668 lines
29 KiB
Lua
668 lines
29 KiB
Lua
local gun_default = Guns4d.gun
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--I dont remember why I made this, used it though lmao
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function gun_default.multiplier_coefficient(multiplier, ratio)
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return 1+((multiplier*ratio)-ratio)
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end
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function gun_default:draw()
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assert(self.instance, "attempt to call object method on a class")
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local props = self.properties
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if props.visuals.animations[props.charging.draw_animation] then
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self:set_animation(props.visuals.animations[props.charging.draw_animation], props.charging.draw_time)
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end
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if props.sounds[props.charging.draw_sound] then
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local sounds = Guns4d.table.deep_copy(props.sounds[props.charging.draw_sound])
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self:play_sounds(sounds)
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end
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self.ammo_handler:chamber_round()
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self.rechamber_time = props.charging.draw_time
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end
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--update gun, the main function.
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function gun_default:update(dt)
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assert(self.instance, "attempt to call object method on a class")
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if not self:has_entity() then self:add_entity(); self:clear_animation() end
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local handler = self.handler
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--player look rotation. I'm going to keep it real, I don't remember what this math does. Player handler just stores the player's rotation from MT in degrees, which is for some reason inverted
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--timers
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if self.rechamber_time > 0 then
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self.rechamber_time = self.rechamber_time - dt
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else
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self.rechamber_time = 0
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end
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self.time_since_creation = self.time_since_creation + dt
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self.time_since_last_fire = self.time_since_last_fire + dt
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if self.burst_queue > 0 then self:update_burstfire() end
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--update some vectors
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self:update_look_offsets(dt)
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if self.consts.HAS_SWAY then self:update_sway(dt) end
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if self.consts.HAS_RECOIL then self:update_recoil(dt) end
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if self.consts.HAS_BREATHING then self:update_breathing(dt) end
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if self.consts.HAS_WAG then self:update_wag(dt) end
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self:update_animation(dt)
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self.dir = self:get_dir()
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self.local_dir = self:get_dir(true)
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self.paxial_dir = self:get_player_axial_dir()
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self.local_paxial_dir = self:get_player_axial_dir(true)
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self.pos = self:get_pos()+self.handler:get_pos()
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self:update_entity()
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if self.properties.sprite_scope then
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self.sprite_scope:update()
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end
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if self.properties.crosshair then
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self.crosshair:update()
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end
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local total_offset = self.total_offsets
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--axis rotations
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total_offset.player_axial.x = 0; total_offset.player_axial.y = 0
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total_offset.gun_axial.x = 0; total_offset.gun_axial.y = 0
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--translations
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total_offset.player_trans.x = 0; total_offset.player_trans.y = 0; total_offset.player_trans.z = 0
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total_offset.gun_trans.x = 0; total_offset.gun_trans.y = 0; total_offset.gun_trans.z = 0
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total_offset.look_trans.x = 0; total_offset.look_trans.y = 0; total_offset.look_trans.z = 0
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--this doesnt work.
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for type, _ in pairs(total_offset) do
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for i, offset in pairs(self.offsets) do
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if offset[type] and (self.consts.HAS_GUN_AXIAL_OFFSETS or type~="gun_axial") then
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total_offset[type] = total_offset[type]+offset[type]
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end
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end
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end
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end
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--update modifiers
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--manage burstfire
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function gun_default:update_burstfire()
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if self.rechamber_time <= 0 then
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local success = self:attempt_fire()
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if not success then
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self.burst_queue = 0
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else
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self.burst_queue = self.burst_queue - 1
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end
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end
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end
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--cycle firemodes, typically activated by default_controls.lua.
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function gun_default:cycle_firemodes()
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--cannot get length using length operator because it's a proxy table
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local length = 0
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for i, v in ipairs(self.properties.firemodes) do
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length = length+1
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end
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self.current_firemode = ((self.current_firemode)%(length))+1
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self.meta:set_int("guns4d_firemode", self.current_firemode)
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self:update_image_and_text_meta()
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self.player:set_wielded_item(self.itemstack)
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end
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--remember to set_wielded_item to self.itemstack! otherwise these changes will not apply!
