Lines Matching +full:implicit +full:- +full:fall +full:- +full:through

17 and commutativity. The info structure for each opcode may be accessed through
21 a certain bit-pattern input to another bit-pattern output.  The only concrete
23 of vector components and a bit-size.  How that data is interpreted is entirely
25 and friends because they are implicit.
29 floating-point, boolean, integer, or unsigned integer.  The ALU type mainly
30 helps back-ends which want to handle all conversion instructions, for instance,
31 in a single switch case.  They're also important when a back-end requests the
36 ``~0`` (a.k.a ``-1``) for true even if it is not a 1-bit value.  If an
39 Most of the common ALU ops in NIR operate per-component, meaning that the
42 like add, multiply, etc. fall into this category.  Per-component operations
43 naturally scale to as many components as necessary.  Non-per-component ALU ops
44 are things like :nir:alu-op:`vec4` or :nir:alu-op:`pack_64_2x32` where any
70 -------------------------
72 .. nir:alu-opcodes::