Files
PathOfBuilding/Classes/PassiveTreeView.lua
Openarl 8c01c85f1f Release 1.4.12
- Added shared item list
- Added options screen
- Added toasts
- Program now always updates on first run, but continues if update check fails
- Updated libcurl to 7.54.0
2017-05-19 14:50:33 +10:00

668 lines
23 KiB
Lua

-- Path of Building
--
-- Class: Passive Tree View
-- Passive skill tree viewer.
-- Draws the passive skill tree, and also maintains the current view settings (zoom level, position, etc)
--
local launch, main = ...
local pairs = pairs
local ipairs = ipairs
local t_insert = table.insert
local t_remove = table.remove
local m_min = math.min
local m_max = math.max
local m_floor = math.floor
local PassiveTreeViewClass = common.NewClass("PassiveTreeView", function(self)
self.ring = NewImageHandle()
self.ring:Load("Assets/ring.png", "CLAMP")
self.highlightRing = NewImageHandle()
self.highlightRing:Load("Assets/small_ring.png", "CLAMP")
self.zoomLevel = 3
self.zoom = 1.2 ^ self.zoomLevel
self.zoomX = 0
self.zoomY = 0
self.searchStr = ""
self.showStatDifferences = true
end)
function PassiveTreeViewClass:Load(xml, fileName)
if xml.attrib.zoomLevel then
self.zoomLevel = tonumber(xml.attrib.zoomLevel)
self.zoom = 1.2 ^ self.zoomLevel
end
if xml.attrib.zoomX and xml.attrib.zoomY then
self.zoomX = tonumber(xml.attrib.zoomX)
self.zoomY = tonumber(xml.attrib.zoomY)
end
if xml.attrib.searchStr then
self.searchStr = xml.attrib.searchStr
end
if xml.attrib.showHeatMap then
self.showHeatMap = xml.attrib.showHeatMap == "true"
end
if xml.attrib.showStatDifferences then
self.showStatDifferences = xml.attrib.showStatDifferences == "true"
end
end
function PassiveTreeViewClass:Save(xml)
xml.attrib = {
zoomLevel = tostring(self.zoomLevel),
zoomX = tostring(self.zoomX),
zoomY = tostring(self.zoomY),
searchStr = self.searchStr,
showHeatMap = tostring(self.showHeatMap),
showStatDifferences = tostring(self.showStatDifferences),
}
end
function PassiveTreeViewClass:Draw(build, viewPort, inputEvents)
local tree = build.tree
local spec = build.spec
local cursorX, cursorY = GetCursorPos()
local mOver = cursorX >= viewPort.x and cursorX < viewPort.x + viewPort.width and cursorY >= viewPort.y and cursorY < viewPort.y + viewPort.height
-- Process input events
local treeClick
for id, event in ipairs(inputEvents) do
if event.type == "KeyDown" then
if event.key == "LEFTBUTTON" then
if mOver then
-- Record starting coords of mouse drag
-- Dragging won't actually commence unless the cursor moves far enough
self.dragX, self.dragY = cursorX, cursorY
end
elseif event.key == "p" then
self.showHeatMap = not self.showHeatMap
elseif event.key == "d" and IsKeyDown("CTRL") then
self.showStatDifferences = not self.showStatDifferences
end
elseif event.type == "KeyUp" then
if event.key == "LEFTBUTTON" then
if self.dragX and not self.dragging then
-- Mouse button went down, but didn't move far enough to trigger drag, so register a normal click
treeClick = "LEFT"
end
elseif mOver then
if event.key == "RIGHTBUTTON" then
treeClick = "RIGHT"
elseif event.key == "WHEELUP" then
self:Zoom(IsKeyDown("SHIFT") and 3 or 1, viewPort)
elseif event.key == "WHEELDOWN" then
self:Zoom(IsKeyDown("SHIFT") and -3 or -1, viewPort)
end
end
end
end
if not IsKeyDown("LEFTBUTTON") then
-- Left mouse button isn't down, stop dragging if dragging was in progress
self.dragging = false
self.dragX, self.dragY = nil, nil
end
if self.dragX then
-- Left mouse is down
if not self.dragging then
-- Check if mouse has moved more than a few pixels, and if so, initiate dragging
if math.abs(cursorX - self.dragX) > 5 or math.abs(cursorY - self.dragY) > 5 then
self.dragging = true
end
end
if self.dragging then
self.zoomX = self.zoomX + cursorX - self.dragX
