Bubberstation/code/modules/mob/mob.dm

/**
 * Delete a mob
 *
 * Removes mob from the following global lists
 * * GLOB.mob_list
 * * GLOB.dead_mob_list
 * * GLOB.alive_mob_list
 * * GLOB.all_clockwork_mobs
 * * GLOB.mob_directory
 *
 * Unsets the focus var
 *
 * Clears alerts for this mob
 *
 * Resets all the observers perspectives to the tile this mob is on
 *
 * qdels any client colours in place on this mob
 *
 * Clears any refs to the mob inside its current location
 *
 * Ghostizes the client attached to this mob
 *
 * If our mind still exists, clear its current var to prevent harddels
 *
 * Parent call
 */
/mob/Destroy()
	if(client)
		stack_trace("Mob with client has been deleted.")
	else if(ckey)
		stack_trace("Mob without client but with associated ckey has been deleted.")

	remove_from_mob_list()
	remove_from_dead_mob_list()
	remove_from_alive_mob_list()
	remove_from_mob_suicide_list()
	focus = null
	if(length(progressbars))
		stack_trace("[src] destroyed with elements in its progressbars list")
		progressbars = null
	for (var/alert in alerts)
		clear_alert(alert, TRUE)
	if(observers?.len)
		for(var/mob/dead/observe as anything in observers)
			observe.reset_perspective(null)

	qdel(hud_used)
	QDEL_LIST(client_colours)
	ghostize() //False, since we're deleting it currently
	if(mind?.current == src) //Let's just be safe yeah? This will occasionally be cleared, but not always. Can't do it with ghostize without changing behavior
		mind.set_current(null)

	if(mock_client)
		mock_client.mob = null

	return ..()

/mob/New()
	// This needs to happen IMMEDIATELY. I'm sorry :(
	GenerateTag()
	return ..()

/**
 * Intialize a mob
 *
 * Sends global signal COMSIG_GLOB_MOB_CREATED
 *
 * Adds to global lists
 * * GLOB.mob_list
 * * GLOB.mob_directory (by tag)
 * * GLOB.dead_mob_list - if mob is dead
 * * GLOB.alive_mob_list - if the mob is alive
 *
 * Other stuff:
 * * Sets the mob focus to itself
 * * Generates huds
 * * If there are any global alternate apperances apply them to this mob
 * * set a random nutrition level
 * * Intialize the movespeed of the mob
 */
/mob/Initialize(mapload)
	SEND_GLOBAL_SIGNAL(COMSIG_GLOB_MOB_CREATED, src)
	add_to_mob_list()
	if(stat == DEAD)
		add_to_dead_mob_list()
	else
		add_to_alive_mob_list()
	set_focus(src)
	prepare_huds()
	for(var/v in GLOB.active_alternate_appearances)
		if(!v)
			continue
		var/datum/atom_hud/alternate_appearance/AA = v
		AA.onNewMob(src)
	set_nutrition(rand(NUTRITION_LEVEL_START_MIN, NUTRITION_LEVEL_START_MAX))
	. = ..()
	update_config_movespeed()
	initialize_actionspeed()
	update_movespeed(TRUE)
	become_hearing_sensitive()
	log_mob_tag("CREATED: [key_name(src)] \[[type]\]")

/**
 * Generate the tag for this mob
 *
 * This is simply "mob_"+ a global incrementing counter that goes up for every mob
 */
/mob/GenerateTag()
	. = ..()
	tag = "mob_[next_mob_id++]"

/**
 * set every hud image in the given category active so other people with the given hud can see it.
 * Arguments:
 * * hud_category - the index in our active_hud_list corresponding to an image now being shown.
 * * update_huds - if FALSE we will just put the hud_category into active_hud_list without actually updating the atom_hud datums subscribed to it
 * * exclusive_hud - if given a reference to an atom_hud, will just update that hud instead of all global ones attached to that category.
 * This is because some atom_hud subtypes arent supposed to work via global categories, updating normally would affect all of these which we dont want.
 */
/atom/proc/set_hud_image_active(hud_category, update_huds = TRUE, datum/atom_hud/exclusive_hud)
	if(!istext(hud_category) || !hud_list?[hud_category] || active_hud_list?[hud_category])
		return FALSE

	LAZYSET(active_hud_list, hud_category, hud_list[hud_category])

	if(!update_huds)
		return TRUE

	if(exclusive_hud)
		exclusive_hud.add_single_hud_category_on_atom(src, hud_category)
	else
		for(var/datum/atom_hud/hud_to_update as anything in GLOB.huds_by_category[hud_category])
			hud_to_update.add_single_hud_category_on_atom(src, hud_category)

	return TRUE

///sets every hud image in the given category inactive so no one can see it
/atom/proc/set_hud_image_inactive(hud_category, update_huds = TRUE, datum/atom_hud/exclusive_hud)
	if(!istext(hud_category))
		return FALSE

	if(!update_huds)
		LAZYREMOVE(active_hud_list, hud_category)
		return TRUE

	if(exclusive_hud)
		exclusive_hud.remove_single_hud_category_on_atom(src, hud_category)
	else
		for(var/datum/atom_hud/hud_to_update as anything in GLOB.huds_by_category[hud_category])
			hud_to_update.remove_single_hud_category_on_atom(src, hud_category)

	LAZYREMOVE(active_hud_list, hud_category)

	return TRUE

/**
 * Prepare the huds for this atom
 *
 * Goes through hud_possible list and adds the images to the hud_list variable (if not already cached)
 */
/atom/proc/prepare_huds()
	if(hud_list) // I choose to be lienient about people calling this proc more then once
		return
	hud_list = list()
	for(var/hud in hud_possible)
		var/hint = hud_possible[hud]

		if(hint == HUD_LIST_LIST)
			hud_list[hud] = list()

		else
			var/image/I = image('icons/mob/huds/hud.dmi', src, "")
			I.appearance_flags = RESET_COLOR|RESET_TRANSFORM
			hud_list[hud] = I
		set_hud_image_active(hud, update_huds = FALSE) //by default everything is active. but dont add it to huds to keep control.

/**
 * Some kind of debug verb that gives atmosphere environment details
 */
/mob/proc/Cell()
	set category = "Admin"
	set hidden = TRUE

	if(!loc)
		return

	var/datum/gas_mixture/environment = loc.return_air()

	var/t = "[span_notice("Coordinates: [x],[y] ")]\n"
	t += "[span_danger("Temperature: [environment.temperature] ")]\n"
	for(var/id in environment.gases)
		var/gas = environment.gases[id]
		if(gas[MOLES])
			t+="[span_notice("[gas[GAS_META][META_GAS_NAME]]: [gas[MOLES]] ")]\n"

	to_chat(usr, t)

/**
 * Return the desc of this mob for a photo
 */
/mob/proc/get_photo_description(obj/item/camera/camera)
	return "a ... thing?"

