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abateNth

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  1. Tiny explode, then. Paintball, is a strategical game, where you can't say "Here I Ain't", you just can't. I take them eyes, with paint off course. If you're wanting gun/shield interface. It's doable, now. Kit: Velocity meter+readout=expended ammo. Internal Sight-meter=Locator, LCD screen and a little work, there you go. It's like a counter system, plus focal measuring equipment. I would think that's what you're after.
  2. Quit terminal operations, idiot. I Ain't had now Industry Standard Architecture since my last 286. Went to Enhanced ISA, why didn't you. as far as the tapped at registers, within CPU code, I'm aware of DMA access. Which, current set up, is explicitly denied; as there's no buffer space. I don't have a get away with it CD Writer, aka: External. Dry space...
  3. I glanced at it, been hearing about it. In General Time Studies, where: x=known, z=unknown, t(z)=limiting factor, t(x)=forward study, Then, x-z=t(x)+(t(z)-t(x))=t(z)=Cancellation Method and/or refining. In this validity, what is the approximate time-study analysis, for verification. I know with today's fast pace, it has to be related. And, why is it that error studies hasn't approached it's level I was aware of. An old computer class I took was Error Handling. Which would prevent round off error and such. And, I'm a knowin' that 'dem 'puters are involved. http://www.amazon.com/Integral-Discrete-Transforms-Applications-Mathematics/dp/0824782526/ref=sr_1_4?ie=UTF8&s=books&qid=1207302378&sr=1-4 is a broad based subject handler, and also includes methods for discrete number sets, from Finite Mathematics. Anyone familiar with these topics, please inform me. As, Contrary to the Fact, I like to learn: It's similar to Elimination Methods, but utilizing Matrices in Differential Sets, you refine your founds, for improvement. I just ain't seeing no influence from this in Axioms, and I feel maybe there should be...
  4. The Turing machine, analog system. Used primarily for number systems within the Real Plane. Suitable for restraining rounding error in constants. Known, as well as unknown. Mainly derivational. Worked with large sources, and was the reverse of a dummy-terminal. Fed input, until solution was found for known desired. BTW, most operators not having keys to use, as typewriters were not electronic at the time; use the slide-rule. Given rate on a very busy day, it handled around 200 solves per user. Get busy,
  5. As far as tactical electronic display. V-tech computers jump to mind. With the cost, durability, and spill-proofing they use. But, not being a game, only indicators for slow velocity projectile where your target is not going to stand still for you would be: Approximate distance. Bracketing of possible direction vector to cover, and gun statistics. All I could come up with.
  6. Simple, thought of it while looking at a bilge pump at Lowe's. That's the technology I'm employing. Sludge removal. There's some schematics involved for most certain. Not the model I was looking at could move 500 gallons per minute, filters attached. Hook a motor up like that to an air gun firing paint balls, I'm assuming the coveted Turret Gun. Sustained rate of fire: Approximately 4000-5000 rounds per minute. Not bad...Get it, before it gets you...
  7. Pentium D 915, no RISC involved. Error control-bit, ON, Board Level. Register on that...
  8. Gravinometric studies indicate, virtual/mysterious forces are a know unknown. Huh?, there's forces unaccounted for, that are known to exist. We know not of everything. Influences on bodies observable are often highly unpredictable. This is known now, due to NEARs studies. Near Earth Objects as they are called are unwieldy. As, they tend to force vectors we cannot determine. It's all about prediction. So, within the confines of you determination, as best I can see: It's virtual fits of the "gravitons ' into your theory of Relative Mass. Which is, of course, the source, I may freely assume, yes. If a Black Hole emitted/bounced/absorbed such, and an energy flux resulted so the acceleration/deceleration were achieved, then there may be this collapse, as you suggest. Furthering, if say given graviton = F(Ma)*G/d^2 the classic we're allowed of such, where G is gravitational constant, distance represented by d. Then, plugging in, for given that G(rav) is your phantom gravitons then we might deduce angular momentum. Here we go: F(Ma)*G/d^2 + F(F(Ma)*G(G+G(rav))/d^4*(4/3)R/Dm*pi Given: R=mean radius for center of mass, Dm=Speculated radii of difference of above, due to influence:Typ=d^4 pi=constant pi. ~3.1415927 at 8 significant digits, truncate Going on, You're Graviton is going to have influence in observation one of two ways. Either magnitude or appearance then removal. Calculation versus exotic, I'll assume the latter for you: Given (+/-) effect, reciprocal of the above derivation induces an interesting phenomenon. Pulsating, not unlike the Quasar, a little known of unknown producer. Positive Plane to negligible then reversal to Negative Plane: Pops. Yes, them explosions. Infinite to Zero: Elimination, Bye Bye Negative/Positive Effects: Mainly unknown, possible light producer. Tonight, let us go outside, focus upwards, and observe. Might see sumpin'.
