local p={}
local lib_arg={}
local yesno=require("Module:Yesno")
--二維空間填充(鑲嵌圖)生成
function p.simple_regular_tile(frame)
local args
if frame == mw.getCurrentFrame() then
-- We're being called via #invoke. The args are passed through to the module
-- from the template page, so use the args that were passed into the template.
if lib_arg.getArgs == nil then lib_arg = require('Module:Arguments') end
args = lib_arg.getArgs(frame, {parentFirst=true})
else
-- We're being called from another module or from the debug console, so assume
-- the args are passed in directly.
args = frame
end
local tile_type=args['type']or 4
local tile_type_list={[3]=3,['3']=3,[4]=4,['4']=4,[6]=6,['6']=6,
tri=3,triangle=3,['三']=3,['三角']=3,['三角形']=3,
square=4,['方']=4,['四']=4,['四角']=4,['正方']=4,['方形']=4,['正方形']=4,['四角形']=4,['四邊形']=4,
hex=6,hexa=6,hexagon=6,['六']=6,['六角']=6,['六角形']=6,['六邊形']=6,
}
tile_type = tile_type_list[tile_type] or 4
local arg_len,wid_len,table_list,color_map_str=0,0,{},args.color_map or args['color map']
local color_map_in = color_map_str and mw.text.split(color_map_str,',') or {}
for key,val in pairs(args)do if tonumber(key)or-1 > 0 then
if tonumber(key) > arg_len then arg_len=tonumber(key) end
local val_len=#(mw.text.split(val or'',','))
if tonumber(key)%2==0 and tile_type==6 then val_len=val_len-1 end
if val_len>wid_len then wid_len=val_len end
end end
for i=1,arg_len do
table_list[i]={}
for j=1,wid_len + ((i%2==0 and tile_type==6)and 1 or 0) do
local val = mw.text.split(args[i] or'',',')
table_list[i][j]=val[j]or''
end
end
local result_i=''
for i=1,arg_len do
local tilerow_class = ((i%2==0 and tile_type==6)and' hex even'or'')
if args.tilerow_class or args['tilerow class'] then tilerow_class=tilerow_class..(args.tilerow_class or args['tilerow class']) end
tilerow_class=mw.text.trim(tilerow_class)
result_i = result_i .. '<div class="tile-row'..((tilerow_class~='')and(' '..tilerow_class)or'')..'">'
for j=1,wid_len + ((i%2==0 and tile_type==6)and 1 or 0) do
local tile_class = {[3]='tri'..(((i+j)%2==0)and' inv'or''),[6]='hex'}
local color_css_list = {[3]='border-'..(((i+j)%2==0)and'top'or'bottom')..'-color:*',[6]='border-bottom:0 solid *;border-top:0 solid *;'}
local chk_color = mw.text.trim(table_list[i][j])
chk_color = color_map_in[tonumber(chk_color)or-1]or color_map_in[chk_color]or chk_color
if tonumber(chk_color:lower(),16) then chk_color='#'..chk_color end
if chk_color==''then chk_color='transparent'end
result_i = result_i .. '<div class="tile-cell'
..(tile_class[tile_type]and(' '..tile_class[tile_type])or'')..'" style="'
..(color_css_list[tile_type]or'background:*'):gsub('%*',chk_color)..';'..((args.textstyle and tile_type~=6) and (args.textstyle..';')or'')..'">'
if tile_type==6 then result_i = result_i .. '<div></div><div style="background:'..chk_color..';'..(args.textstyle and (args.textstyle..';')or'')..'">'
elseif tile_type==3 then result_i = result_i .. '<span class="center">'end
result_i = result_i .. (args[i..','..j]or'')
if tile_type==6 then result_i = result_i .. '</div><div></div>'
elseif tile_type==3 then result_i = result_i .. '</span>'end
result_i = result_i .. '</div>'
end
result_i = result_i .. '</div>'
end
local height_offset = (tile_type==6)and 30 or 0
local width_offset = (tile_type==3)and -60 or 0
local width_unit_list = {[3]=60,[4]=50,[6]=104}
local height_unit_list = {[3]=104,[4]=50,[6]=90}
local full_width = width_offset + width_unit_list[tile_type] * wid_len
local full_height = height_offset + height_unit_list[tile_type] * arg_len
local width_val = tonumber(mw.ustring.match(args.width or '','%-?%d+'))or full_width
local scale_val = width_val/full_width
local result='<div '..((mw.text.trim(args.class or '')=='')and''or('class="'..mw.text.trim(args.class or '')..'" '))
..'style="width:'..width_val..'px;height:'..(full_height*scale_val)..'px;overflow:hidden;'..(args.style or'')..';">'
result = result .. '<div style="position:relative;width:'..width_val..'px;height:'..width_val..'px;'
..'"><div style="transform: scale('..scale_val..','..scale_val..');transform-origin: left top;">'
result = result .. '<div class="tile-grid" style="width:'..(full_width+120)..'px;height:'..(full_height)..'px;">'
result = result .. result_i
result = result .. '</div></div></div></div>'
return result
end
--QR碼生成
local qrrenderer={}
local qrencode=require( 'Module:EncoderUtil' )._get_libqrcode()
local color_table = require( 'Module:PeriodicTable' ).renderClassTable
--{CODE_0, CODE_1, FUNC_0, FUNC_1, OTHER}
local qr_color_table = {"F","T","F","T","F"}
local qr_color_mapping={[-2]=3,[-1]=1,[0]=5,[1]=2,[2]=4}
function p.simple_qr(frame)
local args
if frame == mw.getCurrentFrame() then
-- We're being called via #invoke. The args are passed through to the module
-- from the template page, so use the args that were passed into the template.
