This commit is contained in:
root 2021-10-27 12:39:35 +02:00
parent a9bba98e20
commit c0ae3551fe
13 changed files with 235 additions and 62 deletions

View file

@ -75,6 +75,13 @@ advtrains.register_wagon(name, prototype, description, inventory_image)
^- Getting on by walking in then takes effect.
^- Positive values mean front, negative ones back. Resulting position is automatically shifted to the right side.
coupler_types_front = {scharfenberg=true},
coupler_types_back = {chain=true},
^- Defines the available coupler types on this wagon on the front and back side. Wagon will only couple to wagons that have a matching coupler. (this property does not have any visual impact)
^- Default: not given (nil) - causes the wagon to couple to any other wagon regardless of coupler type.
^- Empty table ({}): This wagon does not couple to any other wagon (e.g. for Linetrack vehicles)
^- Register coupler types using ''advtrains.register_coupler_type(type, name)''. advtrains defines the default types "chain" (Buffer and Chain) and "scharfenberg" (Scharfenberg coupler).
wagon_span=2,
^- How far this wagon extends from its base position. Is the half of the wagon length.
^- Used to determine in which distance the other wagons have to be positioned. Will require tweaking.

View file

@ -199,10 +199,16 @@ local matchptn={
return #match+1
end,
["B([0-9]+)"]=function(id, train, match)
if train.velocity>tonumber(match) then
train.atc_brake_target=tonumber(match)
if not train.tarvelocity or train.tarvelocity>train.atc_brake_target then
train.tarvelocity=train.atc_brake_target
local btar = tonumber(match)
if train.velocity>btar then
train.atc_brake_target=btar
if not train.tarvelocity or train.tarvelocity>btar then
train.tarvelocity=btar
end
else
-- independent of brake target, must make sure that tarvelocity is not greater than it
if train.tarvelocity and train.tarvelocity>btar then
train.tarvelocity=btar
end
end
return #match+1
@ -267,6 +273,10 @@ local matchptn={
advtrains.interlocking.ars_set_disable(train, match=="0")
return 2
end,
["Cpl"]=function(id, train)
train.atc_wait_autocouple=true
return 3
end,
}
eval_conditional = function(command, arrow, speed)
@ -358,11 +368,13 @@ function atc.execute_atc_command(id, train)
local match=string.match(command, "^"..pattern)
if match then
local patlen=func(id, train, match)
atprint("Executing: "..string.sub(command, 1, patlen))
--atdebug("Executing: "..string.sub(command, 1, patlen))
--atdebug("Train ATC State: tvel=",train.tarvelocity,"brktar=",train.atc_brake_target,"delay=",train.atc_delay,"wfinish=",train.atc_wait_finish,"wacpl=",train.atc_wait_autocouple)
train.atc_command=string.sub(command, patlen+1)
if train.atc_delay<=0 and not train.atc_wait_finish then
if train.atc_delay<=0
and not train.atc_wait_finish
and not train.atc_wait_autocouple then
--continue (recursive, cmds shouldn't get too long, and it's a end-recursion.)
atc.execute_atc_command(id, train)
end

