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Bubberstation/code/modules/mob/inventory.dm
LemonInTheDark 364d4bd987 Human Life Optimization: Citrus Flavored (#66037) 
* Life() Optimization Part 1: Organ order

It turns out organ code is really quite dumb. Wastes a lot of time.
I'm going to be doing what I can to optimize it in this branch.

To start with:

If we can ensure organs are sorted according to organ_process_order inside
internal_organs_slot
We can do away with a needless get_organ_slot call in handle_organs, and
avoid needing to iterate over 30 entries, one per possible organ slot,
instead iterating just the ones we have

This saves roughly 5% of life

* Organ Optimization Part 2: base on_life()

Organ on_life, despite not looking it, is a remarkably hot proc. Called
something close to 9 times for each human on the map, it's worth taking
care to clean it up.

As things currently stand, we do two dumb things.
The first is manually checking for organ failure each iteration.
We do this because we allow organ damage to be modified outside of the
applyOrganDamage proc, which also calls check_failing_thresholds.

There's no reason to do this, so I've gone through and removed all
instances of it

The second is calling applyOrganDamage no matter what, to "heal" the
organ. Even if it isn't damaged.

The fix for this is simple, just an if check.

This saves roughly 10% of pre changes Life() cost

* Blood cleanup beta version

Blood code is slightly more sane, but it calls get_part_bleed_rate a
lot, and does other checks that are the same so long as the bleed rate
never changes. This is reasonably expensive

So, I'm going to make it event driven, and cache the bleed rate. But to
do that, I need to be able to react to limb ownership changes, and well,
there's a few that don't use the existing setter. This commit fixes that

* Blood cleanup beta 2.0

I'm starting on the work to make bleed rate cached

Adds NO_BLEED to the signal registration of set_owner
This lets us generically react to it

Makes changing your bleedstacks into a proc we can hook into
Fully implements it

* Blood optimization beta 3.0

Hooks into embedding/embed details updating, this ensures the embed
aspect of bleed rate is properly accounted for

* Blood optimization beta 4.0

Hooks wounds into refresh_bleed_rate, adds a setter for blood flow to
support this

I feel like there are places where this would be useful, but I'm not
totally sure
Kinda wanted to ask ryll

* Blood optimization, the final countdown

Fully caches bleed_rate. Because I can do this, we only need to call update_part_wound_overlay when bleed rate updates
This saves 15%! of human life tick. Get owned

* Optimizes body_temperature_alerts

It turns out that clearing alerts and sending signals every process is
wasteful. There's no reason to do it unless last process was a problem
one

The change for that is quite easy, literally just a new var on human.

Saves 2% of human life tick.
Very nice for the amount of time I put into it

BTW, I have a feeling that most of the overhead of bodytemp is caused by
human body temperature being higher then room temperature. Not sure
what to do about this though

* Does something similar to disgust

Basically, don't continusly send signals if you have no disgust
It's rare enough that this is all the caching we really need to do

Saves roughly 1% of life tick. Right on the edge of not worth it

* Some cleanup to how mob fires handle their lighting, adds a check to liver coder

* Cleans up update_gravity slightly

It's very close to outside a measurable deviation faster, but I honestly
just did it to make it easier to read

* Fuck you

* Very minor organ optimization

Instead of using internal_organs_slot for our organ iteration,
we use it to produce a sorted internal_organs list.

This is barely worth it, ends up being 0.7% of life saved.
I only did it because it makes a semi noticable impact on our current
numbers.

* Revert "Very minor organ optimization"

It turns out mutating internal_organs is important sometimes
The usefulness of this change is small enough that I don't want to spend
more time on it

So back it goes into the dirt
This reverts commit 622bd34adb8d8a3d5f2763ac659446ef3362e3cd.

