def PlayCastleEvolution(self):
# random.seed()
self.__evolve_result["Evolutions"] = 0
self.__evolve_result["Invictus"] = False
self.__evolve_result["EternalDefeat"] = False
# Setup window data
self.__evolve_tkinter = Tk()
self.__evolve_canvas = Canvas(self.__evolve_tkinter,
height=Battles.Utils.Settings.SETTINGS.Get_I('Game', 'WindowHeight'),
width=Battles.Utils.Settings.SETTINGS.Get_I('Game', 'WindowWidth'), bg="white")
self.__evolve_canvas.pack()
Battles.Utils.Message.Verbose = Battles.Utils.Message.VERBOSE_STATISTICS
# Battles.Utils.Message.Log('The Battles for honor and glory have begun!!!! (castle evolution mode)',
# Battles.Utils.Message.VERBOSE_EXTRA)
# For the first evolution, we must draw the initial castle shape. We cannot do it here because the castle has not been yet initialized.
# But we cannot do it later, because the window is invalidated only when main thread is released waiting the "after" calling (see below)
# For that reason we create here the castle and battlefield data
self.__data.CastleData(self.__castle)
self.__isCastleConstructed = True
self.__battlefield = self.__data.BattleFieldData()
self.__evolve_viewport = Viewport(Bounding(Battles.Utils.Settings.SETTINGS.Get_I('Game', 'WindowWidth'),
Battles.Utils.Settings.SETTINGS.Get_I('Game', 'WindowHeight')),
self.__battlefield.GetBounding(), Point2D(x=0.0, y=0.0))
self.__castle.Draw(self.__evolve_canvas, self.__evolve_viewport, moat=False, city=False, starfortress=False)
self._resetData(removeCastle=False, removeBattleField=False, resetCounters=False)
self.__evolve_tkinter.after(1000, self.__PlayCastleEvolution_Step)
mainloop()
def __init__(self, army, number=0):
Battalion.Battalion.__init__(self, army=army, number=number)
self._action = Action.ActionFeatures(
defense=Battles.Utils.Settings.SETTINGS.Get_I(
'Army', 'Archers', 'Defense'),
attack=Battles.Utils.Settings.SETTINGS.Get_I(
'Army', 'Archers', 'Attack'),
speed=Battles.Utils.Settings.SETTINGS.Get_I(
'Army', 'Archers', 'Speed'),
reloadspeed=Battles.Utils.Settings.SETTINGS.Get_I(
'Army', 'Archers', 'Reload'),
accuracy=Battles.Utils.Settings.SETTINGS.Get_I(
'Army', 'Archers', 'Accuracy'),
distance=Battles.Utils.Settings.SETTINGS.Get_F(
'Army', 'Archers', 'Distance'),
stationary=Battles.Utils.Settings.SETTINGS.Get_B(
'Army', 'Archers', 'Stationary'),
movementpriority=Battles.Utils.Settings.SETTINGS.Get_I(
'Army', 'Archers', 'Accuracy'))
self._bounding = Bounding(
Battles.Utils.Settings.SETTINGS.Get_F('Army', 'Archers',
'Bounding/Length'),
Battles.Utils.Settings.SETTINGS.Get_F('Army', 'Archers',
'Bounding/Width'),
Battles.Utils.Settings.SETTINGS.Get_F('Army', 'Archers',
'Bounding/Height'))
self._label = "Archers_" + str(Archers.archersCounter)
Archers.archersCounter += 1
blackboard = b3.Blackboard()
archerBlackboards[self._label] = blackboard
def DrawCastleShape(self, canvas=None, city=False, starfortress=False, resetData=True):
# Draws the castle and city shape. If canvas is none, creates a new tkinter and canvas and executes a mainloop to show the window permanently
# Setup window data
if not canvas:
loop = True
tkr = Tk()
canvas = Canvas(tkr, height=Battles.Utils.Settings.SETTINGS.Get_I('Game', 'WindowHeight'),
width=Battles.Utils.Settings.SETTINGS.Get_I('Game', 'WindowWidth'), bg="white")
canvas.pack()
else:
loop = False
# For the first evolution, we must draw the initial castle shape. We cannot do it here because the castle has not been yet initialized.