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function gun_default:update_image_and_text_meta(meta)
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meta = meta or self.meta
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local ammo = self.ammo_handler.ammo
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--set the counter
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if ammo.total_bullets == 0 then
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meta:set_string("count_meta", Guns4d.config.empty_symbol)
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else
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if Guns4d.config.show_gun_inv_ammo_count then
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meta:set_string("count_meta", tostring(ammo.total_bullets))
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else
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meta:set_string("count_meta", "F")
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end
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end
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--pick the image
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local image = self.properties.inventory_image
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if (ammo.total_bullets > 0) and not ammo.magazine_psuedo_empty then
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image = self.properties.inventory_image
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elseif self.properties.inventory_image_magless and ( (ammo.loaded_mag == "empty") or (ammo.loaded_mag == "") or ammo.magazine_psuedo_empty) then
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image = self.properties.inventory_image_magless
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elseif self.properties.inventory_image_empty then
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image = self.properties.inventory_image_empty
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end
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--add the firemode overlay to the image
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local firemodes = 0
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for i, v in pairs(self.properties.firemodes) do
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firemodes = firemodes+1
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end
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if firemodes > 1 and self.properties.firemode_inventory_overlays[self.properties.firemodes[self.current_firemode]] then
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image = image.."^"..self.properties.firemode_inventory_overlays[self.properties.firemodes[self.current_firemode]]
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end
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if self.handler.infinite_ammo then
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image = image.."^"..self.properties.infinite_inventory_overlay
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end
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meta:set_string("inventory_image", image)
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end
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function gun_default:attempt_fire()
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assert(self.instance, "attempt to call object method on a class")
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if self.rechamber_time <= 0 and not self.ammo_handler.ammo.magazine_psuedo_empty then
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local spent_bullet = self.ammo_handler:spend_round()
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if spent_bullet and spent_bullet ~= "empty" then
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local dir = self.dir
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local pos = self.pos
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local props = self.properties
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if not Guns4d.ammo.registered_bullets[spent_bullet] then
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minetest.log("error", "unregistered bullet itemstring"..tostring(spent_bullet)..", could not fire gun (player:"..self.player:get_player_name()..")");
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return false
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end
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--begin subtasks
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local bullet_def = Guns4d.table.fill(Guns4d.ammo.registered_bullets[spent_bullet], {
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player = self.player,
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--we don't want it to be doing fuckshit and letting players shoot through walls.
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pos = pos-((self.handler.control_handler.ads and dir*props.ads.offset.z) or dir*props.hip.offset.z),
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--dir = dir, this is now collected directly by calling get_dir so pellets and spread can be handled by the bullet_ray instance.
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gun = self
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})
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Guns4d.bullet_ray:new(bullet_def)
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if props.visuals.animations.fire then
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self:set_animation(props.visuals.animations.fire, nil, false)
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end
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self:recoil()
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self:muzzle_flash()
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--[[if props.durability.shot_per_wear then
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self:damage()
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end]]
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--print(dump(self.properties.sounds.fire))
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local fire_sound = Guns4d.table.deep_copy(props.sounds.fire) --important that we copy because play_sounds modifies it.
