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Create a Random Player

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Input.oz
+ 15
− 11
Voir le fichier @ cdf83b01
......@@ -50,19 +50,24 @@ in
%%%% Description of the map %%%%
NRow = 5
NColumn = 10
Map = [[0 0 0 0 0 0 0 0 0 0]
[0 0 0 0 0 0 0 0 0 0]
[0 0 0 0 0 0 0 0 0 0]
[0 0 0 0 0 0 1 0 0 0]
[0 0 0 0 0 0 0 0 0 0]]
NRow = 10
NColumn = 20
Map = [[0 1 0 0 0 0 0 0 0 1 1 0 1 0 0 0 1 0 0 0]
[0 0 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0]
[0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1 1 1 0 0]
[0 0 0 0 0 0 1 1 0 0 0 0 0 0 0 0 0 0 0 0]
[0 0 1 0 0 0 1 0 1 0 0 0 0 0 0 0 0 0 0 0]
[0 0 0 0 0 0 0 0 0 1 0 0 0 0 0 1 0 0 0 0]
[0 0 0 0 0 0 0 0 0 1 0 0 0 0 0 0 0 0 0 0]
[0 0 0 0 0 0 0 0 0 0 0 0 0 0 1 0 0 0 0 0]
[0 0 1 0 0 0 0 0 0 0 0 0 0 0 0 1 0 0 0 0]
[0 0 1 0 0 0 0 1 0 0 0 0 0 0 0 0 1 0 1 0]]
%%%% Players description %%%%
NbPlayers = 2
Players = [player000basic player001basic]
Colors = [green black]
Players = [player000basic player001basic]
Colors = [black c(245 88 203)]
%%%% Surface time/turns %%%%
......@@ -87,7 +92,6 @@ in
MaxDistanceMissile = 4
%%%% Waiting time for the GUI between each effect %%%%
GUIDelay = 500 % ms
GUIDelay = 100 % ms
end
\ No newline at end of file
Main.oz
+ 21
− 21
Voir le fichier @ cdf83b01
......@@ -75,21 +75,31 @@ define
end
end
proc {ManageMineExplosion Players Id Position}
proc {ManageMineExplosion Id Players Position}
{List.forAll Players proc{$ Player} Resp in
{Send Player.port sayMineExplode(Id Position Resp)}
{Wait Resp}
case Resp of null then skip
else {Broadcast Players Resp} end
[] sayDeath(ID) then
{Send GUI_PORT lifeUpdate(ID 0)}
{Broadcast Players Resp}
[] sayDamageTaken(ID Damage LifeLeft) then
{Send GUI_PORT lifeUpdate(ID LifeLeft)}
{Broadcast Players Resp}
end
end}
end
proc {ManageMissileExplosion Players Id Position}
proc {ManageMissileExplosion Id Players Position}
{List.forAll Players proc{$ Player} Resp in
{Send Player.port sayMissileExplode(Id Position Resp)}
{Wait Resp}
case Resp of null then skip
else {Broadcast Players Resp} end
[] sayDeath(ID) then
{Send GUI_PORT lifeUpdate(ID 0)}
{Broadcast Players Resp}
[] sayDamageTaken(ID Damage LifeLeft) then
{Send GUI_PORT lifeUpdate(ID LifeLeft)}
{Broadcast Players Resp}
end
end}
end
......@@ -113,25 +123,14 @@ define
fun{SetNbSurfaceOne Player} player(port:Player.port nbSurface:1) end
in
{Send CurrentPlayer.port move(ID Pos Direction)}
{Wait ID} {Wait Pos} {Wait Direction}
case Direction
of surface then
NewPlayers={ModifyOnlyCurrent Players CurrentPlayer SetNbSurfaceOne}
{Broadcast NewPlayers saySurface(ID)} {Send GUI_PORT surface(ID)}
Next=9 NewPlayers
[] east then
{Broadcast Players sayMove(ID Direction)} {Send GUI_PORT movePlayer(ID pt(x:Pos.x y:Pos.y+1))}
Next=6 Players
[] west then
{Broadcast Players sayMove(ID Direction)} {Send GUI_PORT movePlayer(ID pt(x:Pos.x y:Pos.y-1))}
