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https://github.com/ParadiseSS13/Paradise.git
synced 2026-08-30 15:37:36 +01:00
Main part works. but we still got a long way to go
This commit is contained in:
AffectedArc07
@@ -21,6 +21,7 @@
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var/ks1type = null
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var/ks2type = null
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dog_fashion = null
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requires_tcomms = TRUE
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/obj/item/radio/headset/New()
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..()
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@@ -58,6 +58,8 @@ GLOBAL_LIST_INIT(default_medbay_channels, list(
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var/datum/radio_frequency/radio_connection
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var/list/datum/radio_frequency/secure_radio_connections = new
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var/requires_tcomms = FALSE // Does this device require tcomms to work.If TRUE it wont function at all without tcomms. If FALSE, it will work without tcomms, just slowly
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/obj/item/radio/proc/set_frequency(new_frequency)
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SSradio.remove_object(src, frequency)
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@@ -258,10 +260,24 @@ GLOBAL_LIST_INIT(default_medbay_channels, list(
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if(jammed)
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message = Gibberish(message, 100)
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var/list/message_pieces = message_to_multilingual(message)
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Broadcast_Message(connection, A,
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0, "*garbled automated announcement*", src,
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message_pieces, from, "Automated Announcement", from, "synthesized voice",
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4, 0, zlevel, connection.frequency, follow_target = follow_target)
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// Make us a message datum!
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var/datum/tcomms_message/tcm = new
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tcm.connection = connection
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tcm.sender = A
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tcm.radio = src
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tcm.sender_name = from
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tcm.message_pieces = message_pieces
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tcm.sender_job = "Automated Announcement"
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tcm.vname = "synthesized voice"
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tcm.data = SIGNALTYPE_AINOTRACK
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tcm.source_level = zlevel
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tcm.freq = connection.frequency
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tcm.follow_target = follow_target
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// Now put that through the stuff
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for(var/obj/machinery/tcomms/core/C in GLOB.tcomms_machines)
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INVOKE_ASYNC(C, /obj/machinery/tcomms/core.proc/handle_message, tcm)
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qdel(A)
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// Just a dummy mob used for making announcements, so we don't create AIs to do this
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@@ -318,48 +334,31 @@ GLOBAL_LIST_INIT(default_medbay_channels, list(
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if(!M.IsVocal())
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return 0
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/* Quick introduction:
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This new radio system uses a very robust FTL signaling technology unoriginally
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dubbed "subspace" which is somewhat similar to 'blue-space' but can't
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actually transmit large mass. Headsets are the only radio devices capable
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of sending subspace transmissions to the Communications Satellite.
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A headset sends a signal to a subspace listener/receiver elsewhere in space,
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the signal gets processed and logged, and an audible transmission gets sent
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to each individual headset.
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*/
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//#### Grab the connection datum ####//
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var/message_mode = handle_message_mode(M, message_pieces, channel)
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switch(message_mode) //special cases
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if(RADIO_CONNECTION_FAIL)
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return 0
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if(RADIO_CONNECTION_NON_SUBSPACE)
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return 1
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if(!istype(message_mode, /datum/radio_frequency)) //if not a special case, it should be returning a radio connection
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return 0
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var/datum/radio_frequency/connection = message_mode
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var/turf/position = get_turf(src)
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var/jammed = FALSE
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var/turf/position = get_turf(src)
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for(var/obj/item/jammer/jammer in GLOB.active_jammers)
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if(get_dist(position, get_turf(jammer)) < jammer.range)
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jammed = TRUE
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break
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//#### Tagging the signal with all appropriate identity values ####//
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var/message_mode = handle_message_mode(M, message_pieces, channel)
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switch(message_mode) //special cases
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// This is if the connection fails
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if(RADIO_CONNECTION_FAIL)
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return 0
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// This is if were using either a binary key, or a hivemind through a headset somehow. Dont ask.
