this thread is really going the wrong way.
i want to move the momo wheel in exact same way as i would in a same car. i turn it 90 degrees to the left, i want the car to steer as if i moved its wheel 90 degrees to the left, not 270! accuracy in motion is something undesirable?
i think the way it is now it is not realistic. the way it is now, the virtual wheel (the game) turns significantly faster than the physical wheel (my momo). i would like to be able to turn the momo exactly as i would irl.
actually no. i want 1 degree of rotation of my momo to result in 1 degree of rotation of the car's wheels. now, what happens if the car's wheels turn more than the respective steering wheel angle, i dunno, just lock it i guess.
i have a momo racing wheel which has 240 degrees of rotation. how do i set it up so that turning the momo will result in the same degrees of rotation in LFS?
no, he is isn't and i gave an explanation which tristan accepted
i've said the same thing. he can't get it. seems it is beyond his levels of comprehension. that, or he just won't admit he was in error. those reluctant to admit their ignorance can't learn math.
base... 10... 10-1=9... 1/9 ... 1/9 is a problem? i think it's a fraction. it's a rational number. hardly what i would call a "problem".
and have you studied... how much, exactly? ODEs? PDEs? vector analysis? multivariate? tensors? have you actually studied enough to know where math is lacking? considering your previous thoughts on the matter of simple arithmetic, you lack even the most basic knowledge on this subject. sorry, you are not one who will be taken seriously when you talk about the shortcomings of math. Even if you have studied almost anything that can be studied, you will gain the knowledge that math is built-in in this world when you study the advances made in quantum mechanics and particle physics the last 100 years.
infinitesimal numbers are small, but they are not equal to 0. Pi is accurate. it is the ratio of the circumference of a circle (ANY circle) to its diameter. If you start writing out 3.14159... then it is an approximation. but 'Pi' is accurate. much like when you say '1'. it's absolutely accurate.
becky-math might have compromises, but 0.333(...) is not a compromise. it is an other way to write 1/3. much like 2/6, -1/-3, etc.
'1' is analog? well, '1' has a certain significance, unrelated to any numbering system. actually, representation systems are unrelated to what you can do with numbers. in number theory anyway, '1' symbolizes a number with certain properties. etc.
0.999(...) does not end with a '9'. it doesn't 'end'. there is no ...0001 in the 'end'
someone take the calculator from this guy's hands. we are not talking about engineering here. we are talking about math. in math there is no 'just about the precision'.
this is marginaly pseudoscientific. there is no "real" in math. we define "real numbers" to be a set with very strict definition. we don't make up words or characteristics.
talking about the "Reality" of a number is as serious as is talking about the "politeness" of them. 8 is more polite than 4 because it has more curves, it is not angled and angry like 4.
yeah. math loves you too. but you make me sad that instead of learning new things or correcting your mistakes, you spout unscientific nonsense and ignore whatever knowledge comes your way, saying "that's me". there is a word, in greek, for what you do. Εθελοτυφλείς. "being willingly blind"
also, we do calculate with complex numbers, but in many areas (for us physicists at least, i'll mention electromagnetism and quantum mechanics) we keep the real part of the number because that is the one that is representative of physical reality.
i insist that you can do arithmetic (in the strict sense) only with real numbers. infinity is a concept, not a real number. that is why the set including +/-inf is not R.
a short note about a comment made earlier. when i said you can't do arithmetic with infinity, countable or not, is that you can't have infinite bananas. you can have any real number of bananas or fractions of bananas or any other real number of bananas. you can't have infinite of them. arithmetic is what you do with real numbers. R. you can extend some functions that work in the R set, to work in the extended real set, but that is not arithmetic in both the strictest and the practical sense.
an entire page on wikipedia, devoted exactly on this subject, with proofs, references and whatever, by knowledgeable people, doesn't just give you the idea that you just might not have understood something?
you sound like lerts trying to "disprove" the conservation of momentum.
great results i see there. did you notice that it says 'extended' real line? as in, "stuff you can do, theoreticaly, about quantities that can not be measured" ? you can add stuff up. countable stuff. you can't count to infinity. you can't do arithmetic with infinity. and by 'arithmetic' we mean "add quantities up and come up with real results".
0.333... is not an approximation. it is the decimal form of 1/3. quit insisting. it is an other way to write 1/3. it is not just equal.
here you go about arithmetic: http://en.wikipedia.org/wiki/Arithmetic see any mention of infinity? also note that it says "These new elements (+/-inf) are not real numbers"