# But we cannot do it later, because the window is invalidated only when main thread is released waiting the "after" calling (see below)
# For that reason we create here the castle and battlefield data
self.__data.CastleData(self.__castle)
self.__isCastleConstructed = True
self.__battlefield = self.__data.BattleFieldData()
viewport = Viewport(Bounding(Battles.Utils.Settings.SETTINGS.Get_I('Game', 'WindowWidth'),
Battles.Utils.Settings.SETTINGS.Get_I('Game', 'WindowHeight')),
self.__battlefield.GetBounding(), Point2D(x=0.0, y=0.0))
self.__castle.Draw(canvas, viewport, moat=False, city=city, starfortress=starfortress)
if resetData:
self._resetData(removeCastle=False, removeBattleField=False, resetCounters=False)
if loop:
mainloop()
def __init__(self, army, number = 0):
Battalion.Battalion.__init__(self, army = army, number = number)
self._action = Action.ActionFeatures(defense = Battles.Utils.Settings.SETTINGS.Get_I('Army', 'SiegeTowers', 'Defense'),
attack = Battles.Utils.Settings.SETTINGS.Get_I('Army', 'SiegeTowers', 'Attack'),
speed = Battles.Utils.Settings.SETTINGS.Get_I('Army', 'SiegeTowers', 'Speed'),
reloadspeed = Battles.Utils.Settings.SETTINGS.Get_I('Army', 'SiegeTowers', 'Reload'),
accuracy = Battles.Utils.Settings.SETTINGS.Get_I('Army', 'SiegeTowers', 'Accuracy'),
distance = Battles.Utils.Settings.SETTINGS.Get_F('Army', 'SiegeTowers', 'Distance'),
stationary = Battles.Utils.Settings.SETTINGS.Get_B('Army', 'SiegeTowers', 'Stationary'),
movementpriority = Battles.Utils.Settings.SETTINGS.Get_I('Army', 'SiegeTowers', 'MovementPriority'))
self._bounding = Bounding(Battles.Utils.Settings.SETTINGS.Get_F('Army', 'SiegeTowers', 'Bounding/Length'),
Battles.Utils.Settings.SETTINGS.Get_F('Army', 'SiegeTowers', 'Bounding/Width'),
Battles.Utils.Settings.SETTINGS.Get_F('Army', 'SiegeTowers', 'Bounding/Height'))
self._label = "SiegeTowers_" + str(SiegeTowers.siegetowersCounter)
SiegeTowers.siegetowersCounter += 1
#print 'SiegeTowers ->', SiegeTowers.siegetowersCounter
self._targetWall = None
self._path = []
self._status = SiegeTowers.CONSTRUCTING
self.__army = None
self._moatCells = []
self._turtle = None
self._nLevels = 0
self._constructionStatus = 0
self._coverMoatHeight = 0
self._nArchersPerLevel = (self._bounding.length * self._bounding.width) / (Battles.Utils.Settings.SETTINGS.Get_F('Army', 'Archers', 'Bounding/Length') * Battles.Utils.Settings.SETTINGS.Get_F('Army', 'Archers', 'Bounding/Width'))
blackboard = b3.Blackboard()
siegeTowerBlackboards[self._label] = blackboard
def BattleFieldData(self):
battle = Battlefield.BattleField(bound=Bounding(500.0, 500.0),
cellsize=10.0)
trenches = [[[9, 24], [9, 25], [9, 26], [9, 27], [9, 28], [9, 29],
[10, 29], [10, 30], [10, 31]]]
battle.SetTrenchesPositions(trenches)
return battle
def GetBoundingHeightView(self):
# Returns the wall bounding for height view (width will be the height)
l = self.GetLength()
if l < self._height:
d = self._height
else:
