def GetZoomValues(self, model, thread):
rad = 300
camera = self.sceneManager.GetRegisteredCamera(self.name)
trinity.WaitForResourceLoads()
rad = model.GetBoundingSphereRadius()
center = model.boundingSphereCenter
localBB = model.GetLocalBoundingBox()
if localBB[0] is None or localBB[1] is None:
log.LogError(
"Failed to get bounding info for ship. Odds are the ship wasn't loaded properly."
)
localBB = (trinity.TriVector(0, 0, 0), trinity.TriVector(0, 0, 0))
model.translationCurve = trinity.TriVectorCurve()
negativeCenter = (-center[0], -localBB[0].y + 180.0, -center[2])
model.translationCurve.value = negativeCenter
cameraparent = self.GetCameraParent()
if cameraparent.translationCurve is not None:
keyValue = cameraparent.translationCurve.keys[1].value
if self.staticEnv:
keyValue = (keyValue[0], -localBB[0].y + 180.0, keyValue[2])
cameraparent.translationCurve.keys[0].value = keyValue
key1Value = cameraparent.translationCurve.keys[1].value
key1Value = (key1Value[0], -localBB[0].y + 180.0, key1Value[2])
cameraparent.translationCurve.keys[1].value = key1Value
cameraparent.translationCurve.start = blue.os.GetSimTime()
zoomMultiplier = 1.0
aspectRatio = trinity.GetAspectRatio()
if aspectRatio > 1.6:
zoomMultiplier = aspectRatio / 1.6
self.minZoom = (rad + camera.frontClip + 50) * zoomMultiplier
self.maxZoom = 2050.0
self.layer.maxZoom = self.maxZoom
self.layer.minZoom = self.minZoom
return (rad + camera.frontClip) * 2
def TryPickSphereBorder(self):
matches = []
scannerWnd = Scanner.GetIfOpen()
if scannerWnd:
x, y = uicore.ScaleDpi(uicore.uilib.x), uicore.ScaleDpi(uicore.uilib.y)
ray, start = GetRayAndPointFromScreen(x, y)
pickRadiusRay, pickRadiusStart = GetRayAndPointFromScreen(x - 30, y)
camera = sm.GetService('sceneManager').GetRegisteredCamera('systemmap')
if camera is None:
return
viewDir = geo2.QuaternionTransformVector(camera.rotationAroundParent, (0.0, 0.0, 1.0))
viewDir = geo2.Vec3Normalize(viewDir)
targetPlaneNormal = geo2.Vector(*viewDir)
scanSvc = sm.StartService('scanSvc')
probeData = scanSvc.GetProbeData()
probes = scannerWnd.GetProbeSpheres()
for probeID, probeControl in probes.iteritems():
if probeID not in probeData or probeData[probeID].state != const.probeStateIdle:
continue
targetPlanePos = geo2.Vector(probeControl.locator.worldTransform[3][0], probeControl.locator.worldTransform[3][1], probeControl.locator.worldTransform[3][2])
rad = list(probeControl.sphere.scaling)[0] * SYSTEMMAP_SCALE
pos = RayToPlaneIntersection(start, ray, targetPlanePos, targetPlaneNormal)
picRadiusPos = RayToPlaneIntersection(pickRadiusStart, pickRadiusRay, targetPlanePos, targetPlaneNormal)
pickRad = (trinity.TriVector(*picRadiusPos) - trinity.TriVector(*pos)).Length()
diffFromPickToSphereBorder = (trinity.TriVector(*targetPlanePos) - trinity.TriVector(*pos)).Length()
if rad + pickRad > diffFromPickToSphereBorder > rad - pickRad:
matches.append((abs(rad - diffFromPickToSphereBorder), probeControl))
if matches:
matches = uiutil.SortListOfTuples(matches)
return matches[0]
def ArrangeSelection(self, x, y, z):
slimItems = self.GetSelObjects()
if len(slimItems) < 2:
return
minV = trinity.TriVector(slimItems[0].dunX, slimItems[0].dunY,
slimItems[0].dunZ)
maxV = minV.CopyTo()
commandArgs = []
centreAxis = trinity.TriVector()
for slimItem in slimItems:
centreAxis.x = centreAxis.x + slimItem.dunX
centreAxis.y = centreAxis.y + slimItem.dunY
centreAxis.z = centreAxis.z + slimItem.dunZ
centreAxis.Scale(1.0 / len(slimItems))
