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Villagers will open and close doors when pathing through. Any failing steps now have a threshold to abandon failed pathing.

This commit is contained in:
ancientmarinerdev 2022-10-31 19:53:06 +00:00 committed by cora
parent a01c3d1342
commit 1d667c26b5
1 changed files with 182 additions and 74 deletions

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@ -2545,22 +2545,50 @@ local function go_to_pos(entity,b)
mcl_mobs:set_animation(entity, "walk") mcl_mobs:set_animation(entity, "walk")
end end
local function check_doors(self) local function interact_with_door(self, action, target)
local p = self.object:get_pos() local p = self.object:get_pos()
local t = minetest.get_timeofday() --local t = minetest.get_timeofday()
local dd = minetest.find_nodes_in_area(vector.offset(p,-1,-1,-1),vector.offset(p,1,1,1),{"group:door"}) --local dd = minetest.find_nodes_in_area(vector.offset(p,-1,-1,-1),vector.offset(p,1,1,1),{"group:door"})
for _,d in pairs(dd) do --for _,d in pairs(dd) do
local n = minetest.get_node(d) if target then
if n.name:find("_b_") then mcl_log("Door target is: ".. minetest.pos_to_string(target))
local n = minetest.get_node(target)
if n.name:find("_b_") or n.name:find("_t_") then
mcl_log("Door")
local def = minetest.registered_nodes[n.name] local def = minetest.registered_nodes[n.name]
local closed = n.name:find("_b_1") local closed = n.name:find("_b_1") or n.name:find("_t_1")
if self.state == PATHFINDING then --if self.state == PATHFINDING then
if closed and def.on_rightclick then def.on_rightclick(d,n,self) end if closed and action == "open" and def.on_rightclick then
--if not closed and def.on_rightclick then def.on_rightclick(d,n,self) end mcl_log("Open door")
else def.on_rightclick(target,n,self)
end
end if not closed and action == "close" and def.on_rightclick then
mcl_log("Close door")
def.on_rightclick(target,n,self)
end
--else
else
mcl_log("Not door")
end
else
mcl_log("no target. cannot try and open or close door")
end
--end
end
local function do_pathfind_action (self, action)
if action then
mcl_log("Action present")
local type = action["type"]
local action_val = action["action"]
local target = action["target"]
if target then
mcl_log("Target: ".. minetest.pos_to_string(target))
end
if type and type == "door" then
mcl_log("Type is door")
interact_with_door(self, action_val, target)
end end
end end
end end
@ -2569,7 +2597,11 @@ local gowp_etime = 0
local function check_gowp(self,dtime) local function check_gowp(self,dtime)
gowp_etime = gowp_etime + dtime gowp_etime = gowp_etime + dtime
if gowp_etime < 0.1 then return end
-- 0.1 is optimal.
--less frequently = villager will get sent back after passing a point.
--more frequently = villager will fail points they shouldn't they just didn't get there yet
if gowp_etime < 0.125 then return end
gowp_etime = 0 gowp_etime = 0
local p = self.object:get_pos() local p = self.object:get_pos()
@ -2597,27 +2629,41 @@ local function check_gowp(self,dtime)
end end
-- More pathing to be done -- More pathing to be done
local distance_to_current_target = 50 local distance_to_current_target = 50
if self.current_target then if self.current_target and self.current_target["pos"] then
distance_to_current_target = vector.distance(p,self.current_target) distance_to_current_target = vector.distance(p,self.current_target["pos"])
--mcl_log("current target:".. minetest.pos_to_string(self.current_target) .. ", Current target distance: ".. tostring(distance_to_current_target))
end end
-- 1.6 is good but fails more than it should. Maybe 1.7 -- 0.6 is working but too sensitive. sends villager back too frequently. 0.7 is quite good, but not with heights
if self.waypoints and #self.waypoints > 0 and ( not self.current_target or distance_to_current_target < 1.7 ) then -- 0.8 is optimal for 0.025 frequency checks and also 1... Actually. 0.8 is winning
-- 0.9 and 1.0 is also good. Stick with unless door open or closing issues
if self.waypoints and #self.waypoints > 0 and ( not self.current_target or not self.current_target["pos"] or distance_to_current_target < 1 ) then
-- We have waypoints, and no current target, or we're at it. We need a new current_target. -- We have waypoints, and no current target, or we're at it. We need a new current_target.
