úÎ!°!       Safe-Infered5A type constructor for building 2^n bit signed ints. : BigInt is normally just used as a wrapper around BigWord 9 since twos-complement arithmatic is the same, we simply B need to provide alternate show, read, and comparison operations. A 8192 bit int (signed) A 4096 bit int (signed) A 2048 bit int (signed) A 1024 bit int (signed) A 512 bit int (signed) A 256 bit int (signed) A 128 bit int (signed) +A type constuctor allowing construction of 2^n bit unsigned words E The type variable represents half the underlying representation, so  type Foo = BigWord Word13 would have a bit size of  26 (2*13). A 8192 bit unsigned word A 4096 bit unsigned word A 2048 bit unsigned word A 1024 bit unsigned word A 512 bit unsigned word A 256 bit unsigned word JGenericFixedPoitn is a type constructor for arbitrarily-sized fixed point * tyes. Take note the first type variable, flat, should be a signed int E equal to the size of the fixed point integral plus fractional bits.  The second type variable, internal, should be unsigned and twice  as large a bit size as the flat! type. The final type variable,   fracBitRepr6, should be a data structure of equal bit size to the J fractional bits in the fixed point type. See the existing type aliases,  such as FixedPoint4816, for examples. %The square root operation uses Newton',s method but is parameterized by the number V of iterations and stops early if we have arrived at a fixed point (no pun intended). J Suggested iterations: 500 (But it increases with the size of the input!) F  !"#$%&'()*+,-./0123456789:;<=>?@ABCDE!  !    A   !"#$%&'()*+,-./0123456789:;<=>?@ABCDEF       !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFFixedPoint-simple-0.1Data.FixedPointBigIntunBIInt8192Int4096Int2048Int1024Int512Int256Int128BigWordWord8192Word4096Word2048Word1024Word512Word256Word128W128FixedPoint4816FixedPoint3232FixedPoint6464FixedPoint128128FixedPoint256256FixedPoint512512FixedPoint10241024GenericFixedPoint FixedPointpi'sqrt'exp'erf'$fBoundedBigInt $fRealBigInt$fIntegralBigInt $fEnumBigInt $fBitsBigInt $fNumBigInt $fReadBigInt $fShowBigInt $fEqBigInt $fOrdBigInt $fReadBigWord $fShowBigWord$fIntegralBigWord $fRealBigWord $fOrdBigWord$fBoundedBigWord $fEnumBigWord $fBitsBigWord $fEqBigWord $fNumBigWord$fBoundedWord128 $fReadWord128 $fShowWord128$fIntegralWord128 $fRealWord128 $fOrdWord128 $fEnumWord128 $fBitsWord128 $fEqWord128 $fNumWord128$fBitsGenericFixedPoint$fReadGenericFixedPoint$fRealGenericFixedPoint$fFractionalGenericFixedPoint$fNumGenericFixedPoint$fEnumGenericFixedPoint$fShowGenericFixedPoint