if lib_arg.getArgs == nil then lib_arg = require('Module:Arguments') end
args = lib_arg.getArgs(frame, {parentFirst=true})
else
-- We're being called from another module or from the debug console, so assume
-- the args are passed in directly.
args = frame
end
local input_text=args.text or args.message or args.msg or args[1] or args['1']
local ec_level_list={l=1,m=2,q=3,h=4,[0]=1,[1]=1,[2]=2,[3]=3,[4]=4,
low=1,medium=2,quartile=3,high=4
}
local ec_level = ec_level_list[(args.eclevel or''):lower()]or 1
local color_map_in = args.color_map or args['color map']
color_map_in = color_map_in and mw.text.split(color_map_in,',') or color_map_in
local color_map_qr = {"T","T","T",[0]="",[-1]="",[-2]=""}
if color_map_in then
for i=-2,2 do
color_map_qr[i]=color_map_in[qr_color_mapping[i]]or color_map_in[''..qr_color_mapping[i]]or color_map_qr[i]
end
end
local input_pre_data = input_text
if yesno(args.bitstream or false) then input_pre_data = mw.text.split(input_text or '',',')end
if not qrrenderer._CreateQRcode then qrrenderer = require( 'Module:QR' ) end
--local ok, endata = qrencode.qrcode(input_pre_data,ec_level,nil,tonumber(args.version or args.ver))
local ok, endata = qrrenderer._CreateQRcode(input_pre_data,ec_level,args.mode,tonumber(args.version or args.ver),tonumber(args.mask))
if not ok then return "" end
local full_width = 20 + 8*#endata
local width_val = tonumber(mw.ustring.match(args.width or '','%-?%d+'))or full_width
local scale_val = width_val/full_width
local ten_times = scale_val * 10
local result = '<div class="tile-grid qrcode'..((mw.text.trim(args.class or '')=='')and''or(' '..mw.text.trim(args.class or '')))
..'" style="width:'..width_val..'px;height:'..width_val..'px;'..(args.style or'')..';">'
result = result .. '<div style="position:relative;width:'..width_val..'px;height:'..width_val..'px;'
..'"><div style="margin:'..ten_times..'px '..ten_times..'px '..ten_times..'px '..ten_times
..'px;transform: scale('..scale_val..','..scale_val..');transform-origin: left top;">'
result = result .. '<div style="width:'..(full_width-20)..'px;height:'..(full_width-20)..'px;">\n'
result = result .. color_table("","",endata,',',color_map_qr,"")
result = result .. '\n</div></div></div></div>'
return result
end
function p.qr_graph(frame)
-- For calling from #invoke.
local args, working_frame
if frame == mw.getCurrentFrame() then
-- We're being called via #invoke. The args are passed through to the module
-- from the template page, so use the args that were passed into the template.
if lib_arg.getArgs == nil then lib_arg = require('Module:Arguments') end
args = lib_arg.getArgs(frame, {parentFirst=true}) --frame
working_frame = frame
else
-- We're being called from another module or from the debug console, so assume
-- the args are passed in directly.
