def fset(self, value):
pW, pH = self._displayWidth, self._displayHeight
displayX, displayY, displayWidth, displayHeight = value
self._displayX = int(round(displayX))
self._displayY = int(round(displayY))
self._displayWidth = int(round(displayX + displayWidth)) - self._displayX
self._displayHeight = int(round(displayY + displayHeight)) - self._displayY
ro = self.renderObject
if ro:
ro.displayX = self._displayX
ro.displayY = self._displayY
ro.displayWidth = self._displayWidth
ro.displayHeight = self._displayHeight
if self._displayWidth != pW or self._displayHeight != pH:
if self._backgroundlist and len(self.background):
self.UpdateBackgrounds()
if self.outline:
self.DrawOutline()
if self.gridSprite:
baseCellSize = hexUtil.hex_slot_size(self.isFlatTop, self.hexGridSize)
tileTextureWidth = 288.0
tileTextureHeight = 333.0
textureScaling = tileTextureHeight / baseCellSize[1]
self.gridSprite.rectSecondary = ((self.sizeUnscaled[0] * 2 % (self.hexGridSize * 6) - self.hexGridSize) * textureScaling + self.hexGridSize * textureScaling * 0.75,
0.0,
tileTextureWidth / self.globalScaling / self.localScaling * textureScaling * 0.5,
tileTextureHeight / self.globalScaling / self.localScaling * textureScaling * 0.5)
def fset(self, value):
pW, pH = self._displayWidth, self._displayHeight
displayX, displayY, displayWidth, displayHeight = value
self._displayX = int(round(displayX))
self._displayY = int(round(displayY))
self._displayWidth = int(
round(displayX + displayWidth)) - self._displayX
self._displayHeight = int(
round(displayY + displayHeight)) - self._displayY
ro = self.renderObject
if ro:
ro.displayX = self._displayX
ro.displayY = self._displayY
ro.displayWidth = self._displayWidth
ro.displayHeight = self._displayHeight
if self._displayWidth != pW or self._displayHeight != pH:
if self._backgroundlist and len(self.background):
self.UpdateBackgrounds()
if self.outline:
self.DrawOutline()
if self.gridSprite:
baseCellSize = hexUtil.hex_slot_size(
self.isFlatTop, self.hexGridSize)
tileTextureWidth = 288.0
tileTextureHeight = 333.0
textureScaling = tileTextureHeight / baseCellSize[1]
self.gridSprite.rectSecondary = (
(self.sizeUnscaled[0] * 2 %
(self.hexGridSize * 6) - self.hexGridSize) *
textureScaling +
self.hexGridSize * textureScaling * 0.75, 0.0,
tileTextureWidth / self.globalScaling /
self.localScaling * textureScaling * 0.5,
tileTextureHeight / self.globalScaling /
self.localScaling * textureScaling * 0.5)
def SetMapSize(self, size):
size = self.setMapSize or size
size += size & 1
self.mapsize = size
baseSize = hexUtil.hex_slot_size(self.isFlatTop, self.hexGridSize * size)
if baseSize != (self.width, self.height):
self.sizeUnscaled = baseSize
self.morphGlobalScaling = 0.0
self.morphGlobalScaling = 1.0
def SetMapSize(self, size):
size = self.setMapSize or size
size += size & 1
self.mapsize = size
baseSize = hexUtil.hex_slot_size(self.isFlatTop,
self.hexGridSize * size)
if baseSize != (self.width, self.height):
self.sizeUnscaled = baseSize
self.morphGlobalScaling = 0.0
self.morphGlobalScaling = 1.0
def PreparePathFinder(self):
xStep, yStep = hexUtil.hex_slot_size(self.isFlatTop, self.hexGridSize / 2.0)
xRange = int(self.width / xStep)
yRange = int(self.height / yStep)
xRange = xRange - xRange % 3 + 3
yRange = yRange - yRange % 3 + 3
pathMap = pyEvePathfinder.EveMap()
pathMap.CreateRegion(-1)
pathMap.CreateConstellation(-2, -1)
self.pathMap = pathMap
pathfinder = EvePathfinderCore(pathMap)
pathfinderState = HexMapPathfinderInterface()
self.avoidPathFinderState = HexMapPathfinderInterface()
def ConvertPathFinderIDMock(ret):
return ret
self.pathfinderHandler = ClientPathfinder(pathfinder, pathfinderState, self.avoidPathFinderState, ConvertPathFinderIDMock, ConvertPathFinderIDMock)
self.avoidPathFinderState.blockedSpots = []
self.avoidPathFinderState.usedSpots = []
if getattr(self, 'pathFindingPairs', None):
for i in xrange(yRange * xRange):
pathMap.CreateSolarSystem(i, -2, -1)
self.AddToPathFinding(self.pathFindingPairs)