self.zoomY = self.zoomY + cursorY - self.dragY
self.dragX, self.dragY = cursorX, cursorY
end
end
-- Ctrl-click to zoom
if treeClick and IsKeyDown("CTRL") then
self:Zoom(treeClick == "RIGHT" and -2 or 2, viewPort)
treeClick = nil
end
-- Create functions that will convert coordinates between the screen and tree coordinate spaces
local scale = m_min(viewPort.width, viewPort.height) / tree.size * self.zoom
local function treeToScreen(x, y)
return x * scale + self.zoomX + viewPort.x + viewPort.width/2,
y * scale + self.zoomY + viewPort.y + viewPort.height/2
end
local function screenToTree(x, y)
return (x - self.zoomX - viewPort.x - viewPort.width/2) / scale,
(y - self.zoomY - viewPort.y - viewPort.height/2) / scale
end
if IsKeyDown("SHIFT") then
-- Enable path tracing mode
self.traceMode = true
self.tracePath = self.tracePath or { }
else
self.traceMode = false
self.tracePath = nil
end
local hoverNode
if mOver then
-- Cursor is over the tree, check if it is over a node
local curTreeX, curTreeY = screenToTree(cursorX, cursorY)
for nodeId, node in pairs(spec.nodes) do
if node.rsq then
-- Node has a defined size (i.e has artwork)
local vX = curTreeX - node.x
local vY = curTreeY - node.y
if vX * vX + vY * vY <= node.rsq then
hoverNode = node
break
end
end
end
end
-- If hovering over a node, find the path to it (if unallocated) or the list of dependant nodes (if allocated)
local hoverPath, hoverDep
if self.traceMode then
-- Path tracing mode is enabled
if hoverNode then
if not hoverNode.path then
-- Don't highlight the node if it can't be pathed to
hoverNode = nil
elseif not self.tracePath[1] then
-- Initialise the trace path using this node's path
for _, pathNode in ipairs(hoverNode.path) do
t_insert(self.tracePath, 1, pathNode)
end
else
local lastPathNode = self.tracePath[#self.tracePath]
if hoverNode ~= lastPathNode then
-- If node is directly linked to the last node in the path, add it
if isValueInArray(hoverNode.linked, lastPathNode) then
local index = isValueInArray(self.tracePath, hoverNode)
if index then
-- Node is already in the trace path, remove it first
t_remove(self.tracePath, index)
end
t_insert(self.tracePath, hoverNode)
else
hoverNode = nil
end
end
end
end
-- Use the trace path as the path
hoverPath = { }
for _, pathNode in pairs(self.tracePath) do
hoverPath[pathNode] = true
end
elseif hoverNode and hoverNode.path then
-- Use the node's own path and dependance list
hoverPath = { }
if not hoverNode.dependsOnIntuitiveLeap then
for _, pathNode in pairs(hoverNode.path) do
hoverPath[pathNode] = true
end
end
hoverDep = { }
for _, depNode in pairs(hoverNode.depends) do
hoverDep[depNode] = true
end
end
if treeClick == "LEFT" then
if hoverNode then
-- User left-clicked on a node
if hoverNode.alloc then
-- Node is allocated, so deallocate it
spec:DeallocNode(hoverNode)
spec:AddUndoState()
build.buildFlag = true
elseif hoverNode.path then
-- Node is unallocated and can be allocated, so allocate it
spec:AllocNode(hoverNode, self.tracePath and hoverNode == self.tracePath[#self.tracePath] and self.tracePath)
spec:AddUndoState()
build.buildFlag = true
end
end
elseif treeClick == "RIGHT" then
if hoverNode and hoverNode.alloc and hoverNode.type == "socket" then
local slot = build.itemsTab.sockets[hoverNode.id]
if slot:IsEnabled() then
-- User right-clicked a jewel socket, jump to the item page and focus the corresponding item slot control
slot.dropped = true
build.itemsTab:SelectControl(slot)
build.viewMode = "ITEMS"
end
end
end
-- Draw the background artwork
local bg = tree.assets.Background1
local bgSize = bg.width * scale * 1.33 * 2.5
SetDrawColor(1, 1, 1)
DrawImage(bg.handle, viewPort.x, viewPort.y, viewPort.width, viewPort.height, (self.zoomX + viewPort.width/2) / -bgSize, (self.zoomY + viewPort.height/2) / -bgSize, (viewPort.width/2 - self.zoomX) / bgSize, (viewPort.height/2 - self.zoomY) / bgSize)
