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loopspace/1aPenroseTilesTabOrder

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Penrose Tiles Release v3.0 -A Penrose tile program.
Raw
1aPenroseTilesTabOrder
Penrose Tiles Tab Order Version: 3.0
------------------------------
This file should not be included in the Codea project.
#Main
#ProtoTile
#Tile
#Creator
#Tiles
#InitialiseTiles
#ccConfig
Raw
1aTabOrder
Penrose Tiles Tab Order Version: 1
------------------------------
This file should not be included in the Codea project.
#Main
#ProtoTile
#Tile
#Tiles
#InitialiseTiles
#SavedTiles
#ccConfig
Raw
ccConfig.lua
--[[
###########################################
##Codea Community Project Config Settings##
###########################################
##You can use # to comment out a line
##Use 1 for true and 0 for false
###########################################
# Add project info below #
#==========================================
ProjectName: Penrose Tiles
Version: 1.0
Comments: This is quite functionally extensive
Author: Andrew Stacey
##License Info: http://choosealicense.com
##Supported Licneses: MIT, GPL, Apache, NoLicense
License: PublicDomain
#==========================================
###########################################
# Settings #
[Settings]=================================
##Codea Community Configuration settings
##Format: Setting state
Button 1
ParamButton 0
NotifyCCUpdate 1
ResetUserOption 0
AddHeaderInfo 1
Connect 0
[/Settings]================================
###########################################
# Screenshots #
[Screenshots]==============================
##Screenshots from your project.
##Format: url
##Example: http://www.dropbox.com/screenshot.jpg
[/Screenshots]=============================
###########################################
# Video #
[Video]====================================
##Link to a YouTube.com video.
##Format: url
##Example: http://www.youtube.com/videolink
[/Video]===================================
###########################################
# Dependencies #
[Dependencies]=============================
##Include the names of any dependencies here
##Format: Dependency
##Example: Codea Community
[/Dependencies]============================
############################################
# Tabs #
[Tabs]======================================
##Select which tabs are to be uploaded.
##Keyword 'not' excludes a tab or tabs. Keyword 'add' includes a tab or tabs.
##not * will exclude all tabs to allow for individual selection
##not *tab1 will look for any tab with tab1 on the end.
##not tab1* will look for any tab with tab1 at the beginning.
##Format: (add/not)(*)tab(*)
##Example: not Main --this will remove main.
##Example: not *tab1 --this will remove any tab with "tab1" on the end.
##Example: add Main --This will add Main back in.
[/Tabs]=====================================
#############################################
# Assets #
[Assets]=====================================
##Directory, path and url info for any assets besides the standard Codea assets.
##Format: Folder:sprite URL
##Example: Documents:sprite1 http://www.somewebsite.com/img.jpg
[/Assets]====================================
--]]
Raw
Creator.lua
Creator = class(Tile)
function Creator:isTouchedBy(t,b)
local tv = vec2(t.x,t.y) - self.position - vec2(WIDTH,HEIGHT)
if self.ptile:checkTouch(tv:rotate(-self.angle)) then
if not b then
local tl = Tile({position = tiles:fromScreen(self.position), ptile = self.ptile, scale = self.scale, tint = self.otint})
self.tiles:addTile(tl)
tl.tpoint = tv
self.touchClaiment = self.tiles.touchHandlers[1][1][tiles.ntiles]
end
return true
end
return false
end
function Creator:processTouches (g)
if g.type.ended then
g:reset()
end
end
Raw
InitialiseTiles.lua
function string:split(pat)
pat = pat or '%s+'
local st, g = 1, self:gmatch("()("..pat..")")
local function getter(segs, seps, sep, cap1, ...)
st = sep and seps + #sep
return self:sub(segs, (seps or 0) - 1), cap1 or sep, ...
end
return function() if st then return getter(st, g()) end end
end
local pieces = {
{"l","e","a","D"},
{"A","f","g","b"},
{"c","B","h","i"},
{"k","d","C","j"}
}
local int = {"a","b","c","d"}
local function jigsaw(m)
local t,jig,mt = {},{}
for v in m:split(";") do
mt = {}
for u in v:split(",") do
table.insert(mt,u)
jig[u] = mt
end
table.insert(t,mt)
end
local it,opp = {},{}
for k,v in ipairs(t) do
it[v] = k
end
for k,v in ipairs(int) do
opp[jig[v]] = jig[string.upper(v)]
opp[jig[string.upper(v)]] = jig[v]
end
local e,me = {}
for k,v in ipairs(pieces) do
me = {}
for l,u in ipairs(v) do
table.insert(me,{it[jig[u]],it[opp[jig[u]]]})
end
table.insert(e,me)
end
return e
end
function initialiseTiles(t)
t = t or {}
local angle = t.angle or math.pi/5
local s = t.size or 100
local tileTypes = {}
local spotRadius = 20
local touchHandler = t.touchHandler
local phi = (math.sqrt(5) + 1)/2
for k,v in ipairs({
"kite",
"dart",
"thinRhombus",
"thickRhombus",
"hexagon",
"tripleHexagon",
"eqTriangle",
"isoTriangle",
"octagon",
"fourSquare",
"twoSquare",
"octSquare",
"11r10Rhombus",
"11r8Rhombus",
"11r6Rhombus",
"11r4Rhombus",
"11r2Rhombus",
}) do
tileTypes[v] = ProtoTile()
end
for k=1,4 do
tileTypes["jigSquare" .. k] = ProtoTile()
end
local kc = ( s*vec2(1,0):rotate(angle) +
s*vec2(1,0) +
s*vec2(1,0):rotate(-angle) )/4
local kd = ( s*vec2(1,0) +
s*vec2(1,0):rotate(angle) +
s*2*math.cos(angle)*vec2(1,0) +
s*vec2(1,0):rotate(-angle) )/4
tileTypes["kite"]:initialise(
{
name = "kite",
vertices = {
vec2(0,0),
s*vec2(1,0):rotate(angle),
s*vec2(1,0),
s*vec2(1,0):rotate(-angle)
},
corners = {
function(v,c)
noFill()
stroke(c[1])
strokeWidth(5)
ellipseMode(RADIUS)
ellipse(v,s/phi+strokeWidth()/2+1)
end,
function()
end,
function(v,c)
noFill()
stroke(c[2])
strokeWidth(5)
ellipse(v,s*(1-1/phi)+strokeWidth()/2+1)
end,
function(v)
end,
},
edges = {{1,-1},{2,-2},{-2,2},{-1,1}},
dAngle = 36,
background = color(255, 255, 255, 111),
rscale = phi,
replacements = {
{tileTypes["kite"], -kc*phi + phi*s*vec2(1,0):rotate(-angle) + kc:rotate(3*angle), 108},
{tileTypes["kite"], -kc*phi + phi*s*vec2(1,0):rotate(angle) + kc:rotate(-3*angle), -108},
{tileTypes["dart"], -kc*phi + s*2*math.cos(angle)*vec2(1,0):rotate(-angle) - kd:rotate(-angle), 144}
}
}
)
tileTypes["dart"]:initialise(
{
name = "dart",
vertices = {
s*vec2(1,0),
s*vec2(1,0):rotate(angle),
s*2*math.cos(angle)*vec2(1,0),
s*vec2(1,0):rotate(-angle)
},
corners = {
function(v,c)
noFill()
stroke(c[2])
strokeWidth(5)
ellipse(v,s*1/phi - s*(1-1/phi)+strokeWidth()/2+1)
end,
function()
end,
function(v,c)
noFill()
stroke(c[1])
strokeWidth(5)
ellipse(v,s*(1-1/phi)+strokeWidth()/2+1)
end,
function()
end,
},
edges = {{2,-2},{1,-1},{-1,1},{-2,2}},
dAngle = 36,
background = color(255, 255, 255, 255),
rscale = phi,
replacements = {
{tileTypes["kite"],
s*2*math.cos(angle)*vec2(1,0)*phi-kd*phi - kc, 180},
{tileTypes["dart"], -kd*phi + s*vec2(1,0):rotate(-angle)*phi + kd:rotate(6*angle) - s*2*math.cos(angle)*vec2(1,0):rotate(6*angle), 216}
}
}
)
tileTypes["thinRhombus"]:initialise(
{
name = "thinRhombus",
vertices = {
vec2(0,0),
s*vec2(1,0):rotate(angle),
s*2*math.cos(angle/2)*vec2(1,0):rotate(angle/2),
s*vec2(1,0),
},
corners = {
function()
end,
function(v,c)
noFill()
stroke(c[2])
strokeWidth(5)
ellipse(v,1.5*spotRadius+strokeWidth()/2+1)
end,
function(v)
end,
function(v,c)
noFill()
stroke(c[1])
strokeWidth(5)
ellipse(v,1.5*spotRadius)
end,
},
edges = {{2,-2},{-2,2},{-1,1},{1,-1}},
dAngle = 36,
background = color(255, 255, 255, 255),
rscale = phi,
replacements = {
{tileTypes["thinRhombus"], phi*s*math.sin(angle/2)*vec2(0,1):rotate(angle/2) + s*math.sin(angle/2)*vec2(0,1):rotate(7*angle/2), 108 },
{tileTypes["thickRhombus"], phi*s*math.cos(angle/2)*vec2(1,0):rotate(angle/2) - s*math.cos(angle)*vec2(1,0):rotate(angle) , 36 },
}
}
)
tileTypes["thickRhombus"]:initialise(
{
name = "thickRhombus",
vertices = {
vec2(0,0),
s*vec2(1,0):rotate(angle),
s*2*math.cos(angle)*vec2(1,0),
s*vec2(1,0):rotate(-angle),
},
corners = {
function(v,c)
noFill()
stroke(c[2])
strokeWidth(5)
ellipse(v,s-1.5*spotRadius+strokeWidth()/2+1)
end,
function()
end,
function(v,c)
noFill()
stroke(c[1])
strokeWidth(5)
ellipse(v,1.5*spotRadius)
end,
function()
end,
},
edges={{2,-2},{-1,1},{1,-1},{-2,2}},
dAngle = 36,
background = color(255, 255, 255, 255),
rscale = phi,
replacements = {
{tileTypes["thinRhombus"], phi*s*math.sin(angle)*vec2(0,1) + s*math.sin(angle/2)*vec2(0,1):rotate(7*angle/2), 108},
{tileTypes["thickRhombus"], phi*s*math.cos(angle)*vec2(1,0) - s*math.cos(angle)*vec2(1,0):rotate(-angle) , 144 },
{tileTypes["thickRhombus"], -phi*s*math.cos(angle)*vec2(1,0) + s*math.cos(angle)*vec2(1,0),180}
}
}
)
local hfn = function(v,c)
noFill()
stroke(c[1])
strokeWidth(5)
ellipse(v,spotRadius)
end
local hangle = math.pi/3