args = frame
working_frame = mw.getCurrentFrame()
end
local ec_level_list={l=1,m=2,q=3,h=4,[0]=1,[1]=1,[2]=2,[3]=3,[4]=4,
low=1,medium=2,quartile=3,high=4
}
local qr_message =args.text or args.message or args.msg or args['string'] or args[1] or args['1'] or 'QR Code'
local ec_level = ec_level_list[(args.eclevel or''):lower()]or 1
local pxsize = tonumber(args.width or args.size or args.height or 120)
local color_map_in = args.color_map or args['color map']
color_map_in = color_map_in and mw.text.split(color_map_in,',') or color_map_in
local color_map_qr = {"#000","#000","#000",[0]="#000",[-1]="#fff",[-2]="#fff"}
if color_map_in then
for i=-2,2 do
color_map_qr[i]=color_map_in[qr_color_mapping[i]]or color_map_in[''..qr_color_mapping[i]]or color_map_qr[i]
end
end
local fun_light = args.fun_light or args.light or color_map_qr[-2]
local message_light = args.message_light or args.light or color_map_qr[-1]
local fun_dark = args.fun_dark or args.dark or color_map_qr[2]
local message_dark = args.message_dark or args.dark or color_map_qr[1]
if not qrrenderer._CreateQRcode then qrrenderer = require( 'Module:QR' ) end
--local success,result = qrencode.qrcode(qr_message,ec_level,nil,tonumber(args.version or args.ver))
local success,result = qrrenderer._CreateQRcode(qr_message,ec_level,args.mode,tonumber(args.version or args.ver),tonumber(args.mask))
local w_count = #result
local cell_width = pxsize / (w_count+2)
local graph_data = {
width=pxsize,
height=pxsize,
data={},
padding={left=cell_width,top=cell_width,bottom=cell_width,right=cell_width},
scales={
{name="x",type="linear",domain={0,w_count},range="width"},
{name="y",type="linear",domain={0,w_count},range="height"},
{name="qr",type="ordinal",domain={-2,-1,0,1,2},range={fun_light,message_light,message_light,message_dark,fun_dark}}
},
marks={
{
type="rect",
from={data="qrcode"},
properties={
enter={
x={scale="x",field="0"},y={scale="y",field="1"},
width={value=cell_width},height={value=cell_width},
stroke={scale="qr",field="2"},
fill={scale="qr",field="2"}
}
}
}
}
}
local qr_data = {name="qrcode",values={}}
for x=1,w_count do
for y=1,#(result[x]) do
qr_data.values[#(qr_data.values)+1] = {x-1,#(result[x])-y+1,result[y][x]}
end
end
graph_data.data[#(graph_data.data)+1] = qr_data
local body = working_frame:callParserFunction{ name = '#tag:graph', args = {
mw.text.jsonEncode(graph_data)
} }
return body
end
function p.show_qr(input_text)
local str = ""
if type(input_text) == type(str) then
str = input_text
else
if lib_arg.getArgs == nil then lib_arg = require('Module:Arguments') end
local args = lib_arg.getArgs(input_text, {parentFirst=true})
str = args[1] or args["1"] or '{{{1}}}'
end
local ok, endata = qrencode.qrcode(str,4)
if not ok then return "" end
mw.logObject(8*#endata)
return color_table("","",endata,',',{"T","T","T",[0]="F",[-1]="F",[-2]="F"},"")
end
--魔方生成
local enum_face = {'u','d','f','b','l','r'}
local default_color_map = {'yellow','white','blue','green','orange','red','magenta','lime','cyan','black',[32768]='none',[32769]='null'}
local default_colors = {{0,0,0,0,0,0,0,0,0},{1,1,1,1,1,1,1,1,1},{2,2,2,2,2,2,2,2,2},{3,3,3,3,3,3,3,3,3},{4,4,4,4,4,4,4,4,4},{5,5,5,5,5,5,5,5,5}}
local enum_face_lookup = {u=0,d=1,f=2,b=3,l=4,r=5}
local default_text = {}
local cube_33 = {--lvl1
{{{'u0','l0','b6'},{'u1','b7'},{'u2','r2','b8'}},--row
{{'u3','l1'},{'u4'},{'u5','r1'}},
{{'f0','u6','l2'},{'f1','u7'},{'f2','u8','r0'}}},
--lvl2
{{{'l3','b3'},{'b4'},{'r5','b5'}},
{{'l4'},{},{'r4'}},