-- Hack to draw class background art, the position data doesn't seem to be in the tree JSON yet
if build.spec.curClassId == 1 then
local scrX, scrY = treeToScreen(-2750, 1600)
self:DrawAsset(tree.assets.BackgroundStr, scrX, scrY, scale)
elseif build.spec.curClassId == 2 then
local scrX, scrY = treeToScreen(2550, 1600)
self:DrawAsset(tree.assets.BackgroundDex, scrX, scrY, scale)
elseif build.spec.curClassId == 3 then
local scrX, scrY = treeToScreen(-250, -2200)
self:DrawAsset(tree.assets.BackgroundInt, scrX, scrY, scale)
elseif build.spec.curClassId == 4 then
local scrX, scrY = treeToScreen(-150, 2350)
self:DrawAsset(tree.assets.BackgroundStrDex, scrX, scrY, scale)
elseif build.spec.curClassId == 5 then
local scrX, scrY = treeToScreen(-2100, -1500)
self:DrawAsset(tree.assets.BackgroundStrInt, scrX, scrY, scale)
elseif build.spec.curClassId == 6 then
local scrX, scrY = treeToScreen(2350, -1950)
self:DrawAsset(tree.assets.BackgroundDexInt, scrX, scrY, scale)
end
-- Draw the group backgrounds
for _, group in pairs(tree.groups) do
local scrX, scrY = treeToScreen(group.x, group.y)
if group.ascendancyName then
if group.isAscendancyStart then
if group.ascendancyName ~= spec.curAscendClassName then
SetDrawColor(1, 1, 1, 0.25)
end
self:DrawAsset(tree.assets["Classes"..group.ascendancyName], scrX, scrY, scale)
SetDrawColor(1, 1, 1)
end
elseif group.oo[3] then
self:DrawAsset(tree.assets.PSGroupBackground3, scrX, scrY, scale, true)
elseif group.oo[2] then
self:DrawAsset(tree.assets.PSGroupBackground2, scrX, scrY, scale)
elseif group.oo[1] then
self:DrawAsset(tree.assets.PSGroupBackground1, scrX, scrY, scale)
end
end
-- Draw the connecting lines between nodes
SetDrawLayer(nil, 20)
for _, connector in pairs(tree.connectors) do
local node1, node2 = spec.nodes[connector.nodeId1], spec.nodes[connector.nodeId2]
-- Determine the connector state
local state = "Normal"
if node1.alloc and node2.alloc then
state = "Active"
elseif hoverPath then
if (node1.alloc or node1 == hoverNode or hoverPath[node1]) and (node2.alloc or node2 == hoverNode or hoverPath[node2]) then
state = "Intermediate"
end
end
-- Convert vertex coordinates to screen-space and add them to the coordinate array
local vert = connector.vert[state]
connector.c[1], connector.c[2] = treeToScreen(vert[1], vert[2])
connector.c[3], connector.c[4] = treeToScreen(vert[3], vert[4])
connector.c[5], connector.c[6] = treeToScreen(vert[5], vert[6])
connector.c[7], connector.c[8] = treeToScreen(vert[7], vert[8])
if hoverDep and hoverDep[node1] and hoverDep[node2] then
-- Both nodes depend on the node currently being hovered over, so color the line red
SetDrawColor(1, 0, 0)
elseif connector.ascendancyName and connector.ascendancyName ~= spec.curAscendClassName then
-- Fade out lines in ascendancy classes other than the current one
SetDrawColor(0.75, 0.75, 0.75)
end
DrawImageQuad(tree.assets[connector.type..state].handle, unpack(connector.c))
SetDrawColor(1, 1, 1)
end
if self.showHeatMap then
-- Build the power numbers if needed
build.calcsTab:BuildPower()
end
-- Draw the nodes
for nodeId, node in pairs(spec.nodes) do
-- Determine the base and overlay images for this node based on type and state
local base, overlay
SetDrawLayer(nil, 25)
if node.type == "classStart" then
overlay = node.alloc and node.startArt or "PSStartNodeBackgroundInactive"
elseif node.type == "ascendClassStart" then
overlay = "PassiveSkillScreenAscendancyMiddle"
elseif node.type == "mastery" then
-- This is the icon that appears in the center of many groups
SetDrawLayer(nil, 15)
base = node.sprites.mastery
else
local state
