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world_regrowth_pp
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- Optimized event based regrowth algorithm - entities will be more compact instead of purely random in case of failure. 

- Excluded non-craftable structures from the structure check, i.e. entities can spawn near beehives/ancient statues/mermhouses now.
This commit is contained in:
secXsQuared 2018-02-01 06:33:38 -05:00
parent dfa3e57bc9
commit 0e019aff63
5 changed files with 197 additions and 152 deletions
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2
src/modinfo.lua
View File

@ -71,7 +71,7 @@ local config_table =
{"spiderden","Spider Den",REGROWTH_TYPE.EVENT, 6},
{"catcoonden","Hollow Stump",REGROWTH_TYPE.EVENT, 4},
{"rabbithouse","Rabbit Hutch",REGROWTH_TYPE.EVENT, 4},
{"monkeypods","Splumonkey Pod",REGROWTH_TYPE.EVENT, 4},
{"monkeybarrel","Splumonkey Pod",REGROWTH_TYPE.EVENT, 4},
{"slurtlehole", "Slurtle Mound", REGROWTH_TYPE.EVENT, 4},
{"tallbirdnest", "Tallbird Nest", REGROWTH_TYPE.EVENT, 4},

2
src/modmain.lua
View File

@ -59,7 +59,7 @@ local config_table =
{"spiderden","Spider Den",REGROWTH_TYPE.EVENT, 6},
{"catcoonden","Hollow Stump",REGROWTH_TYPE.EVENT, 4},
{"rabbithouse","Rabbit Hutch",REGROWTH_TYPE.EVENT, 4},
{"monkeypods","Splumonkey Pod",REGROWTH_TYPE.EVENT, 4},
{"monkeybarrel","Splumonkey Pod",REGROWTH_TYPE.EVENT, 4},
{"slurtlehole", "Slurtle Mound", REGROWTH_TYPE.EVENT, 4},
{"tallbirdnest", "Tallbird Nest", REGROWTH_TYPE.EVENT, 4},