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fire_sound.pos = self.pos
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self:play_sounds(fire_sound)
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self.rechamber_time = 60/props.firerateRPM
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return true
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end
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end
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end
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--[[function gun_default:damage()
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assert(self.instance, "attempt to call object method on a class")
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self.itemstack:set_wear(self.itemstack:get_wear()-self.properties.durability.shot_per_wear)
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self.player:set_wielded_item(self.itemstack)
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end]]
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local function rand_sign(b)
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b = b or .5
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local int = 1
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if math.random() > b then int=-1 end
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return int
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end
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function gun_default:recoil()
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assert(self.instance, "attempt to call object method on a class")
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local rprops = self.properties.recoil
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for axis, recoil in pairs(self.velocities.recoil) do
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for _, i in pairs({"x","y"}) do
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recoil[i] = recoil[i] + (rprops.angular_velocity[axis][i]
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*rand_sign((rprops.bias[axis][i]/2)+.5))
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*self.multiplier_coefficient(rprops.hipfire_multiplier[axis], 1-self.control_handler.ads_location)
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--set original velocity
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self.velocities.init_recoil[axis][i] = recoil[i]
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end
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local length = math.sqrt(recoil.x^2+recoil.y^2)
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if length > rprops.angular_velocity_max[axis] then
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local co = rprops.angular_velocity_max[axis]*length
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recoil.x = recoil.x*co
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recoil.y = recoil.y*co
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end
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end
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self.time_since_last_fire = 0
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end
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function gun_default:update_look_offsets(dt)
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assert(self.instance, "attempt to call object method on a class")
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local handler = self.handler
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local look_rotation = handler.look_rotation --remember that this is in counterclock-wise rotation. For 4dguns we use clockwise so it makes a bit more sense for recoil. So it needs to be inverted.
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local player_rot = self.player_rotation
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player_rot.y = -handler.look_rotation.y
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local rot_factor = Guns4d.config.vertical_rotation_factor*dt
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rot_factor = rot_factor
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local next_vert_aim = ((player_rot.x-look_rotation.x)/(1+rot_factor))+look_rotation.x --difference divided by a value and then added back to the original
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if math.abs(look_rotation.x-next_vert_aim) > .005 then
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player_rot.x = next_vert_aim
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else
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player_rot.x = look_rotation.x
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end
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local props = self.properties
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local hip = props.hip
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local ads = props.ads
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if not handler.control_handler.ads then
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--hipfire rotation offsets
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local pitch = self.total_offsets.player_axial.x+player_rot.x
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local gun_axial = self.offsets.look.gun_axial
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local offset = handler.look_rotation.x-player_rot.x
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gun_axial.x = Guns4d.math.clamp(offset, 0, 15*(offset/math.abs(offset)))
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gun_axial.x = gun_axial.x+(pitch*(1-hip.axis_rotation_ratio))
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self.offsets.look.player_axial.x = -pitch*(1-hip.axis_rotation_ratio)
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self.offsets.look.look_trans.x = 0
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else
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self.offsets.look.gun_axial.x = 0
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self.offsets.look.player_axial.x = 0
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end
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local location = Guns4d.math.clamp(Guns4d.math.smooth_ratio(self.control_handler.ads_location)*2, 0, 1)
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self.offsets.look.look_trans.x = ads.horizontal_offset*location
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local fwd_offset = 0
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if look_rotation.x < 0 then --minetest's pitch is inverted, checking here if it's above horizon.
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fwd_offset = math.abs(math.sin(look_rotation.x*math.pi/180))*props.ads.offset.z*location
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end
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self.offsets.look.player_trans.z = fwd_offset
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self.offsets.look.look_trans.z = fwd_offset
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end
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--============================================== positional info =====================================
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--all of this dir shit needs to be optimized HARD
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function gun_default:get_gun_axial_dir()
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assert(self.instance, "attempt to call object method on a class")
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local rotation = self.total_offsets
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local dir = vector.new(vector.rotate({x=0, y=0, z=1}, {y=0, x=rotation.gun_axial.x*math.pi/180, z=0}))
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dir = vector.rotate(dir, {y=rotation.gun_axial.y*math.pi/180, x=0, z=0})
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return dir
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end
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function gun_default:get_player_axial_dir(rltv)
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assert(self.instance, "attempt to call object method on a class")
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local handler = self.handler
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local rotation = self.total_offsets
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local dir = vector.new(vector.rotate({x=0, y=0, z=1}, {y=0, x=((rotation.player_axial.x)*math.pi/180), z=0}))
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dir = vector.rotate(dir, {y=((rotation.player_axial.y)*math.pi/180), x=0, z=0})
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if not rltv then
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if (self.properties.sprite_scope and handler.control_handler.ads) or (self.properties.crosshair and not handler.control_handler.ads) then
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--we need the head rotation in either of these cases, as that's what they're showing.