Next=6 Players
[] north then
{Broadcast Players sayMove(ID Direction)} {Send GUI_PORT movePlayer(ID pt(x:Pos.x-1 y:Pos.y))}
Next=6 Players
[] south then
{Broadcast Players sayMove(ID Direction)} {Send GUI_PORT movePlayer(ID pt(x:Pos.x+1 y:Pos.y))}
Next=6 Players
else
{Broadcast Players sayMove(ID Direction)}
{Send GUI_PORT movePlayer(ID Pos)}
Next=6 Players
end
end
......@@ -141,7 +140,6 @@ define
ID KindItem
in
{Send CurrentPlayer.port chargeItem(ID KindItem)}
{Wait ID} {Wait KindItem}
case KindItem of null then skip
else
{Broadcast Players sayCharged(ID KindItem)}
......@@ -153,7 +151,6 @@ define
ID KindFire
in
{Send CurrentPlayer.port fireItem(ID KindFire)}
{Wait ID} {Wait KindFire}
case KindFire of null then skip
[] mine(Position) then Id Mine in
{Send GUI_PORT putItem(ID Position)} {Broadcast Players sayMinePlace(ID)}
......@@ -179,6 +176,7 @@ define
Next1 Next345
in
%% 1.
{System.show 'Turnof'#CurrentIndex}
NewPlayers1 = {TurnByTurn1 Players CurrentIndex Next1}
if Next1==2 then
%% 2.
......@@ -209,6 +207,7 @@ in
PlayersList={InitPlayers Input.players Input.colors 1}
%%3. Ask Init Point and tell players to dive
{VisitList PlayersList
proc{$ Player}
ID Pos
......@@ -219,6 +218,7 @@ in
end}
%%4. Launch the game
if Input.isTurnByTurn then
{TurnByTurn PlayersList 1}
end
......
Player000Basic.oz
+ 134
− 11
Voir le fichier @ cdf83b01
......@@ -2,35 +2,158 @@ functor
import
Input
OS
System
export
portPlayer:StartPlayer
define
StartPlayer
TreatStream
in
AllDirections = [east west north south surface]
AllWeapons = [missile sonar drone mine]
fun{NewRec Rec Feature Value}
NewRecord={Record.clone Rec}
in
{List.forAll {Record.arity NewRecord} proc{$ Feat}
if Feat==Feature then NewRecord.Feat=Value
else NewRecord.Feat=Rec.Feat end
end}
NewRecord
end
fun{ValidPosition X Y History}
if X < 1 orelse X > Input.nRow then
false
elseif Y < 1 orelse Y > Input.nColumn then
false
else
{And {Not {List.nth {List.nth Input.map X} Y}==1}
{Not {List.member pt(x:X y:Y) History}}}
end
end
fun{GetRandomPosInWater History}
RandomX = ({OS.rand} mod Input.nRow) + 1
RandomY = ({OS.rand} mod Input.nColumn) + 1
in
if {Not {ValidPosition RandomX RandomY History}} then
{GetRandomPosInWater History}
else pt(x:RandomX y:RandomY)
end
end
fun {HandleInitPosition State initPosition(ID Pos)}
RandomPt = {GetRandomPosInWater State.history}
in
ID=State.id Pos=RandomPt
{NewRec {NewRec State pos Pos} history RandomPt|State.history}
end
fun {GetRandomElement L}
Idx=({OS.rand} mod {List.length L}) + 1
in
{List.nth L Idx}
end
fun {UpdatePos pt(x:X y:Y) Direction}
case Direction
of east then pt(x:X y:Y+1)
[] west then pt(x:X y:Y-1)
[] south then pt(x:X+1 y:Y)
[] north then pt(x:X-1 y:Y)
[] surface then pt(x:X y:Y)
end
end
fun {GetPossibleDirections History Directions}
case History
of nil then
Directions
else CurrentPos=History.1 in