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if(RADIO_CONNECTION_NON_SUBSPACE)
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return 1
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if(!istype(message_mode, /datum/radio_frequency)) //if not a special case, it should be returning a radio connection
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return
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var/datum/radio_frequency/connection = message_mode
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// ||-- The mob's name identity --||
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var/displayname = M.name // grab the display name (name you get when you hover over someone's icon)
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var/real_name = M.real_name // mob's real name
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var/mobkey = "none" // player key associated with mob
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var/voicemask = 0 // the speaker is wearing a voice mask
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if(M.client)
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mobkey = M.key // assign the mob's key
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var/jobname // the mob's "job"
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if(jammed)
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@@ -397,7 +396,7 @@ GLOBAL_LIST_INIT(default_medbay_channels, list(
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if(ishuman(M))
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var/mob/living/carbon/human/H = M
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displayname = H.voice
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if(H.voice != real_name)
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if(H.voice != M.real_name)
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voicemask = TRUE
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if(syndiekey && syndiekey.change_voice && connection.frequency == SYND_FREQ)
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@@ -405,124 +404,34 @@ GLOBAL_LIST_INIT(default_medbay_channels, list(
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jobname = "Unknown"
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voicemask = TRUE
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// Make us a message datum!
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var/datum/tcomms_message/tcm = new
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tcm.sender_name = displayname
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tcm.sender_job = jobname
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tcm.message_pieces = message_pieces
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tcm.source_level = position.z
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tcm.freq = connection.frequency
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tcm.vmask = voicemask
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tcm.needs_tcomms = requires_tcomms
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tcm.connection = connection
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tcm.vname = M.voice_name
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// Now put that through the stuff
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var/handled = FALSE
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if(connection)
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for(var/obj/machinery/tcomms/core/C in GLOB.tcomms_machines)
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if(C.handle_message(tcm))
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handled = TRUE
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return TRUE
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/* ###### Radio headsets can only broadcast through subspace ###### */
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// If we dont need tcomms and we have no connection
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if(!requires_tcomms && !handled)
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tcm.zlevels = list(position.z)
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// Simulate two seconds of lag
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addtimer(CALLBACK(GLOBAL_PROC, .proc/broadcast_message, tcm), 20)
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return TRUE
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if(subspace_transmission)
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// First, we want to generate a new radio signal
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var/datum/signal/signal = new
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signal.transmission_method = 2 // 2 would be a subspace transmission.
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// transmission_method could probably be enumerated through #define. Would be neater.
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// --- Finally, tag the actual signal with the appropriate values ---
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signal.data = list(
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// Identity-associated tags:
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"mob" = M, // store a reference to the mob
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"mobtype" = M.type, // the mob's type
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"race" = signal.get_race(M),
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"realname" = real_name, // the mob's real name
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"name" = displayname, // the mob's display name
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"job" = jobname, // the mob's job
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"key" = mobkey, // the mob's key
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"vmessage" = pick(M.speak_emote), // the message to display if the voice wasn't understood
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"vname" = M.voice_name, // the name to display if the voice wasn't understood
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"vmask" = voicemask, // 1 if the mob is using a voice gas mask
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// We store things that would otherwise be kept in the actual mob
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// so that they can be logged even AFTER the mob is deleted or something
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// Other tags:
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"compression" = rand(45,50), // compressed radio signal
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"message" = message_pieces, // the actual sent message
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"connection" = connection, // the radio connection to use
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"radio" = src, // stores the radio used for transmission
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"slow" = 0, // how much to sleep() before broadcasting - simulates net lag
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"traffic" = 0, // dictates the total traffic sum that the signal went through
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"type" = 0, // determines what type of radio input it is: normal broadcast
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"server" = null, // the last server to log this signal
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"reject" = 0, // if nonzero, the signal will not be accepted by any broadcasting machinery
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"level" = position.z, // The source's z level
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"verb" = verb
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)
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signal.frequency = connection.frequency // Quick frequency set
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//#### Sending the signal to all subspace receivers ####//
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for(var/obj/machinery/telecomms/receiver/R in GLOB.telecomms_list)
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spawn(0)
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R.receive_signal(signal)
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// Allinone can act as receivers.
