Hey guys, thanks for watching! HV Rocket Damage Breakdown - Rocket Damage Breakdown - Explosive 556. Strategy Guide/Tips. Rocket Launchers are very hard to find. Rocket Launchers are extremely effective at destroying buildings. Be careful when using this weapon in close quarters, as it is self lethal if you aren't careful.
When a missile crosses the signature radius of its target, it explodes. A ship's signature radius is an invisible 'bubble' that most weapon systems see when trying to lock on to a ship. Generally, the bigger the ship, the bigger the signature radius.
A missile's explosion expands in a bubble of its own. The speed at which this bubble grows is called the explosion velocity, and the maximum size that the bubble will reach is called the explosion radius. A missile does not so much 'hit' a ship as explode near it. EVE uses a mathematical formula to compute the precise amount of damage that the explosion does to the ship.
A Missile Explodes
Missile detonationEvery missile has a Base Damage – which is listed as 'explosive damage', 'kinetic damage', or so on in the Attributes tab of the missile's Get Info window.
Heavy Missile Attributes
This amount may be augmented somewhat by certain skills and/or equipment, and when the term 'Base Damage' is used here, it means the listed damage of the missile plus any augmented damage … in other words, the damage you expect the missile to do if it scores a direct hit.
While a missile can apply up to 100% of the Base Damage to a ship in some situations, damage is often reduced by two factors:
In practice damage is usually reduced by the combination of these two factors.
In the simplest terms: big, slow ships can take up to 100% of missile damage. Small, fast ships often take less damage. It is NOT the speed of the missile that matters; but the speed and size of the explosion.
Explosion details
If you have been using missiles, this probably does not surprise you, and you may want more details, but since the actual damage number depends on target speed, missile speed, signature radius and so on, there is no way to give a simple summary or table of how much damage a particular kind of missile will do against a particular kind of ship.
Without going into the mathematical details (discussed below), the other factors that might come into play are these:
Practical example
As an illustration, here are the basic statistics for the Inferno Light Missile. These are sorted on explosion velocity.
First, notice that the only difference between the regular Inferno and the Caldari Navy Inferno is a change in the base damage.
Second, you can see that the Fury missile has a larger base damage, but that the Precision missile has a faster Explosion Velocity and smaller Explosion Radius.
Explosion radius and velocity come into play whenever the target is small and/or fast. This means that the Fury missile will deliver its full damage against a bigger, slower ship, but is more likely to have its damage reduced against smaller, faster targets. A Precision missile will also deliver its full damage against a bigger, slower ship – though it will do less damage than the Fury because of the lower base damage – but it will also be more likely to deliver full damage to smaller, faster ships.
Other classes of missiles follow the same pattern. Again, the list is sorted on explosion velocity.
Rockets have the smallest Base Damage (BD), but they have a very small explosion radius (ER) and a fairly fast explosion velocity (EV). So, you would expect them to do very good damage to small targets (due to their ER and EV), but relatively less damage to large ones (due to their BD). Torpedoes have five times the base damage of Light Missiles, but they have ten times the explosion radius and half the explosion velocity. So, you would expect Torpedoes to be very good against large, slow ships (due to their BD), but very poor against small, fast ships (due to their ER and EV).
If that all makes sense, then good .. if not, then just keep in mind that, all things being equal, EVE has balanced the damage done by missiles among themselves as well as with the damage done by projectiles, beams and other types of weapons.
Increasing missile damage
Skills and ship equipment can have a direct impact on missile damage. A number of implants do the same. In addition, modules such as Target Painters and Webifiers can affect the target's signature radius and speed, thus making missile damage more effective.
Skills
While various skills improve a player's expertise with missiles, these three specifically affect the amount of damage done when a missile explodes.
Modules, rigs, and ammunition
While there are additional items that affect missiles and launchers, those do not alter the missile damage as such. Here are the ones that do.
Ballistic Control System: Among other things, gives a bonus to base missile damage.
Missile Launcher Rigs:
Advanced Tech II Missiles:
Implants
A variety of Hardwired Implants affect weapons systems. Only a few have a direct impact on missile damage creation.
Specific missile types
All Missiles
Missile and electronic warfare
Missile damage can be substantially increased by using Electronic Warfare Modules to change the Velocity and/or Signature Radius of the target ship.