local hs = s/2
local rangle = math.atan(math.sqrt(3)/2)
tileTypes["hexagon"]:initialise(
{
name = "hexagon",
vertices = {
vec2(0,0),
hs*vec2(1,0):rotate(hangle),
hs*vec2(1,0):rotate(hangle) + hs*vec2(1,0),
hs*vec2(2,0),
hs*vec2(1,0):rotate(-hangle) + hs*vec2(1,0),
hs*vec2(1,0):rotate(-hangle),
},
corners = {hfn,hfn,hfn,hfn,hfn,hfn,
},
edges = {{0,0},{0,0},{0,0},{0,0},{0,0},{0,0}},
dAngle = 60,
checkEdges = {1},
rscale = math.sqrt(7),
rangle = math.deg(rangle),
replacements = {
{tileTypes["hexagon"], vec2(0,0), -math.deg(rangle)},
{tileTypes["hexagon"], math.sqrt(7)*hs*vec2(1,0):rotate(hangle) - hs*vec2(1,0):rotate(2*hangle - rangle), -math.deg(rangle)},
{tileTypes["hexagon"], math.sqrt(7)*hs*vec2(1,0):rotate(2*hangle) - hs*vec2(1,0):rotate(3*hangle - rangle), -math.deg(rangle)},
{tileTypes["hexagon"], math.sqrt(7)*hs*vec2(1,0):rotate(3*hangle) - hs*vec2(1,0):rotate(4*hangle - rangle), -math.deg(rangle)},
{tileTypes["hexagon"], math.sqrt(7)*hs*vec2(1,0):rotate(4*hangle) - hs*vec2(1,0):rotate(5*hangle - rangle), -math.deg(rangle)},
{tileTypes["hexagon"], math.sqrt(7)*hs*vec2(1,0):rotate(5*hangle) - hs*vec2(1,0):rotate( - rangle), -math.deg(rangle)},
{tileTypes["hexagon"], math.sqrt(7)*hs*vec2(1,0) - hs*vec2(1,0):rotate(hangle - rangle), -math.deg(rangle)},
}
}
)
tileTypes["tripleHexagon"]:initialise(
{
name = "triple hexagon",
vertices = {
vec2(0,0),
hs*vec2(1,0):rotate(hangle),
hs*vec2(1,0):rotate(hangle) + hs*vec2(1,0),
hs*vec2(2,0),
hs*vec2(1,0):rotate(-hangle) + hs*vec2(1,0),
hs*vec2(1,0):rotate(-hangle),
},
corners = {hfn,nil,hfn,nil,hfn,nil,
},
edges = {{0,1},{1,0},{0,1},{1,0},{0,1},{1,0}},
dAngle = 60,
checkEdges = {1,2},
rscale = math.sqrt(3),
rangle = 30,
replacements = {
{tileTypes["tripleHexagon"], hs*vec2(0,1), 30},
{tileTypes["tripleHexagon"], hs*vec2(0,1):rotate(2*hangle), 150},
{tileTypes["tripleHexagon"], hs*vec2(0,1):rotate(4*hangle), 270},
}
}
)
tileTypes["eqTriangle"]:initialise(
{
name = "eqTriangle",
vertices = {
vec2(0,0),
s*vec2(1,0):rotate(hangle),
s*vec2(1,0)
},
corners = {hfn,hfn,hfn},
edges = {{0,0},{0,0},{0,0}},
dAngle = 60,
checkEdges = {1},
rscale = math.sqrt(3),
rangle = 30,
replacements = {
{tileTypes["eqTriangle"], s*vec2(0,1) - 1/math.sqrt(3)*s*vec2(0,1):rotate(hangle/2),30 },
{tileTypes["eqTriangle"], s*vec2(0,1):rotate(2*hangle) - 1/math.sqrt(3)*s*vec2(0,1):rotate(5*hangle/2),30 },
{tileTypes["eqTriangle"], s*vec2(0,1):rotate(-2*hangle) - 1/math.sqrt(3)*s*vec2(0,1):rotate(-3*hangle/2),30 },
}
}
)
local ifn = function(v,c)
noFill()
stroke(c[1])
strokeWidth(5)
ellipse(v,1.5*spotRadius)
end
tileTypes["isoTriangle"]:initialise(
{
name = "isoTriangle",
vertices = {
vec2(0,0),
s*vec2(1,0):rotate(math.pi/5),
s*vec2(1,0)
},
corners = {ifn,ifn,ifn},
edges = {{0,0},{1,1},{0,0}},
dAngle = 36
}
)
hangle = math.pi/4
local ofn = function(v,c)
noFill()
stroke(c[1])
strokeWidth(5)
ellipse(v,(2*hs/math.sqrt(23)+strokeWidth()/2+1),(2*hs/3+strokeWidth()+1))
end
local offn = function(v,c)
noFill()
stroke(c[1])
strokeWidth(5)
ellipse(v,(2*hs/3+strokeWidth()+1))
end
tileTypes["octagon"]:initialise(
{
name = "octagon",
vertices = {
vec2(0,0),
hs*vec2(1,0):rotate(hangle),
hs*vec2(1,0):rotate(hangle) + hs*vec2(1,0),
hs*(math.sqrt(2)+1)*vec2(1,0),
hs*(math.sqrt(2)+1)*vec2(1,0)+hs*vec2(0,-1),
hs*vec2(1,0):rotate(-hangle) + hs*vec2(1,-1),
hs*vec2(1,0):rotate(-hangle) + hs*vec2(0,-1),
hs*vec2(0,-1),
},
corners = {
nil,
function (v,c)
noFill()
stroke(c[1])
strokeWidth(5)
ellipse(v - hs/(2*math.sqrt(2)+2)*vec2(1,0),hs/3+hs/(2*math.sqrt(2)+2)+strokeWidth()/2+1)
end,
function (v,c)
noFill()
stroke(c[2])
strokeWidth(5)
ellipse(v+hs*vec2(1,-1)/(2*math.sqrt(2)),hs/6+strokeWidth()/2+1)
stroke(c[2])
ellipse(v+hs*vec2(1,0)/(math.sqrt(2)),hs*(1/math.sqrt(2)+1/3)+strokeWidth()/2+1)
end,
nil,
nil,
function (v,c)
noFill()
stroke(c[1])
strokeWidth(5)
ellipse(v,hs/3+strokeWidth()/2+1)
end,
function (v,c)
noFill()
stroke(c[2])
strokeWidth(5)
ellipse(v,hs/3+strokeWidth()/2+1)
end,
function (v,c)
noFill()
stroke(c[2])
strokeWidth(5)
ellipse(v,hs/3+strokeWidth()/2+1)
end,
},
edges = {{1,5},{2,12},{3,7},{4,9},{5,1},{6,10},{7,3},{8,11}},
dAngle = 45,
checkEdges = {1,2,3,4,5,6,7,8},
rscale = math.sqrt(2),
rangle = 45,
replacements = {
{tileTypes["octagon"],(math.sqrt(2)+1)*hs*vec2(0,1)/2,45},
{tileTypes["octagon"],(math.sqrt(2)+1)*hs*vec2(0,-1)/2,45},
}
}
)
local sangle = math.atan(1/2)
tileTypes["octSquare"]:initialise(
{
name = "octagon square",
vertices = {
vec2(0,0),
hs*vec2(0,1),
hs*vec2(1,1),
hs*vec2(1,0),
},
corners = {
function (v,c)
noFill()
stroke(c[1])
strokeWidth(5)
clip(0,0,3*hs/4-strokeWidth()/2,hs)
ellipse(v+hs*vec2(.5,0),hs/6+strokeWidth()/2+1,hs/2+strokeWidth()/2+1)
clip()
end,
function (v,c)
noFill()
stroke(c[2])
strokeWidth(5)
ellipse(v,hs/3+strokeWidth()/2+1)
end,
function (v,c)
noFill()
stroke(c[1])
strokeWidth(5)
clip(3*hs/4-strokeWidth()/2,hs/2,3*hs/4,hs)
ellipse(v-hs*vec2(.5,0),hs/6+strokeWidth()/2+1,hs/2+strokeWidth()/2+1)
clip()
end,
function (v,c)
noFill()
stroke(c[2])
strokeWidth(5)
ellipse(v,hs/3+strokeWidth()/2+1)
end,
},
edges = {{9,4},{10,6},{11,8},{12,2}},
dAngle = 45,
checkEdges = {1,2,3,4},
rscale = math.sqrt(2),
rangle = 45,
replacements = {
{tileTypes["octSquare"],(1+math.sqrt(2))*hs*vec2(-1,0)/2,45},
{tileTypes["octSquare"],(1+math.sqrt(2))*hs*vec2(-1,-2)/2,45},
}
}
)
local sfn = function(v,c)
noFill()
stroke(c[1])
strokeWidth(10)
ellipse(v,2*spotRadius)
end
tileTypes["fourSquare"]:initialise(
{
name = "four square",
vertices = {
vec2(0,0),
s*vec2(0,1),
s*vec2(1,1),
s*vec2(1,0),
},
corners = {sfn,sfn,sfn,sfn},
edges = {{0,0},{0,0},{0,0},{0,0}},
dAngle = 45,
checkEdges = {1},
rscale = math.sqrt(5),
rangle = math.deg(sangle),
replacements = {
{tileTypes["fourSquare"],math.sqrt(5)*s*vec2(1,1)/2 - .5*s*vec2(1,1):rotate(sangle),math.deg(sangle)},
{tileTypes["fourSquare"],math.sqrt(5)*s*vec2(1,-1)/2 - .5*s*vec2(1,-1):rotate(sangle),math.deg(sangle)},
{tileTypes["fourSquare"],math.sqrt(5)*s*vec2(-1,1)/2 - .5*s*vec2(-1,1):rotate(sangle),math.deg(sangle)},
{tileTypes["fourSquare"],math.sqrt(5)*s*vec2(-1,-1)/2 - .5*s*vec2(-1,-1):rotate(sangle),math.deg(sangle)},
{tileTypes["fourSquare"],vec2(0,0),math.deg(sangle)}
}
}
)
tileTypes["twoSquare"]:initialise(
{
name = "two square",
vertices = {
vec2(0,0),
s*vec2(0,1),
s*vec2(1,1),
s*vec2(1,0),
},
corners = {sfn,nil,sfn,nil},
edges = {{0,1},{1,0},{0,1},{1,0}},
dAngle = 45,
checkEdges = {1,2},
rscale = math.sqrt(2),
rangle = 45,
replacements = {
{tileTypes["twoSquare"],math.sqrt(2)*s*vec2(1,0)/2,45},
{tileTypes["twoSquare"],math.sqrt(2)*s*vec2(-1,0)/2,45},
}
}
)
for k=1,4 do
tileTypes["jigSquare" .. k]:initialise(
{
name = "two square",
vertices = {
vec2(0,0),
s*vec2(0,1),
s*vec2(1,1),
s*vec2(1,0),
},
edges = {{0,1},{1,0},{0,1},{1,0}},
dAngle = 90,
checkEdges = {1,2,3,4}
}
)
end
local elang = math.pi/11
local name,vec
for k=2,10,2 do
name = string.format("11r%uRhombus",k)
vec = s*vec2(1,0):rotate((11-k)*elang)
tileTypes[name]:initialise(
{
name = name,
vertices = {
vec2(0,0),
vec,
vec + s*vec2(1,0),
s*vec2(1,0),
},
corners = {
function()
end,
function(v,c)
noFill()
stroke(c[1])
strokeWidth(5)
ellipse(v,s - 1.5*spotRadius + strokeWidth()/2+1)
end,
function(v)
end,
function(v,c)
noFill()
stroke(c[1])
strokeWidth(5)
ellipse(v,1.5*spotRadius + strokeWidth()/2 + 1)
end,
},
edges = {{1,-1},{-1,1},{-1,1},{1,-1}},
dAngle = 360/11,
background = color(255, 255, 255, 255),
}
)
end
local tileSets = {}
table.insert(tileSets,{
name = "Penrose Darts",
setup = function(tiles)
tiles:clearCreators()
local n = tiles.ntiles
local x,dx = -75,-125
for l,v in ipairs({"kite", "dart"}) do
tiles:addCreator({position = vec2(x,-75),ptile = tileTypes[v]})
x = x + dx
if n == 0 then
tiles:addTile(Tile({
ptile = tileTypes[v]
}))
end
end
end
})
table.insert(tileSets,{
name = "Penrose Rhombi",
setup = function(tiles)
tiles:clearCreators()
local n = tiles.ntiles
local x,dx = -75,-100
for l,v in ipairs({"thinRhombus", "thickRhombus"}) do
tiles:addCreator({position = vec2(x,-100),ptile = tileTypes[v],angle = 90 + (l-2)*18})
x = x + dx
if n == 0 then
tiles:addTile(Tile({
ptile = tileTypes[v]
}))
end
end
end
})
table.insert(tileSets,{
name = "Maloney Rhombi",
setup = function(tiles)
tiles:clearCreators()
local n = tiles.ntiles
local x,dx = -75,-100
for l=5,1,-1 do
name = string.format("11r%uRhombus",2*l)
tiles:addCreator({position = vec2(x,-100),ptile = tileTypes[name],angle = 90,scale = .5})
x = x + dx
if n == 0 then
tiles:addTile(Tile({
ptile = tileTypes[name]
}))
end
end
end
})
for k,v in ipairs({
{"7 Hexagons", "hexagon"},
{"3 Hexagons", "tripleHexagon"},
{"Equilateral Triangles", "eqTriangle"},
{"4 Squares", "fourSquare"},
{"2 Squares", "twoSquare"},
}) do
table.insert(tileSets,{
name = v[1],
setup = function(tiles)
tiles:clearCreators()
local n = tiles.ntiles