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dir = vector.rotate(dir, {x=handler.look_rotation.x*math.pi/180,y=-handler.look_rotation.y*math.pi/180,z=0})
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else
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dir = vector.rotate(dir, {x=self.player_rotation.x*math.pi/180,y=self.player_rotation.y*math.pi/180,z=0})
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end
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end
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return dir
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end
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--this needs to be optimized because it may be called frequently...
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function gun_default:get_dir(rltv, offset_x, offset_y)
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assert(self.instance, "attempt to call object method on a class")
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local rotation = self.total_offsets
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local handler = self.handler
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--rotate x and then y.
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--used symbolab.com to precalculate the rotation matrices to save on performance since spread for pellets has to run this.
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local p = -(rotation.gun_axial.x+rotation.player_axial.x+(offset_x or 0))*math.pi/180
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local y = -(rotation.gun_axial.y+rotation.player_axial.y+(offset_y or 0))*math.pi/180
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local Cy = math.cos(y)
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local Sy = math.sin(y)
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local Cp = math.cos(p)
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local Sp = math.sin(p)
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local dir = {
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x=Sy*Cy,
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y=-Sp,
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z=Cy*Cp
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}
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if not rltv then
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p = -self.player_rotation.x*math.pi/180
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y = -self.player_rotation.y*math.pi/180
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Cy = math.cos(y)
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Sy = math.sin(y)
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Cp = math.cos(p)
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Sp = math.sin(p)
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dir = vector.new(
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(Cy*dir.x)+(Sy*Sp*dir.y)+(Sy*Cp*dir.z),
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(dir.y*Cp)-(dir.z*Sp),
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(-dir.x*Sy)+(dir.y*Sp*Cy)+(dir.z*Cy*Cp)
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)
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else
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dir = vector.new(dir)
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end
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return dir
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end
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--Should probably optimize this at some point.
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local zero = vector.zero()
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function gun_default:get_pos(offset_pos, relative, ads, ignore_translations)
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assert(self.instance, "attempt to call object method on a class")
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local player = self.player
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local handler = self.handler
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local bone_location = handler.player_model_handler.gun_bone_location
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local gun_translation = self.gun_translation
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if offset_pos then
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gun_translation = gun_translation+offset_pos
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end
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if gun_translation==self.gun_translation then gun_translation = vector.new(gun_translation) end
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--dir needs to be rotated twice seperately to avoid weirdness
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local pos
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if not relative then
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pos = vector.rotate(bone_location, {x=0, y=-handler.look_rotation.y*math.pi/180, z=0})
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pos = pos+vector.rotate(gun_translation, vector.dir_to_rotation(self.paxial_dir))
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else
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pos = vector.rotate(gun_translation, vector.dir_to_rotation(self.local_paxial_dir)+{x=self.player_rotation.x*math.pi/180,y=0,z=0})+bone_location
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end
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--[[local hud_pos
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if relative then
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hud_pos = vector.rotate(pos, {x=0,y=player:get_look_horizontal(),z=0})+handler:get_pos()
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else
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hud_pos = pos+handler:get_pos()
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end]]
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if minetest.get_player_by_name("fatal2") then
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--[[local hud = minetest.get_player_by_name("fatal2"):hud_add({
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hud_elem_type = "image_waypoint",
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text = "muzzle_flash2.png",
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world_pos = hud_pos,
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scale = {x=10, y=10},
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alignment = {x=0,y=0},
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offset = {x=0,y=0},
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})
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minetest.after(0, function(hud)
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minetest.get_player_by_name("fatal2"):hud_remove(hud)
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end, hud)]]
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end
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--world pos, position of bone, offset of gun from bone (with added_pos)
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return pos
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end
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--=============================================== ENTITY ======================================================
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function gun_default:add_entity()
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assert(self.instance, "attempt to call object method on a class")
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self.entity = minetest.add_entity(self.player:get_pos(), "guns4d:gun_entity")
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local props = self.properties
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self.entity:set_properties({
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mesh = props.visuals.mesh,
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textures = props.visuals.textures,
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backface_culling = props.visuals.backface_culling,
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visual_size = {x=10*props.visuals.scale,y=10*props.visuals.scale,z=10*props.visuals.scale}
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})
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Guns4d.gun_by_ObjRef[self.entity] = self
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--obj:on_step()
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--self:update_entity()
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end
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function gun_default:update_entity()
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local obj = self.entity
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local player = self.player
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local axial_rot = self.total_offsets.gun_axial
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local handler = self.handler
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local props = self.properties
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--attach to the correct bone, and rotate
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local visibility = true
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if self.sprite_scope and self.sprite_scope.hide_gun and (not (self.control_handler.ads_location == 0)) then
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visibility = false
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end
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--Irrlicht uses counterclockwise but we use clockwise.