case Directions of nil then nil
[] east|T then
if {ValidPosition CurrentPos.x CurrentPos.y+1 History} then
east|{GetPossibleDirections History T}
else {GetPossibleDirections History T} end
[] west|T then
if {ValidPosition CurrentPos.x CurrentPos.y-1 History} then
west|{GetPossibleDirections History T}
else {GetPossibleDirections History T} end
[] south|T then
if {ValidPosition CurrentPos.x+1 CurrentPos.y History} then
south|{GetPossibleDirections History T}
else {GetPossibleDirections History T} end
[] north|T then
if {ValidPosition CurrentPos.x-1 CurrentPos.y History} then
north|{GetPossibleDirections History T}
else {GetPossibleDirections History T} end
[] surface|T then
surface|{GetPossibleDirections History T}
end
end
end
fun {HandleMove State move(ID Pos Direction)}
RandomDirection={GetRandomElement {GetPossibleDirections State.history AllDirections}}
NewPos={UpdatePos State.pos RandomDirection}
in
ID=State.id Pos=NewPos Direction=RandomDirection
case RandomDirection
of surface then
{NewRec {NewRec State pos NewPos} history nil}
else
{NewRec {NewRec State pos NewPos} history NewPos|State.history}
end
end
fun {GetNewFireItem Item}
case Item
of mine then UndefinedX UndefinedY in Mine({})
end
fun{HandleChargeItem State chargeItem(ID Item)}
case State.chargedItems
of nil then FireItem={GetNewFireItem {GetRandomElement AllWeapons}}
{NewRec State chargeItems }
end
fun{StartPlayer Color ID}
Stream
Port
RandomX = ({OS.rand} mod Input.nRow) + 1
RandomY = ({OS.rand} mod Input.nColumn) + 1
in
{NewPort Stream Port}
thread
{TreatStream Stream '#'(id:id(id:ID color:Color name:name)
pos:pt(x:RandomX y:RandomY)
items:'#'(missile:0 sonar:0 drone:0 mine:0))
}
pos:pt(x:0 y:0)
chargedItems:nil %%[ ... '#'(fireItem:<fireItem> charge:<int>) ... ]
history:nil)}
end
Port
end
proc{TreatStream Stream State}
case Stream
of initPosition(ID Pos)|T then
ID = State.id
Pos = State.pos
{TreatStream Stream State}
of initPosition(ID Pos)|T then NewState in
{System.show 'Player'#State.id.id#'received'#initPosition(ID Pos)}
NewState={HandleInitPosition State initPosition(ID Pos)}
{System.show 'Player'#State.id.id#'replied'#initPosition(ID Pos)}
{TreatStream T NewState}
[] move(ID Pos Direction)|T then NewState in
{System.show 'Player'#State.id.id#'received'#move(ID Pos Direction)}
NewState={HandleMove State move(ID Pos Direction)}
{System.show 'Player'#State.id.id#'replied'#move(ID Pos Direction)}
{TreatStream T NewState}
[] dive|T then %% Ignored
{System.show 'Player'#State.id.id#'received'#dive}
{TreatStream T State}
[] saySurface(ID)|T then %% Ignored
{System.show 'Player'#State.id.id#'received'#saySurface(ID)}
{TreatStream T State}
[] sayMove(ID Direct)|T then %% Ignored
{System.show 'Player'#State.id.id#'received'#sayMove(ID Direct)}
{TreatStream T State}
[] chargeItem(ID Item) then
...
else
{TreatStream Stream State}
end
......
