Create Big Cannons: FTB Skies 2: Aero config options

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. If true, the yaw angle on goggles ranges from +180 to -180º. If false, it ranges from 0 to +360º.

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. If true, some graphics will be changed to support shaders, such as those loaded with Iris/Oculus. NOTE: This may entail some visual downgrades. Affected graphics include: - Cannon smoke - Adaptive debris particles (splinters, leaves, glass shards)

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. If deployers can use loading tools.

. Whether shell blocks on physics objects fuzed with impact and inertia fuzes can detonate.

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. . If true, cannons cannot fail whatsoever. Equivalent to setting all the chances below to zero.

. When enabled, Cannon Loaders will not break if another contraption is placed on them. Enables legacy behavior.

. Makes all shot autocannon projectiles tracers regardless if the item had a tracer tip applied. Emulates legacy behavior.

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. Makes all shot big cannon projectiles tracers regardless if the item had a tracer tip applied.

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. The extent to which cannon projectiles can damage surrounding blocks. All Damage - projectiles will destroy anything they hit, if applicable. Explosive projectiles will destroy blocks on detonation. No Explosive Damage - projectiles will destroy anything they hit, if applicable. Explosive projectiles will only harm entities on detonation. No Damage - projectiles will not destroy anything they hit, and will only deal entity damage. Explosive projectiles will only harm entities on detonation.

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. . If projectiles can bounce, ricochet, and be deflected.

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. [in Degrees]

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. [in Meters per Second]

. How many digits are after the angle decimal point on a block armor info tooltip.

. How many digits are after the angle decimal point on a cannon mount goggle tooltip.

. How many particles are in a Fluid Blob of any size.

. The vision range though molten metal will be multiplied by this factor.

. [in Degrees per tick]

. [in Meters per second]

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. [in Degrees]

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. How fast the carriage is, in blocks per tick.

. How fast the carriage turns, in degrees per tick.

. Time in ticks between inserting a munition into a drop mortar and the drop mortar firing it. There are 20 ticks in 1 second.

. Length in ticks that the player has to wait for before inserting the same munition type into a drop mortar again. There are 20 ticks in 1 second.

. How many ticks before a player can use a manual loading tool again. There are 20 ticks in 1 second.

. How many hunger/saturation points it takes to move one munition block a distance of one block using loading tools.

. How many blocks inside a cannon a Ram Rod can reach.

. Maximum amount of munition blocks a Ram Rod can push.

. How many blocks inside a cannon a Worm can reach.

. . Maximum length of cannons that can be built.

. Time when the Quickfiring Breech cannot be loaded by Mechanical Arms.

. Time it takes for the Quickfiring Breech to fully open/close, during which it cannot be loaded.

. How much the impact force generated by projectiles is multiplied by when hitting a Sable physics object.

. How much the recoil force generated by cannons is multiplied by when firing from a Sable physics object.

. [in Ticks] Time a built-up cannon block needs to be heated for until it transforms into its finished form.

. Maximum length of a Cannon Builder that can be built.

. Maximum reach of a Cannon Builder.

. . Maximum height of a single cannon cast that can be built.

. Maximum length of a Cannon Drill that can be built.

. Chance that a cannon will fail if a Powder Charge is ignited in a "barrel"-type cannon block. 0 is 0%, 1 is 100%. This chance can be affected by stronger and weaker charge blocks.

. How strong the explosion of a catastrophic failure is. Scaled by the amount of charges used in the shot.

. Chance that a load with gaps between the loaded Powder Charges will not completely combust. 0 is 0%, 1 is 100%.

. Chance that a cannon loaded with more Powder Charges that it can handle will fail. 0 is 0%, 1 is 100%.

. Chance that a fired projectile will get stuck in a barrel after exceeding the squib ratio. 0 is 0%, 1 is 100%.

. . Maximum length of cannon loaders that can be built.

. How many autocannon rounds the Autocannon Ammo Container can store.

. How many machine gun rounds the Autocannon Ammo Container can store.

. The strength multiplier of autocannon projectile impacts (excluding machine gun rounds) on physics objects (i.e. from Sable, Valkyrien Skies).

. The strength multiplier of machine gun projectile impacts on physics objects (i.e. from Sable, Valkyrien Skies).

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. The strength multiplier of big cannon projectile impacts on physics objects (i.e. from Sable, Valkyrien Skies).

. [in Ticks]

. Chance that the Impact Fuze/Delayed Impact Fuze will detonate on hitting something. 0 is 0% (never), 1 is 100% (always).

. How many blocks the Impact Fuze/Delayed Impact Fuze can hit before breaking. Set to -1 to never break.

. Chance that the Inertia Fuze/Delayed Inertia Fuze will detonate on hitting something. 0 is 0% (never), 1 is 100% (always).

. How many blocks the Inertia Fuze/Delayed Inertia Fuze can hit before breaking. Set to -1 to never break.

. [in Ticks] Time it takes for a proximity fuze to arm itself. After the fuze has been in the air for the specified arming time, it will detonate when it gets close enough to a block or entity.

. Scale of the area covered by the Proximity Fuze. Larger number means wider area covered

. [in Blocks] Spacing of the detection points of the Proximity Fuze.

. The chance of a fluid blob affecting a block in its area of effect (AOE). 0 is 0% (never), 1 is 100% (always).

. [in Meters per Tick] The minimum velocity necessary to activate the penetration bonus.

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