CoderGenerator class
#include <CoderGenerator.hpp>
Contents
Base classes
- class SimpleGenerator
Constructors, destructors, conversion operators
- CoderGenerator()
- CoderGenerator(uint_fast32_t i_seed)
- CoderGenerator(const GenerationParameters& i_param)
Public functions
- auto generatorEncoder(uint32_t i_bits) -> GraphPtr
- generatorEncoder represents the generation of a combinational scheme of a standard binary encoder.
- auto generatorDecoder(uint32_t i_bits) -> GraphPtr
- generatorDecoder represents the generation of a combinational decoder circuit.
- auto generatorEncoder(const GenerationParameters& i_param) -> GraphPtr
- auto generatorDecoder(const GenerationParameters& i_param) -> GraphPtr
- auto generatorEncoder() -> GraphPtr
- auto generatorDecoder() -> GraphPtr
Function documentation
GraphPtr CG_Gen::
generatorEncoder represents the generation of a combinational scheme of a standard binary encoder.
| Parameters | |
|---|---|
| i_bits | The number of bits, or in other words, input vertices (variables) in the graph. |
| Returns | the created OrientedGraph |
The number of incoming bits (n) must be equal to two in degree (m), whose value is the number of outputs in the graph. If the number n is not equal to two in any degree, then the power of two is selected, at which the value will be the nearest and greater than the value of n itself. If one bit is applied to the input, the generation is canceled.
GraphPtr CG_Gen::
generatorDecoder represents the generation of a combinational decoder circuit.
| Parameters | |
|---|---|
| i_bits | The number of bits, or in other words, input vertices (variables) in the graph. |
| Returns | the created OrientedGraph |
The logic of generation is close to the logic of generating an encoder, except for logical operations and the fact that the number of input vertices is a power of two of the number of output vertices. The number of input vertices can range from 1 to the desired number by the user.