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-- Cached versions of the lua library functions
ZO_PI = math.pi
ZO_TWO_PI = ZO_PI * 2
ZO_HALF_PI = ZO_PI / 2
ZO_INTEGER_53_MAX_BITS = 53
end
end
return 0
end
end
return left - right
end
local low, high = 1, #dataList
local mid = 0
while low <= high do
if(compareVal == 0) then
return true, mid
elseif(compareVal < 0) then
high = mid - 1
else
low = mid + 1
end
end
local numEntries = #dataList
while(high <= numEntries) do
return false, high
end
high = high + 1
end
return false, high
end
end
if found then
end
end
end
end
end
if precision == 0 then
end
precision = precision or 1
end
if precision == 0 then
end
precision = precision or 1
if floorValue % 2 == 0 then
return floorValue * precision
else
return (floorValue + 1) * precision
end
end
if precision == 0 then
end
end
end
-- Expected range for amount: [0, 1]
return from + amount * (to - from)
end
-- Expected range for amount: [0, 1]
local numElements = #from
local interpolatedElements = {}
for index = 1, numElements do
interpolatedElements[index] = from[index] + amount * (to[index] - from[index])
end
return interpolatedElements
end
end
end
if startValue == endValue then
return 0.0
end
end
end
epsilon = epsilon or 0.001
end
-- Parses the first unsigned integer from a string or returns s if s is not a string.
end
return s
end
end
end
if inheritColor then
end
end
if inheritColor then
end
end
if inheritColor then
end
end
end
end
return true
end
return false
end
local ZO_CallLaterId = 1
local id = ZO_CallLaterId
ZO_CallLaterId = ZO_CallLaterId + 1
function()
end)
return id
end
end
do
local workingTable = {}
if i == indexToReplace then
workingTable[i] = itemToReplaceWith
else
end
end
end
end
object[k] = v
end
end
end
return (angle - startAngle) % ZO_TWO_PI
end
end
end
-- id64s are stored as lua Number type, and sometimes generate the same hash key for very similar numbers.
-- Use this function to get unique hash key for a given id64.
end
local diffX = x1 - x2
local diffY = y1 - y2
end
local diffX = x1 - x2
local diffY = y1 - y2
local diffZ = z1 - z2
end
end
if distance == 0 then
-- there is no valid angle for a 0-length vector
return 0, 0
end
end
-- Rotate 2D coordinates about the origin by the specified angle.
return x * cosine - y * sine, y * cosine + x * sine
end
-- protect against 1 / 0
if scaleX == 0 then
scaleX = 0.0001
end
if scaleY == 0 then
scaleY = 0.0001
end
local scaleCoefficientX, scaleCoefficientY = 1 / scaleX, 1 / scaleY
local bottomLeftX, bottomLeftY = ZO_Rotate2D(angle, -0.5 * scaleCoefficientX, 0.5 * scaleCoefficientY)
local bottomRightX, bottomRightY = ZO_Rotate2D(angle, 0.5 * scaleCoefficientX, 0.5 * scaleCoefficientY)
end
-- Updates the control's texture coordinates to show a single cell of a texture atlas that is composed of uniformly sized cells.
-- Note that cellIndex is 0-based.
local cellX = cellIndex % numColumns
local x1, x2 = cellX / numColumns, (cellX + 1) / numColumns
local y1, y2 = cellY / numRows, (cellY + 1) / numRows
end
-- Updates the control's texture coordinates to show a single cell of a texture atlas that is composed of uniformly sized cells,
-- based upon the number of cells, the interval of the animation loop and the number of seconds that have elapsed.
local cellInterval = (elapsedSeconds % intervalSeconds) / intervalSeconds
end
-- Iterator returns each sequential flag in the inclusive range defined by iterationBegin and iterationEnd.
-- For example:
--
-- for bitValue in ZO_FlagIterator(1, 4) do
-- d(bitValue)
-- end
--
-- Produces the output:
-- 1
-- 2
-- 4
--
-- The same output is also produced by:
--
-- for bitValue in ZO_FlagIterator(4) do
-- d(bitValue)
-- end
local iter = iterationBeginOrEnd
if not iterationEnd then
-- If iterationEnd is omitted then we can infer that:
-- iterationBeginOrEnd is the desired ending bit value; and,
-- iterationBeginOrEnd assumes the implicit value of 1.
iterationEnd = iterationBeginOrEnd
iter = 1
end
return function()
if iter <= iterationEnd then
local ret = iter
iter = iter * 2 -- BitLShift(iter, 1)
return ret
end
end
end
end
-- Iterator returns each flag set in the specified mask.
-- For example:
--
-- local mask = 11 -- 1011 in binary
-- for flag in ZO_MaskHasFlagsIterator(mask) do
-- d(flag)
-- end
--
-- Produces the output:
-- 1
-- 2
-- 8
local iter = 1
return function()
while iter <= mask do
local currentFlag = iter
iter = iter * 2 -- BitLShift(iter, 1)
return currentFlag
end
end
return nil
end
end
end
local flags = {...}
local flagsToClear = 0
end
end
end
local flags = {...}
end
return mask
end
-- Returns nil if no flags have changed; otherwise,
-- Returns a table whose keys and values are the flags that
-- have changed and their new corresponding Boolean values.
if flagsBefore == flagsAfter then
-- No flags have changed.
return
end
local changedFlags = nil
-- Higher mask value of either the before or after mask.
-- Begin with first bit mask.
local currentFlagMask = 1
while currentFlagMask <= maxFlagMask do
-- The new ("after") flag bit value.
-- Has this flag bit value changed?
if not changedFlags then
-- Deferred table allocation for performance.
changedFlags = {}
end
-- Key: Flag mask (such as 1 or 4 or 64, etc.)
-- Value: Flag bit value (true or false)
changedFlags[currentFlagMask] = flagAfter ~= 0
end
-- Left shift mask to next highest bit.
currentFlagMask = currentFlagMask * 2
end
return changedFlags
end
-- Returns a numerically indexed table containing the names of the functions
-- in the callstack, in order from the top to the bottom of the callstack.
-- Specify an optional 'numTopmostFunctionsToExclude' to exclude one or more
-- function names starting from the top of the callstack (default is 0).
local minFunctionIndex = (numTopmostFunctionsToExclude or 0) + 1
local functionNames = {}
local functionIndex = 0
if functionName ~= "ZO_GetCallstackFunctionNames" then
functionIndex = functionIndex + 1
if functionIndex >= minFunctionIndex then
end
end
end
return functionNames
end |