stepCount = float(len(slimItems))
totalOffset = trinity.TriVector(x * stepCount, y * stepCount,
z * stepCount)
totalOffset.Scale(-0.5)
counter = 0
for slimItem in slimItems:
offset = trinity.TriVector(x, y, z)
offset.Scale(counter)
pos = centreAxis + totalOffset + offset
counter += 1
dungeonHelper.SetObjectPosition(slimItem.dunObjectID, pos.x, pos.y,
pos.z)
def RotateSelected(self, yaw, pitch, roll):
slimItems = self.GetSelObjects()
if len(slimItems) == 0:
return
nq = trinity.TriQuaternion()
nq.SetYawPitchRoll(yaw / 180.0 * pi, pitch / 180.0 * pi,
roll / 180.0 * pi)
posCtr = trinity.TriVector()
for slimItem in slimItems:
posCtr += trinity.TriVector(slimItem.dunX, slimItem.dunY,
slimItem.dunZ)
posCtr.Scale(1.0 / len(slimItems))
for slimItem in slimItems:
q = trinity.TriQuaternion()
rot = getattr(slimItem, 'dunRotation', None)
if rot is not None:
yaw, pitch, roll = rot
q.SetYawPitchRoll(yaw / 180.0 * pi, pitch / 180.0 * pi,
roll / 180.0 * pi)
q.Multiply(nq)
y, p, r = q.GetYawPitchRoll()
y = y / pi * 180.0
p = p / pi * 180.0
r = r / pi * 180.0
translation = trinity.TriVector(slimItem.dunX, slimItem.dunY,
slimItem.dunZ)
translation -= posCtr
translation.TransformQuaternion(nq)
translation += posCtr
dungeonHelper.SetObjectPosition(slimItem.dunObjectID,
translation.x, translation.y,
translation.z)
dungeonHelper.SetObjectRotation(slimItem.dunObjectID, y, p, r)
def GetPickIntersectionPoint(x=None, y=None):
"""
Returns the point on the planet at (x, y) screen coordinates. This is done
by casting a ray based on the screen coordinates (x, y) and the viewport
and then finally calculating the intersection of that ray and a sphere (the planet).
Method defaults to the current mouse coordinates if x and y arguments are None
Returns None if the planet was not clicked.
Arguments:
x - the x coordinates in screen space
y - the y coordinares in screen space
"""
if None in (x, y):
x, y = int(uicore.uilib.x * uicore.desktop.dpiScaling), int(
uicore.uilib.y * uicore.desktop.dpiScaling)
device = trinity.device
proj, view, vp = uix.GetFullscreenProjectionViewAndViewport()
ray, start = device.GetPickRayFromViewport(x, y, vp, view.transform,
proj.transform)
lineVec = trinity.TriVector(*ray)
lineP0 = trinity.TriVector(*start)
sphereP0 = trinity.TriVector(0.0, 0.0, 0.0)
sphereRad = 1000.0
pInt = GetSphereLineIntersectionPoint(lineP0, lineVec, sphereP0, sphereRad)
if not pInt:
return
ret = SurfacePoint(pInt.x, pInt.y, pInt.z)
ret.SetRadius(1.0)
return ret
def GetBoundingBoxInLocalSpace(self):
if self.geometry.meshCount > 0:
min, max = self.geometry.GetBoundingBox(0)
for i in xrange(self.geometry.meshCount - 1):
cMin, cMax = self.geometry.GetBoundingBox(i + 1)
min.Minimize(cMin)
max.Maximize(cMax)
return (min, max)
return (trinity.TriVector(), trinity.TriVector())
def GetMyPos():
bp = sm.GetService('michelle').GetBallpark()
if bp and bp.ego:
ego = bp.balls[bp.ego]
myPos = trinity.TriVector(ego.x, ego.y, ego.z)
elif eve.session.stationid:
s = sm.GetService('map').GetStation(eve.session.stationid)
myPos = trinity.TriVector(s.x, s.y, s.z)
else:
myPos = trinity.TriVector()
return myPos
def CalculateHexagonParameters(self):
mmin = trinity.TriVector(-1.0, 0.0, -0.866025447845459)
mmax = trinity.TriVector(1.0, 0.0, 0.866025447845459)
maxx = mmax.z / math.sin(math.radians(60.0))
topRightX = math.cos(math.radians(60.0)) * maxx
self.tileMin = Point(-maxx, mmin.z)
self.tileMax = Point(maxx, mmax.z)
self.hexPoints = (Point(topRightX,
self.tileMax.y), Point(self.tileMax.x, 0.0),
