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[/] [raytrac] - Rev 112

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92 Optimizations made on ema2 and ema3: First One, ema3 and ema2 both now has a 4 pipeline, this equalization has saved lots of registers. Second One: Shifters to denormalize mantissas before addition are implemented with multipliers and inverting the bits direction in the bit vectors, resulting in a saving of resources of 332->253 LEs in ema2 (23% saving) and 608->408 LEs in ema3svn status (32% saving) jguarin2002 4771d 04h /raytrac
91 Optimizations made on ema2 and ema3: First One, ema3 and ema2 both now has a 4 pipeline, this equalization has saved lots of registers. Second One: Shifters to denormalize mantissas before addition are implemented with multipliers and inverting the bits direction in the bit vectors, resulting in a saving of resources of 332->253 LEs in ema2 (23% saving) and 608->408 LEs in ema3svn status (32% saving) jguarin2002 4771d 04h /raytrac
90 Minor corrections to ema2 zero support jguarin2002 4771d 11h /raytrac
89 floating point mult ready jguarin2002 4771d 11h /raytrac
88 Exponent Managment Addition: supports now Zero jguarin2002 4771d 13h /raytrac
87 For the sake of easyness, mmp is called now mul2 jguarin2002 4773d 13h /raytrac
86 For the sake of easyness, mmp is called now mul2 jguarin2002 4773d 13h /raytrac
85 get doesnt fit anymore... jguarin2002 4774d 05h /raytrac
84 Floating Point Adders: (ema3,add3) is an a+b+c adder and (ema2,add2) is an a+b adder. Ema's are blocks to normalize the exponents and shift the mantissas as required, add's are blocks that make the mantissa addition and normalize the result again into a 32 bit IEEE float format jguarin2002 4774d 05h /raytrac
83 Only to have it as an example of what to do to sign a mantissa jguarin2002 4774d 05h /raytrac

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