{{'f3','l5'},{'f4'},{'f5','r3'}}},
--lvl3
{{{'d6','l6','b0'},{'d7','b1'},{'d8','r8','b2'}},
{{'d3','l7'},{'d4'},{'d5','r7'}},
{{'f6','d0','l8'},{'f7','d1'},{'f8','d2','r6'}}}
}
local rotate_face_lookup_if = {
u={{{0,1,2},{0,1,2},{8,7,6},{0,1,2}},{{3,4,5},{3,4,5},{5,4,3},{3,4,5}}},
d={{{8,7,6},{8,7,6},{0,1,2},{8,7,6}},{{5,4,3},{5,4,3},{3,4,5},{5,4,3}}},
f={{{8,7,6},{2,5,8},{0,1,2},{6,3,0}},{{5,4,3},{1,4,7},{3,4,5},{7,4,1}}},
b={{{0,1,2},{2,5,8},{8,7,6},{6,3,0}},{{3,4,5},{1,4,7},{5,4,3},{7,4,1}}},
l={{{6,3,0},{6,3,0},{6,3,0},{6,3,0}},{{7,4,1},{7,4,1},{7,4,1},{7,4,1}}},
r={{{2,5,8},{2,5,8},{2,5,8},{2,5,8}},{{1,4,7},{1,4,7},{1,4,7},{1,4,7}}},
};
local rotate_face_lookup = {
u={'f','r','b','l'},
d={'f','l','b','r'},
f={'u','l','d','r'},
b={'u','r','d','l'},
l={'u','b','d','f'},
r={'u','f','d','b'},
};
local face_center_rotate = {{2,6},{5,3},{8,0},{1,7},{-1,-1},{7,1},{0,8},{3,5},{6,2}};
local antipodes_table = {u='d',d='u',l='r',r='l',f='b',b='f'};
local function rubikCmdExpand(cmd)
local do_string = cmd
local old_string = do_string
repeat
old_string = do_string
do_string = mw.ustring.gsub(do_string,"%(([^%(%)]*)%)%*?(%d*)",function(sub_cmd, str_count)
local count = tonumber(str_count) or 1
return mw.ustring.rep(sub_cmd, count)
end)
until old_string == do_string
return do_string
end
function p.initCube()
local RubikCube = {
color = {{0,0,0,0,0,0,0,0,0},{1,1,1,1,1,1,1,1,1},{2,2,2,2,2,2,2,2,2},{3,3,3,3,3,3,3,3,3},{4,4,4,4,4,4,4,4,4},{5,5,5,5,5,5,5,5,5}},
text = {{'','','','','','','','',''},{'','','','','','','','',''},{'','','','','','','','',''},{'','','','','','','','',''},{'','','','','','','','',''},{'','','','','','','','',''}},
color_map = default_color_map,
side = 3,
name = '',
}
function RubikCube:init(colors,texts,color_maps)
self.color = {{0,0,0,0,0,0,0,0,0},{1,1,1,1,1,1,1,1,1},{2,2,2,2,2,2,2,2,2},{3,3,3,3,3,3,3,3,3},{4,4,4,4,4,4,4,4,4},{5,5,5,5,5,5,5,5,5}}
self.color_map = default_color_map
self.text={{'','','','','','','','',''},{'','','','','','','','',''},{'','','','','','','','',''},{'','','','','','','','',''},{'','','','','','','','',''},{'','','','','','','','',''}}
if #colors ~= 6 then
self.side = 3
else
self.side = math.sqrt(#(colors[1]))
if self.side < 1 then self.side = 3 end
self.color_map = color_maps or default_color_map
local face_by2 = {0,2,6,8}
local face_by2_inv = {0,-1,1,-1,-1,-1,2,-1,3}
for i=0,5 do
for j=0,8 do
local color_id = -1
local face_index = j
if self.side < 3 then face_index = (self.side==1) and (j==4 and 0 or -1) or face_by2_inv[j+1]end
self.color[i+1][j+1] = colors[i+1][face_index+1]
self.text[i+1][j+1] = mw.text.trim((texts or {})[enum_face[i+1]..face_index]or'')
end
end
end
end
function RubikCube:html(scale_val,style_data,class_data)
local result,result_='',''
local face_name = {'top','bottom','front','back','left','right'}
local face_css = {
'transform: rotateX(90deg) translateZ(50px);',--top
'transform: rotateX(-90deg) translateZ(50px);',--bottom
'transform: translateZ(50px);',--front
'transform: translateZ(-50px);',--back
'transform: rotateY(-90deg) translateZ(50px);',--left
'transform: rotateY(90deg) translateZ(50px);',--right
}
local col_css = {
{"","",""},--by1
{"transform: translateX(-50px);","","transform: translateX(50px);"},--by2
[0]={"","transform: translateX(100px);","transform: translateX(200px);"}
}
local row_css = {
{"","",""},--by1
{"transform: translateZ(-50px);","","transform: translateZ(50px);"},--by2
[0]={"transform: translateZ(-150px);","transform: translateZ(-50px);","transform: translateZ(50px);"}