/**
 * Show a message to this mob (visual or audible)
 */
/mob/proc/show_message(msg, type, alt_msg, alt_type, avoid_highlighting = FALSE)//Message, type of message (1 or 2), alternative message, alt message type (1 or 2)
	if(!client)
		return

	msg = copytext_char(msg, 1, MAX_MESSAGE_LEN)

	if(type)
		if(type & MSG_VISUAL && is_blind())//Vision related
			if(!alt_msg)
				return
			else
				msg = alt_msg
				type = alt_type

		if(type & MSG_AUDIBLE && !can_hear())//Hearing related
			if(!alt_msg)
				return
			else
				msg = alt_msg
				type = alt_type
				if(type & MSG_VISUAL && is_blind())
					return
	// voice muffling
	if(stat == UNCONSCIOUS || stat == HARD_CRIT)
		if(type & MSG_AUDIBLE) //audio
			to_chat(src, "<I>... You can almost hear something ...</I>")
		return
	to_chat(src, msg, avoid_highlighting = avoid_highlighting)

/**
 * Generate a visible message from this atom
 *
 * Show a message to all player mobs who sees this atom
 *
 * Show a message to the src mob (if the src is a mob)
 *
 * Use for atoms performing visible actions
 *
 * message is output to anyone who can see, e.g. `"The [src] does something!"`
 *
 * Vars:
 * * self_message (optional) is what the src mob sees e.g. "You do something!"
 * * blind_message (optional) is what blind people will hear e.g. "You hear something!"
 * * vision_distance (optional) define how many tiles away the message can be seen.
 * * ignored_mob (optional) doesn't show any message to a given mob if TRUE.
 */
/atom/proc/visible_message(message, self_message, blind_message, vision_distance = DEFAULT_MESSAGE_RANGE, list/ignored_mobs, visible_message_flags = NONE)
	var/turf/T = get_turf(src)
	if(!T)
		return

	if(!islist(ignored_mobs))
		ignored_mobs = list(ignored_mobs)
	var/list/hearers = get_hearers_in_view(vision_distance, src) //caches the hearers and then removes ignored mobs.
	hearers -= ignored_mobs

	if(self_message)
		hearers -= src

	var/raw_msg = message
	if(visible_message_flags & EMOTE_MESSAGE)
		message = "<span class='emote'><b>[src]</b> [message]</span>"

	for(var/mob/M in hearers)
		if(!M.client)
			continue

		//This entire if/else chain could be in two lines but isn't for readibilties sake.
		var/msg = message
		var/msg_type = MSG_VISUAL

		if(M.see_invisible < invisibility)//if src is invisible to M
			msg = blind_message
			msg_type = MSG_AUDIBLE
		else if(T != loc && T != src) //if src is inside something and not a turf.
			if(M != loc) // Only give the blind message to hearers that aren't the location
				msg = blind_message
				msg_type = MSG_AUDIBLE
		else if(!HAS_TRAIT(M, TRAIT_HEAR_THROUGH_DARKNESS) && M.lighting_cutoff < LIGHTING_CUTOFF_HIGH && T.is_softly_lit() && !in_range(T,M)) //if it is too dark, unless we're right next to them.
			msg = blind_message
			msg_type = MSG_AUDIBLE
		if(!msg)
			continue

		if(visible_message_flags & EMOTE_MESSAGE && runechat_prefs_check(M, visible_message_flags) && !M.is_blind())
			M.create_chat_message(src, raw_message = raw_msg, runechat_flags = visible_message_flags)

		M.show_message(msg, msg_type, blind_message, MSG_AUDIBLE)


///Adds the functionality to self_message.
/mob/visible_message(message, self_message, blind_message, vision_distance = DEFAULT_MESSAGE_RANGE, list/ignored_mobs, visible_message_flags = NONE)
	. = ..()
	if(self_message)
		show_message(self_message, MSG_VISUAL, blind_message, MSG_AUDIBLE)

/**
 * Show a message to all mobs in earshot of this atom
 *
 * Use for objects performing audible actions
 *
 * vars:
 * * message is the message output to anyone who can hear.
 * * deaf_message (optional) is what deaf people will see.
 * * hearing_distance (optional) is the range, how many tiles away the message can be heard.
 */
/atom/proc/audible_message(message, deaf_message, hearing_distance = DEFAULT_MESSAGE_RANGE, self_message, audible_message_flags = NONE)
	var/list/hearers = get_hearers_in_view(hearing_distance, src)
	if(self_message)
		hearers -= src
	var/raw_msg = message
	if(audible_message_flags & EMOTE_MESSAGE)
		message = "<span class='emote'><b>[src]</b> [message]</span>"
	for(var/mob/M in hearers)
		if(audible_message_flags & EMOTE_MESSAGE && runechat_prefs_check(M, audible_message_flags) && M.can_hear())
			M.create_chat_message(src, raw_message = raw_msg, runechat_flags = audible_message_flags)
		M.show_message(message, MSG_AUDIBLE, deaf_message, MSG_VISUAL)

/**
 * Show a message to all mobs in earshot of this one
 *
 * This would be for audible actions by the src mob
 *
 * vars:
 * * message is the message output to anyone who can hear.
 * * self_message (optional) is what the src mob hears.
 * * deaf_message (optional) is what deaf people will see.
 * * hearing_distance (optional) is the range, how many tiles away the message can be heard.
 */
/mob/audible_message(message, deaf_message, hearing_distance = DEFAULT_MESSAGE_RANGE, self_message, audible_message_flags = NONE)
	. = ..()
	if(self_message)
		show_message(self_message, MSG_AUDIBLE, deaf_message, MSG_VISUAL)


///Returns the client runechat visible messages preference according to the message type.
/atom/proc/runechat_prefs_check(mob/target, visible_message_flags = NONE)
	if(!target.client?.prefs.read_preference(/datum/preference/toggle/enable_runechat))
		return FALSE
	if (!target.client?.prefs.read_preference(/datum/preference/toggle/enable_runechat_non_mobs))
		return FALSE
	if(visible_message_flags & EMOTE_MESSAGE && !target.client.prefs.read_preference(/datum/preference/toggle/see_rc_emotes))
		return FALSE
	return TRUE

/mob/runechat_prefs_check(mob/target, visible_message_flags = NONE)
	if(!target.client?.prefs.read_preference(/datum/preference/toggle/enable_runechat))
		return FALSE
	if(visible_message_flags & EMOTE_MESSAGE && !target.client.prefs.read_preference(/datum/preference/toggle/see_rc_emotes))
		return FALSE
	return TRUE


///Get the item on the mob in the storage slot identified by the id passed in
/mob/proc/get_item_by_slot(slot_id)
	return null