  9. Caliber adjustment, via wind tunnel effect. Noticed it with electronic rate-of-fire control. Feed+Hopper+Chamber+Muzzle=Output. Speed>eq. jams. Why? Residue. Yes, that nasty bit of piece not broken just enough. Darn. What to due what to do? You asked, so I will share. Create a slight vacuum, before each controlled fire. By, now get this, allowing waisted air. Yes, I know I'm crazy for even talking. But, about a 2 mph velocity for approx. 1/10 second will in fact create, a leading edge. Typical of flight, yes. Well, I think so. Just shut up for a moment. This leading air will, of course, be overtaken by the approaching round. As, it begins it well crease slightly, and take on a somewhat different shape. There's your adjustment. Now, given it continues, it will push this shape back to its approximate shape. Walla, you have your leading envelop of air, pushed slightly before. So, you ask, what does this mean? I'm so glad you asked. It will, provide expansion, for any of the rounds that distort a bit too much. And, of course, provide clearance. That's it. And, if you hurry, as an added feature. This valve system could be designed with a <CLEAR> option, just for you. Should a round suffer total fail. Not to worry, turn your weapon upside down. For a moment. Press CLEAR, the squeeze a few off. Right it, then repeat. As the begin to __scrub__ and maintain. It will, with these increase velocities of "Gap Air", clear the obstruction. Hurry, don't wait. Don't become an opportunity, or anyone else's. This deal isn't for a Life Time...
  10. Anyone familiar with CPU error codes, production pools thereof, knows of the command instruction set. And, the execution bit that is parametrically an execute flag. Now, what if, say, grounding circuits were introduced, board length*width. Hang with me here, it's nothing more than a dissipater coil. Here's what you do, calculate, at factory, voltage, calibrate. Induce algorithmic type encryption. Yes, serialize. Introduce as many errors as you feel, now, through known technology, introduce this grounding circuit. Which, if broken, triggers an embedded chip. Which, of course through error code or such as user required intervention signals. That's my idea at randomization. Software technique analysis shows effectiveness.
  11. Look, Epsom's action is from alkali sources. Mainly ammonia. Venutian blinds, or no... To mix sulfur, will mush it for certain. It will yield more salts. In particular, of the hydrate forms of nitrides. Otherwise known as a slush. Not very yield worthy. For acid production. Look, take some water, then some sulfur. Apply heat to about vaporative state of sulfur in solution. Around 180 Fahrenheit. Induce across separate anode cathode combination, a current of about 20 V, 35 or so Hertz. Need a transformer there, not a dance at a light socket, please. Airate. By adding via tube, well, air. Agitate. You should end, properly without need of a Hood to prevent Death, about 0.42 molar Sulfuric Acid. Don't say I never did nuthin' for ya', either...
  12. Except, light of course. And its induced plane. Answer, no 8-ball configuration please, then; These Black Holes, where light is absorbed. As it cannot escape what theorists believe dense gravitational fields. What's its rate of acceleration/deceleration? Where's the light. Don't approach via worm hole connected with webs of strings' neither. I await...
  13. Observation from particle physics. Where theory became reality. Someone, somewhere, some day of the week said to themselves. "What is the rate of decay, these things I push so wildly..." Scoffed at first they were. Impossible. To indicated at immortality and such. Then, phenomenon were sought. Still, to this day, electrons yield the best info. What with most equipment having ability to interface with electrical devices. Beta Decay...is your next subject...So, so interesting.
  14. First, Primes are scalars. There will be no curve of recognized form. I shall not induce. Second, matrix solution will yield cross sections of intersecting vectors, as you imply-ish. To solve for primes is natured by the existence in the plane of Real Numbers, not easily had. There large, in the unknown area, because computation requires Time. The time vector, is not truncated. Not by anyone in the Real Plane. In a Nutshell, coexistence of abstract to your head, takes perseverance. Try truncating your sample pool. Make the computer look specifically at an area not known to you. x=x^102, x=x is a good sample of code for init'ing at higher ranges. You get the jist. Another thought, should your code fail of you. Is the Almighty Fail itself. Your "true" flag is reset from the "false". Mind the Code. Don't let the Code Mind you.
  15. DO NOT forget your lucky 2 of Diamonds. Without it, your spokes are Boarringgg!.
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