Package: sim_types

• File: sim_types.vhdl

Description

Constants

Name	Type	Value	Description
C_SIM_VERBOSE	boolean	FALSE	POC_VERBOSE
C_SIM_DEFAULT_TEST_ID	T_SIM_TEST_ID	-1
C_SIM_DEFAULT_TEST_NAME	string	"Default test"

Types

Name	Type	Description
T_SIM_BOOLVEC	array(integer range <>) of boolean	=========================================================================== Simulation Task and Status Management ===========================================================================
T_SIM_PROCESS_ID_VECTOR	array(natural range <>) of T_SIM_PROCESS_ID
T_SIM_TEST_STATUS	( SIM_TEST_STATUS_CREATED, SIM_TEST_STATUS_ACTIVE, SIM_TEST_STATUS_ENDED, SIM_TEST_STATUS_ZOMBI )
T_SIM_PROCESS_STATUS	( SIM_PROCESS_STATUS_ACTIVE, SIM_PROCESS_STATUS_ENDED )
T_SIM_TEST
T_SIM_TEST_VECTOR	array(integer range <>) of T_SIM_TEST
T_SIM_PROCESS
T_SIM_PROCESS_VECTOR	array(natural range <>) of T_SIM_PROCESS
T_SIM_RAND_SEED		=========================================================================== Random Numbers ===========================================================================
T_PERCENT		=========================================================================== Clock Generation =========================================================================== type T_PERCENT is INTEGER'range units
T_DEGREE

Functions

• randInitializeSeed (Seed : inout T_SIM_RAND_SEED) return ()

• randInitializeSeed (Seed : inout T_SIM_RAND_SEED;
  SeedValue : in T_SIM_RAND_SEED) return ()

• randInitializeSeed (Seed : inout T_SIM_RAND_SEED;
  SeedVector : in T_INTVEC) return ()

• randInitializeSeed (Seed : inout T_SIM_RAND_SEED;
  SeedVector : in string) return ()

• randInitializeSeed () return T_SIM_RAND_SEED

• randInitializeSeed (SeedValue : T_SIM_RAND_SEED) return T_SIM_RAND_SEED

• randInitializeSeed (SeedVector : T_INTVEC) return T_SIM_RAND_SEED

• randInitializeSeed (SeedVector : string) return T_SIM_RAND_SEED

• randUniformDistributedValue (Seed : inout T_SIM_RAND_SEED;
  Value : out REAL) return ()

• randUniformDistributedValue (Seed : inout T_SIM_RAND_SEED;
  Value : out integer;
  Minimum : integer;
  Maximum : integer) return ()

• randUniformDistributedValue (Seed : inout T_SIM_RAND_SEED;
  Value : out REAL;
  Minimum : REAL;
  Maximum : REAL) return ()

• randNormalDistributedValue (Seed : inout T_SIM_RAND_SEED;
  Value : out REAL;
  StandardDeviation : REAL := 1.0;
  Mean : REAL := 0.0) return ()

• randNormalDistributedValue (Seed : inout T_SIM_RAND_SEED;
  Value : out integer;
  StandardDeviation : in REAL;
  Mean : in REAL;
  Minimum : in integer;
  Maximum : in integer) return ()

• randNormalDistributedValue (Seed : inout T_SIM_RAND_SEED;
  Value : out REAL;
  StandardDeviation : in REAL;
  Mean : in REAL;
  Minimum : in REAL;
  Maximum : in REAL) return ()

• randPoissonDistributedValue (Seed : inout T_SIM_RAND_SEED;
  Value : out REAL;
  Mean : in REAL) return ()

• randPoissonDistributedValue (Seed : inout T_SIM_RAND_SEED;
  Value : out integer;
  Mean : in REAL;
  Minimum : in integer;
  Maximum : in integer) return ()

• randPoissonDistributedValue (Seed : inout T_SIM_RAND_SEED;
  Value : out REAL;
  Mean : in REAL;
  Minimum : in REAL;
  Maximum : in REAL) return ()

• ite (cond : boolean;
  value1 : T_DEGREE;
  value2 : T_DEGREE) return T_DEGREE