/// Gets what slot the item on the mob is held in.
/// Returns null if the item isn't in any slots on our mob.
/// Does not check if the passed item is null, which may result in unexpected outcoms.
/mob/proc/get_slot_by_item(obj/item/looking_for)
	if(looking_for in held_items)
		return ITEM_SLOT_HANDS

	return null

///Is the mob incapacitated
/mob/proc/incapacitated(flags)
	return

/**
 * This proc is called whenever someone clicks an inventory ui slot.
 *
 * Mostly tries to put the item into the slot if possible, or call attack hand
 * on the item in the slot if the users active hand is empty
 */
/mob/proc/attack_ui(slot, params)
	var/obj/item/W = get_active_held_item()

	if(istype(W))
		if(equip_to_slot_if_possible(W, slot,0,0,0))
			return TRUE

	if(!W)
		// Activate the item
		var/obj/item/I = get_item_by_slot(slot)
		if(istype(I))
			var/list/modifiers = params2list(params)
			I.attack_hand(src, modifiers)

	return FALSE

/**
 * Try to equip an item to a slot on the mob
 *
 * This is a SAFE proc. Use this instead of equip_to_slot()!
 *
 * set qdel_on_fail to have it delete W if it fails to equip
 *
 * set disable_warning to disable the 'you are unable to equip that' warning.
 *
 * unset redraw_mob to prevent the mob icons from being redrawn at the end.
 *
 * Initial is used to indicate whether or not this is the initial equipment (job datums etc) or just a player doing it
 */
/mob/proc/equip_to_slot_if_possible(obj/item/W, slot, qdel_on_fail = FALSE, disable_warning = FALSE, redraw_mob = TRUE, bypass_equip_delay_self = FALSE, initial = FALSE)
	if(!istype(W) || QDELETED(W)) //This qdeleted is to prevent stupid behavior with things that qdel during init, like say stacks
		return FALSE
	if(!W.mob_can_equip(src, slot, disable_warning, bypass_equip_delay_self))
		if(qdel_on_fail)
			qdel(W)
		else if(!disable_warning)
			to_chat(src, span_warning("You are unable to equip that!"))
		return FALSE
	equip_to_slot(W, slot, initial, redraw_mob) //This proc should not ever fail.
	return TRUE

/**
 * Actually equips an item to a slot (UNSAFE)
 *
 * This is an UNSAFE proc. It merely handles the actual job of equipping. All the checks on
 * whether you can or can't equip need to be done before! Use mob_can_equip() for that task.
 *
 *In most cases you will want to use equip_to_slot_if_possible()
 */
/mob/proc/equip_to_slot(obj/item/W, slot)
	return

/**
 * Equip an item to the slot or delete
 *
 * This is just a commonly used configuration for the equip_to_slot_if_possible() proc, used to
 * equip people when the round starts and when events happen and such.
 *
 * Also bypasses equip delay checks, since the mob isn't actually putting it on.
 * Initial is used to indicate whether or not this is the initial equipment (job datums etc) or just a player doing it
 */
/mob/proc/equip_to_slot_or_del(obj/item/W, slot, initial = FALSE)
	return equip_to_slot_if_possible(W, slot, TRUE, TRUE, FALSE, TRUE, initial)

/**
 * Auto equip the passed in item the appropriate slot based on equipment priority
 *
 * puts the item "W" into an appropriate slot in a human's inventory
 *
 * returns 0 if it cannot, 1 if successful
 */
/mob/proc/equip_to_appropriate_slot(obj/item/W, qdel_on_fail = FALSE)
	if(!istype(W))
		return FALSE
	var/slot_priority = W.slot_equipment_priority

	if(!slot_priority)
		slot_priority = list( \
			ITEM_SLOT_BACK, ITEM_SLOT_ID,\
			ITEM_SLOT_ICLOTHING, ITEM_SLOT_OCLOTHING,\
			ITEM_SLOT_MASK, ITEM_SLOT_HEAD, ITEM_SLOT_NECK,\
			ITEM_SLOT_FEET, ITEM_SLOT_GLOVES,\
			ITEM_SLOT_EARS, ITEM_SLOT_EYES,\
			ITEM_SLOT_BELT, ITEM_SLOT_SUITSTORE,\
			ITEM_SLOT_LPOCKET, ITEM_SLOT_RPOCKET,\
			ITEM_SLOT_DEX_STORAGE\
		)

	for(var/slot in slot_priority)
		if(equip_to_slot_if_possible(W, slot, FALSE, TRUE, TRUE, FALSE, FALSE)) //qdel_on_fail = FALSE; disable_warning = TRUE; redraw_mob = TRUE;
			return TRUE

	if(qdel_on_fail)
		qdel(W)
	return FALSE
/**
 * Reset the attached clients perspective (viewpoint)
 *
 * reset_perspective(null) set eye to common default : mob on turf, loc otherwise
 * reset_perspective(thing) set the eye to the thing (if it's equal to current default reset to mob perspective)
 */
/mob/proc/reset_perspective(atom/new_eye)
	SHOULD_CALL_PARENT(TRUE)
	if(!client)
		return

	if(new_eye)
		if(ismovable(new_eye))
			//Set the new eye unless it's us
			if(new_eye != src)
				client.perspective = EYE_PERSPECTIVE
				client.set_eye(new_eye)
			else
				client.set_eye(client.mob)
				client.perspective = MOB_PERSPECTIVE

		else if(isturf(new_eye))
			//Set to the turf unless it's our current turf
			if(new_eye != loc)
				client.perspective = EYE_PERSPECTIVE
				client.set_eye(new_eye)
			else
				client.set_eye(client.mob)
				client.perspective = MOB_PERSPECTIVE
		else
			return TRUE //no setting eye to stupid things like areas or whatever
	else
		//Reset to common defaults: mob if on turf, otherwise current loc
		if(isturf(loc))
			client.set_eye(client.mob)
			client.perspective = MOB_PERSPECTIVE
		else
			client.perspective = EYE_PERSPECTIVE
			client.set_eye(loc)
	/// Signal sent after the eye has been successfully updated, with the client existing.
	SEND_SIGNAL(src, COMSIG_MOB_RESET_PERSPECTIVE)
	return TRUE

/**
 * Examine a mob
 *
 * mob verbs are faster than object verbs. See
 * [this byond forum post](https://secure.byond.com/forum/?post=1326139&page=2#comment8198716)
 * for why this isn't atom/verb/examine()
 */
/mob/verb/examinate(atom/examinify as mob|obj|turf in view()) //It used to be oview(12), but I can't really say why
	set name = "Examine"
	set category = "IC"

	DEFAULT_QUEUE_OR_CALL_VERB(VERB_CALLBACK(src, PROC_REF(run_examinate), examinify))

/mob/proc/run_examinate(atom/examinify)

	if(isturf(examinify) && !(sight & SEE_TURFS) && !(examinify in view(client ? client.view : world.view, src)))
		// shift-click catcher may issue examinate() calls for out-of-sight turfs
		return

	var/turf/examine_turf = get_turf(examinify)
	if(is_blind()) //blind people see things differently (through touch)
		if(!blind_examine_check(examinify))
			return
	else if(!examine_turf.luminosity && \
		get_dist(src, examine_turf) > 1 && \
		!has_nightvision()) // If you aren't blind, it's in darkness (that you can't see) and farther then next to you
		return

	face_atom(examinify)
	var/list/result
	if(client)
		LAZYINITLIST(client.recent_examines)
		var/ref_to_atom = ref(examinify)
		var/examine_time = client.recent_examines[ref_to_atom]
		if(examine_time && (world.time - examine_time < EXAMINE_MORE_WINDOW))
			result = examinify.examine_more(src)
			if(!length(result))
				result += span_notice("<i>You examine [examinify] closer, but find nothing of interest...</i>")
		else
			result = examinify.examine(src)
			client.recent_examines[ref_to_atom] = world.time // set to when we last normal examine'd them
			addtimer(CALLBACK(src, PROC_REF(clear_from_recent_examines), ref_to_atom), RECENT_EXAMINE_MAX_WINDOW)
			handle_eye_contact(examinify)
	else
		result = examinify.examine(src) // if a tree is examined but no client is there to see it, did the tree ever really exist?

	if(result.len)
		for(var/i in 1 to (length(result) - 1))
			result[i] += "\n"

	to_chat(src, examine_block("<span class='infoplain'>[result.Join()]</span>"))
	SEND_SIGNAL(src, COMSIG_MOB_EXAMINATE, examinify)


/mob/proc/blind_examine_check(atom/examined_thing)
	return TRUE //The non-living will always succeed at this check.