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for(var/obj/machinery/telecomms/allinone/R in GLOB.telecomms_list)
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spawn(0)
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R.receive_signal(signal)
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// Receiving code can be located in Telecommunications.dm
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return signal.data["done"] && (position.z in signal.data["level"])
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/* ###### Intercoms and station-bounced radios ###### */
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var/filter_type = 2
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/* --- Intercoms can only broadcast to other intercoms, but bounced radios can broadcast to bounced radios and intercoms --- */
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if(istype(src, /obj/item/radio/intercom))
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filter_type = 1
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var/datum/signal/signal = new
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signal.transmission_method = 2
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/* --- Try to send a normal subspace broadcast first */
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signal.data = list(
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"mob" = M, // store a reference to the mob
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"mobtype" = M.type, // the mob's type
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"race" = signal.get_race(M), // text to show next to mob in comms log console
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"realname" = real_name, // the mob's real name
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"name" = displayname, // the mob's display name
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"job" = jobname, // the mob's job
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"key" = mobkey, // the mob's key
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"vmessage" = pick(M.speak_emote), // the message to display if the voice wasn't understood
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"vname" = M.voice_name, // the name to display if the voice wasn't understood
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"vmask" = voicemask, // 1 if the mob is using a voice gas mas
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"compression" = 0, // uncompressed radio signal
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"message" = message_pieces, // the actual sent message
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"connection" = connection, // the radio connection to use
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"radio" = src, // stores the radio used for transmission
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"slow" = 0,
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"traffic" = 0,
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"type" = 0,
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"server" = null,
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"reject" = 0,
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"level" = position.z,
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"verb" = verb
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)
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signal.frequency = connection.frequency // Quick frequency set
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for(var/obj/machinery/telecomms/receiver/R in GLOB.telecomms_list)
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spawn(0)
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R.receive_signal(signal)
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sleep(rand(10,25)) // wait a little...
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if(signal.data["done"] && (position.z in signal.data["level"]))
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// we're done here.
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return 1
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// Oh my god; the comms are down or something because the signal hasn't been broadcasted yet in our level.
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// Send a mundane broadcast with limited targets:
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//THIS IS TEMPORARY. YEAH RIGHT
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if(!connection) return 0 //~Carn
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return Broadcast_Message(connection, M, voicemask, pick(M.speak_emote),
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src, message_pieces, displayname, jobname, real_name, M.voice_name,
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filter_type, signal.data["compression"], list(position.z), connection.frequency,verb)
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// If we didnt get here, oh fuck
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return FALSE
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/obj/item/radio/hear_talk(mob/M as mob, list/message_pieces, var/verb = "says")
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@@ -235,57 +235,6 @@
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rating = 4
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materials = list(MAT_METAL=80)
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// Subspace stock parts
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/obj/item/stock_parts/subspace/ansible
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name = "subspace ansible"
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icon_state = "subspace_ansible"
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desc = "A compact module capable of sensing extradimensional activity."
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origin_tech = "programming=2;magnets=2;materials=2;bluespace=1"
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materials = list(MAT_METAL=30, MAT_GLASS=10)
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/obj/item/stock_parts/subspace/filter
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name = "hyperwave filter"
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icon_state = "hyperwave_filter"
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desc = "A tiny device capable of filtering and converting super-intense radiowaves."
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origin_tech = "programming=2;magnets=2"
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materials = list(MAT_METAL=30, MAT_GLASS=10)
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/obj/item/stock_parts/subspace/amplifier
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name = "subspace amplifier"
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icon_state = "subspace_amplifier"
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desc = "A compact micro-machine capable of amplifying weak subspace transmissions."
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origin_tech = "programming=2;magnets=2;materials=2;bluespace=2"
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materials = list(MAT_METAL=30, MAT_GLASS=10)
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/obj/item/stock_parts/subspace/treatment
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name = "subspace treatment disk"
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icon_state = "treatment_disk"
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desc = "A compact micro-machine capable of stretching out hyper-compressed radio waves."
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origin_tech = "programming=2;magnets=2;materials=2;bluespace=2"
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materials = list(MAT_METAL=30, MAT_GLASS=10)
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/obj/item/stock_parts/subspace/analyzer
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name = "subspace wavelength analyzer"
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icon_state = "wavelength_analyzer"
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desc = "A sophisticated analyzer capable of analyzing cryptic subspace wavelengths."
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origin_tech = "programming=2;magnets=2;materials=2;bluespace=2"
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materials = list(MAT_METAL=30, MAT_GLASS=10)
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/obj/item/stock_parts/subspace/crystal
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name = "ansible crystal"
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icon_state = "ansible_crystal"
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desc = "A crystal made from pure glass used to transmit laser databursts to subspace."
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origin_tech = "magnets=2;materials=2;bluespace=2;plasmatech=2"
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materials = list(MAT_GLASS=50)
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/obj/item/stock_parts/subspace/transmitter
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name = "subspace transmitter"
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icon_state = "subspace_transmitter"
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desc = "A large piece of equipment used to open a window into the subspace dimension."
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origin_tech = "magnets=2;materials=2;bluespace=2"
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materials = list(MAT_METAL=50)
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/obj/item/research//Makes testing much less of a pain -Sieve
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name = "research"
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icon = 'icons/obj/stock_parts.dmi'
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