}
local lvl_css = {
{"transform: translateY(-100px) translateX(-100px);","transform: translateX(-100px);","transform: translateY(100px) translateX(-100px);"},--by1
{"transform: translateY(-50px);","","transform: translateY(50px);"},--by2
[0]={"","transform: translateY(100px);","transform: translateY(200px);"}
}
for i=#cube_33,1,-1 do local result_i=''
for j=1,#(cube_33[i]) do local result_ij=''
for k=1,#(cube_33[i][j]) do local result_ijk='' if self.side~=1 or (self.side==1 and #(cube_33[i][j][k])==1) then
for l=1,#(cube_33[i][j][k]) do
local face_iterator_name = cube_33[i][j][k][l]:sub(1,1)
local face_iterator = tonumber(cube_33[i][j][k][l]:sub(2,2))
local face_enum_id = enum_face_lookup[face_iterator_name]
local color_class_data = (self.color[face_enum_id+1][face_iterator+1]or-1)
if (face_iterator==0 or face_iterator) and color_class_data>-1 then --self.color_map
result_ijk = result_ijk .. '<div class="cube-'..face_name[face_enum_id+1]..' '
..self.color_map[color_class_data+1]..' '..cube_33[i][j][k][l]..'" style="'..face_css[face_enum_id+1]..'">'
..self.text[face_enum_id+1][face_iterator+1]..'</div>'
end
end end
result_ijk = mw.text.trim(result_ijk)
if result_ijk~=''then
result_ij = result_ij .. '<div class="cube col col'..k..
'" style="transform-style: preserve-3d;'..col_css[0][k]..((col_css[self.side]or{'','',''})[k]or'')..'">' .. result_ijk .. '</div>'
end
end
result_ij = mw.text.trim(result_ij)
if result_ij~=''then
result_i = result_i .. '<div class="row row'..j..
'" style="transform-style: preserve-3d;'..row_css[0][j]..((row_css[self.side]or{'','',''})[j]or'')..'">' .. result_ij .. '</div>'
end
end
result_i = mw.text.trim(result_i)
if result_i~=''then
result_ = result_ .. '<div class="lvl lvl'..i..
'" style="transform-style: preserve-3d;'..lvl_css[0][i]..((lvl_css[self.side]or{'','',''})[i]or'')..'">' .. result_i .. '</div>'
end
end
result_ = mw.text.trim(result_)
if result_~=''then
local cscale = tonumber(scale_val) or 1
local fine_width = nil
local find_px = mw.ustring.match(scale_val or '',"%d+px")
if find_px then
find_px = mw.ustring.match(find_px,"%d+")
find_px = tonumber(find_px)
if find_px then
cscale = self.side==2 and ( -0.00355543 * (10.4658 - find_px) ) or ( -0.00234954 * (2.94521 - find_px) );
fine_width = find_px
end
end
if cscale <= 0 then cscale = 1 end
local cwidth = self.side==2 and (10.4658 + 281.26 * cscale) or (2.94521 + 425.616 * cscale);
local cheight = self.side==2 and (10.6849 + 294.795 * cscale) or (3.69863 + 455.89 * cscale);
local margintop = self.side==2 and (-204.182 + 155.066*cscale + 55.8492*cscale*cscale) or (-253.44 + 113.609*cscale + 76.3805*cscale*cscale);
local marginleft = self.side==2 and (-71.9178 + 166.575 * cscale) or (-74.0411 + 136.712 * cscale);
result = result .. '<div '..((mw.text.trim(class_data or '')=='')and''or('class="'..mw.text.trim(class_data or '')..'" '))
..'style="width:'..(fine_width or cwidth)..'px;height:'..cheight..'px;'..(style_data or'')..';">'
result = result .. '<div style="width:'..(fine_width or cwidth)..'px;height:'..cheight..'px;position:relative;float:left;"><div style="width:150px;height:250px;margin-top:'
..margintop..'px;margin-left:'..marginleft..'px;transform: scale('..cscale..', '..cscale..');">'
result = result .. '<div class="cube-main'..(self.side<3 and(' by'..self.side)or'')
..((mw.text.trim(self.name or '')=='')and''or(' '..mw.text.trim(self.name or '')))