d = l
# Apply offsets
d += d * 0.1
# Squared viewports avoid problems....
return Bounding(length=d, width=d)
def BattleFieldData(self):
battle = Battlefield.BattleField(bound=Bounding(500.0, 500.0),
cellsize=10.0)
trenches = [[[11, 29], [11, 30], [11, 31], [11, 32], [11, 33],
[11, 34], [12, 34], [12, 35], [12, 36]],
[[20, 7], [21, 7], [22, 7], [23, 7], [20, 8], [21, 8],
[22, 8], [23, 8]], [[8, 8], [8, 9]],
[[35, 30], [35, 31], [36, 30], [37, 30], [37, 33],
[35, 34], [35, 35], [37, 31]],
[[30, 37], [29, 38], [28, 39], [27, 40], [26, 40],
[25, 40], [24, 40]]]
battle.SetTrenchesPositions(trenches)
return battle
def __init__(self, battlefield, castle, defenders, attackers, showBoard=True, verbose=True):
self.__battleField = battlefield
self.__castle = castle
self.__defenders = defenders
self.__attackers = attackers
self.__speed = Battles.Utils.Settings.SETTINGS.Get_I('Game', 'speed')
self.__showBoard = showBoard
self.__bypassedViewData = False
self.__endControl = None
if self.__showBoard:
self.__masterTK = Tk()
self.__canvas = Canvas(self.__masterTK,
height=Battles.Utils.Settings.SETTINGS.Get_I('Game', 'WindowHeight'),
width=Battles.Utils.Settings.SETTINGS.Get_I('Game', 'WindowWidth'), bg="white")
self.__canvas.pack()
self.__viewport = Viewport(Bounding(Battles.Utils.Settings.SETTINGS.Get_I('Game', 'ViewportWidth'),
Battles.Utils.Settings.SETTINGS.Get_I('Game', 'ViewportHeight')),
self.__battleField.GetBounding(), Point2D(x=0.0, y=0.0))
self.__battleField.Draw(self.__canvas, self.__viewport,
showgrid=Battles.Utils.Settings.SETTINGS.Get_B(category='Game', tag='ShowGrid'))
self.__castle.Draw(self.__canvas, self.__viewport, moat=True, city=True, starfortress=False)
self.__attackers.Draw(self.__canvas, self.__viewport)
self.__defenders.Draw(self.__canvas, self.__viewport)
self.__shoots = []
self.__heightViews = []
self.__canvas.bind("<1>", lambda event: self.__canvas.focus_set())
self.__canvas.bind("<Key>", self.KeyPressed)
else:
self.__masterTK = None
self.__canvas = None
self.__viewport = None
self.__shoots = None
self.__heightViews = None
self.__stepStatus = self.__STEP_INIT
self.__roundsCounter = 0
self.__resultStatistics = None
def __init__(self, army, number = 0):
Battalion.Battalion.__init__(self, army = army, number = number)
self._action = Action.ActionFeatures( defense = Battles.Utils.Settings.SETTINGS.Get_I('Army', 'Infantry', 'Defense'),
attack = Battles.Utils.Settings.SETTINGS.Get_I('Army', 'Infantry', 'Attack'),
speed = Battles.Utils.Settings.SETTINGS.Get_I('Army', 'Infantry', 'Defense'),
reloadspeed = Battles.Utils.Settings.SETTINGS.Get_I('Army', 'Infantry', 'Reload'),
accuracy = Battles.Utils.Settings.SETTINGS.Get_I('Army', 'Infantry', 'Accuracy'),
distance = Battles.Utils.Settings.SETTINGS.Get_F('Army', 'Infantry', 'Distance'),
climbspeed = Battles.Utils.Settings.SETTINGS.Get_F('Army', 'Infantry', 'ClimbSpeed'),
stationary = Battles.Utils.Settings.SETTINGS.Get_B('Army', 'Infantry', 'Stationary'),
movementpriority = Battles.Utils.Settings.SETTINGS.Get_I('Army', 'Infantry', 'MovementPriority'))
self._bounding = Bounding( Battles.Utils.Settings.SETTINGS.Get_F('Army', 'Infantry', 'Bounding/Length'),
Battles.Utils.Settings.SETTINGS.Get_F('Army', 'Infantry', 'Bounding/Width'),
Battles.Utils.Settings.SETTINGS.Get_F('Army', 'Infantry', 'Bounding/Height'))
