pseudocode

/* pseudocode of the asm 5x5words */
inline Vu32 hashfunc(Vu32 code)
{
	static Vu16 lookup1 = {....}; // lookups are 1 of 32 but only need 16 bits
	static Vu16 lookup2 = {....};
	static Vu16 lookup3 = {....};
	static Vu16 lookup4 = {....};
	static Vu16 lookup5 = {....};
	Vu32 temp;
	Vu32 result = lookup1.lookupAsVu32(temp = code.lzcnt()); code &= 0x7fffffff >> temp;
	result += lookup2.lookupAsVu32(temp = code.lzcnt()); code &= 0x7fffffff >> temp;
	result += lookup3.lookupAsVu32(temp = code.lzcnt()); code &= 0x7fffffff >> temp;
	result += lookup4.lookupAsVu32(temp = code.lzcnt()); code &= 0x7fffffff >> temp;
	result += lookup5.lookupAsVu32(temp = code.lzcnt()); code &= 0x7fffffff >> temp;
	return result;
}

auto file = mmapfile(filename).asVuChar();
auto words = file.mapVbool(auto c: => ((c & ~32) - 'A') >= 26).mapBitPatern(0b1000001).sparsify().indexBitsInt().gather(int i: => *(qword *)(file.data + i))
auto codes = words.linkedParallelMap(auto w: => (int)((1 << (w & 0xff)) | (1 << ((w >> 8) & 0xff)) | (1 << ((w >> 8) & 0xff)) | (1 << ((w >> 8) & 0xff)) | (1 << ((w >> 8) & 0xff)))).filter(auto c: => popcnt(c) == 5)
vHashmap hashmap;
codes = codes.bulkHashFilterDuplicates(auto w,c: => hashfunc(c), &hashmap).linkedSets[1];

Vu16 rank = (codes = codes.bmtdw()).accumulate(auto a, c: => a + c.popcnt()).Vrank()
Vu16 rlup = rank.revLookup();
codes = codes.map(auto c => c.lookup(rlup).bmtwd);

codes.OrderBy4(auto c: => (Vu32){3,2,0,1}.lookup((c >> 6) & 3));
codes.OrderBy32(auto c: => c.lzcnt());	// orderBy keeps references to the sections, and if there's already sections it keeps references to the subsections

auto partialresult = codes.toGroupedCombinationSearch(auto a: => (Vu32,Vu32)((~c).lzcnt(), (c>>6) & 3, c)).addAltSearchKeyFunction(auto c: => c | 0x80000000 >> c.lzcnt()); 
auto selection = partialresult.resultselectiontype();
partialresult.increment(auto a,c: => !(a&c), auto a,c: =>(a|c));
partialresult.increment(auto a,c: => !(a&c), auto a,c: =>(a|c));
partialresult.increment(auto a,c: => !(a&c), auto a,c: =>(a|c));
partialresult.increment(auto a,c: => !(a&c), auto a,c: =>(a|c));
partialresult.resetRead().addMap(auto c: => c | 0x20 | (0x80000000 >> c.lzcnt())).selectTo(selection, auto a: => a.lzcnt() > 25).increment(auto a,c: => !(a&c), auto a,c: =>(a|c));
partialresult.selectTo(selection, auto a: => a.lzcnt() > 25).increment(auto a,c: => !(a&c), auto a,c: =>(a|c));
partialresult.selectTo(selection, auto a: => a.lzcnt() > 25).increment(auto a,c: => !(a&c), auto a,c: =>(a|c));
partialresult.selectTo(selection, auto a: => a.lzcnt() > 25).increment(auto a,c: => !(a&c), auto a,c: =>(a|c));

auto item = selection.iterate()
while(item.next()) {
	printf("{%s}{%s}{%s}{%s}{%s}\n", hashmap.findall(reorderBits(item.iterateHistory(), rank))
									, hashmap.findall(reorderBits(item.iterateHistory(), rank))
									, hashmap.findall(reorderBits(item.iterateHistory(), rank))
									, hashmap.findall(reorderBits(item.iterateHistory(), rank))
									, hashmap.findall(reorderBits(item.iterateHistory(), rank)));
			}