if self.showHeatMap or node.alloc or node == hoverNode or (self.traceMode and node == self.tracePath[#self.tracePath])then
-- Show node as allocated if it is being hovered over
-- Also if the heat map is turned on (makes the nodes more visible)
state = "alloc"
elseif hoverPath and hoverPath[node] then
state = "path"
else
state = "unalloc"
end
if node.type == "socket" then
-- Node is a jewel socket, retrieve the socketed jewel (if present) so we can display the correct art
base = tree.assets[node.overlay[state]]
local socket, jewel = build.itemsTab:GetSocketAndJewelForNodeID(nodeId)
if node.alloc and jewel then
if jewel.baseName == "Crimson Jewel" then
overlay = "JewelSocketActiveRed"
elseif jewel.baseName == "Viridian Jewel" then
overlay = "JewelSocketActiveGreen"
elseif jewel.baseName == "Cobalt Jewel" then
overlay = "JewelSocketActiveBlue"
end
end
else
-- Normal node (includes keystones and notables)
base = node.sprites[node.type..(node.alloc and "Active" or "Inactive")]
overlay = node.overlay[state .. (node.ascendancyName and "Ascend" or "")]
end
end
-- Convert node position to screen-space
local scrX, scrY = treeToScreen(node.x, node.y)
-- Determine color for the base artwork
if node.ascendancyName and node.ascendancyName ~= spec.curAscendClassName then
-- By default, fade out nodes from ascendancy classes other than the current one
SetDrawColor(0.5, 0.5, 0.5)
end
if self.showHeatMap then
if not node.alloc and node.type ~= "classStart" and node.type ~= "ascendClassStart" then
-- Calculate color based on DPS and defensive powers
local offence = m_max(node.power.offence or 0, 0)
local defence = m_max(node.power.defence or 0, 0)
local dpsCol = (offence / build.calcsTab.powerMax.offence * 1.5) ^ 0.5
local defCol = (defence / build.calcsTab.powerMax.defence * 1.5) ^ 0.5
local mixCol = (m_max(dpsCol - 0.5, 0) + m_max(defCol - 0.5, 0)) / 2
if main.nodePowerTheme == "RED/BLUE" then
SetDrawColor(dpsCol, mixCol, defCol)
elseif main.nodePowerTheme == "RED/GREEN" then
SetDrawColor(dpsCol, defCol, mixCol)
elseif main.nodePowerTheme == "GREEN/BLUE" then
SetDrawColor(mixCol, dpsCol, defCol)
end
else
SetDrawColor(1, 1, 1)
end
elseif launch.devMode and IsKeyDown("ALT") then
-- Debug display
if node.extra then
SetDrawColor(1, 0, 0)
elseif node.unknown then
SetDrawColor(0, 1, 1)
else
SetDrawColor(0, 0, 0)
end
else
SetDrawColor(1, 1, 1)
end
-- Draw base artwork
if base then
self:DrawAsset(base, scrX, scrY, scale)
end
if overlay then
-- Draw overlay
if node.type ~= "classStart" and node.type ~= "ascendClassStart" then
if hoverNode and hoverNode ~= node then
-- Mouse is hovering over a different node
if hoverDep and hoverDep[node] then
-- This node depends on the hover node, turn it red
SetDrawColor(1, 0, 0)
elseif hoverNode.type == "socket" then
-- Hover node is a socket, check if this node falls within its radius and color it accordingly
for index, data in ipairs(data.jewelRadius) do
if hoverNode.nodesInRadius[index][node.id] then
SetDrawColor(data.col)
break
end
end
end
end
end
self:DrawAsset(tree.assets[overlay], scrX, scrY, scale)
SetDrawColor(1, 1, 1)
end
if #self.searchStr > 0 and self:DoesNodeMatchSearchStr(node) then
-- Node matches the search string, show the highlight circle
SetDrawLayer(nil, 30)
SetDrawColor(1, 0, 0)
local size = 175 * scale / self.zoom ^ 0.4
DrawImage(self.highlightRing, scrX - size, scrY - size, size * 2, size * 2)
end
if node == hoverNode and (node.type ~= "socket" or not IsKeyDown("SHIFT")) and not main.popups[1] then
-- Draw tooltip
SetDrawLayer(nil, 100)
local size = m_floor(hoverNode.size * scale)
self:AddNodeTooltip(hoverNode, build)
main:DrawTooltip(m_floor(scrX - size), m_floor(scrY - size), size * 2, size * 2, viewPort)
end
end
-- Draw ring overlays for jewel sockets
SetDrawLayer(nil, 25)
