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-- above all hex levels
ZO_SCRYING_FRAME_LEVEL = 10
-----------------
-- Scrying Hex --
-----------------
--[[
Each scrying hex manages the state of each hexagonal tile in the game board.
]]--
return object
end
do
end
end
ZO_SCRYING_HEX_DARKNESS_SURFACE = 1
ZO_SCRYING_HEX_TYPE_SURFACE = 2
ZO_SCRYING_HEX_FLASH_SURFACE = 3
ZO_SCRYING_HEX_FOREGROUND_SURFACE = 4
ZO_SCRYING_HEX_BORDER_SURFACE = 5
ZO_SCRYING_HEX_TEXTURE_WIDTH = 210
ZO_SCRYING_HEX_TEXTURE_HEIGHT = 182
ZO_SCRYING_SURFACE_TEXTURE_WIDTH = 256
ZO_SCRYING_SURFACE_TEXTURE_HEIGHT = 256
local surfaceWidth = hexWidth * (ZO_SCRYING_SURFACE_TEXTURE_WIDTH / ZO_SCRYING_HEX_TEXTURE_WIDTH)
local surfaceHeight = hexHeight * (ZO_SCRYING_SURFACE_TEXTURE_HEIGHT / ZO_SCRYING_HEX_TEXTURE_HEIGHT)
local radiusNumHexes = 8
-- pre-computing multiple things:
self.lightRadiusPixelsCoefficient = 1 / (radiusNumHexes * hexHeight) -- reciprocal to avoid divide in hot path
self.lightRadiusPixelsCoefficient = self.lightRadiusPixelsCoefficient * self.lightRadiusPixelsCoefficient -- squaring to avoid sqrt in hot path
end
end
end
end
end
local halfWidth, halfHeight = hexWidth * 0.5, hexHeight * 0.5
local left = offsetX - halfWidth
local right = offsetX + halfWidth
local top = offsetY - halfHeight
local bottom = offsetY + halfHeight
return left, right, top, bottom
end
-- In other systems this would be a refresh function; however, since we
-- want to intentionally desync game logic and visual presentation to support
-- animations, this should be used sparingly
end
end
end
local epicenterHex = SCRYING:GetCurrentSkill() == SCRYING_ACTIVE_SKILL_LINE and self.board:GetLineStartHex() or self.board:GetTargetHex()
-- delay animation based on distance from epicenter: this causes a nice "chain" effect
local delay = zo_distance(epicenterX, epicenterY, currentX, currentY) / self:GetControl():GetHeight()
local ANIMATION_PLAYED = true
return ANIMATION_PLAYED
end
local ANIMATION_NOT_PLAYED = false
return ANIMATION_NOT_PLAYED
end
local HEX_TYPE_TEXTURES =
{
[SCRYING_HEX_TYPE_ONE] = { left = 0.25, top = 0, right = 0.5, bottom = 0.25 },
[SCRYING_HEX_TYPE_TWO] = { left = 0.5, top = 0, right = 0.75, bottom = 0.25 },
[SCRYING_HEX_TYPE_THREE] = { left = 0.75, top = 0, right = 1, bottom = 0.25 },
[SCRYING_HEX_TYPE_FOUR] = { left = 0, top = 0.25, right = 0.25, bottom = 0.5 },
[SCRYING_HEX_TYPE_FIVE] = { left = 0.25, top = 0.25, right = 0.5, bottom = 0.5 },
[SCRYING_HEX_TYPE_SIX] = { left = 0.5, top = 0.25, right = 0.75, bottom = 0.5 },
[SCRYING_HEX_TYPE_SEVEN] = { left = 0.75, top = 0.25, right = 1, bottom = 0.5 },
[SCRYING_HEX_TYPE_EIGHT] = { left = 0, top = 0.5, right = 0.25, bottom = 0.75 },
[SCRYING_HEX_TYPE_OWNED] = { left = 0, top = 0, right = 0.25, bottom = 0.25 },
[SCRYING_HEX_TYPE_GOAL] = false, -- no symbol
}
if coords then
self.textureComposite:SetTextureCoords(ZO_SCRYING_HEX_TYPE_SURFACE, coords.left, coords.right, coords.top, coords.bottom)
else
end
-- Update idle animation
-- Update goal state
end
end
end
ZO_SCRYING_HEX_BORDER_NONE = 0
ZO_SCRYING_HEX_BORDER_TARGETED = 1
ZO_SCRYING_HEX_BORDER_AFFECTED = 2
local SELECTED_COLOR = ZO_WHITE
if borderType == ZO_SCRYING_HEX_BORDER_AFFECTED then
elseif borderType == ZO_SCRYING_HEX_BORDER_TARGETED then
else
self.polygon:SetBorderThickness(ZO_NOT_SELECTED_HEX_BORDER_PIXELS, ZO_NOT_SELECTED_HEX_BORDER_PIXELS, 0)
end
end
end
end
else
end
end
end
local alpha = 0
if not self.isGoal and self.borderType == ZO_SCRYING_HEX_BORDER_NONE and self.hexType ~= SCRYING_HEX_TYPE_OWNED then
local dx, dy = epicenterX - currentX, epicenterY - currentY
local distanceFromHexSquared = dx * dx + dy * dy
-- EaseOutQuartic