do_pathfind_action (self, self.current_target["action"])
local failed_attempts = self.current_target["failed_attempts"]
mcl_log("There after " .. failed_attempts .. " failed attempts. current target:".. minetest.pos_to_string(self.current_target["pos"]) .. ". Distance: " .. distance_to_current_target)
self.current_target = table.remove(self.waypoints, 1) self.current_target = table.remove(self.waypoints, 1)
mcl_log("There. current target:".. minetest.pos_to_string(self.current_target) .. ". Distance: " .. distance_to_current_target) go_to_pos(self, self.current_target["pos"])
--mcl_log("type:".. type(self.current_target) )
go_to_pos(self,self.current_target)
return return
elseif self.current_target then elseif self.current_target and self.current_target["pos"] then
-- No waypoints left, but have current target. Potentially last waypoint to go to. -- No waypoints left, but have current target. Potentially last waypoint to go to.
self.current_target["failed_attempts"] = self.current_target["failed_attempts"] + 1
local failed_attempts = self.current_target["failed_attempts"]
if failed_attempts >= 20 then
mcl_log("Failed to reach position too many times. Abandon route. Times tried: " .. failed_attempts)
self.state = "stand"
self.current_target = nil
self.waypoints = nil
self._target = nil
self.object:set_velocity({x = 0, y = 0, z = 0})
self.object:set_acceleration({x = 0, y = 0, z = 0})
return
end
mcl_log("Not there... pos: ".. minetest.pos_to_string(p) .. "self.current_target: ".. minetest.pos_to_string(self.current_target) .. ". Distance: ".. distance_to_current_target) mcl_log("Not at pos with failed attempts ".. failed_attempts ..": ".. minetest.pos_to_string(p) .. "self.current_target: ".. minetest.pos_to_string(self.current_target["pos"]) .. ". Distance: ".. distance_to_current_target)
go_to_pos(self,self.current_target) go_to_pos(self, self.current_target["pos"])
-- Do i just delete current_target, and return so we can find final path. -- Do i just delete current_target, and return so we can find final path.
else else
-- Not at target, no current waypoints or current_target. Through the door and should be able to path to target. -- Not at target, no current waypoints or current_target. Through the door and should be able to path to target.
@ -2635,50 +2681,32 @@ local function check_gowp(self,dtime)
end end
end end
--if self.current_target and not minetest.line_of_sight(self.object:get_pos(),self.current_target) then -- I don't think we need the following anymore, but test first.
if self.current_target and (self.waypoints and #self.waypoints == 0) then -- Maybe just need something to path to target if no waypoints left
if self.current_target and self.current_target["pos"] and (self.waypoints and #self.waypoints == 0) then
local updated_p = self.object:get_pos() local updated_p = self.object:get_pos()
local distance_to_cur_targ = vector.distance(updated_p,self.current_target) local distance_to_cur_targ = vector.distance(updated_p,self.current_target["pos"])
mcl_log("Distance to current target: ".. tostring(distance_to_cur_targ)) mcl_log("Distance to current target: ".. tostring(distance_to_cur_targ))
mcl_log("Current p: ".. minetest.pos_to_string(updated_p)) mcl_log("Current p: ".. minetest.pos_to_string(updated_p))
--if not minetest.line_of_sight(self.object:get_pos(),self._target) then
-- 1.6 is good. is 1.9 better? It could fail less, but will it path to door when it isn't after door -- 1.6 is good. is 1.9 better? It could fail less, but will it path to door when it isn't after door
if distance_to_cur_targ > 1.9 then if distance_to_cur_targ > 1.9 then
mcl_log("not close to current target: ".. minetest.pos_to_string(self.current_target)) mcl_log("not close to current target: ".. minetest.pos_to_string(self.current_target["pos"]))