View file

@ -11,17 +11,24 @@
-- When the initiating train has autocouple set, trains are immediately coupled
-- When not, a couple entity is spawned and coupling commences on click
-- Coupling MUST preserve the train ID of the initiating train, so it is done like this:
-- initiating train is reversed
-- stationary train is reversed if required, so that it points towards the initiating train
-- do_connect_trains(initiating, stationary)
-- As a result, the coupled train is reversed in direction. Alternative way of doing things (might be considered later):
-- stationary train is reversed if required, so that it points away from the initiating train
-- index of initiating train is set so that it matches the front pos of stationary train
-- wagons of stationary train are inserted at the beginning of initiating train
-- remove stationary train
-- wagons of stationary train are inserted at the beginning of initiating train (considers direction of stat_train and inserts reverse if required)
-- train.couple_* contain references to ObjectRefs of couple objects, which contain all relevant information
-- These objectRefs will delete themselves once the couples no longer match (see below)
advtrains.coupler_types = {}
function advtrains.register_coupler_type(code, name)
advtrains.coupler_types[code] = name
end
-- Register some default couplers
advtrains.register_coupler_type("chain", attrans("Buffer and Chain Coupler"))
advtrains.register_coupler_type("scharfenberg", attrans("Scharfenberg Coupler"))
local function create_couple_entity(pos, train1, t1_is_front, train2, t2_is_front)
local id1 = train1.id
local id2 = train2.id
@ -142,13 +149,21 @@ end
-- Called from train_step_b() when the current train (init_train) just stopped at one of the end indices of another train (stat_train)
-- Depending on autocouple, either couples immediately or spawns a couple entity
function advtrains.couple_initiate_with(init_train, stat_train, stat_is_front)
--atdebug("Initiating couplign between init=",init_train.id,"stat=",stat_train.id,"backside=",stat_is_backside)
if init_train.autocouple then
advtrains.couple_trains(init_train, true, stat_train, stat_is_front)
else
local pos = advtrains.path_get_interpolated(init_train, init_train.index)
create_couple_entity(pos, init_train, true, stat_train, stat_is_front)
--atdebug("Couple init autocouple=",init_train.autocouple,"atc_w_acpl=",init_train.atc_wait_autocouple)
if init_train.autocouple or init_train.atc_wait_autocouple then
local cplmatch, msg = advtrains.check_matching_coupler_types(init_train, true, stat_train, stat_is_front)
if cplmatch then
advtrains.couple_trains(init_train, false, stat_train, stat_is_front)
-- clear atc couple waiting blocker
init_train.atc_wait_autocouple = nil
return
end
end
-- get here if either autocouple is not on or couples dont match
local pos = advtrains.path_get_interpolated(init_train, init_train.index)
create_couple_entity(pos, init_train, true, stat_train, stat_is_front)
-- clear ATC command on collision
advtrains.atc.train_reset_command(init_train)
end
@ -177,54 +192,145 @@ function advtrains.safe_couple_trains(train1, t1_is_front, train2, t2_is_front,
wck_t2 = check_twagon_owner(train2, t2_is_front, pname)
end
if (wck_t1 or wck_t2) or not pname then
advtrains.couple_trains(train1, t1_is_front, train2, t2_is_front)
local cplmatch, msg = advtrains.check_matching_coupler_types(train1, t1_is_front, train2, t2_is_front)
if cplmatch then
advtrains.couple_trains(train1, not t1_is_front, train2, t2_is_front)
else
minetest.chat_send_player(pname, msg)
end
end
end
-- Actually performs the train coupling. Always retains train ID of train1
function advtrains.couple_trains(train1, t1_is_front, train2, t2_is_front)
--atdebug("Couple trains init=",init_train.id,"stat=",stat_train.id,"statreverse=",stat_must_reverse)
-- see comment on top of file
if t1_is_front then
advtrains.invert_train(train1.id)
end
if not t2_is_front then
advtrains.invert_train(train2.id)
end
function advtrains.couple_trains(init_train, invert_init_train, stat_train, stat_train_opposite)
--atdebug("Couple trains init=",init_train.id,"initinv=",invert_init_train,"stat=",stat_train.id,"statreverse=",stat_train_opposite)
advtrains.do_connect_trains(train1, train2)
end
-- Adds the wagons of first to second and deletes second_id afterwards
-- Assumes that second_id stands right behind first_id and both trains point to the same direction