tiles:addCreator({position = vec2(-75,-100),ptile = tileTypes[v[2]],angle = 0})
if n == 0 then
tiles:addTile(Tile({
ptile = tileTypes[v[2]]
}))
end
end
})
end
for k,v in ipairs({
{"Isosceles Triangles", "isoTriangle"},
}) do
table.insert(tileSets,{
name = v[1],
setup = function(tiles)
tiles:clearCreators()
local n = tiles.ntiles
local x,dx = -75,-100
local ob
for i=0,1 do
ob = tiles:addCreator({position = vec2(x,-100),ptile = tileTypes[v[2]],angle = i*180})
if i == 0 then
ob.ignore = true
end
x = x + dx
end
if n == 0 then
tiles:addTile(Tile({
ptile = tileTypes[v[2]]
}))
end
end
})
end
table.insert(tileSets,{
name = "Octagons",
setup = function(tiles)
tiles:clearCreators()
local n = tiles.ntiles
local x,dx = -75,-100
for l,v in ipairs({"octagon", "octSquare"}) do
tiles:addCreator({position = vec2(x,-100),ptile = tileTypes[v],angle = 90 + (l-2)*18})
x = x + dx
if n == 0 then
tiles:addTile(Tile({
ptile = tileTypes[v],
}))
end
end
end
})
local jigs = {
"A,f,g;B,h,i;C,j,k;D,l,e;a;b;c;d",
"A;B,b,e,f,g,j,k,l;C,c;D,h,i;a;d",
"A;B,b,e,f,g,j,k,l;C;D,h,i;a;c;d",
"A;B,b,e,f,g,j,k,l;C;D,h;a;c,i;d",
"A;B,b,e,h,i,j,k,l;C,c;D;a;d,f,g",
"A,C,a,c,f,g,j,l;B,e,h,k;D,i;b;d",
"A,C,a,c,f,g,j,l;B,e,k;D,h,i;b;d",
"A,a,e,g,i,j,k,l;B,C;D,f,h;b,c;d",
"A,i,j,k;B,C,b,c,e,f,g,l;D;a;d,h",
"A,i,j;B,C,b,c,e,f,g,l;D;a;d,h,k",
"A,i,k;B,C,b,c,e,f,g,l;D,j;a;d,h"
}
local njigs = table.getn(jigs)
spotRadius = spotRadius/2
local jfns = {}
for k=1,4 do
table.insert(jfns,function()
pushMatrix()
translate(0,k*spotRadius)
ellipse(0,0,spotRadius)
popMatrix()
end)
end
table.insert(tileSets,{
name = "2x2 Jigsaw",
setup = function(tiles)
tiles:clearCreators()
tiles:clearScreen()
tiles.drawEdges = true
local jig = jigsaw(jigs[math.random(1,njigs)])
local p
local sh = KnuthShuffle(4,true)
for _,k in ipairs(sh) do
p = "jigSquare" .. k
tileTypes[p].edges = jig[k]
tileTypes[p].corners = {}
for l=1,4 do
table.insert(
tileTypes[p].corners,
function(v,c)
noFill()
pushMatrix()
translate(v)
rotate(-(l-1)*90)
stroke(c[jig[k][l][1]%2+1])
jfns[math.floor((jig[k][l][1]-1)/2)+1]()
translate(0,s)
rotate(180)
stroke(c[jig[k][l][2]%2+1])
jfns[math.floor((jig[k][l][2]-1)/2)+1]()
popMatrix()
end
)
end
tileTypes[p]:createImage()
tiles:addTile(Tile({
ptile = tileTypes["jigSquare" .. k],
angle = 90*math.random(0,3),
position = vec2(WIDTH,HEIGHT)/2 + 3*s*vec2(k%2-.5,math.floor(k/2-.5))
}))
end
end
})
return tileTypes,tileSets
end
Raw
Main.lua
-- Penrose Tiles
VERSION = 3.0
--[[
sprite()
--]]
cmodule "Penrose Tiles"
cmodule.path("Library Maths", "Library Base", "Library Graphics", "Library Utilities", "Library UI")
HEIGHT, WIDTH = 1024, 768
function setup()
saveProjectInfo("Author","Andrew Stacey")
saveProjectInfo("Project","Penrose Tiles")
saveProjectInfo("Description","A Penrose tile program.")
if AutoGist then
autoGist = AutoGist("Penrose Tiles","A Penrose tile program.",VERSION,false)
autoGist:backup(true)
end
displayMode(FULLSCREEN_NO_BUTTONS)
-- displayMode(FULLSCREEN)
cimport "VecExt"
cimport "Keyboard"
cimport "NumberSpinner"
cimport "PictureBrowser"
cimport "Colour"
touches = cimport "Touch"()
cimport "Menu"
ui = cimport "UI"(touches)
ui:systemmenu()
ui:setPictureList({
directory = "Documents",
camera = false
})
dbug = cimport "Debug" ({ui = ui})
local m = ui:addMenu({
title = "Tile Sets",
attach = true
})
tiles = Tiles(touches,ui)
local tileTypes,tileSets = initialiseTiles()
local set
for k,v in ipairs(tileSets) do
m:addItem({
title = v.name,
action = function()
v.setup(tiles)
return true
end
})
end
tileSets[1].setup(tiles)
tiles:setMenus(tileTypes)
orientationChanged = _orientationChanged
pframe = image(WIDTH,HEIGHT)
nframe = -1
imn = 0
actions = {
--[[
}
stuff = {
]]
function()
tileSets[1].setup(tiles)
end,
function()
tiles:removeTile(tiles.tiles[2])
tiles:redrawbg()
end,
function()
tiles:addForced(3)
end,
function()
tiles:redrawbg()
end,
function()
tiles.checkEdges = false
end,
function()
Tile.setTexture("Documents:Rose Pink",tiles.zoom)
Tile.granularity = .4
tiles:reTintTiles()
tiles:redrawbg()
end,
function()
tiles:replaceTiles()
end,
function()
tiles:replaceTiles()
end,
function()
tiles:replaceTiles()
end
}
end
function draw()
touches:draw()
local running
if tiles.processes[1] then
running = isRecording()
else
nframe = -1
if isRecording() and actions[1] then
table.remove(actions,1)()
end
end
if running then
nframe = nframe + 1
setContext(pframe)
end
if not running or nframe%10 == 0 then
background(40, 40, 50)
tiles:draw()
end
if running then
setContext()
resetMatrix()
spriteMode(CORNER)
sprite(pframe,0,0)
if nframe%10 == 0 then
imn = imn + 1
saveImage(string.format("Penrose:PenroseTile%05d",imn),pframe)
end
end
ui:draw()
dbug:draw()
touches:show()
AtEndOfDraw()
if isRecording() then
noFill()
strokeWidth(5)
stroke(255, 0, 0, 255)
rectMode(CORNER)
rect(0,0,WIDTH,HEIGHT)
end
end
function touched(t)
touches:addTouch(t)
end
function _orientationChanged(o)
if o == PORTRAIT or o == PORTRAIT_UPSIDE_DOWN then
HEIGHT, WIDTH = 1024, 768
else
HEIGHT, WIDTH = 768, 1024
end
ui:orientationChanged(o)
tiles:orientationChanged(o)
pframe = image(WIDTH,HEIGHT)
end
local __contexts = {}
local __numc = 0
local __setContext = setContext
function setContext(i)
if i then
__numc = __numc + 1
table.insert(__contexts,i)
__setContext(i)
else
__setContext() -- needed to reset the matrices
table.remove(__contexts)
__numc = __numc - 1
if __numc ~= 0 then
__setContext(__contexts[__numc])
end
end
end
local __record
function startRecording()
__record = true
end
function stopRecording()
__record = false
end
function isRecording()
return __record
end
Raw
ProtoTile.lua
local ptypes = 0
ProtoTile = class()
function ProtoTile:init(t)
if t then
self:initialise(t)
end
end
function ProtoTile:initialise(t)
t.vertices = t.vertices or {}
self.corners = t.corners or {}
local bgcolour = t.background or color(127,0,127,255)
self.edgeColour = t.edge or color(0, 0, 0, 255)
self.colours = t.colours or {
color(255, 221, 0, 255),
color(0, 255, 248, 255)
}
self.rscale = t.rscale or 1
self.rangle = t.rangle or 0
self.replacements = t.replacements or {}
self.edges = t.edges or {}
self.dAngle = t.dAngle or t.deltaAngle or 90
ptypes = ptypes + 1
self.name = t.name or string.format("Tile%02d",ptypes)
local o = vec2(0,0)
local n = 0
local ver = {}
for k,v in ipairs (t.vertices) do
o = o + v
n = n + 1
end
o = o / n
local r,lx,ly,ux,uy = 0,0,0,0,0
for k,v in ipairs (t.vertices) do
table.insert(ver,v - o)
r = math.max(r,(v-o):len())
lx = math.min(lx,(v-o).x)
ly = math.min(ly,(v-o).y)
ux = math.max(ux,(v-o).x)
uy = math.max(uy,(v-o).y)
end
self.radius = r
self.bb = {
vec2(lx,ly),
vec2(ux,ly),
vec2(ux,uy),
vec2(lx,ly),
vec2(lx,uy),
vec2(ux,uy)
}
self.points = ver
self.npoints = n
if not t.checkEdges then
self.cedges = {}
for k=1,n do
table.insert(self.cedges,k)
end
else
self.cedges = t.checkEdges
end
local img = image(2*r,2*r)
self.img = img
self:createImage()
self.mesh = mesh()
self.mesh.shader = shader("Documents:Tiling")
local vert = triangulate(ver)
self.mesh.vertices = vert
self.triangles = vert
self.mesh:setColors(bgcolour)
local tver = {}
for k,v in ipairs(vert) do
table.insert(tver,v/(2*r)+vec2(.5,.5))
end
self.mesh.texCoords = tver
self.mesh.texture = img
self.eimg = image(2*r,2*r)
end
function ProtoTile:draw()
self.mesh:setColors(tint())
self.mesh:draw()
end
function ProtoTile:checkTouch(t)
local tv = vec2(t.x,t.y)
local pts = {}
local n = self.npoints
for k=1,n do
pts[k] = self.points[k] - tv
end
pts[n+1] = pts[1]
local int = 0
for k=1,n do
if pts[k].y >= 0 and pts[k+1].y < 0 then
if (pts[k].x * pts[k+1].y - pts[k].y * pts[k+1].x)*(pts[k+1].y - pts[k].y) < 0 then
int = int + 1
end
elseif pts[k].y < 0 and pts[k+1].y >= 0 then
if (pts[k].x * pts[k+1].y - pts[k].y * pts[k+1].x)*(pts[k+1].y - pts[k].y) < 0 then
int = int + 1
end
end
end
if int%2 == 1 then
return true
end
return false
end
function ProtoTile:swapImages()
self.img,self.eimg = self.eimg,self.img
self.mesh.texture = self.img
end
function ProtoTile:createImage()
local r = self.radius
local ver = self.points
local n = self.npoints
local corners = self.corners
local edge = self.edgeColour
local c = self.colours
pushStyle()
setContext(self.img)
pushMatrix()
background(0, 0, 0, 0)
translate(r,r)
strokeWidth(3)
stroke(edge)
for i=1,n do
line(ver[i],ver[i%n+1])
end
for k,v in ipairs(ver) do
pushStyle()
if corners[k] then
corners[k](v,c)
end
popStyle()
end
popMatrix()
setContext()
popStyle()
end
Raw
SavedTiles.lua
-- Saved Tile Sets
savedTiles = {}
savedTiles["Spiral"] = function (t,tt)
t:addTile(Tile({
position = vec2(323.699434,619.214694),
angle = 252.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(360.967233,543.701884),
angle = 36.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(544.300566,453.221475),
