def getTuples(eCodes, cFilter, transform):
result = set()
for eCode in eCodes:
for cCode in ecoInfo.getCCodesFromECode(eCode):
if cFilter(cCode):
cCode = transform(cCode)
bCode = ecoInfo.getBCodeFromECode(eCode)
result.add((cCode, bCode, eCode))
def mySort(x, y):
cmpC = ecoInfo.cmpCCodes(x[0], y[0])
if cmpC != 0:
return cmpC
cmpB = ecoInfo.cmpBCodes(x[1], y[1])
if cmpB != 0:
return cmpB
return ecoInfo.cmpECodes(x[2], y[2])
result = list(result)
result.sort(mySort)
return result
def getTuples(eCodes, cFilter, transform):
result = set()
for eCode in eCodes:
for cCode in ecoInfo.getCCodesFromECode(eCode):
if cFilter(cCode):
cCode = transform(cCode)
bCode = ecoInfo.getBCodeFromECode(eCode)
result.add((cCode, bCode, eCode))
def mySort(x, y):
cmpC = ecoInfo.cmpCCodes(x[0], y[0])
if cmpC != 0:
return cmpC
cmpB = ecoInfo.cmpBCodes(x[1], y[1])
if cmpB != 0:
return cmpB
return ecoInfo.cmpECodes(x[2], y[2])
result = list(result)
result.sort(mySort)
return result
def printWiki(cCodes, dst):
result = []
for cCode in cCodes:
for eCode in ecoInfo.getECodesFromCCode(cCode):
bCode = ecoInfo.getBCodeFromECode(eCode)
zCode = ecoInfo.getZCodeFromECode(eCode)
result.append((zCode, bCode, eCode, cCode))
def mySort(x, y):
cmp0 = ecoInfo.cmpZCodes(x[0], y[0])
if cmp0 != 0:
return cmp0
cmp1 = ecoInfo.cmpBCodes(x[1], y[1])
if cmp1 != 0:
return cmp1
cmp2 = ecoInfo.cmpECodes(x[2], y[2])
if cmp2 != 0:
return cmp2
return ecoInfo.cmpCCodes(x[3], y[3])
with open(dst, 'w') as f:
f.write('{| class="wikitable sortable"\n')
f.write('| \'\'\'[[Ecozone]]\'\'\'\n')
f.write('| \'\'\'[[Biome]]\'\'\'\n')
f.write('| \'\'\'[[Ecoregion]]\'\'\'\n')
f.write('| \'\'\'Country\'\'\'\n')
for entry in sorted(result, mySort):
f.write('|-\n')
f.write('| [[' + ecoInfo.getZone(entry[0]) + ']]\n')
f.write('| [[' + ecoInfo.getBiome(entry[1]) + ']]\n')
f.write('| [[' + getEcoregionWiki(entry[2]) + ']]\n')
f.write('| [[' + getCountryWiki(entry[3]) + ']]\n')
f.write('|}\n')
def printWiki(cCodes, dst):
result = []
for cCode in cCodes:
for eCode in ecoInfo.getECodesFromCCode(cCode):
bCode = ecoInfo.getBCodeFromECode(eCode)
zCode = ecoInfo.getZCodeFromECode(eCode)
result.append((zCode, bCode, eCode, cCode))
def mySort(x, y):
cmp0 = ecoInfo.cmpZCodes(x[0], y[0])
if cmp0 != 0:
return cmp0
cmp1 = ecoInfo.cmpBCodes(x[1], y[1])
if cmp1 != 0:
return cmp1
cmp2 = ecoInfo.cmpECodes(x[2], y[2])
if cmp2 != 0:
return cmp2
return ecoInfo.cmpCCodes(x[3], y[3])
with open(dst, 'w') as f:
f.write('{| class="wikitable sortable"\n')
f.write('| \'\'\'[[Ecozone]]\'\'\'\n')
f.write('| \'\'\'[[Biome]]\'\'\'\n')
f.write('| \'\'\'[[Ecoregion]]\'\'\'\n')
f.write('| \'\'\'Country\'\'\'\n')
for entry in sorted(result, mySort):
f.write('|-\n')
f.write('| [[' + ecoInfo.getZone(entry[0]) + ']]\n')
f.write('| [[' + ecoInfo.getBiome(entry[1]) + ']]\n')
f.write('| [[' + getEcoregionWiki(entry[2]) + ']]\n')
f.write('| [[' + getCountryWiki(entry[3]) + ']]\n')
f.write('|}\n')