alpha = 1 - alpha
alpha = 1 - (alpha * alpha * alpha * alpha)
end
end
end
end
end
end
end
end
end
-- record line start target
end
end
if SCRYING:GetCurrentSkill() == SCRYING_ACTIVE_SKILL_LINE and self.board:GetLineStartHex() ~= nil then
-- record line end target
end
end
end
end
end
--[[
Each action button represents the state of a scrying active skill, and the keybind you use to activate it
]]--
return object
end
end)
end)
end
end)
end
do
local SCRYING_ACTION_ACTIVE_COLOR = ZO_DEFAULT_ENABLED_COLOR
local SCRYING_ACTION_DISABLED_COLOR = ZO_DEFAULT_DISABLED_COLOR
return
else
end
else
end
end
end
do
local KEYBOARD_BINDING_FONT = "ZoFontWinH3"
local GAMEPAD_BINDING_FONT = "ZoFontGamepad18"
self.keybindLabel:SetFont(IsInGamepadPreferredMode() and GAMEPAD_BINDING_FONT or KEYBOARD_BINDING_FONT)
end
end
----------------------------------
-- Scrying Normal Actions Meter --
----------------------------------
--[[
This object replicates the StatusBarControl API for the normal actions meter, so we can reuse the existing status bar animations.
]]--
return object
end
self.crossfadeAnim = ANIMATION_MANAGER:CreateTimelineFromVirtual("ZO_ScryingNormalActionMeter_Crossfade", self.control)
self.idleLoop = ANIMATION_MANAGER:CreateTimelineFromVirtual("ZO_ScryingNormalActionMeter_Idle", self.control)
end
-- set % masked based on value
-- taper off edge height near top/bottom
local distanceFromEdge = progress > 0.5 and 1 - progress or progress -- linear ramp from 0 -> .5 -> 0
-- taper off edge width near top
end
end
end
do
local TURNS_UNTIL_SHOW_TEXT = 3
if shouldTextBeVisible then
if forceInit then
else
end
else
if forceInit then
else
end
end
end
if shouldTextBeVisible then
end
end
end
do
local KEYBOARD_VALUE_FONT = "ZoFontKeyboard18ThickOutline"
local GAMEPAD_VALUE_FONT = "ZoFontGamepad36ThickOutline"
end
end
end
end
----------------------------------
-- Scrying Special Actions Meter --
----------------------------------
--[[
Unlike the normal actions meter, which is fairly statusbar-like, the special actions meter is special in that the valid number of steps is fixed.
The special actions meter crossfades between two well-defined textures for each step.
]]--
return object
end
self.crossfadeAnim = ANIMATION_MANAGER:CreateTimelineFromVirtual("ZO_ScryingSpecialActionMeter_Crossfade", self.control)
local INSTANT = true
end
do
local FULL_METER_TEXTURES =
{
[0] = { left = 0, top = 0, right = 0, bottom = 0 }, -- A single transparent pixel in the top-left
[1] = { left = 0.5, top = 0, right = 1, bottom = 0.25 },
[2] = { left = 0.5, top = 0.25, right = 1, bottom = 0.5 },
[3] = { left = 0.5, top = 0.5, right = 1, bottom = 0.75 },
}
local PARTIAL_METER_TEXTURES =
{
[0] = { left = 0, top = 0, right = 0.5, bottom = 0.25 },
[1] = { left = 0, top = 0.25, right = 0.5, bottom = 0.5 },
[2] = { left = 0, top = 0.5, right = 0.5, bottom = 0.75 },
}
function ZO_ScryingSpecialActionsMeter:SmoothTransition(numGems, shouldFillPartialGem, shouldAnimateInstantly)
local coords
if shouldFillPartialGem then
coords = PARTIAL_METER_TEXTURES[numGems]
else
coords = FULL_METER_TEXTURES[numGems]
end
if shouldAnimateInstantly then
else
end
end
end
--------------------------
-- Scrying Modal Cursor --
--------------------------
--[[
The Scrying modal cursor handles a few cursor-like things:
* for gamepad, it helps the players know which hex they currently have targeted
* on both platforms, it will add extra context to each special ability
]]--
return object
end
--When using a movement controller on the slightest input in a direction it will move in that direction and then start accumulating to do the following move. This is important for responsiveness.