for nodeId, slot in pairs(build.itemsTab.sockets) do
local node = spec.nodes[nodeId]
if node == hoverNode then
-- Mouse is over this socket, show all radius rings
local scrX, scrY = treeToScreen(node.x, node.y)
for _, radData in ipairs(data.jewelRadius) do
local size = radData.rad * scale
SetDrawColor(radData.col)
DrawImage(self.ring, scrX - size, scrY - size, size * 2, size * 2)
end
elseif node.alloc then
local socket, jewel = build.itemsTab:GetSocketAndJewelForNodeID(nodeId)
if jewel and jewel.jewelRadiusIndex then
-- Socket is allocated and there's a jewel socketed into it which has a radius, so show it
local scrX, scrY = treeToScreen(node.x, node.y)
local radData = data.jewelRadius[jewel.jewelRadiusIndex]
local size = radData.rad * scale
SetDrawColor(radData.col)
DrawImage(self.ring, scrX - size, scrY - size, size * 2, size * 2)
end
end
end
end
-- Draws the given asset at the given position
function PassiveTreeViewClass:DrawAsset(data, x, y, scale, isHalf)
local width = data.width * scale * 1.33
local height = data.height * scale * 1.33
if isHalf then
DrawImage(data.handle, x - width, y - height * 2, width * 2, height * 2)
DrawImage(data.handle, x - width, y, width * 2, height * 2, 0, 1, 1, 0)
else
DrawImage(data.handle, x - width, y - height, width * 2, height * 2, unpack(data))
end
end
-- Zoom the tree in or out
function PassiveTreeViewClass:Zoom(level, viewPort)
-- Calculate new zoom level and zoom factor
self.zoomLevel = m_max(0, m_min(12, self.zoomLevel + level))
local oldZoom = self.zoom
self.zoom = 1.2 ^ self.zoomLevel
-- Adjust zoom center position so that the point on the tree that is currently under the mouse will remain under it
local factor = self.zoom / oldZoom
local cursorX, cursorY = GetCursorPos()
local relX = cursorX - viewPort.x - viewPort.width/2
local relY = cursorY - viewPort.y - viewPort.height/2
self.zoomX = relX + (self.zoomX - relX) * factor
self.zoomY = relY + (self.zoomY - relY) * factor
end
function PassiveTreeViewClass:DoesNodeMatchSearchStr(node)
if node.type == "mastery" then
return
end
-- Check node name
local errMsg, match = PCall(string.match, node.dn:lower(), self.searchStr:lower())
if match then
return true
end
-- Check node description
for index, line in ipairs(node.sd) do
-- Check display text first
errMsg, match = PCall(string.match, line:lower(), self.searchStr:lower())
if match then
return true
end
if not match and node.mods[index].list then
-- Then check modifiers
for _, mod in ipairs(node.mods[index].list) do
errMsg, match = PCall(string.match, mod.name, self.searchStr)
if match then
return true
end
end
end
end
end
function PassiveTreeViewClass:AddNodeName(node)
main:AddTooltipLine(24, "^7"..node.dn..(launch.devMode and IsKeyDown("ALT") and " ["..node.id.."]" or ""))
if node.type == "socket" then
if node.attributesInRadius[2]["Str"] >= 40 then
main:AddTooltipLine(16, "^7Can support "..data.colorCodes.STRENGTH.."Strength ^7threshold jewels")
end
if node.attributesInRadius[2]["Dex"] >= 40 then
main:AddTooltipLine(16, "^7Can support "..data.colorCodes.DEXTERITY.."Dexterity ^7threshold jewels")
end
if node.attributesInRadius[2]["Int"] >= 40 then
main:AddTooltipLine(16, "^7Can support "..data.colorCodes.INTELLIGENCE.."Intelligence ^7threshold jewels")
end
end
end
function PassiveTreeViewClass:AddNodeTooltip(node, build)
-- Special case for sockets
if node.type == "socket" and node.alloc then
local socket, jewel = build.itemsTab:GetSocketAndJewelForNodeID(node.id)
if jewel then
build.itemsTab:AddItemTooltip(jewel, { nodeId = node.id })
else
self:AddNodeName(node)
end
main:AddTooltipSeparator(14)
if socket:IsEnabled() then
main:AddTooltipLine(14, "^x80A080Tip: Right click this socket to go to the items page and choose the jewel for this socket.")