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local pos = self.gun_translation
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local ads = props.ads.offset
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local hip = props.hip.offset
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local offset = self.total_offsets.gun_trans
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local ip = Guns4d.math.smooth_ratio(Guns4d.math.clamp(handler.control_handler.ads_location*2,0,1))
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local ip_inv = 1-ip
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pos.x = (ads.x*ip)+(hip.x*ip_inv)+offset.x
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pos.y = (ads.y*ip)+(hip.y*ip_inv)+offset.y
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pos.z = (ads.z*ip)+(hip.z*ip_inv)+offset.z
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self.gun_translation = pos
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obj:set_attach(player, handler.player_model_handler.bone_aliases.gun, {x=pos.x*10, y=pos.y*10, z=pos.z*10}, -axial_rot, visibility)
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end
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function gun_default:has_entity()
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assert(self.instance, "attempt to call object method on a class")
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if not self.entity then return false end
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if not self.entity:get_pos() then return false end
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return true
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end
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function gun_default:update_wag(dt)
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local handler = self.handler
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local wag = self.offsets.walking
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local velocity = wag.velocity
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local props = self.properties
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local old_tick
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if handler.walking then
|
|
velocity = self.player:get_velocity()
|
|
wag.velocity = velocity
|
|
end
|
|
old_tick = old_tick or wag.tick
|
|
if velocity then
|
|
if handler.walking then
|
|
wag.tick = wag.tick + (dt*vector.length(velocity))
|
|
else
|
|
wag.tick = wag.tick + (dt*4)
|
|
end
|
|
end
|
|
local walking_offset = self.offsets.walking
|
|
if velocity and (not handler.walking) and (math.ceil(old_tick/props.wag.cycle_speed)+.5 < (math.ceil(wag.tick/props.wag.cycle_speed))+.5) and (wag.tick > old_tick) then
|
|
wag.velocity = nil
|
|
return
|
|
end
|
|
for _, i in ipairs({"x","y"}) do
|
|
for _, axis in ipairs({"player_axial", "gun_axial"}) do
|
|
if velocity then
|
|
local multiplier = 1
|
|
if i == "x" then
|
|
multiplier = 2
|
|
end
|
|
--if the result is negative we know that it's flipped, and thus can be ended.
|
|
local inp = (wag.tick/props.wag.cycle_speed)*math.pi*multiplier
|
|
--this is a mess, I think that 1.6 is the frequency of human steps or something
|
|
walking_offset[axis][i] = math.sin(inp)*self.properties.wag.offset[axis][i]
|
|
else
|
|
local old_value = walking_offset[axis][i]
|
|
if math.abs(walking_offset[axis][i]) > .005 then
|
|
local multiplier = 1/props.wag.decay_speed
|
|
walking_offset[axis][i] = walking_offset[axis][i]-(walking_offset[axis][i]*multiplier*dt)
|
|
else
|
|
walking_offset[axis][i] = 0
|
|
end
|
|
if math.abs(walking_offset[axis][i]) > math.abs(old_value) then
|
|
walking_offset[axis][i] = 0
|
|
end
|
|
end
|
|
end
|
|
end
|
|
end
|
|
local e = 2.7182818284590452353602874713527 --I don't know how to find it otherwise...