--However it means that it's super touchy when using both X and Y. Pressing the stick at 89 degress will cause a movement to the right. So we apply these thresholds to get rid of those weird moves.
if direction == MOVEMENT_CONTROLLER_DIRECTION_VERTICAL then
end
end
self.verticalMovementController = ZO_MovementController:New(MOVEMENT_CONTROLLER_DIRECTION_VERTICAL, 8, GetStickMagnitude)
self.horizontalMovementController = ZO_MovementController:New(MOVEMENT_CONTROLLER_DIRECTION_HORIZONTAL, 8, GetStickMagnitude)
self.gamepadTargetIdleLoop = ANIMATION_MANAGER:CreateTimelineFromVirtual("ZO_ScryingGamepadTargetCursor_Idle", self.gamepadTargetControl)
end
for direction = SCRYING_GRID_DIRECTION_UP, SCRYING_GRID_DIRECTION_UP_LEFT do
local petal = CreateControlFromVirtual("$(parent)Petal" .. direction, self.bombControl, "ZO_ScryingBombCursor_Petal")
local DELAY_PER_PETAL_MS = 30
petal.fadeInTimeline:SetAllAnimationOffsets((direction - SCRYING_GRID_DIRECTION_UP) * DELAY_PER_PETAL_MS)
local INITIAL_DISTANCE = 30
end
end
ZO_SCRYING_GAMEPAD_CURSOR_HEIGHT = 64
ZO_SCRYING_GAMEPAD_CURSOR_WIDTH = 64
ZO_SCRYING_LINE_CURSOR_WIDTH = 256 * 1.5
ZO_SCRYING_LINE_CURSOR_HEIGHT = 256 * 1.5
ZO_SCRYING_CO_OPT_CURSOR_WIDTH = 128 * 1.75
ZO_SCRYING_CO_OPT_CURSOR_HEIGHT = 128 * 1.75
ZO_SCRYING_BOMB_PETAL_WIDTH = 256 * 1.5
ZO_SCRYING_BOMB_PETAL_HEIGHT = 256 * 1.5
local hexScaleX = hexWidth / ZO_SCRYING_HEX_TEXTURE_WIDTH
local hexScaleY = hexWidth / ZO_SCRYING_HEX_TEXTURE_HEIGHT
self.gamepadTargetControl:SetDimensions(ZO_SCRYING_GAMEPAD_CURSOR_WIDTH * hexScaleX, ZO_SCRYING_GAMEPAD_CURSOR_HEIGHT * hexScaleY)
self.lineStartControl:SetDimensions(ZO_SCRYING_LINE_CURSOR_WIDTH * hexScaleX, ZO_SCRYING_LINE_CURSOR_HEIGHT * hexScaleY)
self.lineEndControl:SetDimensions(ZO_SCRYING_LINE_CURSOR_WIDTH * hexScaleX, ZO_SCRYING_LINE_CURSOR_HEIGHT * hexScaleY)
self.coOptControl:SetDimensions(ZO_SCRYING_CO_OPT_CURSOR_WIDTH * hexScaleX, ZO_SCRYING_CO_OPT_CURSOR_HEIGHT * hexScaleY)
petal:SetDimensions(ZO_SCRYING_BOMB_PETAL_WIDTH * hexScaleX, ZO_SCRYING_BOMB_PETAL_HEIGHT * hexScaleY)
end
end
do
end
if not targetHex then
return
end
-- every cursor except line start points at the target hex, so this will recursively hit all of them
if currentActiveSkill == SCRYING_ACTIVE_SKILL_LINE then
if lineStartHex and lineStartHex ~= targetHex then
if lineEndHex then
else
end
else
end
end
end
end
else
end
end
end
end
local newRow, newColumn = row, column
local verticalMove, horizontalMove
-- line drawing mode
dy = -dy -- flip such that +1 is down
local DEADZONE = 0.4
-- recenter such that the top sixth of of the circle is centered around 0 and the bottom sixth around 3