self._label = "Infantry_" + str(Infantry.infantryCounter)
Infantry.infantryCounter += 1
#print 'Infantry ->', Infantry.infantryCounter,
self._action.SetRubbleClimgingSpeed(Battles.Utils.Settings.SETTINGS.Get_F('Army', 'Infantry', 'RubbleClimbSpeed'))
blackboard = b3.Blackboard()
infantryBlackboards[self._label] = blackboard
def __init__(self, construction, enemyarmy):
self.__construction = construction
self.__view = Toplevel()
self.__canvas = Canvas(self.__view, height=Battles.Utils.Settings.SETTINGS.Get_I('Game', 'HeightViewHeight'),
width=Battles.Utils.Settings.SETTINGS.Get_I('Game', 'HeightViewWidth'), bg="white")
self.__canvas.pack()
self.__view.title(construction.GetLabel())
self.__enemyarmy = enemyarmy
# Creates the viewport
cb = self.__construction.GetBoundingHeightView()
self.__viewport = Viewport(viewSize=Bounding(Battles.Utils.Settings.SETTINGS.Get_I('Game', 'HeightViewWidth'),
Battles.Utils.Settings.SETTINGS.Get_I('Game', 'HeightViewHeight')),
worldSize=cb)
# Center view (approx)
center = Point2D(cb.length * 0.05, cb.width * 0.1)
self.__viewport.SetOffset(center)
self.__construction.DrawHeightView(self.__enemyarmy, self.__canvas, self.__viewport)
def __init__(self, army, number=0):
Battalion.Battalion.__init__(self, army=army, number=number)
self._action = Action.ActionFeatures(
defense=Battles.Utils.Settings.SETTINGS.Get_I(
'Army', 'Throwers', 'Defense'),
attack=Battles.Utils.Settings.SETTINGS.Get_I(
'Army', 'Throwers', 'Attack'),
speed=Battles.Utils.Settings.SETTINGS.Get_I(
'Army', 'Throwers', 'Speed'),
reloadspeed=Battles.Utils.Settings.SETTINGS.Get_I(
'Army', 'Throwers', 'Reload'),
accuracy=Battles.Utils.Settings.SETTINGS.Get_I(
'Army', 'Throwers', 'Accuracy'),
distance=Battles.Utils.Settings.SETTINGS.Get_F(
'Army', 'Throwers', 'Distance'),
stationary=Battles.Utils.Settings.SETTINGS.Get_B(
'Army', 'Throwers', 'Stationary'),
movementpriority=Battles.Utils.Settings.SETTINGS.Get_I(
'Army', 'Throwers', 'MovementPriority'))
self._bounding = Bounding(
Battles.Utils.Settings.SETTINGS.Get_F('Army', 'Throwers',
'Bounding/Length'),
Battles.Utils.Settings.SETTINGS.Get_F('Army', 'Throwers',
'Bounding/Width'),
Battles.Utils.Settings.SETTINGS.Get_F('Army', 'Throwers',
'Bounding/Height'))
self._label = "Throwers_" + str(Throwers.throwersCounter)
Throwers.throwersCounter += 1
# print 'Throwers ->', Throwers.throwersCounter
self._action.SetInitialReload(False)
self._stair = None
self._dissolvedBattalions = []
blackboard = b3.Blackboard()
throwerBlackboards[self._label] = blackboard
def BattleFieldData(self):
# # Log('################################################################# ', VERBOSE_RESULT)
# # Log('# Creating Battlefield Data # ', VERBOSE_RESULT)
# # Log('################################################################# ', VERBOSE_RESULT)
b = self.__xml.Get_F(category='Battlefield', tag='Bounding')
battle = Battlefield.BattleField(bound=Bounding(b, b),
cellsize=self.__xml.Get_F(category='Battlefield', tag='CellSize'))
if self.__xml.HasTag(category='Battlefield', tag='Trenches'):
# Log('# Creating Battlefield Trenches', VERBOSE_RESULT)
trenches = self.__xml.GetCollection(category='Battlefield', tag='Trenches', key='Set')
if trenches != None:
tlist = []
for t in trenches:
tlist.append(self.__xml.Get_A(root=t))
battle.SetTrenchesPositions(tlist)
if self.__xml.HasTag(category='Battlefield', tag='Rivers'):
## Log('# Creating Battlefield Rivers', VERBOSE_RESULT)
rivers = self.__xml.GetCollection(category='Battlefield', tag='Rivers', key='Trace')
if rivers != None:
for r in rivers:
width = self.__xml.Get_F(category='Width', root=r)
poly = self.__xml.GetCollection(category='Polyline', key='Vertex', root=r)
if poly != None:
plist = []
for p in poly:
v = self.__xml.Get_A(root=p)
plist.append(Point2D(v[0], v[1]))
river = River.River(width=width, polyline=plist)
battle.DeployRiver(river)
return battle
class Battalion:
""" A generic army component class, such as intantery, cavalry, ... This would never be used in battle, so it has dummy contents
Class attr:
bounding: Bounding box that has each one of the objects of current type: length, width and height.
"""
bounding = Bounding( ARMYCOMPONENT_BOUNDING, ARMYCOMPONENT_BOUNDING, ARMYCOMPONENT_BOUNDING)
@staticmethod
def GetNumberByCell(cellsize):
# Returns the number of effective that fit in a square cell of given size
if (cellsize < Battalion.bounding.length) or (cellsize < Battalion.bounding.width):
return 0
else:
l = int(cellsize / Battalion.bounding.length)
w = int(cellsize / Battalion.bounding.width)
return l * w
"""
Attributes:
number: number of effective of current type
freenumber: number of free effective of current type. Usefull when the army is placed. At the end of placement it should be 0
action: Action definition (attack, defense....) See Battle.Action class to more info
placement: Battalion placement management object
isdead: True if current component is dead
canvasobj : internal tkinter list of canvas objects used to draw the army component. Stored to allow refreshing their status
army: Owner army
"""
def __init__(self, army, number = 0):
self._number = number
self._action = Action.ActionFeatures(defense = 0, attack = 0, speed = 0, reloadspeed = 0, accuracy = 0, distance = 0, stationary = False, movementpriority = 0)
self._placement = Action.Placement(self)
self._isDead = False
self._canvasObjs = []
self._label = "Battalion"
self._army = army
# def FitInCell(self, celllength, cellwidth):
# # Returns true if current bounds fit in given cell size
# if ((celllength < self._bounding.length) or (cellwidth < self._bounding.width)):
# return False
# else:
# return True
def GetCopy(self):
# Returns a copy of itself
factory = ArmyFactory()
ret = factory.newBattalionNoCrop(army = self._army, kind = factory.GetArmyType(self))
if ret == None:
return None
ret._number = self._number
ret._bounding = Battalion.bounding
ret._isDead = self._isDead
ret._canvasObjs = []
ret._action = self._action.GetCopy()
ret._placement = self._placement.GetCopy(ret)
return ret
def GetLabel(self):
return self._label
def SetNumber(self, n):
# Sets the initial number of effectives
self._number = n
def GetNumber(self):
return self._number
def GetBounding(self):
return Battalion.bounding
def GetBoundingQuad(self):
# Return the bounding rectangle in world coordinates
center = self.GetCenterPosition()
minP = Point2D(center.x - (Battalion.bounding.length / 2.0), center.y - (Battalion.bounding.width / 2.0))
maxP = Point2D(center.x + (Battalion.bounding.length / 2.0), center.y + (Battalion.bounding.width / 2.0))