end
main:AddTooltipLine(14, "^x80A080Tip: Hold Shift to hide this tooltip.")
return
end
-- Node name
self:AddNodeName(node)
if launch.devMode and IsKeyDown("ALT") and node.power and node.power.offence then
-- Power debugging info
main:AddTooltipLine(16, string.format("DPS power: %g Defence power: %g", node.power.offence, node.power.defence))
end
-- Node description
if node.sd[1] then
main:AddTooltipLine(16, "")
for i, line in ipairs(node.sd) do
if node.mods[i].list then
if launch.devMode and IsKeyDown("ALT") then
-- Modifier debugging info
local modStr
for _, mod in pairs(node.mods[i].list) do
modStr = (modStr and modStr..", " or "^2") .. modLib.formatMod(mod)
end
if node.mods[i].extra then
modStr = (modStr and modStr.." " or "") .. "^1" .. node.mods[i].extra
end
if modStr then
line = line .. " " .. modStr
end
end
end
main:AddTooltipLine(16, ((node.mods[i].extra or not node.mods[i].list) and data.colorCodes.UNSUPPORTED or data.colorCodes.MAGIC)..line)
end
end
-- Reminder text
if node.reminderText then
main:AddTooltipSeparator(14)
for _, line in ipairs(node.reminderText) do
main:AddTooltipLine(14, "^xA0A080"..line)
end
end
-- Mod differences
if self.showStatDifferences then
local calcFunc, calcBase = build.calcsTab:GetMiscCalculator(build)
if calcFunc then
main:AddTooltipSeparator(14)
local path = (node.alloc and node.depends) or self.tracePath or node.path or { }
local pathLength = #path
local pathNodes = { }
for _, node in pairs(path) do
pathNodes[node] = true
end
local nodeOutput, pathOutput
if node.alloc then
-- Calculate the differences caused by deallocating this node and its dependants
nodeOutput = calcFunc({ removeNodes = { [node] = true } })
if pathLength > 1 then
pathOutput = calcFunc({ removeNodes = pathNodes })
end
else
-- Calculated the differences caused by allocating this node and all nodes along the path to it
nodeOutput = calcFunc({ addNodes = { [node] = true } })
if pathLength > 1 then
pathOutput = calcFunc({ addNodes = pathNodes })
end
end
local count = build:AddStatComparesToTooltip(calcBase, nodeOutput, node.alloc and "^7Unallocating this node will give you:" or "^7Allocating this node will give you:")
if pathLength > 1 then
count = count + build:AddStatComparesToTooltip(calcBase, pathOutput, node.alloc and "^7Unallocating this node and all nodes depending on it will give you:" or "^7Allocating this node and all nodes leading to it will give you:", pathLength)
end
if count == 0 then
main:AddTooltipLine(14, string.format("^7No changes from %s this node%s.", node.alloc and "unallocating" or "allocating", pathLength > 1 and " or the nodes leading to it" or ""))
end
main:AddTooltipLine(14, "^x80A080Tip: Press Ctrl+D to disable the display of stat differences.")
end
else
main:AddTooltipSeparator(14)
main:AddTooltipLine(14, "^x80A080Tip: Press Ctrl+D to enable the display of stat differences.")
end
-- Pathing distance
main:AddTooltipSeparator(14)
if node.path and #node.path > 0 then
if self.traceMode and isValueInArray(self.tracePath, node) then
main:AddTooltipLine(14, "^7"..#self.tracePath .. " nodes in trace path")
else
main:AddTooltipLine(14, "^7"..#node.path .. " points to node")
if #node.path > 1 then
-- Handy hint!
main:AddTooltipLine(14, "^x80A080")
main:AddTooltipLine(14, "Tip: To reach this node by a different path, hold Shift, then trace the path and click this node")
end
end
end
if node.type == "socket" then
main:AddTooltipLine(14, "^x80A080Tip: Hold Shift to hide this tooltip.")
end
if node.depends and #node.depends > 1 then
main:AddTooltipSeparator(14)
main:AddTooltipLine(14, "^7"..#node.depends .. " points gained from unallocating these nodes")
end
end