def GetWindowRects(self):
windows = uicore.registry.GetValidWindows()
ret = [(wnd.displayX, wnd.displayY, wnd.displayX + wnd.displayWidth,
wnd.displayY + wnd.displayHeight) for wnd in windows]
neocom = sm.GetService('neocom').neocom
if neocom:
l, t, w, h = neocom.GetAbsolute()
ret.append(
(ScaleDpi(l), ScaleDpi(t), ScaleDpi(l + w), ScaleDpi(t + h)))
return ret
def GetPick(self):
scene = self.mapView.scene
camera = self.mapView.camera
x, y = ScaleDpi(uicore.uilib.x), ScaleDpi(uicore.uilib.y)
if scene:
projection, view, viewport = camera.GetProjectionViewViewPort()
pick = scene.PickObject(x, y, projection, view, viewport)
if pick:
return ('scene', pick)
return (None, None)
def Load(self):
MarkerLabelBase.Load(self)
self.textSprite.displayX = ScaleDpi(6)
self.textSprite.displayY = ScaleDpi(2)
self.markerContainer.pos = (
0, 0, ReverseScaleDpi(self.textSprite.textWidth + 12),
ReverseScaleDpi(self.textSprite.textHeight + 4))
self.projectBracket.offsetY = -ScaleDpi(self.markerContainer.height +
8)
Frame(bgParent=self.markerContainer, color=self.fontColor)
Fill(bgParent=self.markerContainer, color=(0, 0, 0, 0.5))
def _PrimeForCameraPanning(self):
projection2view = geo2.MatrixInverse(self.mapView.camera.projectionMatrix.transform)
view2world = geo2.MatrixInverse(self.mapView.camera.viewMatrix.transform)
x, y = ScaleDpi(uicore.uilib.x), ScaleDpi(uicore.uilib.y)
ray, start = self.mapView.camera.GetRayAndPointFromUI(x, y, projection2view, view2world)
targetPlaneNormal = self.mapView.camera.GetViewVector()
initPointOfInterest = self.mapView.camera._pointOfInterestCurrent
initRayToPlaneIntersection = RayToPlaneIntersection(start, ray, initPointOfInterest, targetPlaneNormal)
return (initRayToPlaneIntersection,
initPointOfInterest,
targetPlaneNormal,
projection2view,
view2world)
def ShowLabel(self):
if not self.label or self.label.destroyed:
self.label = BracketShadowLabel(parent=self.markerContainer.parent, name='marker_label', align=uiconst.TOPLEFT, state=uiconst.UI_NORMAL, text=self.GetLabelText(), bracket=self.markerContainer, idx=0)
xb, yb = self.label.bindings
xb.offset = (ScaleDpi(26),
0,
0,
0)
yb.offset = (ScaleDpi(2),
0,
0,
0)
else:
self.label.SetOrder(0)
def DragMap(self):
if not uicore.uilib.leftbtn:
self.dragThread = None
initLeft, initTop, initMouseX, initMouseY = self.initDragData
dX = initMouseX - uicore.uilib.x
dY = initMouseY - uicore.uilib.y
parentWidth = ScaleDpi(self.parent.displayWidth)
parentHeight = ScaleDpi(self.parent.displayHeight)
w, h = self.width, self.height
self.left = min(parentWidth / 2, max(parentWidth / 2 - w,
initLeft - dX))
self.top = min(parentHeight / 2, max(parentHeight / 2 - h,
initTop - dY))
self.TraverseHexMap()
def __init__(self, *args, **kwds):
MarkerBase.__init__(self, *args, **kwds)
self.texturePath = kwds.get('texturePath', None)
self.hintString = kwds.get('hintString', None)
self.distanceFadeAlpha = kwds.get('distanceFadeAlpha',
self.distanceFadeAlpha)
self.projectBracket.offsetY = -ScaleDpi(self.height)
def Load(self):
self.isLoaded = True
self.textLabel = EveLabelSmall(parent=self.markerContainer,
text=self.GetLabelText(),
bold=True,
state=uiconst.UI_DISABLED)
