Area Power Controller ([area.name])
"
if((locked || (setup_networkapc > 1)) && (!issilicon(user) && !isAI(user)))
if (setup_networkapc < 2)
t += "(Swipe ID card to unlock inteface.)
"
else
t += "Host Connection: [src.host_id ? "OK" : "NONE"]
"
t += "Main breaker : [operating ? "On" : "Off"]
"
t += "External power : [ main_status ? (main_status ==2 ? "Good" : "Low") : "None"]
"
t += "Power cell: [cell ? "[round(cell.percent())]%" : "Not connected."]"
if(cell)
t += " ([charging ? ( charging == 1 ? "Charging" : "Fully charged" ) : "Not charging"])"
t += " ([chargemode ? "Auto" : "Off"])"
t += "
Power channels
"
var/list/L = list ("Off","Off (Auto)", "On", "On (Auto)")
t += "Equipment: [add_lspace(lastused_equip, 6)] W : [L[equipment+1]]
"
t += "Lighting: [add_lspace(lastused_light, 6)] W : [L[lighting+1]]
"
t += "Environmental:[add_lspace(lastused_environ, 6)] W : [L[environ+1]]
"
t += "
Total load: [lastused_light + lastused_equip + lastused_environ] W"
t += "
Cover lock: [coverlocked ? "Engaged" : "Disengaged"]"
else
if (!issilicon(user) && !isAI(user))
t += "(Swipe ID card to lock interface.)
"
t += "Main breaker: [operating ? "On Off" : "On Off" ]
"
t += "External power : [ main_status ? (main_status ==2 ? "Good" : "Low") : "None"]
"
if(cell)
t += "Power cell: [round(cell.percent())]%"
t += " ([charging ? ( charging == 1 ? "Charging" : "Fully charged" ) : "Not charging"])"
t += " ([chargemode ? "Off Auto" : "Off Auto"])"
else
t += "Power cell: Not connected."
t += "
Power channels
"
t += "Equipment: [add_lspace(lastused_equip, 6)] W : "
switch(equipment)
if(0)
t += "Off On Auto"
if(1)
t += "Off On Auto (Off)"
if(2)
t += "Off On Auto"
if(3)
t += "Off On Auto (On)"
t +="
"
t += "Lighting: [add_lspace(lastused_light, 6)] W : "
switch(lighting)
if(0)
t += "Off On Auto"
if(1)
t += "Off On Auto (Off)"
if(2)
t += "Off On Auto"
if(3)
t += "Off On Auto (On)"
t +="
"
t += "Environmental:[add_lspace(lastused_environ, 6)] W : "
switch(environ)
if(0)
t += "Off On Auto"
if(1)
t += "Off On Auto (Off)"
if(2)
t += "Off On Auto"
if(3)
t += "Off On Auto (On)"
t += "
Total load: [lastused_light + lastused_equip + lastused_environ] W
"
t += "
Cover lock: [coverlocked ? "Engaged" : "Disengaged"]"
if (issilicon(user) || isAI(user))
t += "
Overload lighting circuit
"
t += "
Close"
t += ""
user.Browse(t, "window=apc")
onclose(user, "apc")
return
/obj/machinery/power/apc/proc/report()
return "[area.name] : [equipment]/[lighting]/[environ] ([lastused_equip+lastused_light+lastused_environ]) : [cell? cell.percent() : "N/C"] ([charging])"
/obj/machinery/power/apc/proc/update()
if(operating && !shorted && !do_not_operate)
area.power_light = (lighting > 1)
area.power_equip = (equipment > 1)
area.power_environ = (environ > 1)
/*for (var/area/relatedArea in area)
relatedArea.power_light = (lighting > 1)
relatedArea.power_equip = (equipment > 1)
relatedArea.power_environ = (environ > 1)*/
else
area.power_light = 0
area.power_equip = 0
area.power_environ = 0
/*for (var/area/relatedArea in area)
relatedArea.power_light = 0
relatedArea.power_equip = 0
relatedArea.power_environ = 0*/
area.power_change() //Note: the power_change() for areas ALREADY deals with relatedArea. Don't put it in the loops here!!
/obj/machinery/power/apc/proc/isWireColorCut(var/wireColor)
var/wireFlag = APCWireColorToFlag[wireColor]
return ((src.apcwires & wireFlag) == 0)
/obj/machinery/power/apc/proc/isWireCut(var/wireIndex)
var/wireFlag = APCIndexToFlag[wireIndex]
return ((src.apcwires & wireFlag) == 0)
/obj/machinery/power/apc/proc/get_connection()
if(status & BROKEN) return 0
return 1
/obj/machinery/power/apc/proc/shock(mob/user, prb, bite)
if(!prob(prb))
return 0
var/net = get_connection() // find the powernet of the connected cable
if(!net) // cable is unpowered
return 0
return src.apcelectrocute(user, prb, net, bite)
/obj/machinery/power/apc/proc/apcelectrocute(mob/user, prb, netnum, bite)
if(status == 2)
return 0
if(!prob(prb))
return 0
if(!netnum) // unconnected cable is unpowered
return 0
var/prot = 1
if(ishuman(user))
var/mob/living/carbon/human/H = user
if(H.gloves && bite == 0)
var/obj/item/clothing/gloves/G = H.gloves
prot = (G.hasProperty("conductivity") ? G.getProperty("conductivity") : 1)
if (H.limbs.l_arm)
prot = min(prot,H.limbs.l_arm.siemens_coefficient)
if (H.limbs.r_arm)
prot = min(prot,H.limbs.r_arm.siemens_coefficient)
else if (issilicon(user) || isAI(user))
return 0
if(prot <= 0.29)
return 0
var/datum/effects/system/spark_spread/s = unpool(/datum/effects/system/spark_spread)
s.set_up(3, 1, src)
s.start()
var/shock_damage = 0
if(cell_type == 2500) //someone juiced up the grid enough, people going to die!
shock_damage = min(rand(70,145),rand(70,145))*prot
cell_type = cell_type - 2000
else if(cell_type >= 1750)
shock_damage = min(rand(35,110),rand(35,110))*prot
cell_type = cell_type - 1600
else if(cell_type >= 1500)
shock_damage = min(rand(30,100),rand(30,100))*prot
cell_type = cell_type - 1000
else if(cell_type >= 750)
shock_damage = min(rand(25,90),rand(25,90))*prot
cell_type = cell_type - 500
else if(cell_type >= 250)
shock_damage = min(rand(20,80),rand(20,80))*prot
cell_type = cell_type - 125
else if(cell_type >= 100)
shock_damage = min(rand(20,65),rand(20,65))*prot
cell_type = cell_type - 50
else
return 0
if (user.bioHolder.HasEffect("resist_electric") == 2)
var/healing = 0
healing = shock_damage / 3
user.HealDamage("All", healing, healing)
user.take_toxin_damage(0 - healing)
boutput(user, "