/mob/living/blind_examine_check(atom/examined_thing)
	//need to be next to something and awake
	if(!Adjacent(examined_thing) || incapacitated())
		to_chat(src, span_warning("Something is there, but you can't see it!"))
		return FALSE

	//you can examine things you're holding directly, but you can't examine other things if your hands are full
	/// the item in our active hand
	var/obj/item/active_item = get_active_held_item()
	var/boosted = FALSE
	if(active_item)
		if(HAS_TRAIT(active_item, TRAIT_BLIND_TOOL))
			boosted = TRUE
		else if(active_item != examined_thing)
			to_chat(src, span_warning("Your hands are too full to examine this!"))
			return FALSE

	//you can only initiate exaimines if you have a hand, it's not disabled, and only as many examines as you have hands
	/// our active hand, to check if it's disabled/detatched
	var/obj/item/bodypart/active_hand = has_active_hand()? get_active_hand() : null
	if(!active_hand || active_hand.bodypart_disabled || LAZYLEN(do_afters) >= usable_hands)
		to_chat(src, span_warning("You don't have a free hand to examine this!"))
		return FALSE

	//you can only queue up one examine on something at a time
	if(DOING_INTERACTION_WITH_TARGET(src, examined_thing))
		return FALSE

	to_chat(src, span_notice("You start feeling around for something..."))
	visible_message(span_notice(" [name] begins feeling around for \the [examined_thing.name]..."))

	/// how long it takes for the blind person to find the thing they're examining
	var/examine_delay_length = rand(1 SECONDS, 2 SECONDS)
	if(boosted)
		examine_delay_length = 0.5 SECONDS
	if(client?.recent_examines && client?.recent_examines[ref(examined_thing)]) //easier to find things we just touched
		examine_delay_length = 0.33 SECONDS
	else if(isobj(examined_thing))
		examine_delay_length *= 1.5
	else if(ismob(examined_thing) && examined_thing != src)
		examine_delay_length *= 2

	if(examine_delay_length > 0 && !do_after(src, examine_delay_length, target = examined_thing))
		to_chat(src, span_notice("You can't get a good feel for what is there."))
		return FALSE

	//now we touch the thing we're examining
	/// our current intent, so we can go back to it after touching
	var/previous_combat_mode = combat_mode
	set_combat_mode(FALSE)
	INVOKE_ASYNC(examined_thing, TYPE_PROC_REF(/atom, attack_hand), src)
	set_combat_mode(previous_combat_mode)
	return TRUE


/mob/proc/clear_from_recent_examines(ref_to_clear)
	SIGNAL_HANDLER
	if(!client)
		return
	LAZYREMOVE(client.recent_examines, ref_to_clear)

/**
 * handle_eye_contact() is called when we examine() something. If we examine an alive mob with a mind who has examined us in the last 2 seconds within 5 tiles, we make eye contact!
 *
 * Note that if either party has their face obscured, the other won't get the notice about the eye contact
 * Also note that examine_more() doesn't proc this or extend the timer, just because it's simpler this way and doesn't lose much.
 * The nice part about relying on examining is that we don't bother checking visibility, because we already know they were both visible to each other within the last second, and the one who triggers it is currently seeing them
 */
/mob/proc/handle_eye_contact(mob/living/examined_mob)
	return

/mob/living/handle_eye_contact(mob/living/examined_mob)
	if(!istype(examined_mob) || src == examined_mob || examined_mob.stat >= UNCONSCIOUS || !client)
		return

	var/imagined_eye_contact = FALSE
	if(!LAZYACCESS(examined_mob.client?.recent_examines, src))
		// even if you haven't looked at them recently, if you have the shift eyes trait, they may still imagine the eye contact
		if(HAS_TRAIT(examined_mob, TRAIT_SHIFTY_EYES) && prob(10 - get_dist(src, examined_mob)))
			imagined_eye_contact = TRUE
		else
			return

	if(get_dist(src, examined_mob) > EYE_CONTACT_RANGE)
		return

	// check to see if their face is blocked or, if not, a signal blocks it
	if(examined_mob.is_face_visible() && SEND_SIGNAL(src, COMSIG_MOB_EYECONTACT, examined_mob, TRUE) != COMSIG_BLOCK_EYECONTACT)
		var/msg = span_smallnotice("You make eye contact with [examined_mob].")
		addtimer(CALLBACK(GLOBAL_PROC, GLOBAL_PROC_REF(to_chat), src, msg), 3) // so the examine signal has time to fire and this will print after

	if(!imagined_eye_contact && is_face_visible() && SEND_SIGNAL(examined_mob, COMSIG_MOB_EYECONTACT, src, FALSE) != COMSIG_BLOCK_EYECONTACT)
		var/msg = span_smallnotice("[src] makes eye contact with you.")
		addtimer(CALLBACK(GLOBAL_PROC, GLOBAL_PROC_REF(to_chat), examined_mob, msg), 3)

/**
 * Called by using Activate Held Object with an empty hand/limb
 *
 * Does nothing by default. The intended use is to allow limbs to call their
 * own attack_self procs. It is up to the individual mob to override this
 * parent and actually use it.
 */
/mob/proc/limb_attack_self()
	return

///Can this mob resist (default FALSE)
/mob/proc/can_resist()
	return FALSE //overridden in living.dm

///Spin this mob around it's central axis
/mob/proc/spin(spintime, speed)
	set waitfor = 0
	var/D = dir
	if((spintime < 1) || (speed < 1) || !spintime || !speed)
		return

	flags_1 |= IS_SPINNING_1
	while(spintime >= speed)
		sleep(speed)
		switch(D)
			if(NORTH)
				D = EAST
			if(SOUTH)
				D = WEST
			if(EAST)
				D = SOUTH
			if(WEST)
				D = NORTH
		setDir(D)
		spintime -= speed
	flags_1 &= ~IS_SPINNING_1

///Update the pulling hud icon
/mob/proc/update_pull_hud_icon()
	hud_used?.pull_icon?.update_appearance()

///Update the resting hud icon
/mob/proc/update_rest_hud_icon()
	hud_used?.rest_icon?.update_appearance()

/**
 * Verb to activate the object in your held hand
 *
 * Calls attack self on the item and updates the inventory hud for hands
 */
/mob/verb/mode()
	set name = "Activate Held Object"
	set category = "Object"
	set src = usr

	DEFAULT_QUEUE_OR_CALL_VERB(VERB_CALLBACK(src, PROC_REF(execute_mode)))

///proc version to finish /mob/verb/mode() execution. used in case the proc needs to be queued for the tick after its first called
/mob/proc/execute_mode()
	if(ismecha(loc))
		return

	if(incapacitated())
		return

	var/obj/item/I = get_active_held_item()
	if(I)
		I.attack_self(src)
		update_held_items()
		return

	limb_attack_self()

