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return obj
end
end
end
end
end
end
end
end
if dirty then
end
end
end
end
end
end
end
end
end
end
end
end
end
end
end
end
end
end
end
while parent do
distanceFromCamera = distanceFromCamera + parent.translateZ
parent = parent.parent
end
if referenceCameraZ == nil then
end
distanceFromCamera = distanceFromCamera - referenceCameraZ
local scale = 1
if distanceFromCamera > 0 then
scale = 1 / distanceFromCamera
end
return x / scale, y / scale
end
end
end
end
end
end
end
local resultMatrix : Matrix33
end
if resultMatrix then
else
end
end
if resultMatrix then
else
end
end
if parent then
if resultMatrix then
else
resultMatrix = parent.worldViewMatrix
end
end
if resultMatrix then
else
end
end
local ANCHOR_TO_NORMALIZED_X =
{
[TOPLEFT] = 0,
[LEFT] = 0,
[BOTTOMLEFT] = 0,
[TOP] = 0.5,
[CENTER] = 0.5,
[BOTTOM] = 0.5,
[TOPRIGHT] = 1,
[RIGHT] = 1,
[BOTTOMRIGHT] = 1,
}
local ANCHOR_TO_NORMALIZED_Y =
{
[TOPLEFT] = 0,
[TOP] = 0,
[TOPRIGHT] = 0,
[LEFT] = 0.5,
[CENTER] = 0.5,
[RIGHT] = 0.5,
[BOTTOMLEFT] = 1,
[BOTTOM] = 1,
[BOTTOMRIGHT] = 1,
}
local DRAW_LEVEL_BASE = ZO_ABOVE_SCENEGRAPH_DRAW_LEVEL
local Z_TO_DRAW_LEVEL_FACTOR = 100 -- draw levels are integers, so this is effectively 2 digits of precision
return DRAW_LEVEL_BASE - z * Z_TO_DRAW_LEVEL_FACTOR
end
local positionZ = textureControl.sceneZ
if distanceFromCamera > 0 then
local depthScale = 1 / (distanceFromCamera * customScale)
local positionX = textureControl.sceneX
local positionY = textureControl.sceneY
finalX = finalX * depthScale
finalY = finalY * depthScale
local anchorPoint = textureControl.sceneAnchorPoint
textureControl:SetTextureRotation(self.finalRotation, ANCHOR_TO_NORMALIZED_X[anchorPoint], ANCHOR_TO_NORMALIZED_Y[anchorPoint])
else
end
else
end
end
end
local positionZ = compositeControl.sceneZ
if distanceFromCamera > 0 then
local depthScale = 1 / (distanceFromCamera * customScale)
local positionX = compositeControl.sceneX
local positionY = compositeControl.sceneY
finalX = finalX * depthScale
finalY = finalY * depthScale
else
end
end
end
if distanceFromCamera > 0 then
else
end
end
end
end
-- waiting for control to be rendered at least once
return nil
end
if distanceFromCamera <= 0 then
return nil
end
local depthScale = 1 / distanceFromCamera
inputX = inputX * depthScale
inputY = inputY * depthScale
inputX = inputX / customScale
inputY = inputY / customScale
return inputX + canvasCenterX, inputY + canvasCenterY
end
-- waiting for control to be rendered at least once
return nil
end
if distanceFromCamera <= 0 then
return nil
end
local inputX, inputY = screenPointX - canvasCenterX, screenPointY - canvasCenterY
inputX = inputX * customScale
inputY = inputY * customScale
local depthScale = 1 / distanceFromCamera
inputX = inputX / depthScale
inputY = inputY / depthScale
return inputX, inputY
end
local cameraSpaceX, cameraSpaceY = zo_matrixTransformPoint(self.worldViewMatrix, inputPointX, inputPointY)
local worldSpaceX, worldSpaceY = zo_matrixTransformPoint(inverseViewMatrix, cameraSpaceX, cameraSpaceY)
return worldSpaceX, worldSpaceY, worldSpaceZ
end
end
end
end
end
end
-- It's assumed that startControl and endControl are part of the
-- scenegraph. The line is fixed to draw in between those two control points.
lineControl.sceneZ = z
end
lineControl.sceneThickness = thickness
end
end
compositeControl.sceneX = x
compositeControl.sceneY = y
compositeControl.sceneZ = z
compositeControl.sceneScale = 1
compositeControl.sceneHidden = false
compositeControl.sceneAnchorPoint = CENTER
end
end
end
textureControl.sceneX = x
textureControl.sceneY = y
textureControl.sceneZ = z
textureControl.sceneScale = 1
textureControl.sceneHidden = false
textureControl.sceneAnchorPoint = CENTER
textureControl.sceneUseRotation = true
end
end
end
end
end
end
end
end
end
end
end
end
end
if textureControl.sceneUseRotation ~= useRotation then
textureControl.sceneUseRotation = useRotation
end
end |