AlgoDataTypes Package Body Reference

External data-types and functions. More...

Package >> AlgoDataTypes

Functions
AlgoInput	to_AlgoInput ( X: in Algo2DInput )
	Converts from 2d array to array of arrays.
Algo2DInput	to_Algo2DInput ( Y: in AlgoInput )
	Converts from array of arrays to 2d array.
std_logic_vector	to_LogicVector ( Y: in AlgoInput , Z: in std_logic_vector( 11 downto 0) )
	Converts AlgoInput format into a 128-bit std_logic vector with padding zeroes.
AlgoInput	to_AlgoInput ( X: in std_logic_vector )
	Converts a 128-bit std_logic vector with padding 0 into AlgoInput format.
std_logic_vector	to_BCN ( X: in std_logic_vector )
std_logic_vector	to_LogicVector ( Y: in AlgoOutput )
	Converts from AlgoOutput (array of AlgoTowers) to std_logic_vector.
AlgoOutput	to_AlgoOutput ( X: in std_logic_vector )
	Converts from std_logic_vector to AlgoOutput (array of TOBs)
AlgoXOutput	to_AlgoXOutput ( X: in std_logic_vector )
	Converts from std_logic_vector to XAlgoOutput (array of XTOBs)
std_logic_vector	to_LogicVector ( Y: in AlgoTriggerObject )
	Converts from AlgoTriggerObject (external TOB format) to std_logic_vector.
std_logic_vector	to_LogicVector2 ( Y: in AlgoXTriggerObject )
	Converts from AlgoXTriggerObject (external TOB format) to std_logic_vector.
AlgoTriggerObject	to_AlgoTriggerObject ( X: in std_logic_vector )
	Converts from std_logic_vector to AlgoTriggerObject (external TOB format)
AlgoTriggerObjects	to_AlgoTriggerObjects ( X: in AlgoOutput )

Detailed Description

External data-types and functions.

This file/package contains all types, constants, and functions used to interface from/to the Algorithm and Sorting module.

Internal data types and functions are defined in DataTypes.vhd

Definition at line 156 of file AlgoDataTypes.vhd.

Member Function Documentation

to_AlgoInput()

AlgoInput to_AlgoInput (   X in std_logic_vector   )

Function

Converts a 128-bit std_logic vector with padding 0 into AlgoInput format.

This function is used to read data out of the ipbus_inputRAM. This functions ignores padding zeroes added by to_LogicVector() function.

Definition at line 227 of file AlgoDataTypes.vhd.

to_LogicVector()

std_logic_vector to_LogicVector (   Y in AlgoInput ,   Z in std_logic_vector( 11 downto 0 )   )

Function

Converts AlgoInput format into a 128-bit std_logic vector with padding zeroes.

This function is used to write data into the ipbus_inputRAM. The AlgoInput data structure contains 60 Trigger Towers (TT) organised in column 0-5 (Eta) and rows (Phi) 0-9. They are sorted according to the following table:

	Eta0	Eta1	Eta2	Eta3	Eta4	Eta5
Phi9	09	19	29	39	49	59
Phi8	08	18	28	38	48	58
Phi7	07	17	27	37	47	57
Phi6	06	16	26	36	46	56
Phi5	05	15	25	35	45	55
Phi4	04	14	24	34	44	54
Phi3	03	13	23	33	43	53
Phi2	02	12	22	32	42	52
Phi1	01	11	21	31	41	51
Phi0	00	10	20	30	40	50

Every TT data structure is converted into a 128-bit std_logic vector with padding zeroes as follows:

0-9	10-19	20-29	30-31		32-41	42-51	52-61	62-63		64-73	74-83	84-93	94-95		96-105	106-115	116-125	126-127
L0	L1.0	L1.1	"00"		L1.2	L1.3	L2.0	"01"		L2.1	L2.2	L2.3	"10"		L3	HAD	BCID(9:0)	"11"

Definition at line 208 of file AlgoDataTypes.vhd.

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The documentation for this class was generated from the following file:

• Algorithm/hdl/AlgoDataTypes.vhd