angle = 144.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(163.398867,512.000000),
angle = 144.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(441.868933,602.480409),
angle = 36.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(263.398867,472.814317),
angle = 180.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(292.797734,650.916578),
angle = 72.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(363.398867,472.814317),
angle = 180.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(282.497168,414.035791),
angle = 180.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(286.431634,543.701884),
angle = 108.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(444.300566,531.592842),
angle = 180.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(386.431634,441.112433),
angle = 216.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(305.529934,382.333907),
angle = 216.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(255.529934,638.807536),
angle = 108.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(391.868933,638.807536),
angle = 36.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(423.699434,429.003391),
angle = 252.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(355.529934,346.006781),
angle = 216.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(323.699434,555.810926),
angle = 72.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(249.163834,594.996609),
angle = 288.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(392.797734,333.897739),
angle = 252.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(460.967233,441.112433),
angle = 288.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(384.000000,512.000000),
angle = 0.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(398.235033,594.996609),
angle = 216.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(454.601133,333.897739),
angle = 252.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(484.000000,472.814317),
angle = 324.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(205.529934,602.480409),
angle = 108.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(491.868933,346.006781),
angle = 288.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(484.000000,512.000000),
angle = 0.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(303.098301,453.221475),
angle = 0.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(354.601133,650.916578),
angle = 72.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(541.868933,382.333907),
angle = 288.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(349.163834,389.817707),
angle = 36.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(182.497168,570.778525),
angle = 144.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(263.398867,512.000000),
angle = 144.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(564.901699,414.035791),
angle = 324.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(423.699434,365.599623),
angle = 72.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(464.901699,570.778525),
angle = 0.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(584.000000,472.814317),
angle = 324.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(203.098301,531.592842),
angle = 324.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(498.235033,389.817707),
angle = 108.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
end
savedTiles["Spiral II"] = function (t,tt)
t:addTile(Tile({
position = vec2(261.896034,746.022230),
angle = 72.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(355.529934,346.006781),
angle = 216.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(224.628235,733.913188),
angle = 108.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(323.699434,555.810926),
angle = 72.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(174.628235,697.586061),
angle = 108.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(249.163834,594.996609),
angle = 288.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(392.797734,333.897739),
angle = 252.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(124.628235,661.258934),
angle = 108.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(460.967233,441.112433),
angle = 288.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(384.000000,512.000000),
angle = 0.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(101.595468,629.557050),
angle = 144.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(398.235033,594.996609),
angle = 216.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(454.601133,333.897739),
angle = 252.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(163.398867,472.814317),
angle = 180.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(484.000000,472.814317),
angle = 324.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(205.529934,602.480409),
angle = 108.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(82.497168,570.778525),
angle = 144.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(491.868933,346.006781),
angle = 288.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(63.398867,512.000000),
angle = 144.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(484.000000,512.000000),
angle = 0.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(479.136732,653.775135),
angle = 216.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(303.098301,453.221475),
angle = 0.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(429.136732,690.102262),
angle = 216.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(354.601133,650.916578),
angle = 72.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(354.601133,714.320346),
angle = 252.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(541.868933,382.333907),
angle = 288.000000,
scale = 1.000000,
ptile = tt["isoTriangle"]
}))
t:addTile(Tile({
position = vec2(292.797734,714.320346),
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}))
t:addTile(Tile({
position = vec2(-162.783072,766.602678),
angle = 3312.000000,
scale = 1.000000,
ptile = tt["dart"]
}))
t:addTile(Tile({
position = vec2(-215.733922,728.131634),
angle = 3708.000000,
scale = 1.000000,
ptile = tt["kite"]
}))
t:addTile(Tile({
position = vec2(-34.832223,786.910159),
angle = 3348.000000,
scale = 1.000000,
ptile = tt["kite"]
}))
t:addTile(Tile({
position = vec2(-34.832223,852.626548),
angle = 3492.000000,
scale = 1.000000,
ptile = tt["kite"]
}))
t:addTile(Tile({
position = vec2(-100.283072,852.626548),
angle = 3456.000000,
scale = 1.000000,
ptile = tt["dart"]
}))
t:addTile(Tile({
position = vec2(-80.057647,914.874005),
angle = 3780.000000,
scale = 1.000000,
ptile = tt["kite"]
}))
t:addTile(Tile({
position = vec2(-142.557647,627.413133),
angle = 2844.000000,
scale = 1.000000,
ptile = tt["kite"]
}))
t:addTile(Tile({
position = vec2(-162.783072,565.165676),
angle = 2808.000000,
scale = 1.000000,
ptile = tt["dart"]
}))
t:addTile(Tile({
position = vec2(-215.733922,603.636720),
angle = 3132.000000,
scale = 1.000000,
ptile = tt["kite"]
}))
end
Raw
Tile.lua
local sensitivity = 30
local tolerance = 1
cimport "MathsUtilities"
Tile = class()
function Tile:init(t)
t = t or {}
self.position = t.position or vec2(RectAnchorOf(Portrait,"centre"))
self.angle = t.angle or 0
self.oangle = self.angle
self.scale = t.scale or 1
self.ptile = t.ptile or t.prototile
self.edges = {}
self.overlap = false
self.valid = true
self.overlaps = {}
self.otint = t.tint or color(117, 31, 103, 255)
self:setTint()
end
local fmts = {}
fmts["Codea"] = [[Tile({
position = vec2(%f,%f),
angle = %f,
scale = %f,
tint = color(%d,%d,%d,%d),
ptile = tt["%s"]
})]]
fmts["TikZ"] = [[\pic[
at={(%f,%f)},
rotate=%f,
scale=%f,
fill RGBA={%d,%d,%d,%d},
%s
];
]]
function Tile:serialise(fmt)
fmt = fmts[fmt] or fmt["Codea"]
return string.format(fmt,
self.position.x/100,
self.position.y/100,
self.angle,
self.scale,
self.tint.r,
self.tint.g,
self.tint.b,
self.tint.a,
self.ptile.name
)
end
function Tile:draw(c)
pushMatrix()
pushStyle()
translate(self.position)
rotate(self.angle)
scale(self.scale)
if not c then
c = self.tint
if not self.valid or self.overlap then
c = c:mix(color(0, 255, 17, 255),.5)
end
if self.parent then
c = c:mix(color(100, 102, 103, 255),.5)
end
end
tint(c)
self.ptile:draw()
popStyle()
popMatrix()
end
function Tile:drawEdges()
pushMatrix()
pushStyle()
if not self.valid or self.overlap then
stroke(228, 99, 203, 255)
end
translate(self.position)
rotate(self.angle)
scale(self.scale)
strokeWidth(strokeWidth()/self.scale)
local pts,n = self.ptile.points,self.ptile.npoints
for k=1,n do
if not self.edges[k] or not self.valid or self.overlap then
line(pts[k],pts[k%n+1])
end
end
popStyle()
popMatrix()
end
local tmesh = mesh()
tmesh.vertices = {
vec2(0,0),
vec2(1,0),
vec2(1,1),
vec2(0,0),
vec2(0,1),
vec2(1,1)
}
tmesh:setColors(255,255,255,255)
