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Powerpc floating point instructions: >> http://hqm.cloudz.pw/download?file=powerpc+floating+point+instructions << (Download)
Powerpc floating point instructions: >> http://hqm.cloudz.pw/read?file=powerpc+floating+point+instructions << (Read Online)
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Floating-point instructions include floating-point arithmetic, floating-point compares, and conversions. The following pages provide general information about each type of instruction. More detailed information is found in the PowerPC manuals available from Motorola and other PowerPC chip vendors. (We have deliberately
Jan 7, 2009 Register. Description. r0 - r31. General Purpose Registers. f0 - f31. Floating-Point Registers. xer. Fixed-Point Exception Register. fpscr. Floating-Point Status and Control Register. cr. Condition Register. lr. Link Register. ctr. Count Register. v0–v31. Vector Registers (AltiVec specific)
Freescale™ and the Freescale logo are trademarks of Freescale Semiconductor, Inc. The PowerPC name is Memory Management Unit. Instruction Set. Instruction Set Listings. Multiple-Precision Shifts. Floating-Point Models. Synchronization Programming Examples Features Not Defined by the PowerPC Architecture .
The other, called the floating-point status and control register. In the PowerPC architecture, general register 0 (GPR,,) is a true register and not permanently hardwired to zero as with some other RISC architectures. However, loads, stores, and several of the add instructions read GPh as the constant zero regardless of its
Cache Model and Memory Coherency. Exceptions. Memory Management. Instruction Set. PowerPC Instruction Set Listings. POWER Architecture Cross Reference. Multiple-Precision Shifts. Floating-Point Models. Synchronization Programming Examples. Simplified Mnemonics. Glossary of Terms and Abbreviations. Index.
153. B.9 Miscellaneous Mnemonics . . . . 153. Appendix C. Programming. Examples . . . . . . . . . . . . . . . . . . 155. C.1 Multiple-Precision Shifts . . . . . 155. C.2 Floating-Point Conversions . . . . 158. C.2.1 Conversion from Floating-Point. Number to Floating-Point Integer . . 158 vi PowerPC User Instruction Set Architecture
The PowerPC. Compiler Writer's Guide. Edited by: Steve Hoxey. Faraydon Karim. Bill Hay. Hank Warren. Warthman. Associates for the sole purpose of enabling system and software implementers to use PowerPC microprocessors, and for no other purpose. IBM does not warrant that Floating-Point Move Instructions .
The floating-point processor provides instructions to perform arithmetic, comparison, and other operations. The POWER® family and PowerPC® floating-point processors have the same register set for nonprivileged instructions. The registers are: Thirty-two 64-bit floating-point registers; One 32-bit Floating-Point Status and
Floating-Point Data Formats. The PowerPC architecture supports only the single and double floating-point data formats. Floating-Point Registers. The PowerPC architecture contains thirty-two 64-bit floating-point registers labeled F0 through F31 (or FP0 through FP31). Floating-Point Special-Purpose Registers.
The floating-point processor provides high-performance execution of floating-point operations. Instructions are provided to perform arithmetic, comparison, and other operations in floating-point registers, and to move floating-point data between storage and the floating-point registers. PowerPC and POWER2 also support
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