Note that both of these are most effective if you are firing missiles at small, fast ships. They may be completely unhelpful if you are firing at very large ships.
Missile damage formula
The equation for missile damage is as follows:
Here are the terms in the equation. Except for the 'damage reduction factor', these are the same as were defined in the Basic Picture section, above :
Unlike the turret damage formula, missile damage takes the absolute velocity of the target into account, not the angular velocity. To create missile damage, the game computes two values. These values are compared to 1, and the smallest is chosen. That number is then multiplied by the base damage to get the amount of damage applied to the ship.
Target values
Target velocity (Vt) is the speed of the target. The maximum speed of a ship can be found in its description, but this speed will vary from the maximum during combat. Keep in mind that the speed of the missile is not a factor. What matters is the speed of the ship at the time the missile arrives.
Target signature radius(S) is the effective size of a ship. It is affected by various factors, such as the ship type, modules, rigs, skills and/or implants. It cannot displayed in the Overview, but it is listed in the ship's Get Info Attributes.
Missile values
The base damage of a missile (D) can be found in the missile information under “EM damage”, “Kinetic damage”, “Thermal damage” or “Explosive damage”. Base Shield Damage and Base Armor Damage are not relevant for this calculation.
The explosion radius of a missile (E) represents the size of the explosion. It can be found in the missile information under “Explosion radius”.
The explosion velocity of missile (Ve) is the rate of expansion of the explosion. It can be found in the missile information under “Explosion velocity”.
All three of these can be improved through the use of rigs and/or implants.
Damage reduction factor
The “damage reduction factor” (drf) of a missile is not mentioned in the game, it is however included in the data that CCP publishes.
Analysis of the equation
The equation can be written in this format:
This means that the base damage is multiplied by the smallest of either
1 , S/E or (S/E*Ve/Vt)^drf . In the equation, then, the number 1 represents 100% of the base damage – since if either of the other values is bigger than 1, they are rejected. Thus, the damage created can be no higher than 100% of the base damage. Pokemon emerald mac download.
When the target's signature radius is larger than the missile's explosion radius,
S/E will be greater than 1, and that term will be rejected. If S is smaller than E , then S/E will be computed and compared with the third term. The smaller of these will be chosen and multiplied times the Base Damage.
Since the part of the equation that is affected by velocity ..
(S/E*Ve/Vt)^drf .. only matters if it is less than 1, it can be set to 1 and solved to find the point where it begins to matter. Doing that gives Vt = S/ (1^(1/ ADRF) * E) * Ve . Since 1^x = 1 , then 1^(1/ drf) also must equal 1, and the equation reduces to Vt = (S/E) * Ve . This can be rewritten as
Since
Ve and E are both attributes of the missile, Ve/E can be combined into a single 'minimum velocity factor' for each missile class.
So, the target velocity at which the damage created begins to be reduced is equal to the signature radius of the target times the minimum velocity factor.
This means that a rocket will begin doing less damage when the target velocity is at 7.5 *
S , a light missile at 3.4 * S , and a torpedo at 0.158 * S . Thus, the same sized ship has to be going much faster to reduce damage from a rocket than it does to reduce damage from a torpedo.
The equations also show that there is a minimum speed that a ship needs to fly before its velocity can reduce the missile damage at all. If the ship is moving below a specific threshold, the explosion velocity and the speed of the ship do not affect the missile damage. In that case, only the signature radius of the target and the explosion radius of the missile can have an effect, and further decreases in the ship's speed will not increase the damage. However, increases the signature radius can, until the damage reaches 100%.
Application Modules and Stacking Penalties
As you see in the Formula (assuming the minimum is the third term), reducing the explosion radius by 20% means multiplying the explosion radius with 0.8 which is equivalent to multiplying the explosion velocity by 1/0.8=1.25. This shows that the first rigor (20% reduction to explosion radius) is flat out better than the flare (20% increase in explosion velocity). If you assume that the minimum is the second term then the rigor is better anyway and for the first term it doesn't matter. Now you have stacking penalties though, so does the flare become better at some point?For that purpose I calculated various combinations of rigs always as a multiplicator of the term inside the drf bracket. If you rise that multiplicator to the appropriate drf you get the damage multiplicator compared to no application modules (Assuming you stay in the third case).