Point(topRightX, self.tileMin.y),
Point(-topRightX,
self.tileMin.y), Point(self.tileMin.x, 0.0),
Point(-topRightX, self.tileMax.y))
self.tileWidth = maxx * 2.0 * 0.75
self.tileHeight = mmax.z * 2.0
def Assemble(self):
timecurves.ResetTimeCurves(self.model, self.id * 12345L)
timecurves.ScaleTime(self.model, 5.0 + self.id % 20 / 20.0)
x = 0.8 + 0.2 * random.random()
y = 0.8 + 0.2 * random.random()
z = 0.8 + 0.2 * random.random()
self.model.scaling.SetXYZ(self.model.scaling.x * x,
self.model.scaling.y * y,
self.model.scaling.z * z)
selfPos = trinity.TriVector(self.x * 1e-05, self.y * 1e-05,
self.z * 1e-05)
fwd = trinity.TriVector(0.0, 0.0, 1.0)
selfPos.Normalize()
self.model.rotationCurve = None
self.model.rotation.SetRotationArc(fwd, selfPos)
def GetPickIntersectionPoint(x = None, y = None):
if None in (x, y):
x, y = int(uicore.uilib.x * uicore.desktop.dpiScaling), int(uicore.uilib.y * uicore.desktop.dpiScaling)
device = trinity.device
proj, view, vp = uix.GetFullscreenProjectionViewAndViewport()
ray, start = device.GetPickRayFromViewport(x, y, vp, view.transform, proj.transform)
lineVec = trinity.TriVector(*ray)
lineP0 = trinity.TriVector(*start)
sphereP0 = trinity.TriVector(0.0, 0.0, 0.0)
sphereRad = 1000.0
pInt = GetSphereLineIntersectionPoint(lineP0, lineVec, sphereP0, sphereRad)
if not pInt:
return
ret = planet.SurfacePoint(pInt.x, pInt.y, pInt.z)
ret.SetRadius(1.0)
return ret
def UpdateDirectionVector():
bp = GetBallPark()
myball = bp.GetBall(eve.session.shipid)
if not myball:
LogMessage("ball doesnt exist")
return
if bp:
balls = copy.copy(bp.balls)
#\LogMessage("Copied Ballpark")
else:
LogMessage("Invalid Ballpark")
tacticalSvc = sm.GetService("tactical")
tacticalSvc.circles.ClearLines()
color = (0.25,0.25,0.25,1)
i = 0
while (i < 50):
blue.pyos.synchro.Sleep(500)
tacticalSvc.circles.ClearLines()
for ballid in balls.iterkeys():
ball = bp.GetBall(ballid)
slimItem = bp.GetInvItem(ballid)
if (ball.maxVelocity != 0):
currentDirection = ball.GetQuaternionAt(blue.os.GetTime())
d = trinity.TriVector(0,0,1)
d.TransformQuaternion(currentDirection)
LogMessage(str(d.x) + " " + str(d.y) + " " + str(d.z))
d.x = d.x*10000
d.y = d.y*10000
d.z = d.z*10000
tacticalSvc.circles.AddLine((ball.x-myball.x,ball.y-myball.y,ball.z-myball.z),color,(d.x+ball.x-myball.x,d.y+ball.y-myball.y,d.z+ball.z-myball.z),color)
tacticalSvc.circles.SubmitChanges()
i=i+1
def ShowPathOfSelectedShipOnMyShip():
tacticalSvc = sm.GetService("tactical")
tacticalSvc.circles.ClearLines()
color = (0.25,0.25,0.25,1)
i = 0
while (i < 50):
blue.pyos.synchro.Sleep(500)
currItem = eve.LocalSvc("registry").GetWindow("selecteditemview").itemIDs[0]
bp = GetBallPark()
currSelectedBall = bp.GetBall(currItem)
if not currSelectedBall:
LogMessage("ball doesnt exist")
return
if bp:
balls = copy.copy(bp.balls)
LogMessage("Copied Ballpark")
else:
LogMessage("Invalid Ballpark")
tacticalSvc.circles.ClearLines()
currentDirection = currSelectedBall.GetQuaternionAt(blue.os.GetTime())
d = trinity.TriVector(0,0,1)
d.TransformQuaternion(currentDirection)
d.x = d.x*1000
d.y = d.y*1000
d.z = d.z*1000
LogMessage(str(d.x) + " " + str(d.y) + " " + str(d.z))
tacticalSvc.circles.AddLine((0,0,0),color,(d.x,d.y,d.z),color)
tacticalSvc.circles.SubmitChanges()
i=i+1
def SetObjectQuantity(objectID, quantity):
scenario = sm.StartService('scenario')
targetBall, slimItem = scenario.GetBallAndSlimItemFromObjectID(objectID)
if slimItem is None:
raise RuntimeError('No slim item?')