|
|
function gun_default:update_recoil(dt)
|
|
for axis, _ in pairs(self.offsets.recoil) do
|
|
for _, i in pairs({"x","y"}) do
|
|
local recoil = self.offsets.recoil[axis][i]
|
|
local recoil_vel = Guns4d.math.clamp(self.velocities.recoil[axis][i],-self.properties.recoil.angular_velocity_max[axis],self.properties.recoil.angular_velocity_max[axis])
|
|
local old_recoil_vel = recoil_vel
|
|
recoil = recoil + recoil_vel
|
|
--this is modelled off a geometric sequence where the Y incercept of the sequence is set to recoil_vel.
|
|
if math.abs(recoil_vel) > 0.001 then
|
|
local r = (10*self.properties.recoil.velocity_correction_factor[axis])^-1
|
|
local vel_co = e^-( (self.time_since_last_fire^2)/(2*r^2) )
|
|
recoil_vel = self.velocities.init_recoil[axis][i]*vel_co
|
|
else
|
|
recoil_vel = 0
|
|
end
|
|
self.velocities.recoil[axis][i] = recoil_vel
|
|
|
|
--ax^2+bx+c
|
|
--recoil_velocity_correction_rate
|
|
--recoil_correction_rate
|
|
local old_recoil = recoil
|
|
local abs = math.abs(recoil)
|
|
local sign = old_recoil/abs
|
|
if abs > 0.001 then
|
|
local correction_value = abs*self.time_since_last_fire*self.properties.recoil.target_correction_factor[axis]
|
|
correction_value = Guns4d.math.clamp(correction_value, 0, self.properties.recoil.target_correction_max_rate[axis])
|
|
abs=abs-(correction_value*dt)
|
|
--prevent overcorrection
|
|
if abs < 0 then
|
|
abs = 0
|
|
end
|
|
end
|
|
if sign~=sign then
|
|
sign = 1
|
|
end
|
|
self.offsets.recoil[axis][i] = abs*sign
|
|
end
|
|
end
|
|
end
|
|
function gun_default:update_animation(dt)
|
|
local ent = self.entity
|
|
local data = self.animation_data
|
|
data.runtime = data.runtime + dt
|
|
data.current_frame = Guns4d.math.clamp(data.current_frame+(dt*data.fps), data.frames.x, data.frames.y)
|
|
if data.loop and (data.current_frame > data.frames.y) then
|
|
data.current_frame = data.frames.x
|
|
end
|
|
--track rotations and applies to aim.
|
|
if self.consts.ANIMATIONS_OFFSET_AIM then self:update_animation_rotation() end
|
|
end
|
|
--IMPORTANT!!! this does not directly modify the animation_data table anymore, it's all hooked through ObjRef:set_animation() (init.lua) so if animation is set elsewhere it doesnt break.
|
|
--this may be deprecated in the future- as it is no longer really needed now that I hook ObjRef functions.
|
|
function gun_default:set_animation(frames, length, fps, loop)
|
|
loop = loop or false --why the fuck default is true? I DONT FUCKIN KNOW (this undoes this)
|
|
assert(type(frames)=="table" and frames.x and frames.y, "frames invalid or nil in set_animation()!")
|
|
assert(not (length and fps), "cannot play animation with both specified length and specified fps. Only one parameter can be used.")
|
|
local num_frames = math.abs(frames.x-frames.y)
|
|
if length then
|
|
fps = num_frames/length
|
|
elseif not fps then
|
|
fps = self.consts.DEFAULT_FPS
|
|
end
|
|
self.entity:set_animation(frames, fps, 0, loop) --see init.lua for modified ObjRef stuff.