..((mw.text.trim(self.class or '')=='')and''or(' '..mw.text.trim(self.class or '')))..'" style="transform: translateZ(-50px) rotateX(335deg) rotateY(335deg) rotateZ(0deg) translateZ(50px); transform-style: preserve-3d;">'
.. result_ .. '</div>'
result = result .. '</div></div></div>'
end
return result
end
function RubikCube:netString()
local result = ''
local tmp_map = {[2]={1,3,-1,7,9},[3]={1,2,3,4,5,6,7,8,9}}
result = result .. '__' .. ((self.side > 2)and'_'or'')
result = result .. self.color[1][tmp_map[self.side][1]] .. self.color[1][tmp_map[self.side][2]] .. ((self.side > 2)and self.color[1][tmp_map[self.side][3]] or'') .. '\n'
result = result .. '__' .. ((self.side > 2)and'_'or'')
result = result .. self.color[1][tmp_map[self.side][4]] .. self.color[1][tmp_map[self.side][5]] .. ((self.side > 2)and self.color[1][tmp_map[self.side][6]] or'') .. '\n'
if self.side > 2 then result = result .. '___' .. self.color[1][7] .. self.color[1][8] .. self.color[1][9] .. '\n' end
local prt_map = {5,3,6}
for prt=1,#prt_map do
for i=1,2 do result = result .. self.color[prt_map[prt]][tmp_map[self.side][i]] end
if self.side > 2 then result = result .. self.color[prt_map[prt]][3] end
end
result = result .. '\n'
for prt=1,#prt_map do
for i=4,5 do result = result .. self.color[prt_map[prt]][tmp_map[self.side][i]] end
if self.side > 2 then result = result .. self.color[prt_map[prt]][6] end
end
result = result .. '\n'
if self.side > 2 then
for prt=1,#prt_map do
for i=7,9 do result = result .. self.color[prt_map[prt]][tmp_map[self.side][i]] end
end
result = result .. '\n'
end
prt_map = {2,4}
for prt=1,#prt_map do
result = result .. '__' .. ((self.side > 2)and'_'or'')
result = result .. self.color[prt_map[prt]][tmp_map[self.side][1]] .. self.color[prt_map[prt]][tmp_map[self.side][2]] .. ((self.side > 2)and self.color[prt_map[prt]][tmp_map[self.side][3]] or'') .. '\n'
result = result .. '__' .. ((self.side > 2)and'_'or'')
result = result .. self.color[prt_map[prt]][tmp_map[self.side][4]] .. self.color[prt_map[prt]][tmp_map[self.side][5]] .. ((self.side > 2)and self.color[prt_map[prt]][tmp_map[self.side][6]] or'') ..'\n'
if self.side > 2 then
result = result .. '___'
for i=7,9 do result = result .. self.color[prt_map[prt]][tmp_map[self.side][i]] end
result = result .. '\n'
end
end
return mw.text.trim(result)
end
function RubikCube:turn(face,layer,cw)
local rotate_face_lookup_it=rotate_face_lookup_if[face][layer+1]
local face_index_id=enum_face_lookup[face]
local face_turn_it_id=1
if cw==1 or cw==true then face_turn_it_id=0 end
local tmp_dom,last_color,last_text={},{},{}
for i=0,#rotate_face_lookup_it-1 do
local i0=i
if cw==1 or cw==true then i0=#rotate_face_lookup_it-1-i end
local turn_face_it = rotate_face_lookup[face][i0+1]
local turn_face_it_id = enum_face_lookup[turn_face_it]
for j=0,#(rotate_face_lookup_it[i0+1])-1 do
local this_color = self.color[turn_face_it_id+1][rotate_face_lookup_it[i0+1][j+1]+1]
local this_text = self.text[turn_face_it_id+1][rotate_face_lookup_it[i0+1][j+1]+1]
if (this_color or -1) >= 0 then
if i==0 then
tmp_dom[j+1] = {turn_face_it_id+1,rotate_face_lookup_it[i0+1][j+1]+1}
else
if i==#rotate_face_lookup_it-1 then
self.color[tmp_dom[j+1][1]][tmp_dom[j+1][2]] = this_color
self.text[tmp_dom[j+1][1]][tmp_dom[j+1][2]] = this_text
end
self.color[turn_face_it_id+1][rotate_face_lookup_it[i0+1][j+1]+1] = last_color[j+1]
self.text[turn_face_it_id+1][rotate_face_lookup_it[i0+1][j+1]+1] = last_text[j+1]
end
last_color[j+1]=this_color;
last_text[j+1]=this_text;
end
end
end
if layer<1 then