167
src/scripts/components/event_regrowth.lua
View File

@ -11,6 +11,7 @@ return Class(function(self, inst)
assert(inst.ismastersim, "event_regrowth should not exist on client")
require "map/terrain"
require "wrpp_util"
--------------------------------------------------------------------------
--[[ Constants ]]
@ -18,18 +19,11 @@ return Class(function(self, inst)
local DEBUG = false
local DEBUG_TELE = false
local UPDATE_PERIOD = 9
local BASE_RADIUS = 20
local EXCLUDE_RADIUS = 2
local JITTER_RADIUS = 6
local TOTAL_RADIUS = 1000
local MIN_PLAYER_DISTANCE = 40
local MAX_RADIUS = 1000
local INC_RADIUS = BASE_RADIUS / 2
local THREADS_PER_BATCH = 3
local THREADS_PER_BATCH_HOOK = 5
local REGROW_STATUS = {
SUCCESS = 0,
FAILED = 1,
CACHE = 2,
}
--------------------------------------------------------------------------
--[[ Member variables ]]
@ -53,104 +47,46 @@ return Class(function(self, inst)
end
local position = ent:GetPosition()
entity_list[ent.prefab][#entity_list[ent.prefab]+1] = {position = position, interval = regrowth_table[ent.prefab].interval, remove=false}
entity_list[ent.prefab][#entity_list[ent.prefab]+1] =
{
position = position,
interval = regrowth_table[ent.prefab].interval,
remove=false,
retry = 0
}
ent:RemoveEventCallback("onremove", EntityDeathEventHandler, nil)
if DEBUG then
print("[EventRegrowth] ", ent.prefab, " was removed at ", position)
print("[EventRegrowth] " .. ent.prefab .. " was removed at " .. GetPosStr(position))
end
end
local function TestForRegrow(x, y, z, tile)
if IsAnyPlayerInRange(x,y,z, MIN_PLAYER_DISTANCE, nil) then
return REGROW_STATUS.CACHE
end
local ents = TheSim:FindEntities(x,y,z, BASE_RADIUS, nil, nil, { "structure", "wall" })
if #ents > 0 then
-- No regrowth around players and their bases
return REGROW_STATUS.FAILED
end
local ents = TheSim:FindEntities(x,y,z, EXCLUDE_RADIUS)
if #ents > 0 then
-- Too dense
return REGROW_STATUS.CACHE
end
if not (inst.Map:CanPlantAtPoint(x, y, z)) then
return REGROW_STATUS.CACHE
end
if inst.Map:GetTileAtPoint(x, y, z) ~= tile then
-- keep things in their biome (more or less)
return REGROW_STATUS.CACHE
end
return REGROW_STATUS.SUCCESS
end
-- duplicate of canregrow in natural regrowth
local function CanRegrow(x, y, z, prefab)
if IsAnyPlayerInRange(x,y,z, MIN_PLAYER_DISTANCE, nil) then
return false
end
local ents = TheSim:FindEntities(x,y,z, EXCLUDE_RADIUS)
if #ents > 0 then
-- Too dense
return false
end
local ents = TheSim:FindEntities(x,y,z, BASE_RADIUS, nil, nil, { "structure", "wall" })
if #ents > 0 then
-- Don't spawn inside bases
return false
end
if not (inst.Map:CanPlantAtPoint(x, y, z) and
inst.Map:CanPlacePrefabFilteredAtPoint(x, y, z, prefab))
or (RoadManager ~= nil and RoadManager:IsOnRoad(x, 0, z)) then
-- Not ground we can grow on
return false
end
return true
end
local function GetRandomLocation(x, y, z, radius)
local function GetRandomLocation(x, y, z, r)
local theta = math.random() * 2 * PI
local radius = math.random() * radius
local radius = math.random() * r
local x = x + radius * math.cos(theta)
local z = z - radius * math.sin(theta)
return x,y,z
end
local function TryRegrowth(prefab, product, position)
local x,y,z = GetRandomLocation(position.x,position.y,position.z,JITTER_RADIUS)
local function TryRegrowth(prefab, product, position, rand_radius)
local x,y,z = GetRandomLocation(position.x,position.y,position.z, rand_radius)
local orig_tile = inst.Map:GetTileAtPoint(x,y,z)
local status = TestForRegrow(x,y,z, orig_tile)
local status = TestRegrowthByTile(x,y,z, orig_tile)
if status == REGROW_STATUS.CACHE then
if DEBUG then
print("[EventRegrowth] Cached a ",product," for prefab ",prefab," at ", x, ",", y,",",z)
print("[EventRegrowth] Cached a product " .. product .. " at ".. GetCoordStr(x,y,z) .. " for prefab " .. prefab .. " at " .. GetPosStr(position) .. " with rand radius ".. rand_radius)
end
return false
return REGROW_STATUS.CACHE
end
if status == REGROW_STATUS.FAILED then
-- for the failed case, we want to try spawning at a random location
x,y,z = GetRandomLocation(position.x,position.y,position.z,TOTAL_RADIUS)
if not CanRegrow(x,y,z, product) then
-- if cannot regrow, return CACHE status
if DEBUG then
print("[EventRegrowth] Failed to spawn a ",product," for prefab ",prefab," at ", x, ",", y,",",z)
end
return false
if DEBUG then
print("[EventRegrowth] Failed to spawn a product " .. product .. " at " .. GetCoordStr(x,y,z) .. " for prefab " .. prefab .. " at " .. GetPosStr(position) .. " with rand radius " .. rand_radius)
end
return REGROW_STATUS.FAILED
end
local instance = SpawnPrefab(product)
@ -159,7 +95,7 @@ return Class(function(self, inst)
instance:ListenForEvent("onremove", EntityDeathEventHandler, nil)