/**
 * Allows you to respawn, abandoning your current mob
 *
 * This sends you back to the lobby creating a new dead mob
 *
 * Only works if flag/norespawn is allowed in config
 */
/mob/verb/abandon_mob()
	set name = "Respawn"
	set category = "OOC"

	if (CONFIG_GET(flag/norespawn))
		if (!check_rights_for(usr.client, R_ADMIN))
			to_chat(usr, span_boldnotice("Respawning is not enabled!"))
			return
		else if (tgui_alert(usr, "Respawning is currently disabled, do you want to use your permissions to circumvent it?", "Respawn", list("Yes", "No")) != "Yes")
			return

	if (stat != DEAD)
		to_chat(usr, span_boldnotice("You must be dead to use this!"))
		return

	usr.log_message("used the respawn button.", LOG_GAME)

	to_chat(usr, span_boldnotice("Please roleplay correctly!"))

	if(!client)
		usr.log_message("respawn failed due to disconnect.", LOG_GAME)
		return
	client.screen.Cut()
	client.screen += client.void
	if(!client)
		usr.log_message("respawn failed due to disconnect.", LOG_GAME)
		return

	var/mob/dead/new_player/M = new /mob/dead/new_player()
	if(!client)
		usr.log_message("respawn failed due to disconnect.", LOG_GAME)
		qdel(M)
		return

	M.key = key


/**
 * Sometimes helps if the user is stuck in another perspective or camera
 */
/mob/verb/cancel_camera()
	set name = "Cancel Camera View"
	set category = "OOC"
	reset_perspective(null)
	unset_machine()

//suppress the .click/dblclick macros so people can't use them to identify the location of items or aimbot
/mob/verb/DisClick(argu = null as anything, sec = "" as text, number1 = 0 as num  , number2 = 0 as num)
	set name = ".click"
	set hidden = TRUE
	set category = null
	return

/mob/verb/DisDblClick(argu = null as anything, sec = "" as text, number1 = 0 as num  , number2 = 0 as num)
	set name = ".dblclick"
	set hidden = TRUE
	set category = null
	return
/**
 * Topic call back for any mob
 *
 * * Unset machines if "mach_close" sent
 * * refresh the inventory of machines in range if "refresh" sent
 * * handles the strip panel equip and unequip as well if "item" sent
 */
/mob/Topic(href, href_list)
	if(href_list["mach_close"])
		var/t1 = text("window=[href_list["mach_close"]]")
		unset_machine()
		src << browse(null, t1)

/**
 * Controls if a mouse drop succeeds (return null if it doesnt)
 */
/mob/MouseDrop(mob/M)
	. = ..()
	if(M != usr)
		return
	if(usr == src)
		return
	if(!Adjacent(usr))
		return
	if(isAI(M))
		return

///Is the mob muzzled (default false)
/mob/proc/is_muzzled()
	return FALSE

/// Adds this list to the output to the stat browser
/mob/proc/get_status_tab_items()
	. = list("") //we want to offset unique stuff from standard stuff
	SEND_SIGNAL(src, COMSIG_MOB_GET_STATUS_TAB_ITEMS, .)

/**
 * Convert a list of spells into a displyable list for the statpanel
 *
 * Shows charge and other important info
 */
/mob/proc/get_actions_for_statpanel()
	var/list/data = list()
	for(var/datum/action/cooldown/action in actions)
		var/list/action_data = action.set_statpanel_format()
		if(!length(action_data))
			return

		data += list(list(
			// the panel the action gets displayed to
			// in the future, this could probably be replaced with subtabs (a la admin tabs)
			action_data[PANEL_DISPLAY_PANEL],
			// the status of the action, - cooldown, charges, whatever
			action_data[PANEL_DISPLAY_STATUS],
			// the name of the action
			action_data[PANEL_DISPLAY_NAME],
			// a ref to the action button of this action for this mob
			// it's a ref to the button specifically, instead of the action itself,
			// because statpanel href calls click(), which the action button (not the action itself) handles
			REF(action.viewers[hud_used]),
		))

	return data

/mob/proc/swap_hand(held_index)
	SHOULD_NOT_OVERRIDE(TRUE) // Override perform_hand_swap instead

	var/obj/item/held_item = get_active_held_item()
	if(SEND_SIGNAL(src, COMSIG_MOB_SWAPPING_HANDS, held_item) & COMPONENT_BLOCK_SWAP)
		to_chat(src, span_warning("Your other hand is too busy holding [held_item]."))
		return FALSE

	var/result = perform_hand_swap(held_index)
	if (result)
		SEND_SIGNAL(src, COMSIG_MOB_SWAP_HANDS)

	return result

/// Performs the actual ritual of swapping hands, such as setting the held index variables
/mob/proc/perform_hand_swap(held_index)
	PROTECTED_PROC(TRUE)
	return TRUE

/mob/proc/activate_hand(selhand)
	return

/mob/proc/assess_threat(judgement_criteria, lasercolor = "", datum/callback/weaponcheck=null) //For sec bot threat assessment
	return 0

///Get the ghost of this mob (from the mind)
/mob/proc/get_ghost(even_if_they_cant_reenter, ghosts_with_clients)
	if(mind)
		return mind.get_ghost(even_if_they_cant_reenter, ghosts_with_clients)

///Force get the ghost from the mind
/mob/proc/grab_ghost(force)
	if(mind)
		return mind.grab_ghost(force = force)

///Notify a ghost that it's body is being cloned
/mob/proc/notify_ghost_cloning(message = "Someone is trying to revive you. Re-enter your corpse if you want to be revived!", sound = 'sound/effects/genetics.ogg', atom/source = null, flashwindow)
	var/mob/dead/observer/ghost = get_ghost()
	if(ghost)
		ghost.notify_cloning(message, sound, source, flashwindow)
		return ghost

/**
 * Checks to see if the mob can cast normal magic spells.
 *
 * args:
 * * magic_flags (optional) A bitfield with the type of magic being cast (see flags at: /datum/component/anti_magic)
**/
/mob/proc/can_cast_magic(magic_flags = MAGIC_RESISTANCE)
	if(magic_flags == NONE) // magic with the NONE flag can always be cast
		return TRUE

	var/restrict_magic_flags = SEND_SIGNAL(src, COMSIG_MOB_RESTRICT_MAGIC, magic_flags)
	return restrict_magic_flags == NONE

/**
 * Checks to see if the mob can block magic
 *
 * args:
 * * casted_magic_flags (optional) A bitfield with the types of magic resistance being checked (see flags at: /datum/component/anti_magic)
 * * charge_cost (optional) The cost of charge to block a spell that will be subtracted from the protection used
**/
/mob/proc/can_block_magic(casted_magic_flags = MAGIC_RESISTANCE, charge_cost = 1)
	if(casted_magic_flags == NONE) // magic with the NONE flag is immune to blocking
		return FALSE

	var/list/protection_was_used = list() // this is a janky way of interrupting signals using lists
	var/is_magic_blocked = SEND_SIGNAL(src, COMSIG_MOB_RECEIVE_MAGIC, casted_magic_flags, charge_cost, protection_was_used) & COMPONENT_MAGIC_BLOCKED

	if(casted_magic_flags && HAS_TRAIT(src, TRAIT_ANTIMAGIC))
		is_magic_blocked = TRUE
	if((casted_magic_flags & MAGIC_RESISTANCE_HOLY) && HAS_TRAIT(src, TRAIT_HOLY))
		is_magic_blocked = TRUE

	return is_magic_blocked

/**
 * Buckle a living mob to this mob. Also turns you to face the other mob
 *
 * You can buckle on mobs if you're next to them since most are dense
 */
/mob/buckle_mob(mob/living/M, force = FALSE, check_loc = TRUE, buckle_mob_flags= NONE)
	if(M.buckled)
		return FALSE
	return ..(M, force, check_loc, buckle_mob_flags)