local angleTurnsNormalized = (angleTurns + 5 / 16) % 1
newRow = rowStart + rowOffset
newColumn = columnStart + columnOffset
end
else
-- vertical movement
if verticalMove == MOVEMENT_CONTROLLER_MOVE_NEXT then
newRow = row + 2
elseif verticalMove == MOVEMENT_CONTROLLER_MOVE_PREVIOUS then
newRow = row - 2
end
-- horizontal movement
if horizontalMove == MOVEMENT_CONTROLLER_MOVE_NEXT then
newColumn = column + 1
newRow = (newColumn % 2 == 0) and (row - 1) or (row + 1)
elseif horizontalMove == MOVEMENT_CONTROLLER_MOVE_PREVIOUS then
newColumn = column - 1
newRow = (newColumn % 2 == 0) and (row - 1) or (row + 1)
end
end
-- apply movement
if not newTargetHex then
-- on the very last row, the usual up/down pattern we apply to
-- navigate between rows may not exist. to handle this let's try again
-- by only shifting columns, not rows
if horizontalMove == MOVEMENT_CONTROLLER_MOVE_NEXT then
newColumn = column + 2
newRow = row
elseif horizontalMove == MOVEMENT_CONTROLLER_MOVE_PREVIOUS then
newColumn = column - 2
newRow = row
end
end
end
end
end
-------------------
-- Scrying Board --
-------------------
--[[
The scrying board maintains the state of each hex, and any extra data about the game such as turns left
]]--
return object
end
hexControl.hexObject = nil
end
end
end
end
end
end
numRows = numRows - 1 -- exclude root hex, we want it to overlap
local maxRow, maxColumn = numRows + 1, numColumns + (1/3) -- add 1 (or 1/3) to calculate the bottom-right point of the bottom-right hex, and not the top-left
local targetHexWidthHorizontal = targetBoardWidth / (maxColumn * 0.75) -- This is the ConvertHexCoordinateToOffset math, but reversed
local targetHexHeightHorizontal = targetHexWidthHorizontal * ZO_SCRYING_HEX_TEXTURE_HEIGHT / ZO_SCRYING_HEX_TEXTURE_WIDTH -- match ratio of source texture
-- repeat, but treat the vertical axis as the constraining axis
local targetHexHeightVertical = targetBoardHeight / (maxRow * 0.5)
local targetHexWidthVertical = targetHexHeightVertical * ZO_SCRYING_HEX_TEXTURE_WIDTH / ZO_SCRYING_HEX_TEXTURE_HEIGHT
-- pick the axis that results in smaller overall hexes, the other axis would go outside of the safe area
if targetHexWidthHorizontal < targetHexWidthVertical then
else
end
end
do
local BOARD_CENTER_OFFSET_Y = 10
local MAX_HEX_SCALE = 0.75
local MIN_HEX_SCALE = 0.35
local MAX_HEX_RADIUS_X = 520
local MAX_HEX_RADIUS_Y = 400
local expectedCenterX, expectedCenterY = boardCenterX + offsetX, boardBottomY + offsetY
-- Calculate hexagon's normalized elliptical distance from the board's origin
-- and derive an eased alpha for the control.