if DEBUG then
print("[EventRegrowth] Spawned a ",product," for prefab ",prefab," at ", x, ",", y,",",z)
print("[EventRegrowth] Spawned a product " .. product .. " at " .. GetCoordStr(x,y,z) .. " for prefab " .. prefab .. " at " .. GetPosStr(position) .. " with rand radius " .. rand_radius)
end
if DEBUG_TELE then
@ -168,7 +104,7 @@ return Class(function(self, inst)
end
return true
return REGROW_STATUS.SUCCESS
end
local function HookEntities(prefab)
@ -184,7 +120,7 @@ return Class(function(self, inst)
end
end
if DEBUG then
print("[EventRegrowth] Hooked ", count, " ",prefab)
print("[EventRegrowth] Hooked " .. count .. " " .. prefab)
end
end
@ -215,7 +151,7 @@ return Class(function(self, inst)
if interval == nil then
if DEBUG then
print("[EventRegrowth] WARNING: interval for ", prefab, " is null. Using default.")
print("[EventRegrowth] WARNING: interval for prefab " .. prefab .. " is null. Using default.")
end
interval = 480
end
@ -232,7 +168,7 @@ return Class(function(self, inst)
end
if DEBUG then
print("[EventRegrowth] Registered ", product ," for ", prefab, " with interval ", interval)
print("[EventRegrowth] Registered product " .. product .. " for prefab " .. prefab .. " with interval " .. interval)
end
end
@ -248,10 +184,21 @@ return Class(function(self, inst)
--[[ Update ]]
--------------------------------------------------------------------------
local function RegrowPrefabTask(prefab, data)
local success = TryRegrowth(prefab, regrowth_table[prefab].product, data.position)
if success then
local rand_radius = JITTER_RADIUS + data.retry * INC_RADIUS
if rand_radius > MAX_RADIUS then
rand_radius = MAX_RADIUS
end
local success = TryRegrowth(prefab, regrowth_table[prefab].product, data.position, rand_radius)
if success == REGROW_STATUS.SUCCESS then
data.remove = true
end
if success == REGROW_STATUS.FAILED then
-- only increase radius when there are structures nearby
data.retry = data.retry + 1
end
end
function self:LongUpdate(dt)
@ -275,7 +222,7 @@ return Class(function(self, inst)
if entity_list[prefab][i].remove then
-- handle expired objects first
if DEBUG then
print("[EventRegrowth] Removed ", i, "th" , prefab, " at ", entity_list[prefab][i].position, " from entity list - successfully respawned")
print("[EventRegrowth] Removed prefab " .. prefab .. " at ".. GetPosStr(entity_list[prefab][i].position) .." from the entity list.")
end
table.remove(entity_list[prefab], i)
else
@ -288,7 +235,7 @@ return Class(function(self, inst)
end
if DEBUG then
print("[EventRegrowth]", prefab, " at ", entity_list[prefab][i].position, " has interval ", entity_list[prefab][i].interval )
print("[EventRegrowth] Prefab " .. prefab .. " at " .. GetPosStr(entity_list[prefab][i].position) .. " has interval " .. entity_list[prefab][i].interval )
end
if entity_list[prefab][i].interval == 0 then
@ -322,10 +269,21 @@ return Class(function(self, inst)
-- could be nil (set in the event loop)
data.entities[prefab] = {}
for i = 1, #entity_list[prefab] do
data.entities[prefab][#data.entities[prefab] + 1] = {interval = entity_list[prefab][i].interval, position = entity_list[prefab][i].position, remove = entity_list[prefab][i].remove}
data.entities[prefab][#data.entities[prefab] + 1] =
{
interval = entity_list[prefab][i].interval,
position =
{
x = entity_list[prefab][i].position.x,
y = entity_list[prefab][i].position.y,
z = entity_list[prefab][i].position.z
},
remove = entity_list[prefab][i].remove,
retry = entity_list[prefab][i].retry
}
end
if DEBUG then
print("[EventRegrowth] Saved ", #data.entities[prefab]," entities for ", prefab)
print("[EventRegrowth] Saved " .. #data.entities[prefab] .. " entities for prefab " .. prefab)
end
end
end
@ -337,10 +295,21 @@ return Class(function(self, inst)
if entity_list[prefab] == nil then
entity_list[prefab] = {}
for i = 1, #data.entities[prefab] do
entity_list[prefab][#entity_list[prefab] + 1] = {interval = data.entities[prefab][i].interval, position = data.entities[prefab][i].position, remove = data.entities[prefab][i].remove}
entity_list[prefab][#entity_list[prefab] + 1] =
{
interval = data.entities[prefab][i].interval,
position =
{
x = data.entities[prefab][i].position.x,
y = data.entities[prefab][i].position.y,
z = data.entities[prefab][i].position.z
},
remove = (data.entities[prefab][i].remove == nil) and false or data.entities[prefab][i].remove,
retry = (data.entities[prefab][i].retry == nil) and 0 or data.entities[prefab][i].retry
}
end
if DEBUG then
print("[EventRegrowth] Loaded ", #entity_list[prefab]," entities for ", prefab)
print("[EventRegrowth] Loaded " .. #entity_list[prefab] .. " entities for prefab " .. prefab)
end
end
end