local __pixel = image(1,1)
local width,height,centre,orientation,useImage,zll,zsize
centre,zll,zsize = vec2(0,0),vec2(0,0),vec2(1,1)
Tile.granularity = 1
function Tile.setZoom(c,s)
zll = zll * s - c
zsize = zsize / s
end
local function fract(x)
local q,r = math.modf(x)
return r
end
function Tile.setTexture(i,z)
if not tmesh.shader then
tmesh.shader = shader("Documents:Tiled Texture")
end
if i then
tmesh.texture = i
elseif i == nil then
i = tmesh.texture
else
useImage = false
return
end
useImage = true
zll,zsize = vec2(z.ll.x, z.ll.y), vec2(z.size.x,z.size.y)
local w,h = spriteSize(i)
local sw,sh = RectAnchorOf(Screen,"size")
width = math.min(sw,w*sh/h)
height = math.min(sh,h*sw/w)
centre = vec2(.5,.5) - vec2(sw/width,sh/height)/2
orientation = CurrentOrientation
end
function Tile:setTint()
if useImage then
local texc = {}
local u = vec2(0,0)
local g = Tile.granularity
for k,v in ipairs(self.ptile.bb) do
u = g*self.scale * v:rotate(self.angle) + self.position
u.x = zsize.x * (u.x + zll.x)
u.y = zsize.y * (u.y + zll.y)
u = Orientations(PORTRAIT,orientation,u)
u.x = u.x / width
u.y = u.y / height
u = u + centre
table.insert(texc,u)
end
tmesh.texCoords = texc
setContext(__pixel)
background(0, 0, 0, 255)
tmesh:draw()
setContext()
local r,g,b,a = __pixel:get(1,1)
self.tint = color(r,g,b,255)
else
self.tint = self.otint
end
end
function Tile:isTouchedBy(t,b)
local tv = vec2(t.x,t.y) - self.position
if tv:len() > self.ptile.radius * self.scale then
return false
end
if self.ptile:checkTouch(tv:rotate(-math.rad(self.angle))/self.scale) then
if not b then
self.tpoint = tv
self:forget()
self.transitory = true
self.valid = true
self.overlap = false
self.tiles:raiseTile(self,true)
end
return true
end
return false
end
function Tile:processTouches(g)
if g.type.ended then
self.transitory = false
if g.type.tap then
self.angle = (self.angle + self.ptile.dAngle)%360
else
self.tiles:lowerTile()
end
if not self:maybeDestroy(g.touchesArr[1]) then
local a,b,c
a = self:adjustPosition()
b = self:checkEdges({adjust = true})
c = self:checkOverlaps(true)
if c and (a or b) then
self.tiles:addProcess(
function()
local bt = self.tiles.ntiles
self:checkNeighbours(
self.tiles.checkLevel,
self.tiles.autoForce)
if self.tiles.ntiles > bt then
for k=bt,self.tiles.ntiles do
self.tiles.tiles[k].parent = nil
end
end
end
)
end
end
g:reset()
else
local t = g.touchesArr[1].touch
local tv = vec2(t.x,t.y)
self.position = tv - self.tpoint
end
self:setTint()
g:noted()
end
function Tile:adjustPosition()
local d,di,dl,dil,opt
local pt = self.ptile
dil = sensitivity
for k,v in ipairs(self.tiles.tiles) do
if v ~= self then
opt = v.ptile
if self.position:dist(v.position) < pt.radius/self.scale + opt.radius/v.scale + sensitivity then
for l,u in ipairs(pt.points) do
for m,w in ipairs(opt.points) do
d = u:rotate(math.rad(self.angle))*self.scale+self.position-w:rotate(math.rad(v.angle))*v.scale-v.position
dl = d:len()
if dl < dil -- and dl > tolerance
then
di = d
dil = dl
end
end
end
end
end
end
if di then
self.position = self.position - di
return true
end
return false
end
function Tile:checkEdges(t)
t = t or {}
local st = t.start or 1
local ed = t.last or self.tiles.ntiles
if ed < st then
return
end
local ret = false
local edges = {}
local d,di,dl,dil,opt,legal,u,uu,w,ww,nopts,v
local pt,n,ne = self.ptile,self.ptile.npoints,0
dil = sensitivity
legal = true
for k=st,ed do
v = self.tiles.tiles[k]
if v ~= self then
opt = v.ptile
if self.position:dist(v.position) < pt.radius/self.scale + opt.radius/v.scale + sensitivity then
nopts = opt.npoints
for l=1,n do
u,uu = pt.points[l],pt.points[l%n+1]
u = u:rotate(math.rad(self.angle))*self.scale + self.position
uu = uu:rotate(math.rad(self.angle))*self.scale + self.position
for m=1,nopts do
if pt.edges[l][1] == opt.edges[m][2] then
w,ww = opt.points[m%nopts+1],opt.points[m]
w = w:rotate(math.rad(v.angle))*v.scale + v.position
ww = ww:rotate(math.rad(v.angle))*v.scale + v.position
if (u-w):len() + (uu -ww):len() < tolerance then
if not edges[l] then
ne = ne + 1
end
edges[l] = {v,m}
ret = true
end
end
end
end
if ne >= n then
break
end
end
end
end
if t.adjust then
for k,v in pairs(self.edges) do
v[1].edges[v[2]] = nil
end
for k,v in pairs(edges) do
v[1].edges[v[2]] = {self,k}
end
end
self.edges = edges
return ret
end
function Tile:onBoundary()
local n = self.ptile.npoints
for k=1,n do
if not self.edges[k] then
return true
end
end
return false
end
function Tile:forget()
local n
for k,v in pairs(self.edges) do
v[1].edges[v[2]] = nil
end
for k,v in pairs(self.overlaps) do
k.overlaps[self] = nil
k.overlap = false
for l,u in pairs(k.overlaps) do
k.overlap = true
break
end
if not self.transitory then
self.tiles:raiseTile(k,true)
end
end
if not self.transitory then
self.transitory = true
for k,v in ipairs(self.tiles.tiles) do
if v ~= self
and not v.valid
and self.position:dist(v.position) < self.ptile.radius/self.scale + v.ptile.radius/v.scale + sensitivity then
v.valid = true
v:checkNeighbours()
end
end
self.transitory = false
end
end
function Tile:destroy()
self:forget()
self.destroyed = true
end
function Tile:checkOverlaps(propagate)
local overlap = false
local overlaps = {}
local tri,ntri = {},0
for k,v in ipairs(self.ptile.triangles) do
table.insert(tri,v:rotate(math.rad(self.angle))*self.scale + self.position)
ntri = ntri + 1
end
local otri,notri,lv
for k,v in ipairs(self.tiles.tiles) do
if v ~= self
-- and not v.transitory
then
if self.position:dist(v.position) < self.ptile.radius/self.scale + v.ptile.radius/v.scale + sensitivity then
otri,notri,lv = {},0,true
for l,u in ipairs(v.ptile.triangles) do
table.insert(otri,u:rotate(math.rad(v.angle))*v.scale + v.position)
notri = notri + 1
end
for i=1,ntri,3 do
for j=1,notri,3 do
if TriangleIntersect(tri[i],tri[i+1],tri[i+2],otri[j],otri[j+1],otri[j+2],10) then
lv = false
end
end
end
if not lv then
overlaps[v] = true
overlap = true
end
end
end
end
self.overlap = overlap
if propagate then
local raise = {}
for k,v in pairs(self.overlaps) do
table.insert(raise,{k,k.overlap})
end
for k,v in pairs(overlaps) do
table.insert(raise,{k,k.overlap})
end
for k,v in pairs(self.overlaps) do
k.overlaps[self] = overlaps[k]
k.overlap = false
for l,u in pairs(k.overlaps) do
k.overlap = true
break
end
end
for k,v in pairs(overlaps) do
k.overlaps[self] = true
k.overlap = true
end
for k,v in ipairs(raise) do
if v[1].overlap ~= v[2] then
self.tiles:raiseTile(v[1])
end
end
end
self.overlaps = overlaps
return not overlap
end
function Tile:checkNeighbours(recurse,create,time)
recurse = recurse or 0
time = time or 0
local st = os.clock()
local pt,n = self.ptile,self.ptile.npoints
local ptiles,np = {},0
for k,v in ipairs(self.tiles.creators) do
if not v.ignore then
np = np + 1
table.insert(ptiles,v)
end
end
if np == 0 then
return true
end
local tile,p,nt,opt,ang,em,nopts,fast
local added = false
local tadded = {}
for k=1,n do
if not self.edges[k] then
nt = 0
em = {}
ang = math.deg(vec2(1,0):angleBetween(pt.points[k%n+1] - pt.points[k])) + self.angle
for _,u in ipairs(ptiles) do
opt = u.ptile
nopts = opt.npoints
for _,l in ipairs(opt.cedges) do
if pt.edges[k][1] == opt.edges[l][2] then
tang = (180 - math.deg(vec2(1,0):angleBetween(opt.points[l%nopts+1] - opt.points[l])) + ang)%360
tile = Tile({ptile = opt, scale = u.scale, angle = tang, position = self.position + pt.points[k]:rotate(math.rad(self.angle))*self.scale - opt.points[l%nopts+1]:rotate(math.rad(tang))*u.scale, tint = self.otint})
self.tiles:addTile(tile)
tile.transitory = true
if coroutine.running() then
fast = coroutine.yield()
end
if coroutine.running() and not fast then
while os.clock() - st < self.tiles.checkSpeed do
if coroutine.yield() then
fast = true
break
end
end
end
st = os.clock()
tile:checkOverlaps()
if coroutine.running() and fast then
self.tiles:removeTile(tile)
nt = -1
break
end
-- tile.transitory = true
if not tile.overlap and recurse > 0 then
tile:checkEdges({adjust = false})
tile:checkNeighbours(recurse-1,false,time)
end
self.tiles:removeTile(tile)
tile.transitory = nil
if not tile.overlap and tile.valid then
if not create then
nt = -1
break
end
nt = nt + 1
table.insert(em, tile)
end
end
end
if nt == -1 or (nt > 1 and create ~= 1) then
break
end
end
if nt == 0 then
self.valid = false
break
elseif nt == 1 and create then
em = em[1]
self.tiles:addTile(em)
em.transitory = true
em:checkEdges({adjust = true})
em.parent = self
added = true
table.insert(tadded,em)
elseif nt > 1 and create == 1 then
em = em[math.random(1,nt)]
self.tiles:addTile(em)
em.transitory = true
em:checkEdges({adjust = true})
added = true
table.insert(tadded,em)
end
end
end
if not self.valid then
local tl = self
while tl.parent and tl.transitory do
if not tl.valid then
tl.parent.valid = false
end
self.tiles:removeTile(tl)
tl.transitory = nil
tl = tl.parent
end