local centerOffsetX, centerOffsetY = expectedCenterX - boardCenterX, expectedCenterY - (boardCenterY + BOARD_CENTER_OFFSET_Y)
local normalizedDistance = 1 - (a + b)
if normalizedDistance <= 0 then
return
end
local easedDistance = normalizedDistance > 0.25 and 1 or ZO_EaseOutCubic(zo_lerp(0, 4, normalizedDistance))
-- Before creating the object, test if it will overlap anything we don't want it to
-- testing top and bottom to have more precise testing against lattice work
-- we don't need this precision on the X axis
local expectedTopY = expectedCenterY - (surfaceWidth * 0.5)
local expectedBottomY = expectedCenterY + (surfaceWidth * 0.5)
if not self.boardMask:IsPointInside(expectedCenterX, expectedTopY) or not self.boardMask:IsPointInside(expectedCenterX, expectedBottomY) then
return
end
fakeControl.centerOffsetAngleRadians = angleRadians
-- Remove margin around center texture
local halfTextureRatioX = ZO_SCRYING_HEX_TEXTURE_WIDTH / ZO_SCRYING_SURFACE_TEXTURE_WIDTH / 2
local halfTextureRatioY = ZO_SCRYING_HEX_TEXTURE_HEIGHT / ZO_SCRYING_SURFACE_TEXTURE_HEIGHT / 2
fakeControl:SetCenterTextureCoords(1 - halfTextureRatioX, halfTextureRatioX, 1 - halfTextureRatioY, halfTextureRatioY)
local a = easedDistance
end
end
end
iterValue = iterValue + 1
if iterValue < stopValue then
return iterValue
end
end
-- this matches `for(i = startValue; i < stopValue; ++i) {}`
end
-- left
local COLUMNS_LEFT = 10
local distance = 1 - column
end
end
-- right
local COLUMNS_RIGHT = 10
local distance = column - numColumns
end
end
-- down
local ROWS_DOWN = 10
for row in ExclusiveRange(numRows - 1, numRows + ROWS_DOWN) do -- also generate background hexes for the last row, which has only the root hex in it
local downDistance = zo_floor((3 + row - numRows) * 0.5) -- halving then flooring to treat every two rows as the same row: this creates a nice visual band of hexes
local leftDistance = 1 - column
local rightDistance = column - numColumns
local distance = zo_max(downDistance, leftDistance, rightDistance) -- Pick between the distance functions for down, left, and right to create a rectangular gradient
end
end
-- up
local ROWS_UP = 10
local upDistance = zo_floor((1 - row) * 0.5) -- halving then flooring to treat every two rows as the same row: this creates a nice visual band of hexes
local leftDistance = 1 - column
local rightDistance = column - numColumns
local distance = zo_max(upDistance, leftDistance, rightDistance) -- Pick between the distance functions for up, left, and right to create a rectangular gradient
end
end
end
end
-- All hex math assuming each hexagon is oriented to be flat on the top and bottom, with doubled coordinates
-- Reminder, with doubled coordinates:
-- the hexagon directly underneath the current hexagon is row+2, col
-- the hexagon underneath and to the right of the current hexagon is row+1, col+1
-- the hexagon to the right of the current hexagon is row, col+2
-- The root hex should always have an offset of 0, 0
-- The leftmost point of the hexagon one column to the right should be flush with the bottom-right point of the current hexagon
-- The center of the hexagon one row down should be flush with the bottom of the current hexagon
return offsetX, offsetY
end
end
local NO_SOUND = true
end
end
end
end
end
end
end
end
end
end
local numChangedHexes = 0
numChangedHexes = numChangedHexes + 1
end
end
if activeSkill == SCRYING_ACTIVE_SKILL_NORMAL then
if numChangedHexes <= 3 then
elseif numChangedHexes <= 6 then
else
end
elseif activeSkill == SCRYING_ACTIVE_SKILL_CO_OPT then
if numChangedHexes <= 3 then
elseif numChangedHexes <= 6 then
else
end
elseif activeSkill == SCRYING_ACTIVE_SKILL_BOMB then
elseif activeSkill == SCRYING_ACTIVE_SKILL_LINE then
end
end
end