Multiplicator (higher is better) of various combinations of t2 rigor/flare rigs and t2 guidance computer scripted with the precision script assuming imperfect application:
Additional examples
Note that all examples assume all 0 skills. Higher acceleration control will result in propulsion mods being significantly more effective at mitigating damage.
Example 1:
How Much Dmg Does The Rocket Do To Make
The Heavy Missile has a MVF of 0.648.The Drake has 140 m/s speed and a signature radius of 295 m.
The required speed is therefore 191.16. Install dmg in ubuntu. (295 * 0.648)
Since the speed of the Drake (140 m/s) is below the required speed (191.16 m/s), the speed does not affect the missile damage. The damage is determined by 1, the lowest of the three factors and the missile does full damage.
How Much Dmg Does The Rocket Do To Work
The Heavy Missile has a MVF of 0.648.The Drake fits a 10MN meta afterburner, increasing top speed to 273m/s; signature size is unchanged. Game boy micro faceplate sticker skin (classic dmg design).
The required speed stays the same. As the drake is now significantly faster than the required speed (273m/s vs 191.16m/s) some damage is lost (the missile does approximately 72.6% of maximum damage).
How Much Dmg Does The Rocket Do To Lose
The Heavy Missile has a MVF of 0.648.The Drake fits a 50MN Quad LiF Restrained Microwarpdrive, increasing top speed to 675m/s and signature radius to 1622.5m.
Required speed is therefore changed to 1051.38m/s (1622.5 * 0.648)
Since the speed of the Drake with a MWD (675m/s) is below the required speed (1051.38 m/s), the speed does not affect the missile damage. The damage is determined by 1, the damage is 100% of the possible damage and it is no different than the damage the ship receives without the MWD.
The Heavy Missile has a MVF of 0.648 and explosion radius E of 140m.Griffin frigate has signature radius S of about 42m
Since signature radius of Griffin is smaller than missile's explosion radius, we are limited by the second term in the missile damage formula - S/E, which is 0.3. That means that at the best we are able to do only 30% of Heavy Missile's damage when firing at Griffin, even when Griffin is not moving at all. Also, we can notice that in this case, Griffin's speed will take effect much later than at required speed. While required speed is 27.216m/s (42 * 0.648), at this speed third term in the missile damage formula is 1, however, it still does not have any effect because second term is 0.30. We will need to solve different (and more complicated) equation to get the speed of Griffin which will lower damage further below those 30%. After calculation we see that speed of the Griffin needs to be at least 141.89m/s to have further effect on reducing damage, which is more than 5 times more than required speed of 27.216m/s.
Missile range
When fired, a missile will leave the launcher, quickly accelerate, and then proceed at its best speed directly at the target until it runs out of fuel. If it encounters the target during that time, it will explode - otherwise it will vanish. The approximate maximum distance that a missile will travel can be found by multiplying the speed of the missile by the number of seconds that its fuel will last. (The approximation is due to eve running at 1 second intervals while missile flight time may not be a whole number. Also the missiles start at slower speed as the missile accelerates .)
Missile Launcher On-Screen Pop-Up shows its attributes.
For example:
There are two special cases to missile flight time.
Eve uses 1 second ticks. If the missile flight time is not an integer then the missile will fly for integer number of seconds and has a chance to fly one more second. For example missile with flight time of 12.3 seconds has 70% propability to fly for 12 seconds and 30% propability to fly for 13 seconds.[1]
The second exception is a result of the fact that missile ranges are calculated from center of the ship while ranges on overview are calculated from 'edge' of the ship. To counter this large ships get small bonus to missile flight time.[2]
This information, as modified by your skills and equipment bonuses, along with the missile's dps and type of damage, is shown when you move your mouse over the icon for a missile launcher while in space.
Although the terms 'range' and 'distance' are often used interchangeably, technically, the range answers the question of whether the missile can reach its target: is it 'in' or 'out' of range? If the target is stationary, then the maximum distance will be the missile's range. Normally, however, the target is moving, and the range depends on this motion.If the target is moving directly away from the missile, then it will take the missile longer to reach the target than it would a stationary one. In fact, if the target is moving fast enough, the missile may not be able to reach it at all - in this case, the target would be considered 'out of range.' Note that the target does not have to be moving faster than the missile .. just fast enough to stay ahead of the missile until it runs out of fuel.
