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-------------------------------------------------------------------------------
---------------------------------- NAMESPACE ----------------------------------
-------------------------------------------------------------------------------
local ADDON_NAME, ns = ...
local Class = ns.Class
local HBD = LibStub('HereBeDragons-2.0')
-------------------------------------------------------------------------------
local function ResetPin(pin)
pin.texture:SetRotation(0)
pin.texture:SetTexCoord(0, 1, 0, 1)
pin.texture:SetVertexColor(1, 1, 1, 1)
pin.frameOffset = 0
pin:SetAlpha(1)
if pin.SetScalingLimits then -- World map only!
pin:SetScalingLimits(nil, nil, nil)
end
return pin.texture
end
-------------------------------------------------------------------------------
-------------------------- POI (Point of Interest) ----------------------------
-------------------------------------------------------------------------------
local POI = Class('POI')
function POI:Initialize(attrs)
for k, v in pairs(attrs) do self[k] = v end
end
function POI:Render(map, template)
-- draw a circle at every coord
for i=1, #self, 1 do
map:AcquirePin(template, self, self[i])
end
end
function POI:Draw(pin, xy)
local t = ResetPin(pin)
local size = (pin.minimap and 10 or (pin.parentHeight * 0.012))
size = size * ns:GetOpt('poi_scale')
t:SetVertexColor(unpack({ns:GetColorOpt('poi_color')}))
t:SetTexture("Interface\\AddOns\\"..ADDON_NAME.."\\icons\\circle")
pin:SetSize(size, size)
return HandyNotes:getXY(xy)
end
-------------------------------------------------------------------------------
------------------------------------ GLOW -------------------------------------
-------------------------------------------------------------------------------
local Glow = Class('Glow', POI)
function Glow:Draw(pin, xy)
local t = ResetPin(pin)
local hn_alpha, hn_scale
if pin.minimap then
hn_alpha = HandyNotes.db.profile.icon_alpha_minimap
hn_scale = HandyNotes.db.profile.icon_scale_minimap
else
hn_alpha = HandyNotes.db.profile.icon_alpha
hn_scale = HandyNotes.db.profile.icon_scale
end
local size = 15 * hn_scale * self.scale
t:SetTexCoord(self.icon.tCoordLeft, self.icon.tCoordRight, self.icon.tCoordTop, self.icon.tCoordBottom)
t:SetTexture(self.icon.icon)
if self.r then
t:SetVertexColor(self.r, self.g, self.b, self.a or 1)
end
pin.frameOffset = 1
if pin.SetScalingLimits then -- World map only!
pin:SetScalingLimits(1, 1.0, 1.2)
end
pin:SetAlpha(hn_alpha * self.alpha)
pin:SetSize(size, size)
return HandyNotes:getXY(xy)
end
-------------------------------------------------------------------------------
------------------------------------ PATH -------------------------------------
-------------------------------------------------------------------------------
local Path = Class('Path', POI)
function Path:Render(map, template)
-- draw a circle at every coord and a line between them
for i=1, #self, 1 do
map:AcquirePin(template, self, 'circle', self[i])
if i < #self then
map:AcquirePin(template, self, 'line', self[i], self[i+1])
end
end
end
function Path:Draw(pin, type, xy1, xy2)
local t = ResetPin(pin)
t:SetVertexColor(unpack({ns:GetColorOpt('path_color')}))
t:SetTexture("Interface\\AddOns\\"..ADDON_NAME.."\\icons\\"..type)
-- constant size for minimaps, variable size for world maps
local size = pin.minimap and 5 or (pin.parentHeight * 0.005)
local line_width = pin.minimap and 60 or (pin.parentHeight * 0.05)
-- apply user scaling
size = size * ns:GetOpt('poi_scale')