if tl.transitory then
self.tiles:removeTile(tl)
tl.transitory = nil
end
end
if added and not self.valid then
for k,v in ipairs(tadded) do
self.tiles:removeTile(v)
v.transitory = nil
end
added = false
end
st = os.clock()
if added and create == true then
for k,v in ipairs(tadded) do
if coroutine.running() and not coroutine.yield() then
while os.clock() - st < time do
if coroutine.yield() then
break
end
end
end
st = os.clock()
v:checkNeighbours(recurse-1,true,time)
v.transitory = nil
end
end
return added
end
function Tile:maybeDestroy(t)
local tp,tv
tp = t.utouch or t.touch
tp = vec2(tp.x,tp.y)
for k,v in ipairs(self.tiles.creators) do
if v.ptile.name == self.ptile.name then
tv = tp - v.position - vec2(WIDTH,HEIGHT)
if v.ptile:checkTouch(tv:rotate(-math.rad(v.angle))/v.scale) then
self.tiles:removeTile(self)
return true
end
end
end
return false
end
Raw
Tiles.lua
Tiles = class()
local Font,_,Textarea = unpack(cimport "Font")
cimport "Coordinates"
local Colour = unpack(cimport "Colour")
cimport "ColourNames"
local sensitivity = 30
local fmts = {}
local allowedTime = 0.01
local bgtcoords = {
vec2(0,1),vec2(0,0),vec2(1,0),vec2(0,1),vec2(1,0),vec2(1,1)
} -- normal
function Tiles:init(t,u)
self.tiles = {}
self.ntiles = 0
t:pushHandler(self)
self.touchHandlers = t:pushHandlers()
self.touchHandlers[1] = {{}}
self.touchHandlers[2] = {{}}
self.touchHandler = t
self.ui = u
self.tileTypes = {}
self.creators = {}
self.zoom = cimport "Zoom"()
local f = self.zoom.isTouchedBy
self.zoom.isTouchedBy = function(s,t)
t = TransformTouch(PORTRAIT,t)
return f(s,t)
end
local f = self.zoom.processTouches
self.zoom.processTouches = function(s,g)
g:transformTouches(PORTRAIT)
return f(s,g)
end
local g = t:pushHandler(self.zoom)
local gr = g.reset
g.reset = function ()
self:redrawbg()
gr(g)
end
self.checkLevel = 0
self.forceSpeed = 0
self.checkSpeed = 0
self.autoForce = false
self.checkEdges = true
self.bgd = image(RectAnchorOf(Portrait,"size"))
self.bg = image(RectAnchorOf(Portrait,"size"))
self.bgzoom = {vec2(0,0),vec2(1,1)}
self.newtiles = {}
self.oldtiles = {}
self.nnewtiles = 0
self.angle = 0
self.bgmesh = mesh()
self.bgmesh:addRect(
Portrait[3]/2,Portrait[4]/2,Portrait[3],Portrait[4])
self.bgmesh:setColors(Colour.svg.White)
self.bgmesh.shader = shader("Documents:Tiled Texture")
self.bgmesh.texture = image(1,1)
self.bgtcoords = {
vec2(0,1),vec2(0,0),vec2(1,0),vec2(0,1),vec2(1,0),vec2(1,1)
} -- normal
self.bgmesh.texCoords = self.bgtcoords
self.bgcolour = Colour.transparent
self.processes = {}
t.interrupt = self
end
function Tiles:setMenus(tileTypes)
self.ui:declareKeyboard({name = "ArialMT", type = "fullqwerty"})
local tarea = Textarea({
font = Font({name = "AmericanTypewriter", size = 20}),
pos = function()
return WIDTH/2,3*HEIGHT/4
end,
anchor = "centre",
width = "20em",
height = "1lh",
})
self.ui:addElement(tarea)
local m = self.ui:addMenu({
title = "Tile Options",
attach = true
})
m:addItem({
title = "Overlay",
action = function()
self:setOverlay()
return true
end,
highlight = function()
return self.overlay
end
})
m:addItem({
title = "Clear",
action = function()
self:clearScreen()
return true
end
})
m:addItem({
title = "Remove Invalid Tiles",
action = function()
self:removeInvalidTiles()
return true
end
})
m:addItem({
title = "Remove Off-screen Tiles",
action = function()
self:removeOffTiles()
return true
end
})
m:addItem({
title = "Remove Inside Area",
action = function()
self:removeInArea()
return true
end
})
m:addItem({
title = "Remove Outside Area",
action = function()
self:removeOutArea()
return true
end
})
m:addItem({
title = "Snapshot",
action = function()
local str = ""
tarea:activate()
tarea:clear()
self.ui:useKeyboard("fullqwerty",
function(k)
if k == RETURN then
if str ~= "" then
self:snapshot(str)
end
tarea:deactivate()
return true
elseif k == BACKSPACE then
str = string.sub(str,1,-2)
else
str = str .. k
end
tarea:setLines(str)
end)
return true
end
})
local ml = self.ui:addMenu()
ml:isChildOf(m)
local st = {}
local savedTiles = savedTiles or {}
for k,v in pairs(savedTiles) do
table.insert(st,k)
end
table.sort(st)
for k,v in ipairs(st) do
ml:addItem({
title = v,
action = function()
self:load(savedTiles[v],tileTypes)
return true
end
})
end
local me = self.ui:addMenu()
me:isChildOf(m)
local st = {}
for k,v in pairs(fmts) do
table.insert(st,k)
end
table.sort(st)
for k,v in ipairs(st) do
me:addItem({
title = v,
action = function()
local str = ""
tarea:activate()
tarea:clear()
self.ui:useKeyboard("fullqwerty",
function(k)
if k == RETURN then
if str ~= "" and not savedTiles[str] then
local s = self:serialise(str,v)
if v == "Codea" and s then
local f = loadstring(s)
f()
ml:addItem({
title = str,
action = function()
self:load(savedTiles[str],tileTypes)
return true
end
})
end
end
tarea:deactivate()
return true
elseif k == BACKSPACE then
str = string.sub(str,1,-2)
else
str = str .. k
end
tarea:setLines(str)
end)
return true
end
})
end
m:addSubMenu("Load",ml)
m:addSubMenu("Export",me)
m:addItem({
title = "Replace Tiles",
action = function()
self:replaceTiles()
return true
end,
highlight = function()
return self.isReplacing
end
})
m:addItem({
title = "Add Forced",
action = function()
self:addForced()
return true
end,
highlight = function()
return self.isForcing
end
})
m:addItem({
title = "Generate",
action = function()
if self.isGenerating then
self:endProcesses()
else
self:addForced(true)
end
return true
end,
highlight = function()
return self.isGenerating
end
})
m:addItem({
title = "Auto Force",
action = function()
self.autoForce = not self.autoForce
return true
end,
highlight = function()
return self.autoForce
end
})
m:addItem({
title = "Edge Checking",
action = function()
self.checkEdges = not self.checkEdges
self:addProcess(function()
self:recheckEdges()
-- self:resetCreators()
end,true,true)
return true
end,
highlight = function()
return self.checkEdges
end
})
m:addItem({
title = "Set forcing speed",
action = function()
self.ui:getNumberSpinner({
maxdigits = 1,
maxdecs = 2,
allowSignChange = false,
value = self.forceSpeed,
action = function(n)
self.forceSpeed = n
return true
end
})
return true
end
})
m:addItem({
title = "Set checking level",
action = function()
self.ui:getNumberSpinner({
maxdigits = 1,
maxdecs = 0,
allowSignChange = false,
value = self.checkLevel,
action = function(n)
self.checkLevel = n
return true
end
})
return true
end
})
m:addItem({
title = "Set checking speed",
action = function()
self.ui:getNumberSpinner({
maxdigits = 1,
maxdecs = 2,
allowSignChange = false,
value = self.checkSpeed,
action = function(n)
self.checkSpeed = n
return true
end
})
return true
end
})
m:addItem({
title = "Use Picture",
action = function()
self.image = not self.image
local ifn = function (i)
Tile.setTexture(i,self.zoom)
self:reTintTiles()
return true
end
if self.image then
ui:getPicture(function (i)
ifn(i)
return true
end)
else
ifn(false)
end
return true
end,
highlight = function()
if self.image then
return true
else
return false
end
end
})
m:addItem({
title = "Reset Picture",
action = function()
if self.image then
Tile.setTexture(nil,self.zoom)
self:reTintTiles()
return true
end
return false
end
})
m:addItem({
title = "Set Granularity",
action = function()
self.ui:getNumberSpinner({
maxdigits = 1,
maxdecs = 2,
allowSignChange = false,
value = Tile.granularity,
action = function(n)
Tile.granularity = n
self:reTintTiles()
return true
end
})
return true
end
})
m = self.ui:addMenu({
title = "View",
attach = true
})
m:addItem({
title = "Reset",
action = function()
self.zoom:reset()
self:redrawbg()
return true
end
})
m:addItem({
title = "Zoom In",
action = function()
self.zoom:zoom(2)
self:redrawbg()
return true
end
})
m:addItem({
title = "Zoom Out",
action = function()
self.zoom:zoom(1/2)
self:redrawbg()
return true
end
})
m:addItem({
title = "Single Tiles",
action = function()
self:toggleTouches()
return true
end,
highlight = function()
if self.tdisabled then
return false
else
return true
end
end
})
local bgm = ui:addMenu({
title = "Background",
attach = true
})
bgm:addItem({
title = "Background Image",
action = function()
ui:getPicture(
function(i)
for l,u in ipairs(bgtcoords) do
self.bgtcoords[l] = InvUSOrientation(CurrentOrientation,u)
end
self.bgmesh.texture = i
local w,h = spriteSize(i)
local a = (RectAnchorOf(Screen,"width")/w )/(RectAnchorOf(Screen,"height")/h)
w = math.max(1,a)
h = math.max(1,1/a)
centre = vec2(.5,.5) - vec2(w,h)/2
local texc = {}
local u
for k,v in ipairs(self.bgtcoords) do
u = vec2(0,0)
u.x = v.x*w
u.y = v.y*h
u = u + centre
table.insert(texc,u)
end
self.bgmesh.texCoords = texc
return true
end
)
return true
end
})
bgm:addItem({
title = "Clear Background Image",
action = function()
self.bgmesh.texture = image(1,1)
return true
end
})
for _,v in ipairs({