64
src/scripts/components/natural_regrowth.lua
View File

@ -11,6 +11,7 @@ return Class(function(self, inst)
assert(inst.ismastersim, "natural_regrowth should not exist on client")
require "map/terrain"
require "wrpp_util"
--------------------------------------------------------------------------
--[[ Constants ]]
@ -18,9 +19,6 @@ return Class(function(self, inst)
local DEBUG = false
local DEBUG_TELE = false
local UPDATE_PERIOD = 11
local BASE_RADIUS = 20
local EXCLUDE_RADIUS = 2
local MIN_PLAYER_DISTANCE = 40
local THREADS_PER_BATCH = 3
--------------------------------------------------------------------------
--[[ Member variables ]]
@ -39,35 +37,8 @@ return Class(function(self, inst)
--[[ Private member functions ]]
--------------------------------------------------------------------------
local function CanRegrow(x, y, z, prefab)
if IsAnyPlayerInRange(x,y,z, MIN_PLAYER_DISTANCE, nil) then
return false
end
local ents = TheSim:FindEntities(x,y,z, EXCLUDE_RADIUS)
if #ents > 0 then
-- Too dense
return false
end
local ents = TheSim:FindEntities(x,y,z, BASE_RADIUS, nil, nil, { "structure", "wall" })
if #ents > 0 then
-- Don't spawn inside bases
return false
end
if not (inst.Map:CanPlantAtPoint(x, y, z) and
inst.Map:CanPlacePrefabFilteredAtPoint(x, y, z, prefab))
or (RoadManager ~= nil and RoadManager:IsOnRoad(x, 0, z)) then
-- Not ground we can grow on
return false
end
return true
end
local function TryRegrowth(x, y, z , prefab, product)
if CanRegrow(x,0,z, product) then
if TestRegrowthByPrefab(x,0,z, product) == REGROW_STATUS.SUCCESS then
local instance = SpawnPrefab(product)
if instance ~= nil then
@ -75,7 +46,7 @@ return Class(function(self, inst)
end
if DEBUG then
print("[NaturalRegrowth] Spawned a ",product," for prefab ",prefab," at ", "(", x,0,z, ")")
print("[NaturalRegrowth] Spawned a product " .. product .. " at " .. GetCoordStr(x,0,z) .. " for prefab " .. prefab)
end
if DEBUG_TELE then
@ -85,7 +56,7 @@ return Class(function(self, inst)
return true
else
if DEBUG then
print("[NaturalRegrowth] Failed to spawn a ",product," for prefab ",prefab," at ", "(", x,0,z, ")")
print("[NaturalRegrowth] Failed to spawn a product " .. product .. " at " .. GetCoordStr(x,0,z) .. " for prefab " .. prefab)
end
return false
end
@ -107,7 +78,7 @@ return Class(function(self, inst)
if area_data[prefab] ~= nil then
if DEBUG then
print("[NaturalRegrowth] Already populated ", prefab)
print("[NaturalRegrowth] Already populated prefab " .. prefab)
end
return
end
@ -129,7 +100,7 @@ return Class(function(self, inst)
end
if DEBUG then
print("[NaturalRegrowth] Populated ", area_data[prefab] == nil and 0 or #area_data[prefab], " areas for ", prefab)
print("[NaturalRegrowth] Populated " .. (area_data[prefab] == nil and 0 or #area_data[prefab]) .. " areas for prefab " .. prefab)
end
end
@ -155,13 +126,13 @@ return Class(function(self, inst)
if interval == nil then
if DEBUG then
print("[NaturalRegrowth] WARNING: interval for ", prefab, " is null. Using default.")
print("[NaturalRegrowth] WARNING: interval for prefab " .. prefab .. " is null. Using default.")
end
interval = 480
end
if DEBUG then
print("[NaturalRegrowth] Registered ", product, " for prefab " ,prefab, " with interval ", interval)
print("[NaturalRegrowth] Registered product " .. product .. " for prefab " .. prefab .. " with interval " .. interval)
end
regrowth_table[prefab] = {product = product, interval = interval}
@ -184,15 +155,6 @@ return Class(function(self, inst)
--[[ Update ]]
--------------------------------------------------------------------------
-- duplicate of event_regrowth
local function GetRandomLocation(x, y, z, radius)
local theta = math.random() * 2 * PI
local radius = math.random() * radius
local x = x + radius * math.cos(theta)
local z = z - radius * math.sin(theta)
return x,y,z
end
local function RegrowPrefabTask(areas, prefab)
local success = false
local rand = math.random(1, #areas)
@ -240,7 +202,7 @@ return Class(function(self, inst)
end
if DEBUG then
print("[NaturalRegrowth]", prefab, " has interval ", intervals[prefab])
print("[NaturalRegrowth] Prefab " .. prefab .. " has interval " .. intervals[prefab])
end
if intervals[prefab] == 0 then
@ -274,7 +236,7 @@ return Class(function(self, inst)
end
if DEBUG then
print("[NaturalRegrowth] Saved ", #data.areas[prefab]," areas for ", prefab)
print("[NaturalRegrowth] Saved " .. #data.areas[prefab] .. " areas for prefab " .. prefab)
end
end
for prefab, interval in pairs(intervals) do
@ -282,7 +244,7 @@ return Class(function(self, inst)
-- it can be set to nil in the event loop
data.intervals[prefab] = interval
if DEBUG then
print("[NaturalRegrowth] Saved interval ", data.intervals[prefab]," for ", prefab)
print("[NaturalRegrowth] Saved interval " .. data.intervals[prefab] .. " for prefab " .. prefab)
end
end
end
@ -298,7 +260,7 @@ return Class(function(self, inst)
end
if DEBUG then
print("[NaturalRegrowth] Loaded", #area_data[prefab]," areas for ", prefab)
print("[NaturalRegrowth] Loaded" .. #area_data[prefab] .. " areas for prefab " .. prefab)
end
end
end
@ -306,7 +268,7 @@ return Class(function(self, inst)
for prefab, interval in pairs(data.intervals) do
intervals[prefab] = interval
if DEBUG then
print("[NaturalRegrowth] Loaded interval ", intervals[prefab]," for ", prefab)
print("[NaturalRegrowth] Loaded interval " .. intervals[prefab] .. " for prefab " .. prefab)
end
end
end