function advtrains.do_connect_trains(first, second)
if not advtrains.train_ensure_init(first.id, first) then
atwarn("Coupling: first train",first.id,"is not initialized! Operation aborted!")
if not advtrains.train_ensure_init(init_train.id, init_train) then
atwarn("Coupling: initiating train",init_train.id,"is not initialized! Operation aborted!")
return
end
if not advtrains.train_ensure_init(second.id, second) then
atwarn("Coupling: second train",second.id,"is not initialized! Operation aborted!")
if not advtrains.train_ensure_init(stat_train.id, stat_train) then
atwarn("Coupling: stationary train",stat_train.id,"is not initialized! Operation aborted!")
return
end
local first_wagoncnt=#first.trainparts
local second_wagoncnt=#second.trainparts
for _,v in ipairs(second.trainparts) do
table.insert(first.trainparts, v)
-- only used with the couple entity
if invert_init_train then
advtrains.invert_train(init_train.id)
end
advtrains.remove_train(second.id)
local itp = init_train.trainparts
local init_wagoncnt = #itp
local stp = stat_train.trainparts
local stat_wagoncnt = #stp
local stat_trainlen = stat_train.trainlen -- save the train length of stat train, to be added to index
first.velocity = 0
if stat_train_opposite then
-- insert wagons in inverse order and set their wagon_flipped state
for i=1,stat_wagoncnt do
table.insert(itp, 1, stp[i])
local wdata = advtrains.wagons[stp[i]]
if wdata then
wdata.wagon_flipped = not wdata.wagon_flipped
else
atwarn("While coupling, wagon",stp[i],"of stationary train",stat_train.id,"not found!")
end
end
else
--insert wagons in normal order
for i=stat_wagoncnt,1,-1 do
table.insert(itp, 1, stp[i])
end
end
advtrains.update_trainpart_properties(first.id)
advtrains.couple_invalidate(first)
-- TODO: migrate some of the properties from stat_train to init_train?
advtrains.remove_train(stat_train.id)
-- Set train index forward
init_train.index = advtrains.path_get_index_by_offset(init_train, init_train.index, stat_trainlen)
advtrains.update_trainpart_properties(init_train.id)
advtrains.couple_invalidate(init_train)
return true
end
-- Couple types matching check
-- returns: true, nil if OK
-- false, errmsg if there is an error
function advtrains.check_matching_coupler_types(t1, t1_front, t2, t2_front)
-- 1. get wagons
local t1_wid
if t1_front then
t1_wid = t1.trainparts[1]
else
t1_wid = t1.trainparts[#t1.trainparts]
end
local t2_wid
if t2_front then
t2_wid = t2.trainparts[1]
else
t2_wid = t2.trainparts[#t2.trainparts]
end
--atdebug("CMCT: t1_wid",t1_wid,"t2_wid",t2_wid,"")
if not t1_wid or not t2_wid then
return false, "Unable to retrieve wagons from train"--note: no translation needed, case should not occur
end
local t1_wagon = advtrains.wagons[t1_wid]
local t2_wagon = advtrains.wagons[t2_wid]
if not t1_wagon or not t2_wagon then
return false, "At least one of wagons "..t1_wagon.." or "..t2_wagon.." does not exist"--note: no translation needed, case should not occur
end
-- these calls do not fail, they may return placeholder - doesn't matter
local _,t1_wpro = advtrains.get_wagon_prototype(t1_wagon)
local _,t2_wpro = advtrains.get_wagon_prototype(t2_wagon)
-- get correct couplers table (front/back)
local t1_cplt
if not t1_front == not t1_wagon.wagon_flipped then --fancy XOR
t1_cplt = t1_wpro.coupler_types_back
else
t1_cplt = t1_wpro.coupler_types_front
end
local t2_cplt
if not t2_front == not t2_wagon.wagon_flipped then --fancy XOR
t2_cplt = t2_wpro.coupler_types_back
else
t2_cplt = t2_wpro.coupler_types_front
end
--atdebug("CMCT: t1",t1_cplt,"t2",t2_cplt,"")
-- if at least one of the trains has no couplers table, it always couples (fallback behavior and mode for universal shunters)
if not t1_cplt or not t2_cplt then
return true
end
-- have common coupler?
for typ,_ in pairs(t1_cplt) do
if t2_cplt[typ] then
--atdebug("CMCT: Matching type",typ)
return true
end
end
--no match, give user an info
local t1_cplhr, t2_cplhr = {},{}
for typ,_ in pairs(t1_cplt) do
table.insert(t1_cplhr, advtrains.coupler_types[typ] or typ)
end
if #t1_cplhr==0 then t1_cplhr[1]=attrans("<none>") end
for typ,_ in pairs(t2_cplt) do
table.insert(t2_cplhr, advtrains.coupler_types[typ] or typ)
end
if #t2_cplhr==0 then t2_cplhr[1]=attrans("<none>") end
return false, attrans("Can not couple: The couplers of the trains do not match (@1 and @2).", table.concat(t1_cplhr, ","), table.concat(t2_cplhr, ","))
end
-- DECOUPLING --
function advtrains.split_train_at_fc(train, count_empty, length_limit)