{"Rotate Clockwise", USRotateCCW}, -- rotate tex coords other way
{"Rotate Anticlockwise", USRotateCW},
{"Reflect Horizontally", USReflectH},
{"Reflect Vertically", USReflectV},
}) do
bgm:addItem({
title = v[1],
action = function()
for l,u in ipairs(self.bgtcoords) do
self.bgtcoords[l] = v[2](u)
end
local w,h = spriteSize(self.bgmesh.texture)
local bx = self.bgmesh.texCoords[5] - self.bgmesh.texCoords[1]
bx.x = bx.x * w
bx.y = bx.y * h
bx = v[2](bx) - v[2](vec2(0,0))
local a = math.abs((bx.x/w)/(bx.y/h))
w = math.max(1,a)
h = math.max(1,1/a)
centre = vec2(.5,.5) - vec2(w,h)/2
local texc = {}
local u
for k,v in ipairs(self.bgtcoords) do
u = vec2(0,0)
u.x = v.x*w
u.y = v.y*h
u = u + centre
table.insert(texc,u)
end
self.bgmesh.texCoords = texc
return true
end
})
end
bgm:addItem({
title = "Background Image Tint",
action = function()
ui:getColour(
function(c)
self.bgmesh:setColors(c)
return true
end
)
return true
end
})
bgm:addItem({
title = "Background Colour",
action = function()
ui:getColour(
self.bgcolour,
function(c)
self.bgcolour = c
return true
end
)
return true
end
})
local ptm = ui:addMenu({
title = "Tile Style",
attach = true
})
ptm:addItem({
title = "Edge Colour",
action = function()
ui:getColour(
self.creators[1].ptile.edgeColour,
function(c)
for k,v in ipairs(self.creators) do
v.ptile.edgeColour = c
v.ptile:createImage()
end
self:redrawbg()
return true
end
)
return true
end
})
ptm:addItem({
title = "Tile Colour",
action = function()
ui:getColour(
self.creators[1].otint,
function(c)
for k,v in ipairs(self.tiles) do
v.otint = c
v:setTint()
end
for k,v in ipairs(self.creators) do
v.otint = c
v:setTint()
end
self:redrawbg()
return true
end
)
return true
end
})
ptm:addItem({
title = "First Path Colour",
action = function()
ui:getColour(
self.creators[1].ptile.colours[1],
function(c)
for k,v in ipairs(self.creators) do
v.ptile.colours[1] = c
v.ptile:createImage()
end
self:redrawbg()
return true
end
)
return true
end
})
ptm:addItem({
title = "Second Path Colour",
action = function()
ui:getColour(
self.creators[1].ptile.colours[2],
function(c)
for k,v in ipairs(self.creators) do
v.ptile.colours[2] = c
v.ptile:createImage()
end
self:redrawbg()
return true
end
)
return true
end
})
end
function Tiles:clear()
self:clearScreen()
self:clearCreators()
end
function Tiles:clearScreen()
self:clearTiles()
self.zoom:reset()
self.angle = 0
self.bgzoom = {vec2(0,0),vec2(1,1)}
end
function Tiles:clearTiles()
self.tiles = {}
self.ntiles = 0
self.newtiles = {}
self.oldtiles = {}
self.nnewtiles = 0
self.tileTypes = {}
self.touchHandlers[1] = {{}}
setContext(self.bg)
background(0, 0, 0, 0)
setContext()
end
function Tiles:clearCreators()
self.drawEdges = false
self.creators = {}
self.touchHandlers[2] = {{}}
end
function Tiles:resetCreators()
--[[
for k,v in ipairs(self.creators) do
v.angle = v.oangle + (v.angle - v.oangle)%360
end
self:addProcess(function()
local continue = true
while continue do
continue = false
if coroutine.yield() then
for k,v in ipairs(self.creators) do
v.angle = v.oangle
end
else
for k,v in ipairs(self.creators) do
v.angle = math.max(v.oangle,v.angle - DeltaTime*50)
if v.angle > v.oangle then
continue = true
end
end
end
end
end,true,true)
--]]
end
function Tiles:toggleTouches()
if self.tdisabled then
self.touchHandlers[1] = self.tdisabled
self.tdisabled = nil
else
self.tdisabled = self.touchHandlers[1]
self.touchHandlers[1] = {{}}
end
end
function Tiles:draw()
if DeltaTime > 1/20 then
self:drawbg()
end
self:runProcesses()
pushStyle()
pushMatrix()
TransformOrientation(PORTRAIT)
self.bgmesh:draw()
fill(self.bgcolour)
noStroke()
rectMode(CORNER)
local w,h = RectAnchorOf(Portrait,"size")
rect(0,0,w,h)
pushMatrix()
self.zoom:draw()
pushMatrix()
pushStyle()
spriteMode(CORNER)
translate(self.bgzoom[1])
scale(self.bgzoom[2])
sprite(self.bgd,0,0)
sprite(self.bg,0,0)
popStyle()
popMatrix()
for k=self.nnewtiles,1,-1 do
self.newtiles[k]:draw()
end
if self.drawEdges then
pushStyle()
strokeWidth(5)
stroke(255, 11, 0, 255)
for k=self.ntiles,1,-1 do
self.tiles[k]:drawEdges()
end
popStyle()
end
if self.overlay then
tint(255,255,255,64)
translate(-self.zoom.ll+self.zoom.mid)
for k=self.ntiles,1,-1 do
self.tiles[k]:draw()
end
end
popStyle()
popMatrix()
pushStyle()
if self.edit and self.regionStart then
local u = self.regionStart
fill(145, 158, 58, 255)
noStroke()
ellipse(u,20)
stroke(186, 76, 76, 255)
strokeWidth(5)
for k,v in ipairs(self.region) do
line(u,v)
u=v
end
end
popStyle()
popMatrix()
strokeWidth(5)
stroke(226, 209, 116, 255)
pushMatrix()
translate(WIDTH,HEIGHT)
for k,v in ipairs(self.creators) do
v:drawEdges()
v:draw()
end
popMatrix()
end
function Tiles:orientationChanged(o)
self:redrawbg()
end
function Tiles:fromScreen(v)
v = vec2(WIDTH,HEIGHT) + v
return self.zoom:fromScreen(v)
end
function Tiles:drawbg()
local n = self.nnewtiles
if n == 0 then
return
end
local t,m = {},0
pushMatrix()
resetMatrix()
setContext(self.bg)
-- TransformInverseOrientation(PORTRAIT)
self.zoom:draw()
for k=n,1,-1 do
if not self.newtiles[k].transitory then
self.newtiles[k]:draw()
table.insert(self.oldtiles,self.newtiles[k])
else
table.insert(t,self.newtiles[k])
m = m + 1
end
end
self.newtiles = t
self.nnewtiles = m
setContext()
popMatrix()
end
function Tiles:redrawbg()
self.bgzoom = { -vec2(self.zoom.ll.x, self.zoom.ll.y), vec2(1/self.zoom.size.x,1/self.zoom.size.y)}
pushMatrix()
resetMatrix()
setContext(self.bg)
-- TransformInverseOrientation(PORTRAIT)
background(0, 0, 0, 0)
self.zoom:draw()
local n = self.ntiles
local st = os.clock()
self.oldtiles = {}
for k=n,1,-1 do
self.tiles[k]:draw()
table.insert(self.oldtiles,self.tiles[k])
if coroutine.running() and os.clock() - st > allowedTime then
setContext()
popMatrix()
coroutine.yield()
pushMatrix()
setContext(self.bg)
resetMatrix()
self.zoom:draw()
st = os.clock()
end
end
self.newtiles = {}
self.nnewtiles = 0
setContext()
popMatrix()
end
function Tiles:savebg()
self:drawbg()
setContext(self.bgd)
background(0, 0, 0, 0)
pushMatrix()
pushStyle()
resetMatrix()
tint(182, 182, 182, 255)
spriteMode(CORNER)
sprite(self.bg,0,0)
popStyle()
popMatrix()
setContext()
setContext(self.bg)
background(0, 0, 0, 0)
setContext()
end
function Tiles:runProcesses()
local del,n = {},0
local ret = false
for k,v in ipairs(self.processes) do
if v.clear and k ~= 1 then
break
end
if coroutine.status(v.action) ~= "dead" then
ret = true
coroutine.resume(v.action,v.speed)
else
table.insert(del,k)
n = n + 1
end
if v.block then
break
end
end
for k=n,1,-1 do
table.remove(self.processes,del[k])
end
if ret then
for k,v in ipairs(self.creators) do
v.angle = v.oangle + (v.angle + DeltaTime*10 - v.oangle)%360
end
else
for k,v in ipairs(self.creators) do
v.angle = math.max(v.oangle,v.angle - DeltaTime*50)
end
end
end
function Tiles:addProcess(f,b,c)
local co = coroutine.create(f)
table.insert(self.processes,{action = co, block = b, clear = c})
end
function Tiles:endProcesses()
for l,u in ipairs(self.processes) do
u.speed = true
end
end
function Tiles:snapshot(pic)
local img = image(WIDTH,HEIGHT)
setContext(img)
pushMatrix()
self.zoom:draw()
for k=self.ntiles,1,-1 do
self.tiles[k]:draw()
end
pushStyle()
strokeWidth(5)
stroke(255, 11, 0, 255)
for k=self.ntiles,1,-1 do
self.tiles[k]:drawEdges()
end
popStyle()
popMatrix()
setContext()
saveImage("Documents:" .. pic,img)
end
function Tiles:setOverlay()
self.overlay = not self.overlay
end
function Tiles:addTile(t)
table.insert(self.tiles,t)
table.insert(self.newtiles,t)
if self.tdisabled then
table.insert(self.tdisabled,
self.touchHandler:registerHandler(t))
else
table.insert(self.touchHandlers[1][1],
self.touchHandler:registerHandler(t))
end
t.tiles = self
if not t.transformed then
self.zoom:transformObject(t)
local f = t.isTouchedBy
t.isTouchedBy = function(s,t)
t = TransformTouch(PORTRAIT,t)
return f(s,t)
end
local f = t.processTouches
t.processTouches = function(s,g)
g:transformTouches(PORTRAIT)
return f(s,g)
end
t.transformed = true
end
self.ntiles = self.ntiles + 1
self.nnewtiles = self.nnewtiles + 1
self.tileTypes[t.ptile.name] = true
t.destroyed = nil
end
function Tiles:lastGesture()
if self.tdisabled then
return self.tdisabled[self.ntiles]
else
return self.touchHandlers[1][1][self.ntiles]
end
end
function Tiles:removeTile(t)
local r
local n = self.ntiles
for k=n,1,-1 do
if self.tiles[k] == t then
r = k
break
end
end
if r then
table.remove(self.tiles,r)
table.remove(self.touchHandlers[1][1],r)
self.ntiles = self.ntiles - 1
t:destroy()
end
n = self.nnewtiles
for k=n,1,-1 do
if self.newtiles[k] == t then
table.remove(self.newtiles,k)
self.nnewtiles = self.nnewtiles - 1
break
end
end
end
function Tiles:removeInvalidTiles()
local r = {}
local n = self.ntiles
for k=n,1,-1 do
if not self.tiles[k].valid then
table.insert(r, k)
end
end
local t
for k,v in ipairs(r) do
t = table.remove(self.tiles,v)