|
|
end
|
|
function gun_default:clear_animation()
|
|
local loaded = false
|
|
if self.properties.ammo.magazine_only then
|
|
if self.ammo_handler.ammo.loaded_mag ~= "empty" then
|
|
loaded = true
|
|
end
|
|
elseif self.ammo_handler.ammo.total_bullets > 0 then
|
|
loaded = true
|
|
end
|
|
if loaded then
|
|
self.entity:set_animation({x=self.properties.visuals.animations.loaded.x, y=self.properties.visuals.animations.loaded.y}, 0, 0, self.consts.LOOP_IDLE_ANIM)
|
|
else
|
|
self.entity:set_animation({x=self.properties.visuals.animations.empty.x, y=self.properties.visuals.animations.empty.y}, 0, 0, self.consts.LOOP_IDLE_ANIM)
|
|
end
|
|
end
|
|
local function adjust_gain(tbl, v)
|
|
v = tbl.third_person_gain_multiplier or v
|
|
for i = 1, #tbl do
|
|
adjust_gain(tbl[i], v)
|
|
end
|
|
if tbl.gain and (tbl.split_audio_by_perspective~=false) then
|
|
if type(tbl.gain) == "number" then
|
|
tbl.gain = tbl.gain*v
|
|
else
|
|
tbl.gain.min = tbl.gain.min*v
|
|
tbl.gain.max = tbl.gain.max*v
|
|
end
|
|
end
|
|
end
|
|
function gun_default:play_sounds(sound)
|
|
local thpson_sound = Guns4d.table.deep_copy(sound)
|
|
local fsprsn_sound = Guns4d.table.deep_copy(sound)
|
|
|
|
thpson_sound.pos = self.pos
|
|
thpson_sound.player = self.player
|
|
thpson_sound.exclude_player = self.player
|
|
adjust_gain(thpson_sound, self.consts.THIRD_PERSON_GAIN_MULTIPLIER)
|
|
|
|
fsprsn_sound.player = self.player
|
|
fsprsn_sound.to_player = "from_player"
|
|
|
|
return Guns4d.play_sounds(thpson_sound), Guns4d.play_sounds(fsprsn_sound)
|
|
end
|
|
function gun_default:update_breathing(dt)
|
|
assert(self.instance)
|
|
local breathing_info = {pause=1.4, rate=4.2}
|
|
--we want X to be between 0 and 4.2. Since math.pi is a positive crest, we want X to be above it before it reaches our-
|
|
--"length" (aka rate-pause), thus it will pi/length or pi/(rate-pause) will represent out slope of our control.
|
|
local x = (self.time_since_creation%breathing_info.rate)*math.pi/(breathing_info.rate-breathing_info.pause)
|
|
local scale = self.properties.breathing_scale
|
|
--now if it's above math.pi we know it's in the pause half of the cycle. For smoothness, we cut the sine off early and decay the value non-linearly.
|
|
--not sure why 8/9 is a constant here... I assume it's if it's 8/9 of the way through the cycle. Not going to worry about it.
|
|
if x > math.pi*(8/9) then
|
|
self.offsets.breathing.player_axial.x=self.offsets.breathing.player_axial.x-(self.offsets.breathing.player_axial.x*2*dt)
|
|
else
|
|
self.offsets.breathing.player_axial.x = scale*(math.sin(x))
|
|
end
|
|
end
|
|
|
|
function gun_default:update_sway(dt)
|
|
assert(self.instance, "attempt to call object method from a base class")
|
|
local sprops = self.properties.sway
|
|
for axis, sway in pairs(self.offsets.sway) do
|
|
local sway_vel = self.velocities.sway[axis]
|
|
local ran
|
|
ran = vector.apply(vector.new(), function(i,v)
|
|
if i ~= "x" then
|
|
return (math.random()-.5)*2
|
|
end
|
|
end)
|
|
ran.z = 0
|
|
local vel_mul = self.multiplier_coefficient(sprops.hipfire_velocity_multiplier[axis], 1-self.control_handler.ads_location)
|
|
sway_vel = vector.normalize(sway_vel+(ran*dt))*sprops.angular_velocity[axis]*vel_mul
|
|
sway=sway+(sway_vel*dt)
|
|
local len_mul = self.multiplier_coefficient(sprops.hipfire_angle_multiplier[axis], 1-self.control_handler.ads_location)
|
|
if vector.length(sway) > sprops.max_angle[axis]*len_mul then
|
|
sway=vector.normalize(sway)*sprops.max_angle[axis]*len_mul
|
|
sway_vel = vector.new()
|
|
end
|
|
self.offsets.sway[axis] = sway
|
|
self.velocities.sway[axis] = sway_vel
|
|
end
|
|
end
|
|
|
|
|
|
--should merge these functions eventually...