Player001Basic.oz
+ 119
− 10
Voir le fichier @ cdf83b01
......@@ -8,29 +8,138 @@ export
define
StartPlayer
TreatStream
in
AllDirections = [east west north south surface]
fun{NewRec Rec Feature Value}
NewRecord={Record.clone Rec}
in
{List.forAll {Record.arity NewRecord} proc{$ Feat}
if Feat==Feature then NewRecord.Feat=Value
else NewRecord.Feat=Rec.Feat end
end}
NewRecord
end
fun{ValidPosition X Y History}
if X < 1 orelse X > Input.nRow then
false
elseif Y < 1 orelse Y > Input.nColumn then
false
else
{And {Not {List.nth {List.nth Input.map X} Y}==1}
{Not {List.member pt(x:X y:Y) History}}}
end
end
fun{GetRandomPosInWater History}
RandomX = ({OS.rand} mod Input.nRow) + 1
RandomY = ({OS.rand} mod Input.nColumn) + 1
in
if {Not {ValidPosition RandomX RandomY History}} then
{GetRandomPosInWater History}
else pt(x:RandomX y:RandomY)
end
end
fun {HandleInitPosition State initPosition(ID Pos)}
RandomPt = {GetRandomPosInWater State.history}
in
ID=State.id Pos=RandomPt
{NewRec {NewRec State pos Pos} history RandomPt|State.history}
end
fun {GetRandomElement L}
Idx=({OS.rand} mod {List.length L}) + 1
in
{List.nth L Idx}
end
fun {UpdatePos pt(x:X y:Y) Direction}
case Direction
of east then pt(x:X y:Y+1)
[] west then pt(x:X y:Y-1)
[] south then pt(x:X+1 y:Y)
[] north then pt(x:X-1 y:Y)
[] surface then pt(x:X y:Y)
end
end
fun {GetPossibleDirections History Directions}
case History
of nil then
Directions
else CurrentPos=History.1 in
case Directions of nil then nil
[] east|T then
if {ValidPosition CurrentPos.x CurrentPos.y+1 History} then
east|{GetPossibleDirections History T}
else {GetPossibleDirections History T} end
[] west|T then
if {ValidPosition CurrentPos.x CurrentPos.y-1 History} then
west|{GetPossibleDirections History T}
else {GetPossibleDirections History T} end
[] south|T then
if {ValidPosition CurrentPos.x+1 CurrentPos.y History} then
south|{GetPossibleDirections History T}
else {GetPossibleDirections History T} end
[] north|T then
if {ValidPosition CurrentPos.x-1 CurrentPos.y History} then
north|{GetPossibleDirections History T}
else {GetPossibleDirections History T} end
[] surface|T then
surface|{GetPossibleDirections History T}
end
end
end
fun {HandleMove State move(ID Pos Direction)}
RandomDirection={GetRandomElement {GetPossibleDirections State.history AllDirections}}
NewPos={UpdatePos State.pos RandomDirection}
in
ID=State.id Pos=NewPos Direction=RandomDirection
case RandomDirection
of surface then
{NewRec {NewRec State pos NewPos} history nil}
else
{NewRec {NewRec State pos NewPos} history NewPos|State.history}
end
end
fun{StartPlayer Color ID}
Stream
Port
RandomX = ({OS.rand} mod Input.nRow) + 1
RandomY = ({OS.rand} mod Input.nColumn) + 1
in
{NewPort Stream Port}
thread
{TreatStream Stream '#'(id:id(id:ID color:Color name:name)
pos:pt(x:RandomX y:RandomY))
}
pos:pt(x:0 y:0)
items:'#'(missile:0 sonar:0 drone:0 mine:0)
history:nil)}
end
Port
end
proc{TreatStream Stream State}
case Stream
of initPosition(ID Pos)|T then
ID = State.id
Pos = State.pos
{TreatStream Stream State}
of initPosition(ID Pos)|T then NewState in
{System.show 'Player'#State.id.id#'received'#initPosition(ID Pos)}
NewState={HandleInitPosition State initPosition(ID Pos)}
{System.show 'Player'#State.id.id#'replied'#initPosition(ID Pos)}
{TreatStream T NewState}
[] move(ID Pos Direction)|T then NewState in
{System.show 'Player'#State.id.id#'received'#move(ID Pos Direction)}
NewState={HandleMove State move(ID Pos Direction)}
{System.show 'Player'#State.id.id#'replied'#move(ID Pos Direction)}
{TreatStream T NewState}
[] dive|T then %% Ignored
{System.show 'Player'#State.id.id#'received'#dive}
{TreatStream T State}
[] saySurface(ID)|T then %% Ignored
{System.show 'Player'#State.id.id#'received'#saySurface(ID)}
{TreatStream T State}
[] sayMove(ID Direct)|T then %% Ignored
{System.show 'Player'#State.id.id#'received'#sayMove(ID Direct)}
{TreatStream T State}
else
{TreatStream Stream State}
end
......
statement.pdf
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