table.remove(self.touchHandlers[1][1],v)
self.ntiles = self.ntiles - 1
t:destroy()
end
n,r = self.nnewtiles,{}
for k=n,1,-1 do
if not self.newtiles[k].valid then
table.insert(r, k)
end
end
for k,v in ipairs(r) do
table.remove(self.newtiles,k)
self.nnewtiles = self.nnewtiles - 1
end
end
function Tiles:removeOffTiles()
local r = {}
local n = self.ntiles
local v
local w,h = RectAnchorOf(Portrait,"size")
for k=n,1,-1 do
v = self.zoom:toScreen(self.tiles[k].position)
if v.x < 0 or v.x > w or v.y < 0 or v.y > h then
table.insert(r, k)
end
end
local t
for k,v in ipairs(r) do
t = table.remove(self.tiles,v)
table.remove(self.touchHandlers[1][1],v)
self.ntiles = self.ntiles - 1
t:destroy()
end
n,r = self.nnewtiles,{}
for k=n,1,-1 do
if not self.newtiles[k].valid then
table.insert(r, k)
end
end
for k,v in ipairs(r) do
table.remove(self.newtiles,k)
self.nnewtiles = self.nnewtiles - 1
end
end
function Tiles:removeInArea()
self:drawbg()
self.region = {}
self.edit = true
self.inside = true
end
function Tiles:removeOutArea()
self:drawbg()
self.region = {}
self.edit = true
self.inside = false
end
function Tiles:removeUsingArea()
table.insert(self.region,self.regionStart)
self.edit = false
local ll,ur = vec2(self.regionStart.x,self.regionStart.y), vec2(self.regionStart.x,self.regionStart.y)
self.regionStart = nil
local pts,n = {},0
for k,v in ipairs(self.region) do
v = self.zoom:fromScreen(v)
table.insert(pts,v)
ll.x = math.min(ll.x,v.x)
ll.y = math.min(ll.y,v.y)
ur.x = math.max(ur.x,v.x)
ur.y = math.max(ur.y,v.y)
n = n + 1
end
local a
local inside,outside = {},{}
local fn = function()
local st = os.clock()
for k,v in ipairs(self.tiles) do
if os.clock() - st > allowedTime then
if coroutine.yield() then
break
end
st = os.clock()
end
if v.position.x > ll.x
and v.position.y > ll.y
and v.position.x < ur.x
and v.position.y < ur.y
then
a = 0
for l=1,n-1 do
a = a + (pts[l]-v.position):angleBetween(pts[l+1] - v.position)
end
if math.abs(a) > 1 then
table.insert(inside,v)
else
table.insert(outside,v)
end
else
table.insert(outside,v)
end
end
local del
if self.inside then
del = inside
else
del = outside
end
for k,v in ipairs(del) do
if os.clock() - st > allowedTime then
if coroutine.yield() then
break
end
st = os.clock()
end
self:removeTile(v)
end
self:redrawbg()
-- self:resetCreators()
end
self:addProcess(fn,true,true)
end
function Tiles:addCreator(t)
local c = Creator(t)
table.insert(self.creators,c)
c.tiles = self
local h = self.touchHandler:registerHandler(c)
h[2].addTouch = function(s,t) if c.touchClaiment then c.touchClaiment[2]:addTouch(t) c.touchClaiment[1].angle = c.touchClaiment[1].angle + self.angle c.touchClaiment = nil end return true end
table.insert(self.touchHandlers[2][1],h)
return c
end
fmts["Codea"] = {
")\nt:addTile(",
"\n\nsavedTiles[\"%s\"] = function (t,tt)\nt:addTile(%s)\nend"
}
fmts["TikZ"] = {
"\n",
"\n\n--[[\n%% %s\n%s\n--]]"
}
function Tiles:serialise(m,fmt)
if self.ntiles == 0 then
return false
end
local fmtt
if fmts[fmt] then
fmtt = fmts[fmt]
else
fmtt,fmt = fmts["Codea"], "Codea"
end
local t = {}
for k,v in ipairs(self.tiles) do
table.insert(t,v:serialise(fmt))
end
local s = table.concat(t,fmtt[1])
s = string.format(fmtt[2],m,s)
m = string.gsub(m,"[^%a%d_-]","")
local tabs = listProjectTabs("Penrose Tiles Data")
table.sort(tabs)
local c = 0
for k,v in ipairs(tabs) do
if string.sub(v,1,string.len(m)) == m then
c = c + 1
end
end
if c >0 then
c = c + 1
m = string.format("%s%03d",m,c)
end
saveProjectTab("Penrose Tiles Data:" .. m,s)
return s
end
function Tiles:recheckEdges()
if not self.checkEdges then
return
end
local st = os.clock()
for k,v in ipairs(self.tiles) do
v:checkEdges({adjust = true, start = k+1})
if coroutine.running() and os.clock() - st > allowedTime then
coroutine.yield()
st = os.clock()
end
end
end
function Tiles:reTintTiles()
self:addProcess(function()
local st = os.clock()
self:savebg()
for k,v in ipairs(self.tiles) do
if os.clock() - st > allowedTime then
if coroutine.yield() then
break
end
st = os.clock()
end
v:setTint()
self:raiseTile(v)
end
setContext(self.bgd)
background(0, 0, 0, 0)
setContext()
-- self:resetCreators()
end,false,false)
end
function Tiles:load(f,tt)
self:clearScreen()
f(self,tt)
self:recheckEdges()
end
function Tiles:raiseTile(t,redraw)
--[[
local i,e
for k=self.ntiles,1,-1 do
if self.tiles[k] == t then
i = true
e = self.touchHandlers[1][1][k]
else
if i then
self.tiles[k+1] = self.tiles[k]
self.touchHandlers[1][1][k+1] = self.touchHandlers[1][1][k]
end
end
end
if i then
self.tiles[1] = t
self.touchHandlers[1][1][1] = e
end
--]]
for k,v in ipairs(self.newtiles) do
if v == t then
return
end
end
table.insert(self.newtiles,t)
self.nnewtiles = self.nnewtiles + 1
if redraw then
self:addProcess(function()
setContext(self.bg)
pushMatrix()
pushStyle()
resetMatrix()
self.zoom:draw()
blendMode(ONE,ZERO)
ellipseMode(RADIUS)
noStroke()
fill(0, 0, 0, 0)
ellipse(t.position,t.ptile.radius)
blendMode(NORMAL)
for k,v in ipairs(self.oldtiles) do
if v ~= t and t.position:dist(v.position) < t.ptile.radius/t.scale + v.ptile.radius/v.scale + sensitivity then
v:draw()
end
end
popStyle()
popMatrix()
setContext()
end,false,false)
end
end
function Tiles:lowerTile()
table.insert(self.tiles,table.remove(self.tiles,1))
table.insert(self.touchHandlers[1][1], table.remove(self.touchHandlers[1][1],1))
end
function Tiles:isTouchedBy(t)
if self.edit then
self.regionStart = OrientationInverse(PORTRAIT,vec2(t.x,t.y))
return true
end
return false
end
function Tiles:processTouches(g)
local v = vec2(g.touchesArr[1].touch.x,g.touchesArr[1].touch.y)
v = OrientationInverse(PORTRAIT,v)
if g.updated then
table.insert(self.region, v)
g:noted()
end
if g.type.finished then
if v:dist(self.regionStart) < 20 then
self:removeUsingArea()
else
self.edit = false
self.regionStart = nil
self.region = nil
end
g:reset()
end
end
function Tiles:addForced(rand)
if rand then
self.isGenerating = true
if rand == true then
rand = -1
end
else
self.isForcing = true
rand = 0
end
local mrad = 0
for k,v in ipairs(self.creators) do
if not v.ignore then
mrad = math.max(mrad,2*v.ptile.radius*v.scale)
end
end
mrad = mrad * (self.checkLevel+1)
local actives = {}
local continue = true
local n,check,v
self:addProcess(function()
local st = os.clock()
while continue do
self:drawbg()
continue = false
for k,v in ipairs(self.tiles) do
if actives[v] == nil then
actives[v] = true
elseif actives[v] then
actives[v] = false
end
end
n = self.ntiles
for k=n,1,-1 do
v = self.tiles[k]
if v.parent and v.parent.destroyed then
v.parent = nil
end
check = false
if v:onBoundary() then
for u,l in pairs(actives) do
if l and u ~= v and v.position:dist(u.position) < mrad then
check = true
break
end
end
end
if check and v.valid and v:checkNeighbours(self.checkLevel+1,true,self.forceSpeed) then
continue = true
if not coroutine.yield() then
while os.clock() - st < self.forceSpeed do
if coroutine.yield() then
break
end
end
end
st = os.clock()
end
end
if rand ~= 0 and not continue and not coroutine.yield() then
local etiles,ne = {},0
local p
for k,v in ipairs(self.tiles) do
if v:onBoundary() then
p = self.zoom:toScreen(v.position)
if p.x > 0 and p.x < WIDTH
and p.y > 0 and p.y < HEIGHT then
table.insert(etiles,v)
ne = ne + 1
end
end
end
if ne > 0 and etiles[math.random(1,ne)]:checkNeighbours(self.checkLevel,1) then
continue = true
rand = math.max(rand-1,-1)
end
end
end
n = self.ntiles
for k=1,n do
self.tiles[k].parent = nil
end
self.isForcing = false
self.isGenerating = false
-- self:resetCreators()
end,true,true)
end
function Tiles:interruption(t)
local prun = false
for k,v in ipairs(self.processes) do
if coroutine.status(v.action) ~= "dead" then
prun = true
break
end
end
if not prun then
return false
end
for k,v in ipairs(self.creators) do
if v:isTouchedBy(t.touch,true) then
self:endProcesses()
return true
end
end
end
function Tiles:replaceTiles()
local n = self.ntiles
if n == 0 then
return
end
self.isReplacing = true
self:savebg()
local otiles = self.tiles
self:clearTiles()
local s = otiles[1].ptile.rscale
self.zoom:zoom(1/s)
self.bgzoom = { -vec2(self.zoom.ll.x, self.zoom.ll.y), vec2(1/self.zoom.size.x, 1/self.zoom.size.y)}
local c = vec2(RectAnchorOf(Screen,"centre")) * ( 1 - s )
Tile.setZoom(c,s)
local t
self:addProcess(function()
for k=1,n do
t = otiles[k]
for l,u in ipairs(t.ptile.replacements) do
self:addTile(Tile({
ptile = u[1],
position = t.position * s + c + u[2]:rotate(math.rad(t.angle)),
angle = (t.angle + u[3])%360,
scale = t.scale
}))
end
if coroutine.yield() then
break
end
end
self:recheckEdges()
setContext(self.bgd)
background(0, 0, 0, 0)
setContext()
self.isReplacing = false
-- self:resetCreators()
self.angle = self.angle + otiles[1].ptile.rangle
-- self:redrawbg()
end,true,true)
end
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