self.markerContainer.width = self.textLabel.textwidth
self.markerContainer.height = self.textLabel.textheight
self.projectBracket.offsetX = ScaleDpi(self.markerContainer.width *
0.5 + 10)
self.UpdateActiveAndHilightState()
def Load(self):
self.isLoaded = True
if self.measurer is None:
measurer = trinity.Tr2FontMeasurer()
measurer.limit = 0
measurer.font = self.fontPath
measurer.fontSize = ScaleDpi(self.fontSize)
measurer.letterSpace = ScaleDpi(self.letterSpace)
measurer.AddText(StripTags(self.GetLabelText()))
measurer.CommitText(0, measurer.ascender)
self.measurer = measurer
textSprite = trinity.Tr2Sprite2dTextObject()
textSprite.fontMeasurer = self.measurer
textSprite.color = self.fontColor
textSprite.blendMode = trinity.TR2_SBM_ADD
self.markerContainer.renderObject.children.append(textSprite)
self.textSprite = textSprite
height = self.measurer.ascender - self.measurer.descender
width = self.measurer.cursorX
self.textSprite.textWidth = width
self.textSprite.textHeight = height
self.markerContainer.pos = (0, 0, ReverseScaleDpi(width),
ReverseScaleDpi(height))
def UpdateCamera(self, *args):
if self.destroyed:
self.cameraUpdateTimer = None
return
if not (uicore.uilib.leftbtn or uicore.uilib.rightbtn):
self.cameraUpdateTimer = None
return
if uicore.registry.GetFocus() is not self:
self.cameraUpdateTimer = None
return
camera = self.mapView.camera
mouseX, mouseY = trinity.GetCursorPos()
if uicore.uilib.leftbtn:
if (mouseX, mouseY) != self.leftMouseDownPosition or self.doLeftMouseUp is False:
self.doLeftMouseUp = False
oldX, oldY = self.leftMouseDownPosition
dx = mouseX - oldX
dy = mouseY - oldY
self.leftMouseDownPosition = (mouseX, mouseY)
if uicore.uilib.rightbtn:
self.doRightMouseUp = False
modifier = uicore.mouseInputHandler.GetCameraZoomModifier()
camera.ZoomMouseDelta(dx, modifier * dy)
else:
camera.OrbitMouseDelta(dx, dy)
elif uicore.uilib.rightbtn:
if (mouseX, mouseY) != self.rightMouseDownPosition or self.doRightMouseUp is False:
self.doRightMouseUp = False
initRayToPlaneIntersection, initPointOfInterest, initTargetPlaneNormal, projection2view, view2world = self.rightButtonCameraData
x, y = ScaleDpi(uicore.uilib.x), ScaleDpi(uicore.uilib.y)
ray, start = self.mapView.camera.GetRayAndPointFromUI(x, y, projection2view, view2world)
rayToPlaneIntersection = RayToPlaneIntersection(start, ray, initPointOfInterest, initTargetPlaneNormal)
rayToPlaneIntersectionDiff = geo2.Vec3Subtract(initRayToPlaneIntersection, rayToPlaneIntersection)
newPointOfInterest = geo2.Vec3Add(initPointOfInterest, rayToPlaneIntersectionDiff)
camera.SetPointOfInterest(newPointOfInterest)
self.mapView.DisableAutoFocus()
def Load(self):
self.isLoaded = True
labelLeft = CIRCLESIZE + LABEL_LEFT_MARGIN
self.textLabel = EveLabelSmall(parent=self.markerContainer,
text=self.GetLabelText(),
bold=True,
state=uiconst.UI_DISABLED,
left=labelLeft)
self.markerContainer.width = labelLeft + self.textLabel.textwidth
self.markerContainer.height = self.textLabel.textheight
Fill(bgParent=self.markerContainer,
padding=(labelLeft - 2, 0, -2, 0),
color=(0, 0, 0, 0.5))
self.projectBracket.offsetX = ScaleDpi(self.markerContainer.width *
0.5 - CIRCLESIZE / 2)
self.UpdateActiveAndHilightState()
