data-updates.lua

for name, proto in pairs(data.raw.container) do
   proto.open_sound = proto.open_sound or { filename = "__base__/sound/metallic-chest-open.ogg", volume = 0.43 }
   proto.close_sound = proto.close_sound or { filename = "__base__/sound/metallic-chest-close.ogg", volume = 0.43 }
end

---Apply universal belt immunity
data.raw.character.character.has_belt_immunity = true

---Make the character unlikely to be selected by the mouse pointer when overlapping with entities
data.raw.character.character.selection_priority = 2

-- Modifications to Kruise Kontrol inputs (no longer needed)
-- We will handle Kruise Kontrol driving through the remote API.  It binds
-- everything to the mouse, which we don't use.  The exception is enter, which
-- cancels.  We also cancel on enter, but double-cancel doesn't do anything.
-- This file used to modify those inputs, but we don't need to since things
-- already work.  If we do need to revisit that, note that we will need to move
-- KK inputs to a dummy key, or alternatively try setting [alt]_key_sequence to
-- the empty string.  Other solutions (e.g. removal, setting them to disabled)
-- break KK because Factorio will not let KK register events.

--Modifications to Pavement Driving Assist Continued inputs
data:extend({
   {
      type = "custom-input",
      name = "toggle_drive_assistant",
      key_sequence = "L",
      consuming = "game-only",
   },
   {
      type = "custom-input",
      name = "toggle_cruise_control",
      key_sequence = "O",
      consuming = "game-only",
   },
   {
      type = "custom-input",
      name = "set_cruise_control_limit",
      key_sequence = "CONTROL + O",
      consuming = "game-only",
   },
   {
      type = "custom-input",
      name = "confirm_set_cruise_control_limit",
      key_sequence = "",
      linked_game_control = "confirm-gui",
   },
})

--Modify base prototypes to remove their default descriptions
for name, pack in pairs(data.raw.tool) do
   if pack.localised_description and pack.localised_description[1] == "item-description.science-pack" then
      pack.localised_description = nil
   end
end

for name, mod in pairs(data.raw.module) do
   if
      mod.localised_description and mod.localised_description[1] == "item-description.effectivity-module"
      or mod.localised_description and mod.localised_description[1] == "item-description.productivity-module"
      or mod.localised_description and mod.localised_description[1] == "item-description.speed-module"
   then
      mod.localised_description = nil
   end
end

---Make selected vanilla objects not collide with players
local function remove_player_collision(ent_p)
   --todo: this won't work for entities that don't have their collision_mask defined since the vanilla default collision mask include the player.
   (ent_p.collision_mask or {})["player"] = nil
end
for _, ent_type in pairs({ "pipe", "pipe-to-ground", "constant-combinator", "inserter" }) do
   for _, ent_p in pairs(data.raw[ent_type]) do
      remove_player_collision(ent_p)
   end
end
--TODO:should probably just filter electric poles by their collision_box size...
remove_player_collision(data.raw["electric-pole"]["small-electric-pole"])
remove_player_collision(data.raw["electric-pole"]["medium-electric-pole"])