# Note that this is true since the battlefield is orthonormal
return BoundingQuad(minPoint = minP, maxPoint = maxP)
def GetSoldierBoxVolume(self):
# Returns the volume of one soldier/unit in battalion
return Battalion.bounding.GetVolume()
def SetDefense(self, d):
self._action.SetDefense(d)
def SetExtraDefense(self, v):
# Increases the action defense value
self._action.SetExtraDefense(v)
def AssignToCell(self, groundcell):
# Updates cell
self._placement.SetBattlefieldCell(groundcell)
groundcell.SetBattalion(self)
# From battlefield there are not restrictions on attack vector and angle
self._action.SetAttackVector(Vector2D(), None)
def AssignToConstruction(self, construction, defendingline):
# Updates position
self._placement.SetDefendingLine(construction, defendingline)
# Updates battalion data from construction features
construction.SetBattalionConstructionData(self, defendingline)
def GetCommand(self):
return self._action.GetCommand()
def SetCommand(self, command, target = None, commander = None):
#print "SetCommand:", self._label, " ->", command
self._action.SetCommand(command, target, commander)
def SetAttackVector(self, direction, angle):
self._action.SetAttackVector(direction, angle)
def Attack(self, against, castle, shoots):
pass
def Defend(self, against, defenders, battlefield, shoots, castle):
pass
def GetDefenseVal(self):
return self._action.GetDefense()
def GetClimbingSpeed(self):
return self._action.GetClimbingSpeed()
def GetRubbleClimbingSpeed(self):
return self._action.GetRubbleClimbingSpeed()
def Kill(self, number, respawn = False):
# Kills elements in current battalion
# If given number is -1, kills the whole battalion
# Respawn is only allowed for defender archers
if number == -1:
number = self.GetNumber()
#self._number -= number;
self.SetNumber(self.GetNumber() - number)
if self._number <= 0:
self._isDead = True
self._number = 0
Log('Battalion of %s exterminated' % (self.GetLabel()))
self._placement.Kill(self._number)
def GetCenterPosition(self):
return self._placement.GetCenterPosition()
def GetRandomPosition(self):
return self._placement.GetRandomPosition()
def GetBattlefieldCell(self):
# Returns the battlefield cell if it is deployed on it, otherwise return None
return self._placement.GetBattlefieldCell()
def DistanceSort(self, frompos):
# Return the distance from current position to given point
# This is a convenience method created to sort lists of batttalions by distance
# WARNING: Due this method is used for sorting purposes, the returned distance is squared, avoiding the overload of sqrt or hypot functions
center = self._placement.GetCenterPosition()
dist = ((frompos.x - center.x)**2) + ((frompos.y - center.y)**2) + ((frompos.z - center.z)**2)
return dist
def Draw(self, canvas, viewport):
if self._isDead:
return
# This color selection is ugly. But I don't want to place too much code just for color selection for tkinter. This is not the goal
factory = ArmyFactory()
fillcolor = "red"
if factory.IsArcher(self):
fillcolor = "Light Coral"
if factory.IsInfantry(self):
fillcolor = "red"
if factory.IsCannon(self):
fillcolor = "Dark Orange"
if factory.IsSiegeTower(self):
fillcolor = "Pale Violet Red"
if Battles.Utils.Settings.SETTINGS.Get_B('Army', 'ShowOutline'):
outline = "gray"
else:
outline = fillcolor