last_color,last_text={},{};for i=0,#face_center_rotate-1 do
last_color[i+1]=self.color[face_index_id+1][i+1]
last_text[i+1]=self.text[face_index_id+1][i+1]
end
for i=0,#face_center_rotate-1 do
local move_to = face_center_rotate[i+1][face_turn_it_id+1]
if (move_to or -1) >= 0 then
self.color[face_index_id+1][move_to+1]=last_color[i+1]
self.text[face_index_id+1][move_to+1]=last_text[i+1]
end
end
end
end
function RubikCube:turnByCommand(cmd_in)
local cmd = rubikCmdExpand(cmd_in)
cmd = mw.ustring.gsub(cmd, "[%+%-]", " " )
cmd = mw.ustring.gsub(mw.ustring.gsub(cmd, "[Rr][Aa][Nn][Dd][Oo][Mm]", "-" ),"[Rr][Aa][Nn][Dd]","-")
local parse,todo_cmd = {},{}
mw.ustring.gsub(cmd,"[A-Za-z%-][%d']*",function(pcmd)parse[#parse+1]=pcmd end)
if #parse<=0 then return nil end
for i=1,#parse do
if mw.ustring.sub(mw.text.trim(parse[i]),1,1) == '-' then
local m_count = nil
mw.ustring.gsub(parse[i],"%d+",function(numbers)m_count=m_count or numbers end)
m_count = tonumber(m_count)or 1
if m_count > 0 then for m_i=1,m_count do todo_cmd[#todo_cmd+1]="-" end end
else
todo_cmd[#todo_cmd+1]=parse[i]
end
end
local result = {};
for i=1,#todo_cmd do
local turn_data = self:turnBySymbol(todo_cmd[i]);
if turn_data ~= false then
result[#result+1]=(turn_data~=true and turn_data or todo_cmd[i]);
end
end
return result;
end
function RubikCube:turnBySymbol(sym)
local chk_sym,is_rand=sym..'',false;
if mw.ustring.sub(mw.text.trim(chk_sym),1,1)=="-" then
local rand_sample = "udlrfbmesxyz";
if self.side < 3 then rand_sample = "udlrfbxyz"end
local sampling_val = math.floor(math.random() * rand_sample:len())+1
chk_sym=rand_sample:sub(sampling_val,sampling_val);
local rand_count=math.floor(math.random()*4);
if math.floor(math.random()*2)==0 then chk_sym=chk_sym:lower()end
if rand_count>1 then chk_sym=chk_sym..rand_count end
if math.floor(math.random()*2)==0 then chk_sym=chk_sym.."'"end
is_rand = true;
end
local checker = nil
mw.ustring.gsub(chk_sym,"([UuDdLlRrFfBbMmEeSsXxYyZz])('?)(%-?%d*)('?)",function(m,inv,count,inv2)checker=checker or{m,inv,count,inv2}end)
if checker==nil then return false end
local turn_count=tonumber(checker[3])or 1;
if turn_count<0 then turn_count=turn_count+(math.ceil((4-turn_count)/4)+4)*4 end
turn_count = turn_count % 4
local turn_count_inv=false;
if turn_count>2 then
turn_count=4-turn_count
turn_count_inv=true
end
if turn_count==0 then return false end
local way_test0 = (checker[2]==nil) and ""or checker[2]
local way_test1 = (checker[4]==nil) and ""or checker[4]
local inv_turn = (way_test0 ~= way_test1 and (way_test0=="'" or way_test1=="'"))
local mid_turn = mw.ustring.match(checker[1], "[MmEeSs]")~=nil
local all_turn = mw.ustring.match(checker[1], "[XxYyZz]")~=nil
local single_turn = mw.ustring.upper(checker[1])==checker[1];
if turn_count_inv then inv_turn=not inv_turn end
local turning=function()return false end
if mid_turn and self.side < 3 then return false end
if single_turn and (not all_turn) or mid_turn then
local command = mw.ustring.lower(checker[1]);
local mid_table = {m='d',e='d',s='f'};
command = mid_table[command] or command
local local_do = function(this_the_cube,turn_comm,layer,turn_way)
turning=function()
this_the_cube:turn(turn_comm,layer,turn_way)
return true
end
end
local_do(self,command,mid_turn and 1 or 0,inv_turn and 0 or 1);
elseif (not single_turn) or all_turn then
local command = mw.ustring.lower(checker[1]);
local mid_table = {x='r',y='u',z='f'};
command = mid_table[command] or command
local local_do = function(this_the_cube,turn_comm,every_turn,turn_way)