def tick_score_bar(self, counter, new_score_bar_length):
while counter >= new_score_bar_length:
counter += 1
if counter >= ScaleDpi(self.scoreBarLength):
counter = -1
self.rank_band = calculate_rank_band(self.player_rank)
if self.rank_band > self.original_rank_band:
self.original_rank_band = self.rank_band
self.fade_badge_out()
else:
self.set_score_bar_length(counter)
blue.synchro.Sleep(1)
while counter < new_score_bar_length:
counter += 1
self.set_score_bar_length(counter)
blue.synchro.Sleep(1)
def update_score_bar(self):
new_score_bar_length = self.calculate_score_bar_length()
counter = self.oldScoreBarLength
self.oldScoreBarLength = new_score_bar_length
while counter >= new_score_bar_length:
counter += 0.5
if counter >= ScaleDpi(self.scoreBarLength - 5):
counter = -1
self.update_rank_values()
else:
if self.scoreBar.renderObject:
self.scoreBar.renderObject.translationTo = (counter, 0)
blue.synchro.Sleep(1)
while counter < new_score_bar_length:
counter += 0.5
if self.scoreBar.renderObject:
self.scoreBar.renderObject.translationTo = (counter, 0)
blue.synchro.Sleep(1)
self.update_rank_values()
def zoom_in(self):
if not self.image_sprite.texture or self.image_sprite.texture.resPath.startswith(
'res:'):
return
if self.is_zoom_fixed:
uicore.uilib.SetCursor(uiconst.UICURSOR_POINTER)
else:
self.show_zoom_image()
self.hide_main_image()
self.show_minimap_frames()
uicore.uilib.SetCursor(uiconst.UICURSOR_MAGNIFIER)
mouse_position = (uicore.uilib.x, uicore.uilib.y)
img_position = self.image_sprite.GetAbsolutePosition()
if self.is_mouse_out_of_bounds(mouse_position, img_position):
return
zoom_aspect_ratio = ScaleDpi(
self.zoom_image_sprite._displayWidth) / float(
self.image_sprite._displayWidth) - 1
self.zoom_image_sprite.displayX = (
img_position[0] - mouse_position[0]) * zoom_aspect_ratio
self.zoom_image_sprite.displayY = (
img_position[1] - mouse_position[1]) * zoom_aspect_ratio
self.mini_map_frame_container.displayX = self.zoom_image_sprite.displayX / -17
self.mini_map_frame_container.displayY = self.zoom_image_sprite.displayY / -17
def __init__(self, *args, **kwds):
MarkerSolarSystemBased.__init__(self, *args, **kwds)
self.texturePath = kwds.get('texturePath', self.texturePath)
self.projectBracket.offsetY = -ScaleDpi(30)
self.highlightOnLoad = kwds.get('highlightOnLoad', False)
def GetRayToPlaneDenominator(self, targetPlaneNormal, offsetMouse = (0, 0)):
oX, oY = offsetMouse
x, y = ScaleDpi(uicore.uilib.x + oX), ScaleDpi(uicore.uilib.y + oY)
ray, start = self.mapView.camera.GetRayAndPointFromUI(x, y)
denom = geo2.Vec3Dot(targetPlaneNormal, ray)
return denom
def GetDotOnTargetPlaneFromPosition(self, targetPlanePos, targetPlaneNormal, offsetMouse = (0, 0)):
oX, oY = offsetMouse
x, y = ScaleDpi(uicore.uilib.x + oX), ScaleDpi(uicore.uilib.y + oY)
ray, start = self.mapView.camera.GetRayAndPointFromUI(x, y)
pos = RayToPlaneIntersection(start, ray, targetPlanePos, targetPlaneNormal)
return pos
def Load(self):
MarkerLabelBase.Load(self)
self.projectBracket.offsetY = -ScaleDpi(self.markerContainer.height -
20)
def GetExtraContainerDisplayOffset(self):
return (ScaleDpi(CIRCLESIZE + LABEL_LEFT_MARGIN),
self.markerContainer.renderObject.displayHeight)