#include <CGRA/Exception.h>
#include <CGRA/user-inc/UserArchs.h>
#include <CGRA/user-inc/UserModules.h>
#include <climits>

Macros
#define	has_input_from_N(conn) (conn & 0b00000001)

#define	has_input_from_E(conn) (conn & 0b00000010)

#define	has_input_from_S(conn) (conn & 0b00000100)

#define	has_input_from_W(conn) (conn & 0b00001000)

#define	has_input_from_NW(conn) (conn & 0b00010000)

#define	has_input_from_NE(conn) (conn & 0b00100000)

#define	has_input_from_SE(conn) (conn & 0b01000000)

#define	has_input_from_SW(conn) (conn & 0b10000000)

#define	get_ones_in_8b(v) (ones_in_4b[v & 0x0f] + ones_in_4b[v >> 4])

#define	is_corner_pe(r, c, rows, cols)

#define	is_side_pe(r, c, rows, cols)

#define	is_top_leftmost_pe(r, c, rows, cols) (r == 0 && c == 0)

#define	is_top_rightmost_pe(r, c, rows, cols) (r == 0 && c == cols-1)

#define	is_bot_leftmost_pe(r, c, rows, cols) (r == rows-1 && c == 0)

#define	is_bot_rightmost_pe(r, c, rows, cols) (r == rows-1 && c == cols-1)

#define	is_top_pe(r, c, rows, cols) (r == 0)

#define	is_bot_pe(r, c, rows, cols) (r == rows-1)

#define	is_leftmost_pe(r, c, rows, cols) (c == 0)

#define	is_rightmost_pe(r, c, rows, cols) (c == cols-1)

#define	mask_top_leftmost_pe(conn) (conn & 0b01000110)

#define	mask_top_rightmost_pe(conn) (conn & 0b10001100)

#define	mask_bot_leftmost_pe(conn) (conn & 0b00100011)

#define	mask_bot_rightmost_pe(conn) (conn & 0b00011001)

#define	mask_top_pe(conn) (conn & 0b11001110)

#define	mask_bot_pe(conn) (conn & 0b00111011)

#define	mask_leftmost_pe(conn) (conn & 0b01100111)

#define	mask_rightmost_pe(conn) (conn & 0b10011101)

Functions
unsigned char	get_inter_pe_input_counts (unsigned char conn, int r, int c, int rows, int cols, bool toroid)

Variables
const unsigned char	ones_in_4b [] = {0,1,1,2,1,2,2,3,1,2,2,3,2,3,3,4}

Macro Definition Documentation

◆ get_ones_in_8b

#define get_ones_in_8b ( v ) (ones_in_4b[v & 0x0f] + ones_in_4b[v >> 4])

Definition at line 35 of file AdresArch.cpp.

◆ has_input_from_E

#define has_input_from_E ( conn ) (conn & 0b00000010)

Definition at line 25 of file AdresArch.cpp.

◆ has_input_from_N

#define has_input_from_N ( conn ) (conn & 0b00000001)

This is adres arch for mapping. All of the archs wont produce accurate RTL. Currently there are no configuration cells in this designs.

Definition at line 24 of file AdresArch.cpp.

◆ has_input_from_NE

#define has_input_from_NE ( conn ) (conn & 0b00100000)

Definition at line 29 of file AdresArch.cpp.

◆ has_input_from_NW

#define has_input_from_NW ( conn ) (conn & 0b00010000)

Definition at line 28 of file AdresArch.cpp.

◆ has_input_from_S

#define has_input_from_S ( conn ) (conn & 0b00000100)

Definition at line 26 of file AdresArch.cpp.

◆ has_input_from_SE

#define has_input_from_SE ( conn ) (conn & 0b01000000)

Definition at line 30 of file AdresArch.cpp.

◆ has_input_from_SW

#define has_input_from_SW ( conn ) (conn & 0b10000000)

Definition at line 31 of file AdresArch.cpp.

◆ has_input_from_W

#define has_input_from_W ( conn ) (conn & 0b00001000)

Definition at line 27 of file AdresArch.cpp.