///Call back post buckle to a mob to offset your visual height
/mob/post_buckle_mob(mob/living/M)
	var/height = M.get_mob_buckling_height(src)
	M.pixel_y = initial(M.pixel_y) + height
	if(M.layer <= layer) //make sure they stay above our current layer
		M.layer = layer + 0.1
///Call back post unbuckle from a mob, (reset your visual height here)
/mob/post_unbuckle_mob(mob/living/M)
	M.layer = initial(M.layer)
	M.pixel_y = initial(M.pixel_y)

///returns the height in pixel the mob should have when buckled to another mob.
/mob/proc/get_mob_buckling_height(mob/seat)
	if(isliving(seat))
		var/mob/living/L = seat
		if(L.mob_size <= MOB_SIZE_SMALL) //being on top of a small mob doesn't put you very high.
			return 0
	return 9

///Can the mob interact() with an atom?
/mob/proc/can_interact_with(atom/A, treat_mob_as_adjacent)
	if(isAdminGhostAI(src))
		return TRUE
	//Return early. we do not need to check that we are on adjacent turfs (i.e we are inside a closet)
	if (treat_mob_as_adjacent && src == A.loc)
		return TRUE
	if (Adjacent(A))
		return TRUE
	var/datum/dna/mob_dna = has_dna()
	if(mob_dna?.check_mutation(/datum/mutation/human/telekinesis) && tkMaxRangeCheck(src, A))
		return TRUE

	//range check
	if(!interaction_range) // If you don't have extra length, GO AWAY
		return FALSE
	var/turf/our_turf = get_turf(src)
	var/turf/their_turf = get_turf(A)
	if (!our_turf || !their_turf)
		return FALSE
	return ISINRANGE(their_turf.x, our_turf.x - interaction_range, our_turf.x + interaction_range) && ISINRANGE(their_turf.y, our_turf.y - interaction_range, our_turf.y + interaction_range)

/**
 * Checks whether a mob can perform an action to interact with an object
 *
 * The default behavior checks if the mob is:
 * * Directly adjacent (1-tile radius)
 * * Standing up (not resting)
 * * Allows telekinesis to be used to skip adjacent checks (if they have DNA mutation)
 * *
 * action_bitflags: (see code/__DEFINES/mobs.dm)
 * * NEED_GRAVITY - If gravity must be present to perform action (can't use pens without gravity)
 * * NEED_LITERACY - If reading is required to perform action (can't read a book if you are illiterate)
 * * NEED_LIGHT - If lighting must be present to perform action (can't heal someone in the dark)
 * * NEED_DEXTERITY - If other mobs (monkeys, aliens, etc) can perform action (can't use computers if you are a monkey)
 * * NEED_HANDS - If hands are required to perform action (can't pickup items if you are a cyborg)
 * * FORBID_TELEKINESIS_REACH - If telekinesis is forbidden to perform action from a distance (ex. canisters are blacklisted from telekinesis manipulation)
 * * ALLOW_SILICON_REACH - If silicons are allowed to perform action from a distance (silicons can operate airlocks from far away)
 * * ALLOW_RESTING - If resting on the floor is allowed to perform action ()
**/
/mob/proc/can_perform_action(atom/movable/target, action_bitflags)
	return

///Can this mob use storage
/mob/proc/canUseStorage()
	return FALSE
/**
 * Check if the other mob has any factions the same as us
 *
 * If exact match is set, then all our factions must match exactly
 */
/mob/proc/faction_check_mob(mob/target, exact_match)
	if(exact_match) //if we need an exact match, we need to do some bullfuckery.
		var/list/faction_src = faction.Copy()
		var/list/faction_target = target.faction.Copy()
		if(!("[REF(src)]" in faction_target)) //if they don't have our ref faction, remove it from our factions list.
			faction_src -= "[REF(src)]" //if we don't do this, we'll never have an exact match.
		if(!("[REF(target)]" in faction_src))
			faction_target -= "[REF(target)]" //same thing here.
		return faction_check(faction_src, faction_target, TRUE)
	return faction_check(faction, target.faction, FALSE)
/*
 * Compare two lists of factions, returning true if any match
 *
 * If exact match is passed through we only return true if both faction lists match equally
 */
/proc/faction_check(list/faction_A, list/faction_B, exact_match)
	var/list/match_list
	if(exact_match)
		match_list = faction_A&faction_B //only items in both lists
		var/length = LAZYLEN(match_list)
		if(length)
			return (length == LAZYLEN(faction_A)) //if they're not the same len(gth) or we don't have a len, then this isn't an exact match.
	else
		match_list = faction_A&faction_B
		return LAZYLEN(match_list)
	return FALSE


/**
 * Fully update the name of a mob
 *
 * This will update a mob's name, real_name, mind.name, GLOB.manifest records, pda, id and traitor text
 *
 * Calling this proc without an oldname will only update the mob and skip updating the pda, id and records ~Carn
 */
/mob/proc/fully_replace_character_name(oldname, newname)
	if(!newname)
		log_message("[src] failed name change from [oldname] as no new name was specified", LOG_OWNERSHIP)
		return FALSE
	if(oldname == newname)
		log_message("[src] failed name change as the new name was the same as the old one: [oldname]", LOG_OWNERSHIP)
		return FALSE
	if(!istext(newname) && !isnull(newname))
		stack_trace("[src] attempted to change its name from [oldname] to the non string value [newname]")
		return FALSE

	log_message("[src] name changed from [oldname] to [newname]", LOG_OWNERSHIP)

	log_played_names(ckey, newname)

	real_name = newname
	name = newname
	if(mind)
		mind.name = newname
		if(mind.key)
			log_played_names(mind.key,newname) //Just in case the mind is unsynced at the moment.

	if(oldname)
		//update the datacore records! This is goig to be a bit costly.
		replace_records_name(oldname,newname)

		//update our pda and id if we have them on our person
		replace_identification_name(oldname,newname)

		for(var/datum/mind/T in SSticker.minds)
			for(var/datum/objective/obj in T.get_all_objectives())
				// Only update if this player is a target
				if(obj.target && obj.target.current && obj.target.current.real_name == name)
					obj.update_explanation_text()

	log_mob_tag("RENAMED: [key_name(src)]")

	return TRUE

///Updates GLOB.manifest records with new name , see mob/living/carbon/human
/mob/proc/replace_records_name(oldname,newname)
	return

///update the ID name of this mob
/mob/proc/replace_identification_name(oldname,newname)
	var/list/searching = get_all_contents()
	var/search_id = 1
	var/search_pda = 1

	for(var/A in searching)
		if( search_id && isidcard(A) )
			var/obj/item/card/id/ID = A
			if(ID.registered_name == oldname)
				ID.registered_name = newname
				ID.update_label()
				ID.update_icon()
				if(ID.registered_account?.account_holder == oldname)
					ID.registered_account.account_holder = newname
				if(!search_pda)
					break
				search_id = 0

		else if( search_pda && istype(A, /obj/item/modular_computer/pda) )
			var/obj/item/modular_computer/pda/PDA = A
			if(PDA.saved_identification == oldname)
				PDA.saved_identification = newname
				PDA.UpdateDisplay()
				if(!search_id)
					break
				search_pda = 0