114
src/scripts/wrpp_util.lua Normal file
View File

@ -0,0 +1,114 @@
EXCLUDE_TAGS =
{
"statue", -- marble stuff on the ground, ancient statues
"hive", --spiderden, wasphive, beehive
}
EXCLUDE_PREFABS =
{
catcoonden = 1,
ancient_altar = 1,
ancient_altar_broken = 1,
houndmound = 1,
mermhouse = 1,
pigtorch = 1,
mermhead = 1,
pighead = 1,
pandoraschest = 1,
minotaurchest = 1
}
BASE_RADIUS = 20
EXCLUDE_RADIUS = 2
MIN_PLAYER_DISTANCE = 40
REGROW_STATUS =
{
SUCCESS = 0,
FAILED = 1,
CACHE = 2
}
local function TestStructures(x, y, z, radius)
local ents = TheSim:FindEntities(x,y,z, BASE_RADIUS, nil, EXCLUDE_TAGS, { "structure", "wall" })
for i, v in ipairs(ents) do
if EXCLUDE_PREFABS[v.prefab] == nil then
-- if we cannot find it from the exclude table, then it is a structure and we failed the test
return false
end
end
return true
end
local function TestPlayers(x, y, z, radius)
return not IsAnyPlayerInRange(x,y,z, MIN_PLAYER_DISTANCE, nil)
end
local function TestEntities(x, y, z, radius)
local ents = TheSim:FindEntities(x,y,z, EXCLUDE_RADIUS)
return not (#ents > 0)
end
function TestRegrowthByTile(x, y, z, tile)
if not TestPlayers(x,y,z, MIN_PLAYER_DISTANCE) then
return REGROW_STATUS.CACHE
end
if not TestStructures(x, y, z, BASE_RADIUS) then
-- No regrowth around players and their bases
return REGROW_STATUS.FAILED
end
if not TestEntities(x,y,z, EXCLUDE_RADIUS) then
-- Too dense
return REGROW_STATUS.CACHE
end
if not (TheWorld.Map:CanPlantAtPoint(x, y, z)) then
return REGROW_STATUS.CACHE
end
if TheWorld.Map:GetTileAtPoint(x, y, z) ~= tile then
-- keep things in their biome (more or less)
return REGROW_STATUS.CACHE
end
return REGROW_STATUS.SUCCESS
end
function TestRegrowthByPrefab(x, y, z, prefab)
if not TestPlayers(x,y,z, MIN_PLAYER_DISTANCE) then
return REGROW_STATUS.CACHE
end
if not TestStructures(x, y, z, BASE_RADIUS) then
-- No regrowth around players and their bases
return REGROW_STATUS.FAILED
end
if not TestEntities(x,y,z, EXCLUDE_RADIUS) then
-- Too dense
return REGROW_STATUS.CACHE
end
if not (TheWorld.Map:CanPlantAtPoint(x, y, z) and
TheWorld.Map:CanPlacePrefabFilteredAtPoint(x, y, z, prefab))
or (RoadManager ~= nil and RoadManager:IsOnRoad(x, 0, z)) then
-- Not ground we can grow on
return REGROW_STATUS.CACHE
end
return REGROW_STATUS.SUCCESS
end
function GetPosStr(pos)
return "( " .. pos.x .. " , " .. pos.y .. " , ".. pos.z .. " )"
end
function GetCoordStr(x,y,z)
return "( " .. x .. " , " .. y .. " , ".. z .. " )"
end