* Properly returns false in IgniteMob

* Adds a parent call to setBleedStacks

I like it, it's a good idea
2022-04-25 20:33:47 -07:00

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//These procs handle putting s tuff in your hands
//as they handle all relevant stuff like adding it to the player's screen and updating their overlays.
///Returns the thing we're currently holding
/mob/proc/get_active_held_item()
return get_item_for_held_index(active_hand_index)
//Finds the opposite limb for the active one (eg: upper left arm will find the item in upper right arm)
//So we're treating each "pair" of limbs as a team, so "both" refers to them
/mob/proc/get_inactive_held_item()
return get_item_for_held_index(get_inactive_hand_index())
//Finds the opposite index for the active one (eg: upper left arm will find the item in upper right arm)
//So we're treating each "pair" of limbs as a team, so "both" refers to them
/mob/proc/get_inactive_hand_index()
var/other_hand = 0
if(!(active_hand_index % 2))
other_hand = active_hand_index-1 //finding the matching "left" limb
else
other_hand = active_hand_index+1 //finding the matching "right" limb
if(other_hand < 0 || other_hand > held_items.len)
other_hand = 0
return other_hand
/mob/proc/get_item_for_held_index(i)
if(i > 0 && i <= held_items.len)
return held_items[i]
return null
//Odd = left. Even = right
/mob/proc/held_index_to_dir(i)
if(!(i % 2))
return "r"
return "l"
//Check we have an organ for this hand slot (Dismemberment), Only relevant for humans
/mob/proc/has_hand_for_held_index(i)
return TRUE
//Check we have an organ for our active hand slot (Dismemberment),Only relevant for humans
/mob/proc/has_active_hand()
return has_hand_for_held_index(active_hand_index)
//Finds the first available (null) index OR all available (null) indexes in held_items based on a side.
//Lefts: 1, 3, 5, 7...
//Rights:2, 4, 6, 8...
/mob/proc/get_empty_held_index_for_side(side = LEFT_HANDS, all = FALSE)
var/list/empty_indexes = all ? list() : null
for(var/i in (side == LEFT_HANDS) ? 1 : 2 to held_items.len step 2)
if(!held_items[i])
if(!all)
return i
empty_indexes += i
return empty_indexes
//Same as the above, but returns the first or ALL held *ITEMS* for the side
/mob/proc/get_held_items_for_side(side = LEFT_HANDS, all = FALSE)
var/list/holding_items = all ? list() : null
for(var/i in (side == LEFT_HANDS) ? 1 : 2 to held_items.len step 2)
var/obj/item/I = held_items[i]
if(I)
if(!all)
return I
holding_items += I
return holding_items
/mob/proc/get_empty_held_indexes()
var/list/L
for(var/i in 1 to held_items.len)
if(!held_items[i])
LAZYADD(L, i)
return L
/mob/proc/get_held_index_of_item(obj/item/I)
return held_items.Find(I)
///Find number of held items, multihand compatible
/mob/proc/get_num_held_items()
. = 0
for(var/i in 1 to held_items.len)
if(held_items[i])
.++
//Sad that this will cause some overhead, but the alias seems necessary
//*I* may be happy with a million and one references to "indexes" but others won't be
/mob/proc/is_holding(obj/item/I)
return get_held_index_of_item(I)
//Checks if we're holding an item of type: typepath
/mob/proc/is_holding_item_of_type(typepath)
for(var/obj/item/I in held_items)
if(istype(I, typepath))
return I
return FALSE
//Checks if we're holding a tool that has given quality