if self._placement.IsClimbing():
# Draw the soldier attached to the climbing wall
s = self._placement.GetCenterPosition()
p = s.Copy()
p.x = s.x - (Battalion.bounding.length / 2.0)
p.y = s.y - (Battalion.bounding.width / 2.0)
pv = viewport.W2V(p)
p.x += Battalion.bounding.length
p.y += Battalion.bounding.width
pv2 = viewport.W2V(p)
self._canvasObjs.append(canvas.create_rectangle(pv.x, pv.y, pv2.x, pv2.y, fill=fillcolor, width=1, outline=outline))
elif self._placement.IsInBattlefield():
# Draw the battalion on the battlefield
# Get cell center
center = self._placement.GetCenterPosition()
cs = self._placement.GetCellSize()
# Draw each troop element
cols = int(cs / Battalion.bounding.length)
rows = int(cs / Battalion.bounding.width)
counter = 0
i = 0
p = Point2D()
p.y = center.y- cs/2
while (i < rows) and (counter < self._number):
j = 0
p.x = center.x - cs/2
while (j < cols) and (counter < self._number):
pv = viewport.W2V(p)
pv2 = viewport.W2V(Point2D(p.x + Battalion.bounding.length, p.y + Battalion.bounding.width))
self._canvasObjs.append(canvas.create_rectangle(pv.x, pv.y, pv2.x, pv2.y, fill=fillcolor, width=1, outline=outline))
p.x = p.x + Battalion.bounding.length
j += 1
counter += 1
p.y = p.y + Battalion.bounding.width
i += 1
if self._action.GetCommand().IsCoverMoat():
halfsize = cs / 2.0
p1 = Point2D(center.x - halfsize, center.y - halfsize)
p3 = Point2D(center.x + halfsize, center.y + halfsize)
p2 = Point2D(p3.x, p1.y)
p4 = Point2D(p1.x, p3.y)
pv1 = viewport.W2V(p1)
pv2 = viewport.W2V(p2)
pv3 = viewport.W2V(p3)
pv4 = viewport.W2V(p4)
self._canvasObjs.append(canvas.create_line(pv1.x, pv1.y, pv3.x, pv3.y, fill="black"))
self._canvasObjs.append(canvas.create_line(pv4.x, pv4.y, pv2.x, pv2.y, fill="black"))
if Battles.Utils.Settings.SETTINGS.Get_B('Army', 'ShowLabels'):
# Text the kind of battalion
cv = viewport.W2V(Point2D(center.x, center.y))
self._canvasObjs.append(canvas.create_text(cv.x, cv.y, text=self.GetLabel(), fill="gray"))
elif self._placement.IsInDefendingLine():
# Draw the battalion on the construction
# There are a lot of different construction types. So we delegate the drawing to these kind of objects
dl = self._placement.GetDefendingLine()
dc = self._placement.GetDefendingConstruction()
dc.DrawBattalion(dl, self, canvas, viewport, self._canvasObjs)
def RedrawAttacked(self, canvas, viewport):
# Redraws the army componet after an attack
if len(self._canvasObjs) > 0:
for c in self._canvasObjs:
canvas.delete(c)
self.Draw(canvas, viewport)
def IsDefeated(self):
if self._isDead:
return True
else:
return False
def Move(self, castle, selfarmy, againsarmy, battlefield, movedList):
pass
def SetMovementPriority(self, p):
self._action.SetMovementPriority(p)
def IsInBattleField(self):
return self._placement.IsInBattlefield()
def getBattalionDimensions(kind):
return Bounding(settings.SETTINGS.Get_F('Army', 'Archers', 'Bounding/Length'),
settings.SETTINGS.Get_F('Army', 'Archers', 'Bounding/Width'),
settings.SETTINGS.Get_F('Army', 'Archers', 'Bounding/Height'))
def BattleFieldData(self):
battle = Battlefield.BattleField(bound=Bounding(500.0, 500.0),
cellsize=10.0)
return battle
def BattleFieldData(self):
# A simple and small battlefield
battle = Battlefield.BattleField(bound=Bounding(100.0, 100.0),
cellsize=10.0)
return battle