go_to_pos(self,self._current_target) go_to_pos(self,self._current_target)
else else
mcl_log("close to current target: ".. minetest.pos_to_string(self.current_target)) mcl_log("close to current target: ".. minetest.pos_to_string(self.current_target["pos"]))
self.current_target = nil self.current_target = nil
--go_to_pos(self,self._target)
--self.waypoints=minetest.find_path(updated_p,self._target,150,1,4)
--if not self.waypoints then
--mcl_log("Give up ")
--self.state = "walk"
--end --give up
end end
--self.waypoints=minetest.find_path(p,self._target,150,1,4)
--if not self.waypoints then
--mcl_log("Give up ")
--self.state = "walk"
--end --give up
--self.current_target = nil
return return
end end
--if not self.current_target then
--mcl_log("no path. Give up")
--self.state = "walk"
--end
end end
-- execute current state (stand, walk, run, attacks) -- execute current state (stand, walk, run, attacks)
-- returns true if mob has died -- returns true if mob has died
local do_states = function(self, dtime) local do_states = function(self, dtime)
if self.can_open_doors then check_doors(self) end --if self.can_open_doors then check_doors(self) end
local yaw = self.object:get_yaw() or 0 local yaw = self.object:get_yaw() or 0
@ -3284,6 +3312,73 @@ function append_paths (wp1, wp2)
mcl_log("End append") mcl_log("End append")
end end
local function output_enriched (wp_out)
mcl_log("Output enriched path")
local i = 0
for _,outy in pairs (wp_out) do
i = i + 1
mcl_log("Pos ".. i ..":" .. minetest.pos_to_string(outy["pos"]))
local action = outy["action"]
if action then
mcl_log("type: " .. action["type"])
mcl_log("action: " .. action["action"])
mcl_log("target: " .. minetest.pos_to_string(action["target"]))
end
mcl_log("failed attempts: " .. outy["failed_attempts"])
end
end
-- This function will take a list of paths, and enrich it with:
-- a var for failed attempts
-- an action, such as to open or close a door where we know that pos requires that action
local function generate_enriched_path(wp_in, door_open_pos, door_close_pos, cur_door_pos)
local wp_out = {}
for i, cur_pos in pairs(wp_in) do
local action = nil
local one_down = vector.new(0,-1,0)
local cur_pos_to_add = vector.add(cur_pos, one_down)
if door_open_pos and vector.equals (cur_pos, door_open_pos) then
mcl_log ("Door open match")
--action = {type = "door", action = "open"}
action = {}
action["type"] = "door"
action["action"] = "open"
action["target"] = cur_door_pos
cur_pos_to_add = vector.add(cur_pos, one_down)
elseif door_close_pos and vector.equals(cur_pos, door_close_pos) then
mcl_log ("Door close match")
--action = {type = "door", action = "closed"}
action = {}
action["type"] = "door"
action["action"] = "close"
action["target"] = cur_door_pos
cur_pos_to_add = vector.add(cur_pos, one_down)
elseif cur_door_pos and vector.equals(cur_pos, cur_door_pos) then
mcl_log("Current door pos")
cur_pos_to_add = vector.add(cur_pos, one_down)
action = {}
action["type"] = "door"
action["action"] = "open"
action["target"] = cur_door_pos
else
cur_pos_to_add = cur_pos
mcl_log ("Pos doesn't match")
end
wp_out[i] = {}
wp_out[i]["pos"] = cur_pos_to_add
wp_out[i]["failed_attempts"] = 0
wp_out[i]["action"] = action
--wp_out[i] = {"pos" = cur_pos, "failed_attempts" = 0, "action" = action}
--output_pos(cur_pos, i)
end
output_enriched(wp_out)
return wp_out
end
local plane_adjacents = { local plane_adjacents = {
vector.new(1,0,0), vector.new(1,0,0),
vector.new(-1,0,0), vector.new(-1,0,0),
@ -3294,49 +3389,48 @@ local plane_adjacents = {
-- This function is used to see if we can path. We could use to check a route, rather than making people move. -- This function is used to see if we can path. We could use to check a route, rather than making people move.