return
self.column_row_to_pathfinder = column_row_to_pathfinder = {}
self.pathfinder_to_xy = pathfinder_to_xy = []
self.pathfinderIndexGrid = indexGrid = []
self.pathFindingPairs = pathFindingPairs = set()
self.pathFindingPairSequence = pathFindingPairSequence = {}
showDebug = not self.isChild and settings.user.ui.Get('mapDebugSubdivision', 0)
self.pathfinderSize = (xRange, yRange)
i = 0
for y in xrange(yRange):
row = []
indexGrid.append(row)
yOdd = y & 1
for x in xrange(xRange):
row.append(i)
posX = x * xStep
posY = y * yStep
if y % 2:
posX += xStep / 2
isPrimary = not (x - yOdd + self.mapsize / 2 % 3) % 3
if isPrimary:
px_hx = hexUtil.pixel_to_hex(posX - self.width / 2, posY - self.height / 2, self.hexGridSize, isFlatTop=self.isFlatTop)
ax_cu = hexUtil.axial_to_cube_coordinate(*px_hx)
ax_cu_rounded = hexUtil.hex_round(*ax_cu)
cu_ax = hexUtil.cube_to_odd_q_axial_coordinate(*ax_cu_rounded)
column_row_to_pathfinder[cu_ax] = i
for cMod, rMod in ((-1, 0), (-1 + yOdd, -1), (yOdd, -1)):
cIndex = x + cMod
rIndex = y + rMod
if rIndex >= 0 and cIndex >= 0:
try:
pathFindingPairs.add((i, indexGrid[rIndex][cIndex]))
except IndexError:
pass
if showDebug:
if isPrimary:
textColor = (1, 0, 0, 1)
else:
textColor = (0, 1, 0, 1)
EveLabelSmall(parent=self, text=str(i), left=posX - self.width / 2, top=posY - self.height / 2, align=uiconst.CENTER, color=textColor)
pathfinder_to_xy.append((posX, posY))
pathMap.CreateSolarSystem(i, -2, -1)
i += 1
self.AddToPathFinding(self.pathFindingPairs, showDebug)
def PreparePathFinder(self):
xStep, yStep = hexUtil.hex_slot_size(self.isFlatTop,
self.hexGridSize / 2.0)
xRange = int(self.width / xStep)
yRange = int(self.height / yStep)
xRange = xRange - xRange % 3 + 3
yRange = yRange - yRange % 3 + 3
pathMap = pyEvePathfinder.EveMap()
pathMap.CreateRegion(-1)
pathMap.CreateConstellation(-2, -1)
self.pathMap = pathMap
pathfinder = EvePathfinderCore(pathMap)
pathfinderState = HexMapPathfinderInterface()
self.avoidPathFinderState = HexMapPathfinderInterface()
def ConvertPathFinderIDMock(ret):
return ret
self.pathfinderHandler = ClientPathfinder(pathfinder, pathfinderState,
self.avoidPathFinderState,
ConvertPathFinderIDMock,
ConvertPathFinderIDMock)
self.avoidPathFinderState.blockedSpots = []
self.avoidPathFinderState.usedSpots = []
if getattr(self, 'pathFindingPairs', None):
for i in xrange(yRange * xRange):
pathMap.CreateSolarSystem(i, -2, -1)
self.AddToPathFinding(self.pathFindingPairs)
return
self.column_row_to_pathfinder = column_row_to_pathfinder = {}
self.pathfinder_to_xy = pathfinder_to_xy = []
self.pathfinderIndexGrid = indexGrid = []
self.pathFindingPairs = pathFindingPairs = set()
self.pathFindingPairSequence = pathFindingPairSequence = {}
showDebug = not self.isChild and settings.user.ui.Get(
'mapDebugSubdivision', 0)
self.pathfinderSize = (xRange, yRange)
i = 0
for y in xrange(yRange):
row = []
indexGrid.append(row)
yOdd = y & 1
for x in xrange(xRange):
row.append(i)
posX = x * xStep
posY = y * yStep
if y % 2:
posX += xStep / 2
isPrimary = not (x - yOdd + self.mapsize / 2 % 3) % 3
if isPrimary:
px_hx = hexUtil.pixel_to_hex(posX - self.width / 2,
posY - self.height / 2,
self.hexGridSize,
isFlatTop=self.isFlatTop)
ax_cu = hexUtil.axial_to_cube_coordinate(*px_hx)
ax_cu_rounded = hexUtil.hex_round(*ax_cu)
cu_ax = hexUtil.cube_to_odd_q_axial_coordinate(
*ax_cu_rounded)
column_row_to_pathfinder[cu_ax] = i
for cMod, rMod in ((-1, 0), (-1 + yOdd, -1), (yOdd, -1)):
cIndex = x + cMod
rIndex = y + rMod
if rIndex >= 0 and cIndex >= 0:
try:
pathFindingPairs.add(
(i, indexGrid[rIndex][cIndex]))
except IndexError:
pass
if showDebug:
if isPrimary:
textColor = (1, 0, 0, 1)
else:
textColor = (0, 1, 0, 1)
EveLabelSmall(parent=self,
text=str(i),
left=posX - self.width / 2,
top=posY - self.height / 2,
align=uiconst.CENTER,
color=textColor)
pathfinder_to_xy.append((posX, posY))
pathMap.CreateSolarSystem(i, -2, -1)
i += 1
self.AddToPathFinding(self.pathFindingPairs, showDebug)