targetModel = getattr(targetBall, 'model', None)
if not targetModel:
return
if slimItem.categoryID == const.categoryAsteroid or slimItem.groupID in (
const.groupHarvestableCloud, const.groupCloud):
computedRadius = util.ComputeRadiusFromQuantity(
slimItem.categoryID, slimItem.groupID, slimItem.typeID, quantity)
if hasattr(targetModel, 'modelScale'):
targetModel.modelScale = computedRadius
elif hasattr(targetModel, 'scaling'):
scaleVector = trinity.TriVector(computedRadius, computedRadius,
computedRadius)
targetModel.scaling = scaleVector
else:
raise RuntimeError('Model has neither modelScale nor scaling')
slimItem.dunRadius = quantity
scenario.UpdateUnsavedObjectChanges(slimItem.itemID,
dungeonEditorTools.CHANGE_SCALE)
else:
raise RuntimeError("Can't scale type %d" % slimItem.categoryID)
def GetMaxDist(self):
maxdist = 0.0
for item in self.mapitems:
pos = trinity.TriVector(item.x, 0.0, item.z)
maxdist = max(maxdist, pos.Length())
return maxdist
def ShakeCamera(self, ball):
ballpark = sm.GetService('michelle').GetBallpark()
if ballpark is None:
return
speedVector = trinity.TriVector(ball.vx, ball.vy, ball.vz)
speed = speedVector.Length()
maxSpeed = ballpark.warpSpeed * const.AU - ball.maxVelocity
speed = (speed - ball.maxVelocity) / maxSpeed
speed = max(0.0, speed)
rumbleFactor = 0.5 - 0.5 * cos(6.28 * pow(speed, 0.1))
rumbleFactor = (rumbleFactor - 0.2) / 0.8
rumbleFactor = max(rumbleFactor, 0.0)
rumbleFactor = pow(rumbleFactor, 0.8)
shakeFactor = 0.7 * rumbleFactor
cam = self.GetCamera()
noisescaleCurve = trinity.TriScalarCurve()
noisescaleCurve.extrapolation = trinity.TRIEXT_CONSTANT
noisescaleCurve.AddKey(0.0, cam.noiseScale, 0.0, 0.0,
trinity.TRIINT_LINEAR)
noisescaleCurve.AddKey(0.5, shakeFactor * 2.0, 0.0, 0.0,
trinity.TRIINT_LINEAR)
noisescaleCurve.AddKey(5.0, 0.0, 0.0, 0.0, trinity.TRIINT_LINEAR)
noisescaleCurve.Sort()
behavior = shaker.ShakeBehavior('Warp')
behavior.scaleCurve = noisescaleCurve
cam.shakeController.DoCameraShake(behavior)
def ShakeCamera(self, ball):
shakeEnabled = settings.user.ui.Get('cameraShakeEnabled', 1)
camera = sm.GetService('sceneManager').GetRegisteredCamera('default')
if camera is None:
return
if not shakeEnabled:
camera.noise = 0
return
ballpark = sm.GetService('michelle').GetBallpark()
if ballpark is None:
return
speedVector = trinity.TriVector(ball.vx, ball.vy, ball.vz)
speed = speedVector.Length()
maxSpeed = ballpark.warpSpeed * const.AU - ball.maxVelocity
speed = (speed - ball.maxVelocity) / maxSpeed
speed = max(0.0, speed)
rumbleFactor = 0.5 - 0.5 * cos(6.28 * pow(speed, 0.1))
rumbleFactor = (rumbleFactor - 0.2) / 0.8
rumbleFactor = max(rumbleFactor, 0.0)
rumbleFactor = pow(rumbleFactor, 0.8)
shakeFactor = 0.7 * rumbleFactor
if camera.noiseScaleCurve is None:
noiseScale = 0.0
else:
noiseScale = camera.noiseScale
noisescaleCurve = trinity.TriScalarCurve()
noisescaleCurve.extrapolation = trinity.TRIEXT_CONSTANT
noisescaleCurve.AddKey(0.0, noiseScale, 0.0, 0.0, trinity.TRIINT_LINEAR)
noisescaleCurve.AddKey(0.5, shakeFactor * 2.0, 0.0, 0.0, trinity.TRIINT_LINEAR)
noisescaleCurve.AddKey(5.0, 0.0, 0.0, 0.0, trinity.TRIINT_LINEAR)
noisescaleCurve.Sort()
camera.noiseScaleCurve = noisescaleCurve
now = blue.os.GetSimTime()
camera.noiseScaleCurve.start = now
camera.noise = 1
def GetDistance(slimItem = None, mapData = None, ball = None, transform = None):
if ball:
return ball.surfaceDist
if slimItem:
ballPark = sm.GetService('michelle').GetBallpark()
if ballPark and slimItem.itemID in ballPark.balls:
return ballPark.balls[slimItem.itemID].surfaceDist
myPos = GetMyPos()
if mapData:
pos = trinity.TriVector(mapData.x, mapData.y, mapData.z)
elif transform:
pos = transform.translation
if type(pos) == types.TupleType:
pos = trinity.TriVector(*pos)
else:
return None
return (pos - myPos).Length()
def GetMouseTravel(self):
if self.mouseDownPos:
x, y = uicore.uilib.x, uicore.uilib.y
v = trinity.TriVector(float(x - self.mouseDownPos[0]),
float(y - self.mouseDownPos[1]), 0.0)
return int(v.Length())
else:
return None
def SetDamageStateSingle(self, health):
damage = 1.0 - health
effectPosition = trinity.TriVector()
if damage < 0.2:
for each in list(self.model.children):
if each.name == 'autoDamage':
self.model.children.remove(each)
self.burning = False
elif self.id == sm.StartService('state').GetExclState(state.lookingAt) and not self.burning:
self.burning = True
if len(self.model.damageLocators):
furthestBack = self.model.damageLocators[0][0]
for locator in self.model.damageLocators:
locatorTranslation = locator[0]
if locatorTranslation[2] > furthestBack[2]:
furthestBack = locatorTranslation
effectPosition = furthestBack
scale = math.sqrt(self.model.boundingSphereRadius / 30.0)
effect = trinity.Load('res:/Emitter/Damage/fuel_low.red')
effect.name = 'autoDamage'
effect.translation = effectPosition
effect.scaling = (1, 1, 1)
prefix = 'owner.positionDelta'
for curveSet in effect.curveSets:
for binding in curveSet.bindings:
if binding.name[0:len(prefix)] == prefix:
binding.sourceObject = self.model.positionDelta
generators = effect.Find('trinity.Tr2RandomUniformAttributeGenerator')
for generator in generators:
if generator.elementType == trinity.PARTICLE_ELEMENT_TYPE.LIFETIME:
generator.minRange = (generator.minRange[0],
generator.minRange[1] * scale,
0,
0)
generator.maxRange = (generator.maxRange[0],
generator.maxRange[1] * scale,
0,
0)
elif generator.elementType == trinity.PARTICLE_ELEMENT_TYPE.CUSTOM and generator.customName == 'sizeDynamic':
generator.minRange = (generator.minRange[0] * scale,
generator.minRange[1] * scale,
0,
0)
generator.maxRange = (generator.maxRange[0] * scale,
generator.maxRange[1] * scale,
0,
0)
generators = effect.Find('trinity.Tr2SphereShapeAttributeGenerator')
for generator in generators:
generator.minRadius = generator.minRadius * scale
generator.maxRadius = generator.maxRadius * scale
self.model.children.append(effect)
effect = None
def _TransformContext(self, v):
scenarioMgr = sm.StartService('scenario')
michelleSvc = sm.StartService('michelle')
dungeonOrigin = scenarioMgr.GetDungeonOrigin()
toolPositionX, toolPositionY, toolPositionZ = sm.GetService('scenario').GetSelectionCenter()
toolOffset = (self.toolPosition[0] - dungeonOrigin.x, self.toolPosition[1] - dungeonOrigin.y, self.toolPosition[2] - dungeonOrigin.z)
godma = sm.GetService('godma')
slimItems = scenarioMgr.GetSelObjects()
for slimItem in slimItems:
if slimItem.dunObjectID in sm.GetService('scenario').GetLockedObjects():
if uicore.uilib.Key(uiconst.VK_CONTROL):
scenarioMgr.UnlockObject(slimItem.itemID, slimItem.dunObjectID, force=True)
else:
continue
targetBall = michelleSvc.GetBall(slimItem.itemID)
targetModel = getattr(targetBall, 'model', None)
if not targetModel:
continue
if slimItem.groupID in (const.groupHarvestableCloud, const.groupCloud) and hasattr(targetModel, 'scaling'):
if slimItem.itemID not in self.initial_scaling:
self.initial_scaling[slimItem.itemID] = trinity.TriVector(targetModel.scaling.x, targetModel.scaling.y, targetModel.scaling.z)
initialScaling = self.initial_scaling[slimItem.itemID]
scaleVector = trinity.TriVector(initialScaling.x * self.scale.x, initialScaling.y * self.scale.y, initialScaling.z * self.scale.z)