return SCRYING_ACTIVE_SKILL_INVALID -- all skills need a target hex
return currentSkill, lineStartRow, lineStartColumn, lineEndRow, lineEndColumn
else
return currentSkill, targetRow, targetColumn
end
end
do
return leftHex.hexIndex < rightHex.hexIndex
end
if #lastBorderVisibleHexes ~= #borderVisibleHexes then
return true
end
-- assumes hex list is sorted, which it should be
if hex ~= borderVisibleHexes[index] then
return true
end
end
return false
end
-- simulated action state is a once per frame dirty flag. this is so we
-- can process multiple changed target hexes per frame without doubling up
-- on sfx or breaking the logic that detects if we've left an affected hex island or not
end
end
local HEX_NEIGHBORS =
{
{-2, 0},
{-1, 1},
{1, 1},
{2, 0},
{1, -1},
{-1, -1},
}
local neighborRow, neighborColumn = row + rowOffset, column + columnOffset
if hexToIslandMap[neighborHex] then
return hexToIslandMap[neighborHex]
end
end
end
local canPreviewAction = CanPreviewScryingAction(self:GetScryingActionParameters()) == SCRYING_ACTIVE_SKILL_USE_RESULT_SUCCESS
end
if canPreviewAction then
-- Highlight affected hexes
end
else
-- only highlight target hex
end
-- find islands
local islands = {}
local hexToIslandMap = {}
if not island then
island = { firstHex = hex }
end
hexToIslandMap[hex] = island
end
-- Add outlines to all affected hexes
local hex = island.firstHex
end
-- play sound to suggest that the previewed action has changed
if not canPreviewAction then
else
end
end
end
end
end
end
-- update hex distances
end
end
end
-- update simulated action
end
end
local shouldPlaySound = not shouldSupressSound
end
end
end
if not targetHex then
return
end
if result ~= SCRYING_ACTIVE_SKILL_USE_RESULT_SUCCESS then
return
end
return
else
if result ~= SCRYING_ACTIVE_SKILL_USE_RESULT_SUCCESS then
return
end
local NO_SOUND = true
end
end
end
do
local MIN_SCALE = 0.75
local MIN_ALPHA = 0.4
end
end
end
end
end
end
end
end
end
end
----------------------
-- Scrying Minigame --
----------------------
return object
end
self.normalActionMeter = ZO_ScryingNormalActionsMeter:New(frameElements:GetNamedChild("NormalActionMeter"))
self.specialActionMeter = ZO_ScryingSpecialActionsMeter:New(frameElements:GetNamedChild("SpecialActionMeter"))
{
ZO_ScryingActionButton:New(frameElements:GetNamedChild("NormalAction"), SCRYING_ACTIVE_SKILL_NORMAL, "SCRYING_TOGGLE_NORMAL_ACTION"),
ZO_ScryingActionButton:New(frameElements:GetNamedChild("SpecialAction1"), SCRYING_ACTIVE_SKILL_BOMB, "SCRYING_TOGGLE_SPECIAL_ACTION_1"),
ZO_ScryingActionButton:New(frameElements:GetNamedChild("SpecialAction2"), SCRYING_ACTIVE_SKILL_CO_OPT, "SCRYING_TOGGLE_SPECIAL_ACTION_2"),
ZO_ScryingActionButton:New(frameElements:GetNamedChild("SpecialAction3"), SCRYING_ACTIVE_SKILL_LINE, "SCRYING_TOGGLE_SPECIAL_ACTION_3"),
}
local DEFAULT_SHOW_UNBOUND = nil
local DEFAULT_GAMEPAD_PREFERRED_KEYBIND = nil
local DEFAULT_ALWAYS_PREFER_GAMEPAD_MODE = nil
local SHOW_AS_HOLD = true
self.moreInfoButton:SetKeybind("SCRYING_MORE_INFO", DEFAULT_SHOW_UNBOUND, DEFAULT_GAMEPAD_PREFERRED_KEYBIND, DEFAULT_ALWAYS_PREFER_GAMEPAD_MODE, SHOW_AS_HOLD)
local NO_SOUND = true
local ANIMATE_INSTANTLY = true
if newState == SCENE_SHOWING then
elseif newState == SCENE_HIDING then
--clear the current tutorial when hiding so we don't push an extra action layer
elseif newState == SCENE_HIDDEN then
-- on the off chance that we are asked to hide while the outro is still in progress, clear out all that state
end
end)
end)
end)
end
end)
end)
end)
end)
end
end)
end
end
end)
end)
end)
end)
end
end
local allowPlayerInput = SCRYING_SCENE:IsShowing() and not self.triggeredTutorial and not self.isHelpOverlayVisible and not ZO_Dialogs_IsShowingDialog()
if allowPlayerInput then
else
end
end
if useVirtualCursor then
else