/mob/proc/update_stat()
	return

/mob/proc/update_health_hud()
	return

/// Changes the stamina HUD based on new information
/mob/proc/update_stamina_hud()
	return

///Update the lighting plane and sight of this mob (sends COMSIG_MOB_UPDATE_SIGHT)
/mob/proc/update_sight()
	SHOULD_CALL_PARENT(TRUE)
	SEND_SIGNAL(src, COMSIG_MOB_UPDATE_SIGHT)
	sync_lighting_plane_cutoff()

///Set the lighting plane hud filters to the mobs lighting_cutoff var
/mob/proc/sync_lighting_plane_cutoff()
	if(!hud_used)
		return
	for(var/atom/movable/screen/plane_master/rendering_plate/lighting/light as anything in hud_used.get_true_plane_masters(RENDER_PLANE_LIGHTING))
		light.set_light_cutoff(lighting_cutoff, lighting_color_cutoffs)

///Update the mouse pointer of the attached client in this mob
/mob/proc/update_mouse_pointer()
	if(!client)
		return
	if(client.mouse_pointer_icon != initial(client.mouse_pointer_icon))//only send changes to the client if theyre needed
		client.mouse_pointer_icon = initial(client.mouse_pointer_icon)
	if(examine_cursor_icon && client.keys_held["Shift"]) //mouse shit is hardcoded, make this non hard-coded once we make mouse modifiers bindable
		client.mouse_pointer_icon = examine_cursor_icon
	if(istype(loc, /obj/vehicle/sealed))
		var/obj/vehicle/sealed/E = loc
		if(E.mouse_pointer)
			client.mouse_pointer_icon = E.mouse_pointer
	if(client.mouse_override_icon)
		client.mouse_pointer_icon = client.mouse_override_icon

/**
 * Can this mob see in the dark
 *
 * This checks all traits, glasses, and robotic eyeball implants to see if the mob can see in the dark
 * this does NOT check if the mob is missing it's eyeballs.
**/
/mob/proc/has_nightvision()
	// Somewhat conservative, basically is your lighting plane bright enough that you the user can see stuff
	var/light_offset = (lighting_color_cutoffs[1] + lighting_color_cutoffs[2] + lighting_color_cutoffs[3]) / 3 + lighting_cutoff
	return light_offset >= LIGHTING_NIGHTVISION_THRESHOLD

/// This mob is abile to read books
/mob/proc/is_literate()
	return HAS_TRAIT(src, TRAIT_LITERATE) && !HAS_TRAIT(src, TRAIT_ILLITERATE)

/**
 * Proc that returns TRUE if the mob can write using the writing_instrument, FALSE otherwise.
 *
 * This proc a side effect, outputting a message to the mob's chat with a reason if it returns FALSE.
 */
/mob/proc/can_write(obj/item/writing_instrument)
	if(!istype(writing_instrument))
		to_chat(src, span_warning("You can't write with the [writing_instrument]!"))
		return FALSE

	if(!is_literate())
		to_chat(src, span_warning("You try to write, but don't know how to spell anything!"))
		return FALSE

	if(!has_light_nearby() && !has_nightvision())
		to_chat(src, span_warning("It's too dark in here to write anything!"))
		return FALSE

	var/pen_info = writing_instrument.get_writing_implement_details()
	if(!pen_info || (pen_info["interaction_mode"] != MODE_WRITING))
		to_chat(src, span_warning("You can't write with the [writing_instrument]!"))
		return FALSE

	if(has_gravity())
		return TRUE

	var/obj/item/pen/pen = writing_instrument

	if(istype(pen) && pen.requires_gravity)
		to_chat(src, span_warning("You try to write, but the [writing_instrument] doesn't work in zero gravity!"))
		return FALSE

	return TRUE

/**
 * Checks if there is enough light where the mob is located
 *
 * Args:
 *  light_amount (optional) - A decimal amount between 1.0 through 0.0 (default is 0.2)
**/
/mob/proc/has_light_nearby(light_amount = LIGHTING_TILE_IS_DARK)
	var/turf/mob_location = get_turf(src)
	return mob_location.get_lumcount() > light_amount


/// Can this mob read
/mob/proc/can_read(atom/viewed_atom, reading_check_flags = (READING_CHECK_LITERACY|READING_CHECK_LIGHT), silent = FALSE)
	if((reading_check_flags & READING_CHECK_LITERACY) && !is_literate())
		if(!silent)
			to_chat(src, span_warning("You try to read [viewed_atom], but can't comprehend any of it."))
		return FALSE

	if((reading_check_flags & READING_CHECK_LIGHT) && !has_light_nearby() && !has_nightvision())
		if(!silent)
			to_chat(src, span_warning("It's too dark in here to read!"))
		return FALSE

	return TRUE

/**
 * Get the mob VV dropdown extras
 */
/mob/vv_get_dropdown()
	. = ..()
	VV_DROPDOWN_OPTION("", "---------")
	VV_DROPDOWN_OPTION(VV_HK_GIB, "Gib")
	VV_DROPDOWN_OPTION(VV_HK_GIVE_SPELL, "Give Spell")
	VV_DROPDOWN_OPTION(VV_HK_REMOVE_SPELL, "Remove Spell")
	VV_DROPDOWN_OPTION(VV_HK_GIVE_DISEASE, "Give Disease")
	VV_DROPDOWN_OPTION(VV_HK_GODMODE, "Toggle Godmode")
	VV_DROPDOWN_OPTION(VV_HK_DROP_ALL, "Drop Everything")
	VV_DROPDOWN_OPTION(VV_HK_REGEN_ICONS, "Regenerate Icons")
	VV_DROPDOWN_OPTION(VV_HK_PLAYER_PANEL, "Show player panel")
	VV_DROPDOWN_OPTION(VV_HK_BUILDMODE, "Toggle Buildmode")
	VV_DROPDOWN_OPTION(VV_HK_DIRECT_CONTROL, "Assume Direct Control")
	VV_DROPDOWN_OPTION(VV_HK_GIVE_DIRECT_CONTROL, "Give Direct Control")
	VV_DROPDOWN_OPTION(VV_HK_OFFER_GHOSTS, "Offer Control to Ghosts")
	VV_DROPDOWN_OPTION(VV_HK_VIEW_PLANES, "View/Edit Planes")