targetModel.scaling = scaleVector
slimItem.dunRadius = ComputeQuantityFromRadius(slimItem.categoryID, slimItem.groupID, slimItem.typeID, targetModel.scaling.x / 2.0, godma)
scenarioMgr.UpdateUnsavedObjectChanges(slimItem.itemID, CHANGE_SCALE)
elif slimItem.categoryID == const.categoryAsteroid and hasattr(targetModel, 'modelScale'):
if slimItem.itemID not in self.initial_scaling:
self.initial_scaling[slimItem.itemID] = targetModel.modelScale
targetModel.modelScale = self.initial_scaling[slimItem.itemID] * self.scale.x
slimItem.dunRadius = ComputeQuantityFromRadius(slimItem.categoryID, slimItem.groupID, slimItem.typeID, targetModel.modelScale, godma)
scenarioMgr.UpdateUnsavedObjectChanges(slimItem.itemID, CHANGE_SCALE)
if len(slimItems) > 1 and not uicore.uilib.Key(uiconst.VK_SHIFT):
if slimItem.itemID not in self.initial_position:
self.initial_position[slimItem.itemID] = ((targetModel.translationCurve.x, targetModel.translationCurve.y, targetModel.translationCurve.z), (slimItem.dunX, slimItem.dunY, slimItem.dunZ))
initialWorldPosition, initialDungeonPosition = self.initial_position[slimItem.itemID]
relativeObjectPosition = trinity.TriVector(initialDungeonPosition[0] - toolOffset[0], initialDungeonPosition[1] - toolOffset[1], initialDungeonPosition[2] - toolOffset[2])
scaledPosition = trinity.TriVector(relativeObjectPosition.x * self.scale.x, relativeObjectPosition.y * self.scale.y, relativeObjectPosition.z * self.scale.z)
targetModel.translationCurve.x = scaledPosition.x + self.toolPosition[0]
targetModel.translationCurve.y = scaledPosition.y + self.toolPosition[1]
targetModel.translationCurve.z = scaledPosition.z + self.toolPosition[2]
slimItem.dunX = scaledPosition.x + toolOffset[0]
slimItem.dunY = scaledPosition.y + toolOffset[1]
slimItem.dunZ = scaledPosition.z + toolOffset[2]
scenarioMgr.UpdateUnsavedObjectChanges(slimItem.itemID, CHANGE_TRANSLATION)
def CalculateHexagonParameters(self):
"""
Calculate the base bounding box for a tile along with each of the 6 vertices
for intersection testing
"""
mmin = trinity.TriVector(-1.0, 0.0, -0.866025447845459)
mmax = trinity.TriVector(1.0, 0.0, 0.866025447845459)
maxx = mmax.z / math.sin(math.radians(60.0))
topRightX = math.cos(math.radians(60.0)) * maxx
self.tileMin = Point(-maxx, mmin.z)
self.tileMax = Point(maxx, mmax.z)
self.hexPoints = (Point(topRightX,
self.tileMax.y), Point(self.tileMax.x, 0.0),
Point(topRightX, self.tileMin.y),
Point(-topRightX,
self.tileMin.y), Point(self.tileMin.x, 0.0),
Point(-topRightX, self.tileMax.y))
self.tileWidth = maxx * 2.0 * 0.75
self.tileHeight = mmax.z * 2.0
def PointCameraToPos(self,
camera,
shipPos,
itemPos,
panSpeed,
timeDelta,
trackingPoint=None):
m, h = uicore.desktop.width / 2, uicore.desktop.height
center = trinity.TriVector(
uicore.ScaleDpi(m * (1 - camera.centerOffset)),
uicore.ScaleDpi(h / 2), 0)
v2 = shipPos - itemPos
v2.Normalize()
yzProj = trinity.TriVector(0, v2.y, v2.z)
zxProj = trinity.TriVector(v2.x, 0, v2.z)
yaw = self.CalcAngle(zxProj.z, zxProj.x)
pitch = -math.asin(min(1.0, max(-1.0, yzProj.y)))
oldYaw = camera.yaw
oldPitch = self.clampPitch(camera.pitch)
dx2 = 0.0
dy2 = 0.0
if trackingPoint is not None:
dx2 = center.x - trackingPoint[0]
dy2 = center.y - trackingPoint[1]
alphaX = math.pi * dx2 * camera.fieldOfView / uicore.ScaleDpi(
uicore.desktop.width)
alphaY = math.pi * dy2 * camera.fieldOfView / uicore.ScaleDpi(
uicore.desktop.width)
dPitchTotal = pitch - oldPitch
dYawTotal = (yaw - camera.yaw) % (2 * math.pi) - alphaX * 0.75
clampedPitchTotal = min(2 * math.pi - dPitchTotal,
dPitchTotal) - alphaY * 0.75
if dYawTotal > math.pi:
dYawTotal = -(2 * math.pi - dYawTotal)
arc = geo2.Vec2Length((dYawTotal, clampedPitchTotal))
part = min(1, timeDelta * panSpeed)
dYawPart = dYawTotal * part
dPitchPart = clampedPitchTotal * part
Yaw = oldYaw + dYawPart
Pitch = oldPitch + dPitchPart
camera.SetOrbit(Yaw, Pitch)
return arc
def SetMyViewportLocation(self, maxdist):
bp = sm.GetService('michelle').GetBallpark()
if not bp:
return
myball = bp.GetBall(eve.session.shipid)
pos = trinity.TriVector(myball.x, myball.y, myball.z)
sizefactor = VIEWWIDTH / (maxdist * 2.0) * 0.75
pos.Scale(sizefactor)
me = self.sr.viewport.sr.me
me.left = VIEWWIDTH / 2 + int(pos.x) - me.width / 2
me.top = VIEWWIDTH / 2 + int(pos.z) - me.height / 2
def GeoToTri(obj):
if len(obj) == 3:
return trinity.TriVector(*obj)
if len(obj) == 4:
if isinstance(obj[0], tuple):
tempTuple = obj[0] + obj[1] + obj[2] + obj[3]
return trinity.TriMatrix(*tempTuple)
else:
return trinity.TriQuaternion(*obj)
else:
raise TypeError('Unsupported type')
def _RenderCallback(self, evt):
if not self.cursors[self.currentCursor] or not self.dungeonOrigin:
self.HideCursor()
return
x, y, z = self.GetSelectionCenter()
playerPos = self.GetPlayerOffset()
self.cursors[self.currentCursor].Rotate(self.GetSelectionRotation())
self.cursors[self.currentCursor].Translate(
trinity.TriVector(x - playerPos.x, y - playerPos.y,
z - playerPos.z))
self.cursors[self.currentCursor].Render()
def AddChilds(self, parentX, parentY, parentRad, parentID, SIZE, draw, cords, parent, _x = None, _y = None):
parentpos = trinity.TriVector(parent.x, parent.y, parent.z)
sorted = []
allchilds = self.GetChilds(parentID, [], 0)
for child in allchilds:
childpos = trinity.TriVector(child.x, child.y, child.z)
diff = childpos - parentpos
dist = diff.Length()
sorted.append((dist, child))
sorted = uiutil.SortListOfTuples(sorted)
if self.allowAbstract and settings.user.ui.Get('solarsystemmapabstract', 0):
done = []
i = 1
xi = 0
for child in sorted:
if child.itemID in done:
continue
radius = 1
step = max(12, radius * 4) - 2
y = _y or parentY + parentRad + i * step
x = _x or parentX + xi
if y + step > SIZE:
i = 0
xi += step
done.append(child.itemID)
fill = self.GetColorByGroupID(child.groupID)
draw.circle(x, SIZE - y, radius, radius, fill, fill)
cords[child.itemID] = (x, SIZE - y, radius)
i += 1
else:
for child in sorted:
radius = 1
pos = trinity.TriVector(child.x, 0.0, child.z)
pos = pos + (pos - parentpos) * max(1.0, 4096 / SIZE)
x = FLIPMAP * pos.x * self.sr.sizefactor + SIZE / 2
y = pos.z * self.sr.sizefactor + SIZE / 2
fill = self.GetColorByGroupID(child.groupID)
draw.circle(x, SIZE - y, radius, radius, fill, fill)
cords[child.itemID] = (x, SIZE - y, radius)
def UpdateMyLocation(self):
if not uiutil.IsUnder(self, uicore.desktop):
return
bp = sm.GetService('michelle').GetBallpark()
if bp is None or self is None or self.destroyed:
self.updatemylocationtimer = None
return
myball = bp.GetBall(eve.session.shipid)
if myball is None:
self.updatemylocationtimer = None
return
size = max(1, self.absoluteRight - self.absoluteLeft)
if size == 1:
uiutil.Update(self, 'Map2D::UpdateMyLocation')
size = max(1, self.absoluteRight - self.absoluteLeft)
x = y = None
if self.allowAbstract and settings.user.ui.Get('solarsystemmapabstract', 0):
if not len(self.orbs):
return
x, y = self.GetAbstractPosition(trinity.TriVector(myball.x, 0.0, myball.z), 1)
elif self.sr.sizefactor is not None and self.sr.sizefactorsize is not None:
maxdist = self.GetMaxDist()
sizefactor = size / 2 / maxdist * self.fillSize
x = FLIPMAP * myball.x * sizefactor / float(size) + 0.5
y = -(myball.z * sizefactor) / float(size) + 0.5
