The program itself has limitations that prevent it from ever actually emulating an airplane.
4. Whatever hardware you're running with makes a huge difference in the way IL-2 "feels", and how any of our "simulated" aircraft will respond/behave to control inputs. Moreover, some folks make way better control inputs than others, and much as in real airplane flying, the sim-airplane will tell a guy which sort he is, if he's paying attention.
5. There are people in this community who have never actually flown, much less for thousands upon thousands upon thousands of hours, and who have no clue as to basic aerodynamics, real aircraft operating limitations, SOP's or explaining to the boss why it wasn't them who broke part x of assembly y which put airplane z out of commission for 36 hours, grounded somewhere in BFE, generating negative revenue. How many vids have you watched where the guy "demonstrates" something or another and you notice that he runs the engine(s) at "radar power" for the entire flight? Where he steams to about a one mile final at 275 knots indicated, jerks the power to idle and slams the gear and flaps down simultaneously? God bless them each and every one.
6. The purpose of IL-2 is to have fun.
.041 Safety Wire Wrote:AOA,Short answer increasing the octane raises the level at which a engine will ping, thus higher octane enables you to run at higher manafold pressuses before the engine pings, thus more power. Put another way if you tried to increase the manafold pressure on lower octane fule, it would start pinging sooner and thus less power. A ping in a low compression engine like our cars today results in an anoying sound.. where as with these high performace engines the ping sound can be and typcailly is followed by the sound of the engine comming apart
I noticed in one of your earlier threads you stated that higher octane ratings tranlated into more horsepower, please explain this statement. I thought higher octane ratings just reduced the chances of PING and untimately the possibility of detonation of the fuel air mixture.
old crow27 Wrote:in regards of the fuel i kinda see why its a problem in the game. for some reason they have it set to where the wing tanks are emptied first then the fuselage tank. Mustang pilots would never do this. That tank causes a loss of directional stability and they would try to use the fuel in that tank up first so this wouldn't be an issue during a dogfight. Jumping in IL-2 i selected 25% fuel in a D model and once the game loaded i took a look at the fuel tank gauges. the wings are empty but the fuselage is full!It was a long time ago, and I dont remember who it was, but I was told the IL2 FM does NOT take into account the location of the fuel tanks with regards to the cg.
ACE-OF-ACES Wrote:.041 Safety Wire Wrote:AOA,Short answer increasing the octane raises the level at which a engine will ping, thus higher octane enables you to run at higher manafold pressuses before the engine pings, thus more power. Put another way if you tried to increase the manafold pressure on lower octane fule, it would start pinging sooner and thus less power. A ping in a low compression engine like our cars today results in an anoying sound.. where as with these high performace engines the ping sound can be and typcailly is followed by the sound of the engine comming apart
I noticed in one of your earlier threads you stated that higher octane ratings tranlated into more horsepower, please explain this statement. I thought higher octane ratings just reduced the chances of PING and untimately the possibility of detonation of the fuel air mixture.