-- with input mode switching we can get into a situation where the hide more info release callback never gets triggered
-- manually hide here to deal with that
end
end
end
end
end
end
end
end
end
do
local ABILITY_TUTORIALS =
{
[SCRYING_ACTIVE_SKILL_BOMB] = TUTORIAL_TRIGGER_ANTIQUITY_SCRYING_UNITE_UNLOCKED,
[SCRYING_ACTIVE_SKILL_CO_OPT] = TUTORIAL_TRIGGER_ANTIQUITY_SCRYING_CO_OPT_UNLOCKED,
[SCRYING_ACTIVE_SKILL_LINE] = TUTORIAL_TRIGGER_ANTIQUITY_SCRYING_EXTEND_UNLOCKED,
}
local ABILITY_UPGRADED_TUTORIALS =
{
[SCRYING_ACTIVE_SKILL_BOMB] = TUTORIAL_TRIGGER_ANTIQUITY_SCRYING_UNITE_UPGRADED,
[SCRYING_ACTIVE_SKILL_CO_OPT] = TUTORIAL_TRIGGER_ANTIQUITY_SCRYING_CO_OPT_UPGRADED,
[SCRYING_ACTIVE_SKILL_LINE] = TUTORIAL_TRIGGER_ANTIQUITY_SCRYING_EXTEND_UPGRADED,
}
for skill = SCRYING_ACTIVE_SKILL_ITERATION_BEGIN, SCRYING_ACTIVE_SKILL_ITERATION_END do
local abilityTutorial = ABILITY_TUTORIALS[skill]
if abilityTutorial then
end
local upgradedAbilityTutorial = ABILITY_UPGRADED_TUTORIALS[skill]
if upgradedAbilityTutorial then
end
end
end
end
end
end
end
return
end
-- wait until server provides a scrying result
return
end
-- wait until existing animations are complete
return
end
-- Wait until the user closes the tutorial
return
end
end
return
end
end
return
end
end
end
end
if useResult ~= SCRYING_ACTIVE_SKILL_USE_RESULT_SUCCESS then
return
end
if not shouldSupressSound then
end
end
end
return
end
-- toggle back to normal mode. if we were going to normal mode anwyays, this has no effect
scryingActiveSkill = SCRYING_ACTIVE_SKILL_NORMAL
end
end
end
return
end
end
self.normalActionMeter:SmoothTransition(GetNumScryingNormalActions(), GetNumScryingNormalActionsLimit(), shouldAnimateInstantly)
end
local shouldFillPartialGem = partialSpecialActions > 0
self.specialActionMeter:SmoothTransition(specialActions, shouldFillPartialGem, shouldAnimateInstantly)
end
end
end
self.eyeBackdropLoop = ANIMATION_MANAGER:CreateTimelineFromVirtual("ZO_ScryingBackdrop_TextureScroll", backgroundElements:GetNamedChild("Scroll"))
self.eyeBackdropLeftSpinLoop = ANIMATION_MANAGER:CreateTimelineFromVirtual("ZO_ScryingBackdrop_SpinCW", backgroundElements:GetNamedChild("LeftSpin"))
self.eyeBackdropRightSpinLoop = ANIMATION_MANAGER:CreateTimelineFromVirtual("ZO_ScryingBackdrop_SpinCW", backgroundElements:GetNamedChild("RightSpin"))
self.eyeFrameGlowLoop = ANIMATION_MANAGER:CreateTimelineFromVirtual("ZO_ScryingFrame_GlowLoop", frameElements:GetNamedChild("Glow"))
end
end
end
end
return
end
else
end
end
end, 2000)
end
end
end
return
end
end
end
do
local ACCEPT = true
local REJECT = false
{
mustChoose = true,
gamepadInfo =
{
dialogType = GAMEPAD_DIALOGS.BASIC,
},
title =
{
},
{
},
end,
end,
buttons =
{
{
end
},
{
end
},
}
})
end
-- XML
end
do
local UNIT_HEX_RADIUS_X = 1 -- the rightmost point of the hexagon is already at 1
local UNIT_HEX_RADIUS_Y = 2 / math.sqrt(3) -- AKA 1 / sin(60deg), this will take the top/bottom of the hexagon at sin(60deg) and stretch it up to 1
-- Step 1. multiply by the unit hex radius. This will create a "circle" with value range [-1, 1]
-- Step 2. convert [-1, 1] values from unit circle to [0, 1]
local normalizedX = (scaledX + 1) * 0.5
local normalizedY = (scaledY + 1) * 0.5
return normalizedX, normalizedY
end
-- Create hexagon from points
for angleDegrees = 0, 300, 60 do
end
end
-- This is a shape that outlines the "window" into the antiquarian's eye. It traces the edge of the window fairly precisely.
end
-- defines a smaller mask that avoids the extra lattice work at the top and bottom of the window
end
end
cursor.fadeInTimeline = ANIMATION_MANAGER:CreateTimelineFromVirtual("ZO_ScryingModalCursor_FadeIn", cursor)
-- every control that inherits from this should set the translationAnimation's offsets
end
end |