/mob/vv_do_topic(list/href_list)
	. = ..()
	if(href_list[VV_HK_REGEN_ICONS])
		if(!check_rights(NONE))
			return
		regenerate_icons()
	if(href_list[VV_HK_PLAYER_PANEL])
		if(!check_rights(NONE))
			return
		usr.client.holder.show_player_panel(src)
	if(href_list[VV_HK_GODMODE])
		if(!check_rights(R_ADMIN))
			return
		usr.client.cmd_admin_godmode(src)
	if(href_list[VV_HK_GIVE_SPELL])
		if(!check_rights(NONE))
			return
		usr.client.give_spell(src)
	if(href_list[VV_HK_REMOVE_SPELL])
		if(!check_rights(NONE))
			return
		usr.client.remove_spell(src)
	if(href_list[VV_HK_GIVE_DISEASE])
		if(!check_rights(NONE))
			return
		usr.client.give_disease(src)
	if(href_list[VV_HK_GIB])
		if(!check_rights(R_FUN))
			return
		usr.client.cmd_admin_gib(src)
	if(href_list[VV_HK_BUILDMODE])
		if(!check_rights(R_BUILD))
			return
		togglebuildmode(src)
	if(href_list[VV_HK_DROP_ALL])
		if(!check_rights(NONE))
			return
		usr.client.cmd_admin_drop_everything(src)
	if(href_list[VV_HK_DIRECT_CONTROL])
		if(!check_rights(NONE))
			return
		usr.client.cmd_assume_direct_control(src)
	if(href_list[VV_HK_GIVE_DIRECT_CONTROL])
		if(!check_rights(NONE))
			return
		usr.client.cmd_give_direct_control(src)
	if(href_list[VV_HK_OFFER_GHOSTS])
		if(!check_rights(NONE))
			return
		offer_control(src)
	if(href_list[VV_HK_VIEW_PLANES])
		if(!check_rights(R_DEBUG))
			return
		usr.client.edit_plane_masters(src)
/**
 * extra var handling for the logging var
 */
/mob/vv_get_var(var_name)
	switch(var_name)
		if(NAMEOF(src, logging))
			return debug_variable(var_name, logging, 0, src, FALSE)
	. = ..()

/mob/vv_auto_rename(new_name)
	//Do not do parent's actions, as we *usually* do this differently.
	fully_replace_character_name(real_name, new_name)

///Show the language menu for this mob
/mob/verb/open_language_menu()
	set name = "Open Language Menu"
	set category = "IC"

	var/datum/language_holder/H = get_language_holder()
	H.open_language_menu(usr)

///Adjust the nutrition of a mob
/mob/proc/adjust_nutrition(change) //Honestly FUCK the oldcoders for putting nutrition on /mob someone else can move it up because holy hell I'd have to fix SO many typechecks
	nutrition = max(0, nutrition + change)

///Force set the mob nutrition
/mob/proc/set_nutrition(change) //Seriously fuck you oldcoders.
	nutrition = max(0, change)

/mob/proc/update_equipment_speed_mods()
	var/speedies = equipped_speed_mods()
	if(!speedies)
		remove_movespeed_modifier(/datum/movespeed_modifier/equipment_speedmod)
	else
		add_or_update_variable_movespeed_modifier(/datum/movespeed_modifier/equipment_speedmod, multiplicative_slowdown = speedies)

/// Gets the combined speed modification of all worn items
/// Except base mob type doesnt really wear items
/mob/proc/equipped_speed_mods()
	for(var/obj/item/I in held_items)
		if(I.item_flags & SLOWS_WHILE_IN_HAND)
			. += I.slowdown

/mob/proc/set_stat(new_stat)
	if(new_stat == stat)
		return
	. = stat
	stat = new_stat
	SEND_SIGNAL(src, COMSIG_MOB_STATCHANGE, new_stat, .)

/mob/vv_edit_var(var_name, var_value)
	switch(var_name)
		if(NAMEOF(src, control_object))
			var/obj/O = var_value
			if(!istype(O) || (O.obj_flags & DANGEROUS_POSSESSION))
				return FALSE
		if(NAMEOF(src, machine))
			set_machine(var_value)
			. = TRUE
		if(NAMEOF(src, focus))
			set_focus(var_value)
			. = TRUE
		if(NAMEOF(src, nutrition))
			set_nutrition(var_value)
			. = TRUE
		if(NAMEOF(src, stat))
			set_stat(var_value)
			. = TRUE

	if(!isnull(.))
		datum_flags |= DF_VAR_EDITED
		return

	var/slowdown_edit = (var_name == NAMEOF(src, cached_multiplicative_slowdown))
	var/diff
	if(slowdown_edit && isnum(cached_multiplicative_slowdown) && isnum(var_value))
		remove_movespeed_modifier(/datum/movespeed_modifier/admin_varedit)
		diff = var_value - cached_multiplicative_slowdown

	. = ..()

	if(. && slowdown_edit && isnum(diff))
		add_or_update_variable_movespeed_modifier(/datum/movespeed_modifier/admin_varedit, multiplicative_slowdown = diff)

/mob/proc/set_active_storage(new_active_storage)
	if(active_storage)
		UnregisterSignal(active_storage, COMSIG_PARENT_QDELETING)
	active_storage = new_active_storage
	if(active_storage)
		RegisterSignal(active_storage, COMSIG_PARENT_QDELETING, PROC_REF(active_storage_deleted))

/mob/proc/active_storage_deleted(datum/source)
	SIGNAL_HANDLER
	set_active_storage(null)

/// Cleanup proc that's called when a mob loses a client, either through client destroy or logout
/// Logout happens post client del, so we can't just copypaste this there. This keeps things clean and consistent
/mob/proc/become_uncliented()
	if(!canon_client)
		return

	for(var/foo in canon_client.player_details.post_logout_callbacks)
		var/datum/callback/CB = foo
		CB.Invoke()

	if(canon_client?.movingmob)
		LAZYREMOVE(canon_client.movingmob.client_mobs_in_contents, src)
		canon_client.movingmob = null

	clear_important_client_contents()
	canon_client = null

///Shows a tgui window with memories
/mob/verb/memory()
	set name = "Memories"
	set category = "IC"
	set desc = "View your character's memories."
	if(!mind)
		var/fail_message = "You have no mind!"
		if(isobserver(src))
			fail_message += " You have to be in the current round at some point to have one."
		to_chat(src, span_warning(fail_message))
		return
	if(!mind.memory_panel)
		mind.memory_panel = new(usr, mind)
	mind.memory_panel.ui_interact(usr)

/datum/memory_panel
	var/datum/mind/mind_reference
	var/client/holder //client of whoever is using this datum

/datum/memory_panel/New(user, mind_reference)//user can either be a client or a mob due to byondcode(tm)
	if (istype(user, /client))
		var/client/user_client = user
		holder = user_client //if its a client, assign it to holder
	else
		var/mob/user_mob = user
		holder = user_mob.client //if its a mob, assign the mob's client to holder
	src.mind_reference = mind_reference

/datum/memory_panel/Destroy(force)
	mind_reference.memory_panel = null
	. = ..()

/datum/memory_panel/ui_state(mob/user)
	return GLOB.always_state

/datum/memory_panel/ui_close()
	qdel(src)

/datum/memory_panel/ui_interact(mob/user, datum/tgui/ui)
	ui = SStgui.try_update_ui(user, src, ui)
	if(!ui)
		ui = new(user, src, "MemoryPanel")
		ui.open()

/datum/memory_panel/ui_data(mob/user)
	var/list/data = list()
	var/list/memories = list()

	for(var/memory_key in user?.mind.memories)
		var/datum/memory/memory = user.mind.memories[memory_key]
		memories += list(list("name" = memory.name, "quality" = memory.story_value))

	data["memories"] = memories
	return data

/mob/verb/view_skills()
	set category = "IC"
	set name = "View Skills"

	mind?.print_levels(src)