turning=function()
for vj=0,1 do this_the_cube:turn(turn_comm,vj,turn_way and 0 or 1) end
if every_turn then this_the_cube:turn(antipodes_table[turn_comm],0,turn_way and 1 or 0)end
return true
end
end
local_do(self,command,all_turn,inv_turn);
end
local flag=false;
for i=1,turn_count do
local check_flag = turning()
flag = flag or check_flag
end
if is_rand then return chk_sym end
return flag;
end
return RubikCube
end
function p.invertRubikCmd(cmd_in)
local cmd = rubikCmdExpand(cmd_in)
cmd = mw.ustring.gsub(cmd, "[%+%-]", " " )
cmd = mw.ustring.gsub(mw.ustring.gsub(cmd, "[Rr][Aa][Nn][Dd][Oo][Mm]", " " ),"[Rr][Aa][Nn][Dd]"," ")
local parse,todo_cmd = {},{}
mw.ustring.gsub(cmd,"[UuDdLlRrFfBbMmEeSsXxYyZz][%d']*",function(pcmd)parse[#parse+1]=pcmd end)
if #parse<=0 then return "" end
local result = {}
for i=#parse,1,-1 do
local has_prime = false
local prime_test = mw.ustring.gsub(parse[i],"'",function()
has_prime = true
return ''
end)
result[#result+1]=prime_test..((has_prime == false)and"'"or'')
end
return table.concat(result,' ');
end
function p.simple_cube(frame)
local args
if frame == mw.getCurrentFrame() then
-- We're being called via #invoke. The args are passed through to the module
-- from the template page, so use the args that were passed into the template.
if lib_arg.getArgs == nil then lib_arg = require('Module:Arguments') end
args = lib_arg.getArgs(frame, {parentFirst=true})
else
-- We're being called from another module or from the debug console, so assume
-- the args are passed in directly.
args = frame
end
local cube_face_data={}
local cube_back_do={}
local cube_side=nil
for i=1,6 do
local checker=args[mw.ustring.lower(enum_face[i])] or args[mw.ustring.upper(enum_face[i])]
cube_face_data[i]={}
if checker then
local data_array = mw.text.split(checker,',')
for j=1,#data_array do
local get_number = tonumber(mw.ustring.match(data_array[j],'%-?%d+'))
if not get_number then
if mw.text.trim(data_array[j])=='' then--no input
cube_face_data[i][j] = 32767
elseif mw.ustring.match(data_array[j],'[Nn][UuIi][Ll][Ll]?') then--指定為null
cube_face_data[i][j] = 32768
else--錯誤數值
cube_face_data[i][j] = -1
end
else
cube_face_data[i][j]=get_number
end
end
cube_side = cube_side or #data_array
else
cube_back_do[#cube_back_do+1]=i
end
end
if #cube_back_do >= 6 then cube_face_data = mw.clone( default_colors )
else for i=1,#cube_back_do do
for j=1,(cube_side or 9) do
cube_face_data[cube_back_do[i]][j]=32767
end
end end
local color_map_in = args.color_map or args['color map']
color_map_in = color_map_in and mw.text.split(color_map_in,',') or color_map_in
if color_map_in then for i_t=32767,32769 do color_map_in[i_t]=default_color_map[i_t] end
for i_key,i_val in pairs(color_map_in) do
color_map_in[i_key] = mw.text.trim(i_val)
end
end
local new_cube = p.initCube()
new_cube:init(cube_face_data,args,color_map_in)
if args.cube_class or args["cube class"] then new_cube.class = args.cube_class or args["cube class"] end
if args.name then new_cube.class = args.name end
local width_data = tonumber(mw.ustring.match(args.width or '','%-?%d+'))
local scale_input = tonumber(mw.ustring.match(args.scale or '','%-?%d+'))
local scale_data = width_data and (width_data .. 'px') or (scale_input or 1)
if args.by_turn or args["by turn"] then
local cmd = args.by_turn or args["by turn"]
new_cube:turnByCommand(p.invertRubikCmd(cmd))
end
if args.turn then new_cube:turnByCommand(args.turn) end
return new_cube:html(scale_data,args.style,args.class)
end
return p