◆ is_bot_leftmost_pe

#define is_bot_leftmost_pe	(	r,
		c,
		rows,
		cols
	)	(r == rows-1 && c == 0)

Definition at line 52 of file AdresArch.cpp.

◆ is_bot_pe

#define is_bot_pe	(	r,
		c,
		rows,
		cols
	)	(r == rows-1)

Definition at line 55 of file AdresArch.cpp.

◆ is_bot_rightmost_pe

#define is_bot_rightmost_pe	(	r,
		c,
		rows,
		cols
	)	(r == rows-1 && c == cols-1)

Definition at line 53 of file AdresArch.cpp.

◆ is_corner_pe

#define is_corner_pe	(	r,
		c,
		rows,
		cols
	)

Value:

  (\
  (r == 0 && c == 0) ||\
  (r == 0 && c == cols-1) ||\
  (r == rows-1 && c == 0) ||\
  (r == rows-1 && c == cols-1)\
)

Definition at line 38 of file AdresArch.cpp.

◆ is_leftmost_pe

#define is_leftmost_pe	(	r,
		c,
		rows,
		cols
	)	(c == 0)

Definition at line 56 of file AdresArch.cpp.

◆ is_rightmost_pe

#define is_rightmost_pe	(	r,
		c,
		rows,
		cols
	)	(c == cols-1)

Definition at line 57 of file AdresArch.cpp.

◆ is_side_pe

#define is_side_pe	(	r,
		c,
		rows,
		cols
	)

Value:

  (\
  (r == 0) ||\
  (c == 0) ||\
  (r == rows-1) ||\
  (c == cols-1)\
)

Definition at line 44 of file AdresArch.cpp.

◆ is_top_leftmost_pe

#define is_top_leftmost_pe	(	r,
		c,
		rows,
		cols
	)	(r == 0 && c == 0)

Definition at line 50 of file AdresArch.cpp.

◆ is_top_pe

#define is_top_pe	(	r,
		c,
		rows,
		cols
	)	(r == 0)

Definition at line 54 of file AdresArch.cpp.

◆ is_top_rightmost_pe

#define is_top_rightmost_pe	(	r,
		c,
		rows,
		cols
	)	(r == 0 && c == cols-1)

Definition at line 51 of file AdresArch.cpp.

◆ mask_bot_leftmost_pe

#define mask_bot_leftmost_pe ( conn ) (conn & 0b00100011)

Definition at line 62 of file AdresArch.cpp.

◆ mask_bot_pe

#define mask_bot_pe ( conn ) (conn & 0b00111011)

Definition at line 65 of file AdresArch.cpp.

◆ mask_bot_rightmost_pe

#define mask_bot_rightmost_pe ( conn ) (conn & 0b00011001)

Definition at line 63 of file AdresArch.cpp.

◆ mask_leftmost_pe

#define mask_leftmost_pe ( conn ) (conn & 0b01100111)

Definition at line 66 of file AdresArch.cpp.

◆ mask_rightmost_pe

#define mask_rightmost_pe ( conn ) (conn & 0b10011101)

Definition at line 67 of file AdresArch.cpp.

◆ mask_top_leftmost_pe

#define mask_top_leftmost_pe ( conn ) (conn & 0b01000110)

Definition at line 60 of file AdresArch.cpp.

◆ mask_top_pe

#define mask_top_pe ( conn ) (conn & 0b11001110)

Definition at line 64 of file AdresArch.cpp.

◆ mask_top_rightmost_pe

#define mask_top_rightmost_pe ( conn ) (conn & 0b10001100)

Definition at line 61 of file AdresArch.cpp.

Function Documentation

◆ get_inter_pe_input_counts()

unsigned char get_inter_pe_input_counts	(	unsigned char	conn,
		int	r,
		int	c,
		int	rows,
		int	cols,
		bool	toroid
	)

Definition at line 72 of file AdresArch.cpp.

Variable Documentation

◆ ones_in_4b

const unsigned char ones_in_4b[] = {0,1,1,2,1,2,2,3,1,2,2,3,2,3,3,4}

Definition at line 34 of file AdresArch.cpp.

Macros

Functions

Variables