Every four levels thereafter (7th, 11th, and 15th), these bonuses increase by +1 each time, to a maximum –4 reduction of the armor check penalty and a +4 increase of the maximum Dexterity bonus allowed. Whenever he is wearing armor, he reduces the armor check penalty by 1 (to a minimum of 0) and increases the maximum Dexterity bonus allowed by his armor by 1. This bonus increases by +1 for every four levels beyond 2nd.Īrmor Training (Ex): Starting at 3rd level, a fighter learns to be more maneuverable while wearing armor. A fighter can only change one feat at any given level and must choose whether or not to swap the feat at the time he gains a new bonus feat for the level.īravery (Ex): Starting at 2nd level, a fighter gains a +1 bonus on Will saves against fear. The old feat cannot be one that was used as a prerequisite for another feat, prestige class, or other ability.
In effect, the fighter loses the bonus feat in exchange for the new one. Upon reaching 4th level, and every four levels thereafter (8th, 12th, and so on), a fighter can choose to learn a new bonus feat in place of a bonus feat he has already learned. These bonus feats must be selected from those listed as Combat Feats, sometimes also called “fighter bonus feats.” Weapon and Armor Proficiency: A fighter is proficient with all simple and martial weapons and with all armor (heavy, light, and medium) and shields (including tower shields).īonus Feats: At 1st level, and at every even level thereafter, a fighter gains a bonus feat in addition to those gained from normal advancement (meaning that the fighter gains a feat at every level). The following are class features of the fighter. While their specific weapons and methods grant them a wide variety of tactics, few can match fighters for sheer battle prowess.Ĭlass Skills: The fighter’s class skills are Climb (Str), Craft (Int), Handle Animal (Cha), Intimidate (Cha), Knowledge (dungeoneering) (Int), Knowledge (engineering) (Int), Pilot (Dex), Profession (Wis), Ride (Dex), Survival (Wis), and Swim (Str). Role: Fighters excel at combat-defeating their enemies, controlling the flow of battle, and surviving such sorties themselves. Soldiers, knights, hunters, and artists of war, fighters are unparalleled champions, and woe to those who dare stand against them. Far more than mere thugs, these skilled warriors reveal the true deadliness of their weapons, turning hunks of metal into arms capable of taming kingdoms, slaughtering monsters, and rousing the hearts of armies. Lords of the battlefield, fighters are a disparate lot, training with many weapons or just one, perfecting the uses of armor, learning the fighting techniques of exotic masters, and studying the art of combat, all to shape themselves into living weapons. Still others learn the ways of weaponcraft to hone their bodies in battle and prove their mettle in the forge of war. Others do battle to prove themselves, to protect others, or because they know nothing else. You will be able to produce your own patches and apply them to other components in a future version of Javelin.Some take up arms for glory, wealth, or revenge.
The only immediate use for observe is in conjunction with to serialize patches to be sent over the network. When the component is modified, Javelin will store the corresponding operations in an internal cache. In the above example, positionObserved is a proxy which behaves identically to the original component. import from position = component(Position)Ĭonst positionObserved = observe(position) This proxy will intercept any mutations made to any of a component's supported data structures, inlcuding structs, objects, arrays, sets, and maps. observe accepts a component and returns a Proxy instance.
Tracking Changes exports a function named observe which provides the means to track changes made to a component. The only way to fit in potentially hundreds of thousands of tracked changes per tick is to write changes to a cache and decide what to do with them later. Javelin does not currently implement a change detection algorithm that automatically watches component mutations. Change detection is very difficult to do performantly.