Module:TierColour/data: Difference between revisions
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m (Protected "Module:TierColour/data": high-risk template (part of tier lists) ([Edit=Allow only administrators] (indefinite) [Move=Allow only administrators] (indefinite))) |
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newCol[3] = newCol[3] + v[3] | newCol[3] = newCol[3] + v[3] | ||
end | end | ||
newCol[1] = newCol[1] / arg[n] | newCol[1] = newCol[1] / arg["n"] | ||
newCol[2] = newCol[2] / arg[n] | newCol[2] = newCol[2] / arg["n"] | ||
newCol[3] = newCol[3] / arg[n] | newCol[3] = newCol[3] / arg["n"] | ||
return newCol | return newCol | ||
end | end | ||
local tierColourList = { | local tierColourList = { | ||
[4] = {RED, YLW, GRN, BLU}, | [ 4] = {RED, YLW, GRN, BLU}, | ||
[5] = {RED, ORG, YLW, GRN, BLU}, | [ 5] = {RED, ORG, YLW, GRN, BLU}, | ||
[6] = {RED, ORG, YLW, GRN, BLU, PRP}, | [ 6] = {RED, ORG, YLW, GRN, BLU, MGN}, | ||
[ 7] = {RED, ORG, YLW, GRN, CYN, BLU, MGN}, | |||
[ 8] = {RED, ORG, YLW, GRN, CYN, BLU, MGN, PRP}, | |||
[ 9] = {RED, ORG, YLW, CHR, GRN, CYN, BLU, MGN, PRP}, | |||
[10] = {RED, ORG, YLW, CHR, GRN, CYN, AZR, BLU, MGN, PRP}, | |||
[11] = {RED, ORG, col_avg(ORG,YLW), YLW, CHR, GRN, CYN, AZR, BLU, MGN, PRP}, | |||
[12] = {RED, ORG, col_avg(ORG,YLW), YLW, CHR, GRN, AQU, CYN, AZR, BLU, MGN, PRP}, | |||
[13] = {RED, ORG, col_avg(ORG,YLW), YLW, CHR, GRN, AQU, CYN, AZR, BLU, VIO, MGN, PRP}, | |||
[14] = {RED, ORG, col_avg(ORG,YLW), YLW, CHR, GRN, AQU, CYN, AZR, BLU, VIO, MGN, col_avg(MGN,PRP), PRP}, | |||
[15] = {RED, ORG, col_avg(ORG,YLW), YLW, CHR, GRN, AQU, | |||
CYN, AZR, col_avg(AZR,BLU), BLU, VIO, MGN, col_avg(MGN,PRP), PRP}, | |||
[16] = {RED, col_avg(RED,ORG), ORG, col_avg(ORG,YLW), YLW, CHR, GRN, AQU, | |||
CYN, AZR, col_avg(AZR,BLU), BLU, VIO, MGN, col_avg(MGN,PRP), PRP}, | |||
[17] = {RED, col_avg(RED,ORG), ORG, col_avg(ORG,YLW), YLW, CHR, GRN, AQU, | |||
CYN, col_avg(CYN,AZR), AZR, col_avg(AZR,BLU), BLU, VIO, MGN, col_avg(MGN,PRP), PRP}, | |||
[18] = {RED, col_avg(RED,ORG), ORG, col_avg(ORG,YLW), YLW, CHR, GRN, AQU, | |||
CYN, col_avg(CYN,AZR), AZR, col_avg(AZR,BLU), BLU, VIO, col_avg(VIO,MGN), MGN, col_avg(MGN,PRP), PRP}, | |||
[19] = {RED, col_avg(RED,ORG), ORG, col_avg(ORG,YLW), YLW, CHR, col_avg(CHR,GRN), GRN, AQU, | |||
CYN, col_avg(CYN,AZR), AZR, col_avg(AZR,BLU), BLU, VIO, col_avg(VIO,MGN), MGN, col_avg(MGN,PRP), PRP}, | |||
[20] = {RED, col_avg(RED,ORG), ORG, col_avg(ORG,YLW), YLW, CHR, col_avg(CHR,GRN), GRN, AQU, col_avg(AQU,CYN), | |||
CYN, col_avg(CYN,AZR), AZR, col_avg(AZR,BLU), BLU, VIO, col_avg(VIO,MGN), MGN, col_avg(MGN,PRP), PRP}, | |||
} | } | ||
return tierColourList | return tierColourList | ||
Latest revision as of 22:01, February 15, 2024
Documentation for this module may be created at Module:TierColour/data/doc
local RED = {255,0,0}
local ORG = {255,127,0}
local YLW = {255,255,0}
local CHR = {127,255,0}
local GRN = {0,255,0}
local AQU = {0,255,127}
local CYN = {0,255,255}
local AZR = {0,127,255}
local BLU = {0,0,255}
local VIO = {127,0,255}
local MGN = {255,0,255}
local PRP = {127,0,127}
function col_avg(...)