If the target is moving directly at the missile, then the missile will reach it much faster than it would reach a stationary target. In this case, the target may be 'in range' even when it seems too far away to hit.
In most cases, however, the target will be moving in a curve with regard to the missile ship - possibly in an orbit, possibly curving towards or away from the launch. It is hard to specify the range, exactly, in these cases, but as always, the missile will head directly for the target, and it will continue as long as it has fuel. Its path is likely to be some sort of a spiral.
There is no way to control the path of a missile once it has been launched. It will point itself at its target and follow the target until it hits or runs out of fuel.
Footnotes and references
Retrieved from 'https://wiki.eveuniversity.org/index.php?title=Missile_mechanics&oldid=148111'
The shotgun in Fortnite Battle Royale is one of the most important guns to get good with if you want to get better in the game. However, some people might find it to be inconsistent or are initially puzzled by how it works. Our shotgun tips guide will help you become better with this powerful weapon.
Shotguns have been a pretty controversial subject over the lifespan of Fortnite. Some have found them to be overpowered, while more recently they have been looked at as a bit underpowered. You'll get varying opinions on them throughout the community, but the fact of the matter is that you better know how to use one or you'll struggle in the game.
Fortnite Shotgun Damage Stats
Available in Tilted Town
Vaulted Shotguns
Fortnite Weapon Guides CoverageFortnite Shotgun TipsLand Your Shots (Kid) on the DOT!
Probably the hardest thing to get used to or shake when you start playing is getting used to the crosshair. You have a dot in the middle which has four little parentheses at each corner. This area is generally where your buckshot will go when you fire, but ultimately you want to be targeting where the dot is or you'll be disappointed with the results. The spread on shotguns can be pretty random (particularly the tactical), but for the most part it is concentrated on the dot.
Aim for the Head
Pretty obvious but shotguns are meant to end a battle quickly so you don't take any damage. You can do huge damage with a quick hit from a shotgun, and this gives you the possibility to win just about any fight.
Use Third Person View to Your Advantage
If you hear someone coming towards you in a building or area with cover, try to utilize the third person view which can allow you to sidestep out behind cover and headshot them. Be sure to have the shot lined up before you pop out so you can instantly fire!
Build Better and Smarter
The biggest key to dominating with the shotgun is utilizing your building skills. If you are close to someone then being above them and shooting downwards gives you a much better angle for getting a headshot and protecting yourself from them. It's tempting to just jump off the high ground and go for a finishing shot like Ninja, but it's better for the average player to hold the high ground and quickly peak and sneak a shot off rather than expose yourself to unnecessary damage.
If you get more advanced you can try putting up a wall between you and your opponent, and then edit a quick window in it so you can throw a shot at them when they don't expect it! You can also throw a pump shot at your enemy and quickly put up a wall to block their shot.
Fortnite Shotgun FAQWhy does my shotgun sometimes do very low damage?
With a previous patch, there's no longer RNG to worry about when it comes to buckshot spread. You also get hit markers in-between your crosshairs, so if you notice you only hit a partial shot, that means you likely didn't do much damage. When you deal low damage like the common 9-damage meme, it usually means you only partially hit your shot. It could also be that you are too far away from your target, but that is more obvious.
How Much Dmg Does The Rocket Do To GetShould you use ADS (Aim Down Sights) with the shotgun?How Much Dmg Does The Rocket Do To Take
In most situations you shouldn't use this. It slows you down and is unnecessary in most close range fights. Often you are jumping around or quickly peaking out to take a shot. However, if you are in kind of a close to mid-range battle and have the time to lineup the shot then yes it does improve your accuracy and tightens the spread of the buckshot. Combat Shotgun will find you doing this more often because it still deals pretty decent damage at range.
Which shotgun is the best?
Now that the Combat Shotgun has been put in the vault, it's pretty much without a doubt the Pump Shotgun. You can 1-shot with it, and it's just overall better than the Tactical Shotgun.
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