Files
CHOMPStation2/code/modules/nano/interaction/default.dm
Neerti 12abb2d6f2 Ports a large chunk of the map datum system that europa/bay uses.
Links many map-specific details such as the station name, z-level information, and allowed jobs from global vars to map datum vars, which should help us maintain multiple maps at once in the future, which will be needed for the future Southern Cross.
Note that a config change will be needed to change GENERATE_ASTEROID to GENERATE_MAP, otherwise no changes should be required to continue normal map usage.
To change to a different map, it's suggested to tick the file that ticks all the other needed files, which for the Northern Star is called northern_star.dm.
2017-02-27 07:36:41 -05:00

92 lines
3.7 KiB
Plaintext

/var/global/datum/topic_state/default/default_state = new()
/datum/topic_state/default/href_list(var/mob/user)
return list()
/datum/topic_state/default/can_use_topic(var/src_object, var/mob/user)
return user.default_can_use_topic(src_object)
/mob/proc/default_can_use_topic(var/src_object)
return STATUS_CLOSE // By default no mob can do anything with NanoUI
/mob/observer/dead/default_can_use_topic(var/src_object)
if(can_admin_interact())
return STATUS_INTERACTIVE // Admins are more equal
if(!client || get_dist(src_object, src) > client.view) // Preventing ghosts from having a million windows open by limiting to objects in range
return STATUS_CLOSE
return STATUS_UPDATE // Ghosts can view updates
/mob/living/silicon/pai/default_can_use_topic(var/src_object)
if((src_object == src || src_object == radio) && !stat)
return STATUS_INTERACTIVE
else
return ..()
/mob/living/silicon/robot/default_can_use_topic(var/src_object)
. = shared_nano_interaction()
if(. <= STATUS_DISABLED)
return
// robots can interact with things they can see within their view range
if((src_object in view(src)) && get_dist(src_object, src) <= src.client.view)
return STATUS_INTERACTIVE // interactive (green visibility)
return STATUS_DISABLED // no updates, completely disabled (red visibility)
/mob/living/silicon/ai/default_can_use_topic(var/src_object)
. = shared_nano_interaction()
if(. != STATUS_INTERACTIVE)
return
// Prevents the AI from using Topic on admin levels (by for example viewing through the court/thunderdome cameras)
// unless it's on the same level as the object it's interacting with.
var/turf/T = get_turf(src_object)
if(!T || !(z == T.z || (T.z in using_map.player_levels)))
return STATUS_CLOSE
// If an object is in view then we can interact with it
if(src_object in view(client.view, src))
return STATUS_INTERACTIVE
// If we're installed in a chassi, rather than transfered to an inteliCard or other container, then check if we have camera view
if(is_in_chassis())
//stop AIs from leaving windows open and using then after they lose vision
if(cameranet && !cameranet.checkTurfVis(get_turf(src_object)))
return STATUS_CLOSE
return STATUS_INTERACTIVE
else if(get_dist(src_object, src) <= client.view) // View does not return what one would expect while installed in an inteliCard
return STATUS_INTERACTIVE
return STATUS_CLOSE
//Some atoms such as vehicles might have special rules for how mobs inside them interact with NanoUI.
/atom/proc/contents_nano_distance(var/src_object, var/mob/living/user)
return user.shared_living_nano_distance(src_object)
/mob/living/proc/shared_living_nano_distance(var/atom/movable/src_object)
if (!(src_object in view(4, src))) // If the src object is not in visable, disable updates
return STATUS_CLOSE
var/dist = get_dist(src_object, src)
if (dist <= 1)
return STATUS_INTERACTIVE // interactive (green visibility)
else if (dist <= 2)
return STATUS_UPDATE // update only (orange visibility)
else if (dist <= 4)
return STATUS_DISABLED // no updates, completely disabled (red visibility)
return STATUS_CLOSE
/mob/living/default_can_use_topic(var/src_object)
. = shared_nano_interaction(src_object)
if(. != STATUS_CLOSE)
if(loc)
. = min(., loc.contents_nano_distance(src_object, src))
if(STATUS_INTERACTIVE)
return STATUS_UPDATE
/mob/living/carbon/human/default_can_use_topic(var/src_object)
. = shared_nano_interaction(src_object)
if(. != STATUS_CLOSE)
. = min(., shared_living_nano_distance(src_object))
if(. == STATUS_UPDATE && (TK in mutations)) // If we have telekinesis and remain close enough, allow interaction.
return STATUS_INTERACTIVE