View file

@ -468,7 +468,7 @@ advtrains.avt_save = function(remove_players_from_wagons)
"atc_brake_target", "atc_wait_finish", "atc_command", "atc_delay", "door_open",
"text_outside", "text_inside", "line", "routingcode",
"il_sections", "speed_restriction", "is_shunt",
"points_split", "autocouple", "ars_disable",
"points_split", "autocouple", "atc_wait_autocouple", "ars_disable",
})
--then save it
tmp_trains[id]=v

View file

@ -70,3 +70,8 @@ This track can not be removed!=Diese Schiene kann nicht entfernt werden!
Position is occupied by a train.=Ein Zug steht an dieser Position.
There's a Track Circuit Break here.=Hier ist eine Gleisabschnittsgrenze (TCB).
There's a Signal Influence Point here.=Hier ist ein Signal-Beeinflussungspunkt.
Buffer and Chain Coupler=Schraubenkupplung
Scharfenberg Coupler=Scharfenbergkupplung
Japanese Train Inter-Wagon Connection=Waggonzwischenverbindung Japanischer Personenzug
Can not couple: The couplers of the trains do not match (@1 and @2).=Kann nicht ankuppeln: Die Kupplungen der Züge passen nicht zueinander (@1 und @2)
<none>=<keine>

View file

@ -418,9 +418,11 @@ function advtrains.train_step_b(id, train, dtime)
ctrl_lever = userc
else
if train.atc_command then
if (not train.atc_delay or train.atc_delay<=0) and not train.atc_wait_finish then
if (not train.atc_delay or train.atc_delay<=0)
and not train.atc_wait_finish
and not train.atc_wait_autocouple then
advtrains.atc.execute_atc_command(id, train)
else
elseif train.atc_delay and train.atc_delay > 0 then
train.atc_delay=train.atc_delay-dtime
end
elseif train.atc_delay then
@ -711,12 +713,15 @@ function advtrains.train_step_c(id, train, dtime)
if train.ontrack_collision_info then
train.velocity = 0
train.acceleration = 0
advtrains.atc.train_reset_command(train)
--advtrains.atc.train_reset_command(train) will occur in couple_initiate_with if required
local otrn = advtrains.trains[train.ontrack_collision_info.otid]
if otrn.velocity == 0 then -- other train must be standing, else don't initiate coupling
advtrains.couple_initiate_with(train, otrn, not train.ontrack_collision_info.same_dir)
else
-- other collision - stop any ATC control
advtrains.atc.train_reset_command(train)
end
train.ontrack_collision_info = nil

View file

@ -133,9 +133,11 @@ function advtrains.interlocking.ars_check(sigd, train)
local tcbs = il.db.get_tcbs(sigd)
if not tcbs or not tcbs.routes then return end
if tcbs.ars_disabled then
if tcbs.ars_disabled or tcbs.ars_ignore_next then
-- No-ARS mode of signal.
-- ignore...
-- Note: ars_ignore_next is set by signalling formspec when route is cancelled
tcbs.ars_ignore_next = nil
return
end

View file

@ -723,11 +723,17 @@ minetest.register_on_player_receive_fields(function(player, formname, fields)
connid = tonumber(connids)
if not connid or connid<1 or connid>2 then return end
end
if pos and connid and not fields.quit then
if pos and connid then
local sigd = {p=pos, s=connid}
local tcbs = ildb.get_tcbs(sigd)
if not tcbs then return end
if fields.quit then
-- form quit: disable temporary ARS ignore
tcbs.ars_ignore_next = nil
return
end
local sel_rte
if fields.rtelist then
local tev = minetest.explode_textlist_event(fields.rtelist)
@ -740,7 +746,7 @@ minetest.register_on_player_receive_fields(function(player, formname, fields)
end
if tcbs.routeset and fields.cancelroute then
if tcbs.routes[tcbs.routeset] and tcbs.routes[tcbs.routeset].ars then
tcbs.ars_disabled = true
tcbs.ars_ignore_next = true
end
-- if route committed, cancel route ts info
ilrs.update_route(sigd, tcbs, nil, true)
@ -749,6 +755,7 @@ minetest.register_on_player_receive_fields(function(player, formname, fields)
if fields.newroute and hasprivs then
advtrains.interlocking.init_route_prog(pname, sigd)
minetest.close_formspec(pname, formname)
tcbs.ars_ignore_next = nil
return
end
if sel_rte and tcbs.routes[sel_rte] then

View file

@ -51,6 +51,10 @@ Kick all passengers out of the trains
This command kicks all passengers (non-driving players) off the train. This command works only
if the train is stopped and its doors are open.
Cpl
Temporarily switch the train to "Autocouple" mode and wait for coupling.
This command makes the train continue at its current speed until it hits another standing wagon or train. Then, it couples to this train and ATC command execution continues.
# conditional statements:
I<condition><code>;