//Returns the tool that has the best version of this quality
/mob/proc/is_holding_tool_quality(quality)
var/obj/item/best_item
var/best_quality = INFINITY
for(var/obj/item/I in held_items)
if(I.tool_behaviour == quality && I.toolspeed < best_quality)
best_item = I
best_quality = I.toolspeed
return best_item
//To appropriately fluff things like "they are holding [I] in their [get_held_index_name(get_held_index_of_item(I))]"
//Can be overridden to pass off the fluff to something else (eg: science allowing people to add extra robotic limbs, and having this proc react to that
// with say "they are holding [I] in their Nanotrasen Brand Utility Arm - Right Edition" or w/e
/mob/proc/get_held_index_name(i)
var/list/hand = list()
if(i > 2)
hand += "upper "
var/num = 0
if(!(i % 2))
num = i-2
hand += "right hand"
else
num = i-1
hand += "left hand"
num -= (num*0.5)
if(num > 1) //"upper left hand #1" seems weird, but "upper left hand #2" is A-ok
hand += " #[num]"
return hand.Join()
//Returns if a certain item can be equipped to a certain slot.
// Currently invalid for two-handed items - call obj/item/mob_can_equip() instead.
/mob/proc/can_equip(obj/item/I, slot, disable_warning = FALSE, bypass_equip_delay_self = FALSE)
return FALSE
/mob/proc/can_put_in_hand(I, hand_index)
if(hand_index > held_items.len)
return FALSE
if(!put_in_hand_check(I))
return FALSE
if(!has_hand_for_held_index(hand_index))
return FALSE
return !held_items[hand_index]
/mob/proc/put_in_hand(obj/item/I, hand_index, forced = FALSE, ignore_anim = TRUE)
if(hand_index == null || (!forced && !can_put_in_hand(I, hand_index)))
return FALSE
if(isturf(I.loc) && !ignore_anim)
I.do_pickup_animation(src)
if(get_item_for_held_index(hand_index))
dropItemToGround(get_item_for_held_index(hand_index), force = TRUE)
I.forceMove(src)
held_items[hand_index] = I
I.plane = ABOVE_HUD_PLANE
I.equipped(src, ITEM_SLOT_HANDS)
if(QDELETED(I)) // this is here because some ABSTRACT items like slappers and circle hands could be moved from hand to hand then delete, which meant you'd have a null in your hand until you cleared it (say, by dropping it)
held_items[hand_index] = null
return FALSE
if(I.pulledby)
I.pulledby.stop_pulling()
update_inv_hands()
I.pixel_x = I.base_pixel_x
I.pixel_y = I.base_pixel_y
return hand_index
//Puts the item into the first available left hand if possible and calls all necessary triggers/updates. returns 1 on success.
/mob/proc/put_in_l_hand(obj/item/I)
return put_in_hand(I, get_empty_held_index_for_side(LEFT_HANDS))
//Puts the item into the first available right hand if possible and calls all necessary triggers/updates. returns 1 on success.
/mob/proc/put_in_r_hand(obj/item/I)
return put_in_hand(I, get_empty_held_index_for_side(RIGHT_HANDS))
/mob/proc/put_in_hand_check(obj/item/I)
return FALSE //nonliving mobs don't have hands
/mob/living/put_in_hand_check(obj/item/I)
if(istype(I) && ((mobility_flags & MOBILITY_PICKUP) || (I.item_flags & ABSTRACT)) \
&& !(SEND_SIGNAL(src, COMSIG_LIVING_TRY_PUT_IN_HAND, I) & COMPONENT_LIVING_CANT_PUT_IN_HAND))
return TRUE
return FALSE
//Puts the item into our active hand if possible. returns TRUE on success.
/mob/proc/put_in_active_hand(obj/item/I, forced = FALSE, ignore_animation = TRUE)
return put_in_hand(I, active_hand_index, forced, ignore_animation)