line_width = line_width * ns:GetOpt('poi_scale')
if type == 'circle' then
pin:SetSize(size, size)
return HandyNotes:getXY(xy1)
else
local x1, y1 = HandyNotes:getXY(xy1)
local x2, y2 = HandyNotes:getXY(xy2)
local line_length
if pin.minimap then
local mapID = HBD:GetPlayerZone()
local wx1, wy1 = HBD:GetWorldCoordinatesFromZone(x1, y1, mapID)
local wx2, wy2 = HBD:GetWorldCoordinatesFromZone(x2, y2, mapID)
local wmapDistance = sqrt((wx2-wx1)^2 + (wy2-wy1)^2)
local mmapDiameter = C_Minimap:GetViewRadius() * 2
line_length = Minimap:GetWidth() * (wmapDistance / mmapDiameter)
t:SetRotation(-math.atan2(wy2-wy1, wx2-wx1))
else
local x1p = x1 * pin.parentWidth
local x2p = x2 * pin.parentWidth
local y1p = y1 * pin.parentHeight
local y2p = y2 * pin.parentHeight
line_length = sqrt((x2p-x1p)^2 + (y2p-y1p)^2)
t:SetRotation(-math.atan2(y2p-y1p, x2p-x1p))
end
pin:SetSize(line_length, line_width)
return (x1+x2)/2, (y1+y2)/2
end
end
-------------------------------------------------------------------------------
------------------------------------ LINE -------------------------------------
-------------------------------------------------------------------------------
local Line = Class('Line', Path)
function Line:Initialize(attrs)
Path.Initialize(self, attrs)
-- draw a segmented line between two far-away points
local x1, y1 = HandyNotes:getXY(self[1])
local x2, y2 = HandyNotes:getXY(self[2])
-- find an appropriate number of segments
self.distance = sqrt(((x2-x1) * 1.85)^2 + (y2-y1)^2)
self.segments = floor(self.distance / 0.015)
self.path = {}
for i=0, self.segments, 1 do
self.path[#self.path + 1] = HandyNotes:getCoord(
x1 + (x2-x1) / self.segments * i,
y1 + (y2-y1) / self.segments * i
)
end
end
function Line:Render(map, template)
if map.minimap then
for i=1, #self.path, 1 do
map:AcquirePin(template, self, 'circle', self.path[i])
if i < #self.path then
map:AcquirePin(template, self, 'line', self.path[i], self.path[i+1])
end
end
else
map:AcquirePin(template, self, 'circle', self[1])
map:AcquirePin(template, self, 'circle', self[2])
map:AcquirePin(template, self, 'line', self[1], self[2])
end
end
-------------------------------------------------------------------------------
------------------------------------ ARROW ------------------------------------
-------------------------------------------------------------------------------
local Arrow = Class('Arrow', Path)
function Arrow:Initialize(attrs)
Line.Initialize(self, attrs)
local x1, y1 = HandyNotes:getXY(self[1])
local x2, y2 = HandyNotes:getXY(self[2])
local angle = math.atan2(y2 - y1, (x2 - x1) * 1.85) + (math.pi * 0.5)
local xdiff = math.cos(angle) * (self.distance / self.segments / 4)
local ydiff = math.sin(angle) * (self.distance / self.segments / 4)
local xl, yl = HandyNotes:getXY(self.path[#self.path - 1])
self.corner1 = HandyNotes:getCoord(xl + xdiff, yl + ydiff)
self.corner2 = HandyNotes:getCoord(xl - xdiff, yl - ydiff)
end
function Arrow:Render(map, template)
-- draw a segmented line
Line.Render(self, map, template)
-- draw the head of the arrow
map:AcquirePin(template, self, 'circle', self.corner1)
map:AcquirePin(template, self, 'circle', self.corner2)
map:AcquirePin(template, self, 'line', self.corner1, self.path[#self.path])
map:AcquirePin(template, self, 'line', self.corner2, self.path[#self.path])
map:AcquirePin(template, self, 'line', self.corner1, self.corner2)
end
-------------------------------------------------------------------------------
ns.poi = {
POI=POI,
Glow=Glow,
Path=Path,
Line=Line,
Arrow=Arrow
}