View file

@ -29,6 +29,8 @@ advtrains.register_wagon("engine_industrial", {
},
},
assign_to_seat_group = {"dstand"},
coupler_types_front = {chain=true},
coupler_types_back = {chain=true},
visual_size = {x=1, y=1},
wagon_span=2.6,
is_locomotive=true,
@ -66,6 +68,8 @@ advtrains.register_wagon("engine_industrial_big", {
},
},
assign_to_seat_group = {"dstand"},
coupler_types_front = {chain=true},
coupler_types_back = {chain=true},
visual_size = {x=1, y=1},
wagon_span=4,
is_locomotive=true,
@ -79,6 +83,8 @@ advtrains.register_wagon("wagon_tank", {
seats = {},
drives_on={default=true},
max_speed=20,
coupler_types_front = {chain=true},
coupler_types_back = {chain=true},
visual_size = {x=1, y=1},
wagon_span=2.2,
collisionbox = {-1.0,-0.5,-1.0, 1.0,2.5,1.0},
@ -95,6 +101,8 @@ advtrains.register_wagon("wagon_wood", {
seats = {},
drives_on={default=true},
max_speed=20,
coupler_types_front = {chain=true},
coupler_types_back = {chain=true},
visual_size = {x=1, y=1},
wagon_span=1.8,
collisionbox = {-1.0,-0.5,-1.0, 1.0,2.5,1.0},

View file

@ -1,5 +1,8 @@
local S = attrans
-- note: scharfenberg coupler is defined in advtrains core
advtrains.register_coupler_type("train_japan_interwagon", attrans("Japanese Train Inter-Wagon Connection"))
advtrains.register_wagon("engine_japan", {
mesh="advtrains_engine_japan.b3d",
textures = {"advtrains_engine_japan.png"},
@ -61,6 +64,8 @@ advtrains.register_wagon("engine_japan", {
[1]={frames={x=60, y=80}, time=1}
}
},
coupler_types_front = {scharfenberg=true},
coupler_types_back = {train_japan_interwagon=true},
door_entry={-1.7},
visual_size = {x=1, y=1},
wagon_span=2.5,
@ -131,6 +136,8 @@ advtrains.register_wagon("wagon_japan", {
[1]={frames={x=60, y=80}, time=1}
}
},
coupler_types_front = {train_japan_interwagon=true},
coupler_types_back = {train_japan_interwagon=true},
door_entry={-1.7, 1.7},
visual_size = {x=1, y=1},
wagon_span=2.3,

View file

@ -31,6 +31,8 @@ advtrains.register_wagon("newlocomotive", {
},
},
assign_to_seat_group = {"dstand"},
coupler_types_front = {chain=true},
coupler_types_back = {chain=true},
visual_size = {x=1, y=1},
wagon_span=2.3,
collisionbox = {-1.0,-0.5,-1.0, 1.0,2.5,1.0},
@ -100,6 +102,8 @@ advtrains.register_wagon("detailed_steam_engine", {
},
},
assign_to_seat_group = {"dstand"},
coupler_types_front = {chain=true},
coupler_types_back = {chain=true},
visual_size = {x=1, y=1},
wagon_span=2.05,
collisionbox = {-1.0,-0.5,-1.0, 1.0,2.5,1.0},
@ -193,6 +197,8 @@ advtrains.register_wagon("wagon_default", {
},
assign_to_seat_group = {"pass"},
coupler_types_front = {chain=true},
coupler_types_back = {chain=true},
visual_size = {x=1, y=1},
wagon_span=2.634,
collisionbox = {-1.0,-0.5,-1.0, 1.0,2.5,1.0},
@ -206,6 +212,8 @@ advtrains.register_wagon("wagon_box", {
drives_on={default=true},
max_speed=10,
seats = {},
coupler_types_front = {chain=true},
coupler_types_back = {chain=true},
visual_size = {x=1, y=1},
wagon_span=2,
collisionbox = {-1.0,-0.5,-1.0, 1.0,2.5,1.0},

View file

@ -51,6 +51,8 @@ advtrains.register_wagon("subway_wagon", {
},
},
assign_to_seat_group = {"pass", "dstand"},
coupler_types_front = {chain=true},
coupler_types_back = {chain=true},
doors={
open={
[-1]={frames={x=0, y=20}, time=1},