local function calculate_path_through_door (p, t, target) local function calculate_path_through_door (p, t, target)
-- target is the same as t, just 1 square difference. Maybe we don't need target -- target is the same as t, just 1 square difference. Maybe we don't need target
mcl_log("Plot route from mob: " .. minetest.pos_to_string(p) .. ", to target: " .. minetest.pos_to_string(t)) mcl_log("Plot route from mob: " .. minetest.pos_to_string(p) .. ", to target: " .. minetest.pos_to_string(t))
local wp = minetest.find_path(p,t,150,1,4) local enriched_path = nil
local cur_door_pos = nil
local pos_closest_to_door = nil
local other_side_of_door = nil
--Path to door first --Path to door first
local wp = minetest.find_path(p,t,150,1,4)
if not wp then if not wp then
--mcl_log("gowp. no wp. Look for door") mcl_log("No direct path. Path through door")
local cur_door_pos = minetest.find_node_near(target,16,{"group:door"}) local cur_door_pos = minetest.find_node_near(target,16,{"group:door"})
if cur_door_pos then if cur_door_pos then
mcl_log("Found a door near: " .. minetest.pos_to_string(cur_door_pos))
--mcl_log("Found a door near")
for _,v in pairs(plane_adjacents) do for _,v in pairs(plane_adjacents) do
local pos = vector.add(cur_door_pos,v) pos_closest_to_door = vector.add(cur_door_pos,v)
local n = minetest.get_node(pos) local n = minetest.get_node(pos_closest_to_door)
if n.name == "air" then if n.name == "air" then
wp = minetest.find_path(p,pos,150,1,4) wp = minetest.find_path(p,pos_closest_to_door,150,1,4)
if wp then if wp then
mcl_log("Found a path to next to door".. minetest.pos_to_string(pos)) mcl_log("Found a path to next to door".. minetest.pos_to_string(pos_closest_to_door))
local other_side_of_door = vector.add(cur_door_pos,-v) other_side_of_door = vector.add(cur_door_pos,-v)
mcl_log("Opposite is: ".. minetest.pos_to_string(other_side_of_door)) mcl_log("Opposite is: ".. minetest.pos_to_string(other_side_of_door))
--table.insert(wp, other_side_of_door)
local wp_otherside_door_to_target = minetest.find_path(other_side_of_door,t,150,1,4) local wp_otherside_door_to_target = minetest.find_path(other_side_of_door,t,150,1,4)
if wp_otherside_door_to_target and #wp_otherside_door_to_target > 0 then if wp_otherside_door_to_target and #wp_otherside_door_to_target > 0 then
table.insert(wp, cur_door_pos) table.insert(wp, cur_door_pos)
append_paths (wp, wp_otherside_door_to_target) append_paths (wp, wp_otherside_door_to_target)
enriched_path = generate_enriched_path(wp, pos_closest_to_door, other_side_of_door, cur_door_pos)
mcl_log("We have a path from outside door to target") mcl_log("We have a path from outside door to target")
return wp
else else
mcl_log("We cannot path from outside door to target") mcl_log("We cannot path from outside door to target")
end end
break break
else else
--mcl_log("This block next to door doesn't work.") mcl_log("This block next to door doesn't work.")
end end
else else
--mcl_log("Block is not air, it is: ".. n.name) mcl_log("Block is not air, it is: ".. n.name)
end end
end end
@ -3345,13 +3439,17 @@ local function calculate_path_through_door (p, t, target)
end end
else else
mcl_log("We have a direct route") mcl_log("We have a direct route")
return wp
end end
if wp and not enriched_path then
enriched_path = generate_enriched_path(wp)
end
return enriched_path
end end
local gopath_last = os.time() local gopath_last = os.time()
function mcl_mobs:gopath(self,target,callback_arrived) function mcl_mobs:gopath(self,target,callback_arrived)
if self.state == PATHFINDING then mcl_log("Already set as gowp, don't set another path until done.") return end if self.state == PATHFINDING then mcl_log("Already pathfinding, don't set another until done.") return end
if os.time() - gopath_last < 5 then if os.time() - gopath_last < 5 then
mcl_log("Not ready to path yet") mcl_log("Not ready to path yet")
@ -3367,16 +3465,26 @@ function mcl_mobs:gopath(self,target,callback_arrived)
local wp = calculate_path_through_door(p, t, target) local wp = calculate_path_through_door(p, t, target)
if not wp then if not wp then
mcl_log("WP empty") mcl_log("Could not calculate path")
end end
output_table(wp) --output_table(wp)
if wp and #wp > 0 then if wp and #wp > 0 then
self._target = t self._target = t
self.callback_arrived = callback_arrived self.callback_arrived = callback_arrived
local current_location = table.remove(wp,1) local current_location = table.remove(wp,1)
mcl_log("Removing first co-ord? " .. tostring(current_locaion)) if current_location and current_location["pos"] then
--self.current_target mcl_log("Removing first co-ord? " .. tostring(current_location["pos"]))
else
mcl_log("Nil pos")
end
--current_location = table.remove(wp,1)
--if current_location and current_location["pos"] then
-- mcl_log("Removing first co-ord? " .. tostring(current_location["pos"]))
--else
-- mcl_log("Nil pos")
--end
self.current_target = current_location
self.waypoints = wp self.waypoints = wp
self.state = PATHFINDING self.state = PATHFINDING
return true return true