![]() Even though the "first" 5 or so accuracy barely have an impact on actual accuracy, every point is "more valuable" the further it is from 100%. The consequence of this is that gun Accuracy should not be compared as a percentage, but as a distance from 100%. A gun with 50% Accuracy has an aperture of 6.00°, firing into a target area of 28.3 deg 2.A gun with 90% Accuracy has an aperture of 1.20°, firing into a target area of 1.13 deg 2.A gun with 98% Accuracy has an aperture of 0.24°, firing into a target area of 0.0452 deg 2.Where area is measured in square degrees. You can convert the spread aperture to an "area" ( solid angle) that bullets fire into using the equationĪrea = (64 800/π) × (1 − cos( aperture/2)),Īccuracy versus firing area (via Wolfram Alpha) Where Accuracy is the percentage value (e.g. The aperture (angle) of the firing cone is equal to the weapon value "Spread" (in degrees), from which the Accuracy percentage is derived. This is an indicator of the angle of the cone in which the gun fires projectiles. Each weapon has an accuracy indicator in the form of a percentage, where a higher percentage yields smaller spread. ![]()
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