newCol = {0,0,0}
for i,v in ipairs(arg) do
newCol[1] = newCol[1] + v[1]
newCol[2] = newCol[2] + v[2]
newCol[3] = newCol[3] + v[3]
end
newCol[1] = newCol[1] / arg["n"]
newCol[2] = newCol[2] / arg["n"]
newCol[3] = newCol[3] / arg["n"]
return newCol
end
local tierColourList = {
[ 4] = {RED, YLW, GRN, BLU},
[ 5] = {RED, ORG, YLW, GRN, BLU},
[ 6] = {RED, ORG, YLW, GRN, BLU, MGN},
[ 7] = {RED, ORG, YLW, GRN, CYN, BLU, MGN},
[ 8] = {RED, ORG, YLW, GRN, CYN, BLU, MGN, PRP},
[ 9] = {RED, ORG, YLW, CHR, GRN, CYN, BLU, MGN, PRP},
[10] = {RED, ORG, YLW, CHR, GRN, CYN, AZR, BLU, MGN, PRP},
[11] = {RED, ORG, col_avg(ORG,YLW), YLW, CHR, GRN, CYN, AZR, BLU, MGN, PRP},
[12] = {RED, ORG, col_avg(ORG,YLW), YLW, CHR, GRN, AQU, CYN, AZR, BLU, MGN, PRP},
[13] = {RED, ORG, col_avg(ORG,YLW), YLW, CHR, GRN, AQU, CYN, AZR, BLU, VIO, MGN, PRP},
[14] = {RED, ORG, col_avg(ORG,YLW), YLW, CHR, GRN, AQU, CYN, AZR, BLU, VIO, MGN, col_avg(MGN,PRP), PRP},
[15] = {RED, ORG, col_avg(ORG,YLW), YLW, CHR, GRN, AQU,
CYN, AZR, col_avg(AZR,BLU), BLU, VIO, MGN, col_avg(MGN,PRP), PRP},
[16] = {RED, col_avg(RED,ORG), ORG, col_avg(ORG,YLW), YLW, CHR, GRN, AQU,
CYN, AZR, col_avg(AZR,BLU), BLU, VIO, MGN, col_avg(MGN,PRP), PRP},
[17] = {RED, col_avg(RED,ORG), ORG, col_avg(ORG,YLW), YLW, CHR, GRN, AQU,
CYN, col_avg(CYN,AZR), AZR, col_avg(AZR,BLU), BLU, VIO, MGN, col_avg(MGN,PRP), PRP},
[18] = {RED, col_avg(RED,ORG), ORG, col_avg(ORG,YLW), YLW, CHR, GRN, AQU,
CYN, col_avg(CYN,AZR), AZR, col_avg(AZR,BLU), BLU, VIO, col_avg(VIO,MGN), MGN, col_avg(MGN,PRP), PRP},
[19] = {RED, col_avg(RED,ORG), ORG, col_avg(ORG,YLW), YLW, CHR, col_avg(CHR,GRN), GRN, AQU,
CYN, col_avg(CYN,AZR), AZR, col_avg(AZR,BLU), BLU, VIO, col_avg(VIO,MGN), MGN, col_avg(MGN,PRP), PRP},
[20] = {RED, col_avg(RED,ORG), ORG, col_avg(ORG,YLW), YLW, CHR, col_avg(CHR,GRN), GRN, AQU, col_avg(AQU,CYN),
CYN, col_avg(CYN,AZR), AZR, col_avg(AZR,BLU), BLU, VIO, col_avg(VIO,MGN), MGN, col_avg(MGN,PRP), PRP},
}
return tierColourList