//Puts the item into our inactive hand if possible, returns TRUE on success
/mob/proc/put_in_inactive_hand(obj/item/I, forced = FALSE)
return put_in_hand(I, get_inactive_hand_index(), forced)
//Puts the item our active hand if possible. Failing that it tries other hands. Returns TRUE on success.
//If both fail it drops it on the floor and returns FALSE.
//This is probably the main one you need to know :)
/mob/proc/put_in_hands(obj/item/I, del_on_fail = FALSE, merge_stacks = TRUE, forced = FALSE)
if(QDELETED(I))
return FALSE
// If the item is a stack and we're already holding a stack then merge
if (istype(I, /obj/item/stack))
var/obj/item/stack/item_stack = I
var/obj/item/stack/active_stack = get_active_held_item()
if (item_stack.is_zero_amount(delete_if_zero = TRUE))
return FALSE
if (merge_stacks)
if (istype(active_stack) && active_stack.can_merge(item_stack))
if (item_stack.merge(active_stack))
to_chat(usr, span_notice("Your [active_stack.name] stack now contains [active_stack.get_amount()] [active_stack.singular_name]\s."))
return TRUE
else
var/obj/item/stack/inactive_stack = get_inactive_held_item()
if (istype(inactive_stack) && inactive_stack.can_merge(item_stack))
if (item_stack.merge(inactive_stack))
to_chat(usr, span_notice("Your [inactive_stack.name] stack now contains [inactive_stack.get_amount()] [inactive_stack.singular_name]\s."))
return TRUE
if(put_in_active_hand(I, forced))
return TRUE
var/hand = get_empty_held_index_for_side(LEFT_HANDS)
if(!hand)
hand = get_empty_held_index_for_side(RIGHT_HANDS)
if(hand)
if(put_in_hand(I, hand, forced))
return TRUE
if(del_on_fail)
qdel(I)
return FALSE
I.forceMove(drop_location())
I.layer = initial(I.layer)
I.plane = initial(I.plane)
I.dropped(src)
return FALSE
/mob/proc/drop_all_held_items()
. = FALSE
for(var/obj/item/I in held_items)
. |= dropItemToGround(I)
//Here lie drop_from_inventory and before_item_take, already forgotten and not missed.
/mob/proc/canUnEquip(obj/item/I, force)
if(!I)
return TRUE
if(HAS_TRAIT(I, TRAIT_NODROP) && !force)
return FALSE
return TRUE
/mob/proc/putItemFromInventoryInHandIfPossible(obj/item/I, hand_index, force_removal = FALSE)
if(!can_put_in_hand(I, hand_index))
return FALSE
if(!temporarilyRemoveItemFromInventory(I, force_removal))
return FALSE
I.remove_item_from_storage(src)
if(!put_in_hand(I, hand_index))
qdel(I)
CRASH("Assertion failure: putItemFromInventoryInHandIfPossible") //should never be possible
return TRUE
//The following functions are the same save for one small difference
/**
* Used to drop an item (if it exists) to the ground.
* * Will pass as TRUE is successfully dropped, or if there is no item to drop.
* * Will pass FALSE if the item can not be dropped due to TRAIT_NODROP via doUnEquip()
* If the item can be dropped, it will be forceMove()'d to the ground and the turf's Entered() will be called.
*/
/mob/proc/dropItemToGround(obj/item/I, force = FALSE, silent = FALSE, invdrop = TRUE)
. = doUnEquip(I, force, drop_location(), FALSE, invdrop = invdrop, silent = silent)
if(!. || !I) //ensure the item exists and that it was dropped properly.
return
if(!(I.item_flags & NO_PIXEL_RANDOM_DROP))
I.pixel_x = I.base_pixel_x + rand(-6, 6)
I.pixel_y = I.base_pixel_y + rand(-6, 6)
I.do_drop_animation(src)
//for when the item will be immediately placed in a loc other than the ground