if x is not None and y is not None:
self.imhere.sr.x = x
self.imhere.sr.y = y
self.imhere.state = uiconst.UI_DISABLED
camera = sm.GetService('sceneManager').GetRegisteredCamera('default')
if camera is None:
return
rot = geo2.QuaternionRotationGetYawPitchRoll(camera.rotationAroundParent)
look = geo2.QuaternionRotationGetYawPitchRoll(camera.rotationOfInterest)
if not self.fov:
self.fov = Fov(parent=self.imhere)
self.fov.SetRotation(rot[0] + look[0] - pi)
actualfov = camera.fieldOfView * (uicore.desktop.width / float(uicore.desktop.height))
degfov = actualfov - pi / 2
self.fov.SetFovAngle(actualfov)
if self.showingtempangle:
if not self.tempAngleFov:
self.tempAngleFov = Fov(parent=self.imhere, state=uiconst.UI_DISABLED, blendMode=trinity.TR2_SBM_ADDX2)
self.tempAngleFov.SetColor((0.0, 0.3, 0.0, 1.0))
self.tempAngleFov.display = True
self.tempAngleFov.SetRotation(rot[0] + look[0] - pi)
angle = self.showingtempangle
self.tempAngleFov.SetFovAngle(angle)
elif self.tempAngleFov:
self.tempAngleFov.display = False
self.RefreshOverlays()
def GetRay(self, x, y):
app = trinity.app
aspect = float(app.width) / app.height
fovTan = math.tan(self.fieldOfView * 0.5)
dx = fovTan * (2.0 * x / app.width - 1.0) * aspect
dy = fovTan * (1.0 - 2.0 * y / app.height)
if trinity.IsRightHanded():
startPoint = trinity.TriVector(self.frontClip * dx,
self.frontClip * dy,
-self.frontClip)
endPoint = trinity.TriVector(self.backClip * dx,
self.backClip * dy, -self.backClip)
else:
startPoint = trinity.TriVector(self.frontClip * dx,
self.frontClip * dy, self.frontClip)
endPoint = trinity.TriVector(self.backClip * dx,
self.backClip * dy, self.backClip)
invViewMatrix = util.ConvertTupleToTriMatrix(self.viewMatrix.transform)
invViewMatrix.Inverse()
startPoint.TransformCoord(invViewMatrix)
endPoint.TransformCoord(invViewMatrix)
startPoint = (startPoint.x, startPoint.y, startPoint.z)
endPoint = (endPoint.x, endPoint.y, endPoint.z)
return (startPoint, endPoint)
def MoveCursor_thread(self):
self.isMoving = True
lib = uicore.uilib
while lib.leftbtn:
if self.currentCursor:
x, y, z = self.GetSelectionCenter()
dungeonOrigin = self.GetDungeonOrigin()
playerPos = self.GetPlayerOffset()
try:
rotation = self.GetSelectionRotation()
singleObjectRotation = self.currentCursor == 'Rotation' and len(
self.selection) == 1
multipleObjectRotation = self.currentCursor == 'Rotation' and len(
self.selection) > 1
if singleObjectRotation:
self.cursors[self.currentCursor].Rotate(
(rotation[0], rotation[1], rotation[2],
rotation[3]))
elif multipleObjectRotation:
self.cursors[self.currentCursor].Rotate(
(rotation[0], rotation[1], rotation[2],
-rotation[3]))
self.cursors[self.currentCursor].Translate(
trinity.TriVector(x - playerPos.x, y - playerPos.y,
z - playerPos.z))
self.cursors[self.currentCursor].Transform(
uicore.uilib.x, uicore.uilib.y)
if multipleObjectRotation:
rotation = self.cursors[
self.currentCursor].GetRotation()
self.SetGroupSelectionRotation(
(rotation[0], rotation[1], rotation[2],
-rotation[3]))
except:
self.LogError(
'Error when attempting to move the dungeon editor object manipulation tool.'
)
log.LogException()
sys.exc_clear()
self.isMoving = False
return
self.lastChangeTimestamp = blue.os.GetWallclockTime()
blue.synchro.Yield()
self.isMoving = False
self.StopMovingCursor()
def surfaceDist(self):
if not session.solarsystemid:
return None
bp = sm.GetService('michelle').GetBallpark(True)
if bp:
ball = bp.GetBallById(self.id)
if ball:
return ball.surfaceDist
else:
pos = trinity.TriVector(self.x, self.y, self.z)
return (pos - maputils.GetMyPos()).Length()
return