|
|
function gun_default:update_animation_rotation()
|
|
local current_frame = self.animation_data.current_frame+self.consts.KEYFRAME_SAMPLE_PRECISION
|
|
local frame1 = math.floor(current_frame/self.consts.KEYFRAME_SAMPLE_PRECISION)
|
|
local frame2 = math.floor(current_frame/self.consts.KEYFRAME_SAMPLE_PRECISION)+1
|
|
current_frame = current_frame/self.consts.KEYFRAME_SAMPLE_PRECISION
|
|
local out
|
|
if self.b3d_model.global_frames.rotation then
|
|
if self.b3d_model.global_frames.rotation[frame1] then
|
|
if (not self.b3d_model.global_frames.rotation[frame2]) or (current_frame==frame1) then
|
|
out = vector.new(self.b3d_model.global_frames.rotation[frame1]:to_euler_angles_unpack())*180/math.pi
|
|
--print("rawsent")
|
|
else --to stop nan
|
|
local ip_ratio = (current_frame-frame1)/(frame2-frame1)
|
|
local vec1 = self.b3d_model.global_frames.rotation[frame1]
|
|
local vec2 = self.b3d_model.global_frames.rotation[frame2]
|
|
out = vector.new(vec1:slerp(vec2, ip_ratio):to_euler_angles_unpack())*180/math.pi
|
|
end
|
|
else
|
|
out = vector.copy(self.b3d_model.global_frames.rotation[1])
|
|
end
|
|
--print(frame1, frame2, current_frame, dump(out))
|
|
else
|
|
out = vector.new()
|
|
end
|
|
self.animation_rotation = out
|
|
end
|
|
|
|
--relative to the gun's entity. Returns left, right vectors.
|
|
local out = {arm_left=vector.new(), arm_right=vector.new()}
|
|
function gun_default:get_arm_aim_pos()
|
|
local current_frame = self.animation_data.current_frame+1
|
|
local frame1 = math.floor(current_frame/self.consts.KEYFRAME_SAMPLE_PRECISION)
|
|
local frame2 = math.floor(current_frame/self.consts.KEYFRAME_SAMPLE_PRECISION)+1
|
|
current_frame = current_frame/self.consts.KEYFRAME_SAMPLE_PRECISION
|
|
|
|
for i, v in pairs(out) do
|
|
if self.b3d_model.global_frames[i] then
|
|
if self.b3d_model.global_frames[i][frame1] then
|
|
if (not self.b3d_model.global_frames[i][frame2]) or (current_frame==frame1) then
|
|
out[i] = vector.copy(self.b3d_model.global_frames[i][frame1])
|
|
else --to stop nan
|
|
local ip_ratio = (current_frame-frame1)/(frame2-frame1)
|
|
local vec1 = self.b3d_model.global_frames[i][frame1]
|
|
local vec2 = self.b3d_model.global_frames[i][frame2]
|
|
--print(current_frame, frame1, frame2, ip_ratio)
|
|
out[i] = vec1+((vec1-vec2)*ip_ratio)
|
|
end
|
|
else
|
|
out[i]=vector.copy(self.b3d_model.global_frames[i][1])
|
|
end
|
|
else
|
|
out[i] = vector.new()
|
|
end
|
|
end
|
|
return out.arm_left, out.arm_right
|
|
--return vector.copy(self.b3d_model.global_frames.arm_left[1]), vector.copy(self.b3d_model.global_frames.arm_right[1])
|
|
end
|
|
|
|
function gun_default:prepare_deletion()
|
|
self.released = true
|
|
assert(self.instance, "attempt to call object method on a class")
|
|
if self:has_entity() then self.entity:remove() end
|
|
if self.sprite_scope then self.sprite_scope:prepare_deletion() end
|
|
if self.crosshair then self.crosshair:prepare_deletion() end
|
|
end
|