/mob/proc/transferItemToLoc(obj/item/I, newloc = null, force = FALSE, silent = TRUE)
. = doUnEquip(I, force, newloc, FALSE, silent = silent)
I.do_drop_animation(src)
//visibly unequips I but it is NOT MOVED AND REMAINS IN SRC
//item MUST BE FORCEMOVE'D OR QDEL'D
/mob/proc/temporarilyRemoveItemFromInventory(obj/item/I, force = FALSE, idrop = TRUE)
return doUnEquip(I, force, null, TRUE, idrop, silent = TRUE)
//DO NOT CALL THIS PROC
//use one of the above 3 helper procs
//you may override it, but do not modify the args
/mob/proc/doUnEquip(obj/item/I, force, newloc, no_move, invdrop = TRUE, silent = FALSE) //Force overrides TRAIT_NODROP for things like wizarditis and admin undress.
//Use no_move if the item is just gonna be immediately moved afterward
//Invdrop is used to prevent stuff in pockets dropping. only set to false if it's going to immediately be replaced
PROTECTED_PROC(TRUE)
if(!I) //If there's nothing to drop, the drop is automatically succesfull. If(unEquip) should generally be used to check for TRAIT_NODROP.
return TRUE
if(HAS_TRAIT(I, TRAIT_NODROP) && !force)
return FALSE
if((SEND_SIGNAL(I, COMSIG_ITEM_PRE_UNEQUIP, force, newloc, no_move, invdrop, silent) & COMPONENT_ITEM_BLOCK_UNEQUIP) && !force)
return FALSE
var/hand_index = get_held_index_of_item(I)
if(hand_index)
held_items[hand_index] = null
update_inv_hands()
if(I)
if(client)
client.screen -= I
I.layer = initial(I.layer)
I.plane = initial(I.plane)
I.appearance_flags &= ~NO_CLIENT_COLOR
if(!no_move && !(I.item_flags & DROPDEL)) //item may be moved/qdel'd immedietely, don't bother moving it
if (isnull(newloc))
I.moveToNullspace()
else
I.forceMove(newloc)
I.dropped(src, silent)
SEND_SIGNAL(I, COMSIG_ITEM_POST_UNEQUIP, force, newloc, no_move, invdrop, silent)
SEND_SIGNAL(src, COMSIG_MOB_UNEQUIPPED_ITEM, I, force, newloc, no_move, invdrop, silent)
return TRUE
/**
* Used to return a list of equipped items on a mob; does not include held items (use get_all_gear)
*
* Argument(s):
* * Optional - include_pockets (TRUE/FALSE), whether or not to include the pockets and suit storage in the returned list
*/
/mob/living/proc/get_equipped_items(include_pockets = FALSE)
var/list/items = list()
for(var/obj/item/item_contents in contents)
if(item_contents.item_flags & IN_INVENTORY)
items += item_contents
items -= held_items
return items
/**
* Used to return a list of equipped items on a human mob; does not include held items (use get_all_gear)
*
* Argument(s):
* * Optional - include_pockets (TRUE/FALSE), whether or not to include the pockets and suit storage in the returned list
*/
/mob/living/carbon/human/get_equipped_items(include_pockets = FALSE)
var/list/items = ..()
if(!include_pockets)
items -= list(l_store, r_store, s_store)
return items
/mob/living/proc/unequip_everything()
var/list/items = list()
items |= get_equipped_items(TRUE)
for(var/I in items)
dropItemToGround(I)
drop_all_held_items()
/mob/living/carbon/proc/check_obscured_slots(transparent_protection)
var/obscured = NONE
var/hidden_slots = NONE
for(var/obj/item/I in get_equipped_items())
hidden_slots |= I.flags_inv
if(transparent_protection)
hidden_slots |= I.transparent_protection
if(hidden_slots & HIDENECK)
obscured |= ITEM_SLOT_NECK
if(hidden_slots & HIDEMASK)
obscured |= ITEM_SLOT_MASK
if(hidden_slots & HIDEEYES)
obscured |= ITEM_SLOT_EYES
if(hidden_slots & HIDEEARS)
obscured |= ITEM_SLOT_EARS
if(hidden_slots & HIDEGLOVES)
obscured |= ITEM_SLOT_GLOVES
if(hidden_slots & HIDEJUMPSUIT)
obscured |= ITEM_SLOT_ICLOTHING
if(hidden_slots & HIDESHOES)
obscured |= ITEM_SLOT_FEET
if(hidden_slots & HIDESUITSTORAGE)
obscured |= ITEM_SLOT_SUITSTORE
if(hidden_slots & HIDEHEADGEAR)
obscured |= ITEM_SLOT_HEAD
return obscured
/obj/item/proc/equip_to_best_slot(mob/M)
if(M.equip_to_appropriate_slot(src))
M.update_inv_hands()
return TRUE
else
if(equip_delay_self)
return
if(M.active_storage && M.active_storage.parent && SEND_SIGNAL(M.active_storage.parent, COMSIG_TRY_STORAGE_INSERT, src,M))
return TRUE
var/list/obj/item/possible = list(M.get_inactive_held_item(), M.get_item_by_slot(ITEM_SLOT_BELT), M.get_item_by_slot(ITEM_SLOT_DEX_STORAGE), M.get_item_by_slot(ITEM_SLOT_BACK))
for(var/i in possible)
if(!i)
continue
var/obj/item/I = i
if(SEND_SIGNAL(I, COMSIG_TRY_STORAGE_INSERT, src, M))
return TRUE
to_chat(M, span_warning("You are unable to equip that!"))
return FALSE
/mob/verb/quick_equip()
set name = "quick-equip"
set hidden = TRUE
var/obj/item/I = get_active_held_item()
if(!I)
to_chat(src, span_warning("You are not holding anything to equip!"))
return
if (temporarilyRemoveItemFromInventory(I) && !QDELETED(I))
if(I.equip_to_best_slot(src))
return
if(put_in_active_hand(I))
return
I.forceMove(drop_location())
//used in code for items usable by both carbon and drones, this gives the proper back slot for each mob.(defibrillator, backpack watertank, ...)
/mob/proc/getBackSlot()
return ITEM_SLOT_BACK
/mob/proc/getBeltSlot()
return ITEM_SLOT_BELT
//Inventory.dm is -kind of- an ok place for this I guess
//This is NOT for dismemberment, as the user still technically has 2 "hands"
//This is for multi-handed mobs, such as a human with a third limb installed
//This is a very rare proc to call (besides admin fuckery) so
//any cost it has isn't a worry
/mob/proc/change_number_of_hands(amt)
if(amt < held_items.len)
for(var/i in held_items.len to amt step -1)
dropItemToGround(held_items[i])
held_items.len = amt
if(hud_used)
hud_used.build_hand_slots()
/mob/living/carbon/human/change_number_of_hands(amt)
var/old_limbs = held_items.len
if(amt < old_limbs)
for(var/i in hand_bodyparts.len to amt step -1)
var/obj/item/bodypart/BP = hand_bodyparts[i]
BP.dismember()
hand_bodyparts[i] = null
hand_bodyparts.len = amt
else if(amt > old_limbs)
hand_bodyparts.len = amt
for(var/i in old_limbs+1 to amt)
var/path = /obj/item/bodypart/l_arm
if(!(i % 2))
path = /obj/item/bodypart/r_arm
var/obj/item/bodypart/BP = new path ()
BP.held_index = i
add_bodypart(BP)
hand_bodyparts[i] = BP
..() //Don't redraw hands until we have organs for them
//GetAllContents that is reasonable and not stupid
/mob/living/carbon/proc/get_all_gear()
var/list/processing_list = get_equipped_items(include_pockets = TRUE) + held_items
list_clear_nulls(processing_list) // handles empty hands
var/i = 0
while(i < length(processing_list) )
var/atom/A = processing_list[++i]
if(SEND_SIGNAL(A, COMSIG_CONTAINS_STORAGE))
var/list/item_stuff = list()
SEND_SIGNAL(A, COMSIG_TRY_STORAGE_RETURN_INVENTORY, item_stuff)
processing_list += item_stuff
return processing_list
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