freia_spoc.h File Reference

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Data Structures
struct	spoc_alu_op_t
	ALU operation full description. More...
struct	spoc_poc_t
struct	spoc_hw_t
	description of a SPoC hardware configuration should be precise enough to generate a full AIPO function. More...

Macros
#define	spoc_depth_prop   "HWAC_SPOC_DEPTH"
#define	FREIA_SPOC_INCLUDES
#define	FREIA_SPOC_DECL
#define	FREIA_SPOC_CALL_START
#define	FREIA_SPOC_CALL_REDUC
#define	FREIA_SPOC_CALL_END

Enumerations
enum	spoc_hw_parts_t {   spoc_nothing = 0x00000000 , spoc_input_0 = 0x00000001 , spoc_input_1 = 0x00000002 , spoc_output_0 = 0x00000004 ,   spoc_output_1 = 0x00000008 , spoc_poc_0 = 0x00000010 , spoc_poc_1 = 0x00000020 , spoc_alu = 0x00000040 ,   spoc_th_0 = 0x00000100 , spoc_th_1 = 0x00000200 , spoc_measure_0 = 0x00004000 , spoc_measure_1 = 0x00008000 ,   spoc_alu_in0 = 0x01000000 , spoc_alu_in1 = 0x02000000 , spoc_alu_out0 = 0x04000000 , spoc_alu_out1 = 0x08000000 ,   spoc_not_implemented = 0xffffffff }
	all SPoC hardware parts as a bitfield More...
enum	spoc_measure_t {   measure_none , measure_max , measure_max_coord , measure_min ,   measure_min_coord , measure_vol }
enum	spoc_alu_t {   alu_unused , alu_add , alu_add_0cst , alu_add_1cst ,   alu_addsat , alu_addsat_0cst , alu_addsat_1cst , alu_sub_01 ,   alu_sub_10 , alu_sub_0cst , alu_sub_1cst , alu_sub_cst0 ,   alu_sub_cst1 , alu_subsat_01 , alu_subsat_10 , alu_subsat_0cst ,   alu_subsat_1cst , alu_subsat_cst0 , alu_subsat_cst1 , alu_abssub ,   alu_abssub_0cst , alu_abssub_1cst , alu_mul , alu_mul_0cst ,   alu_mul_1cst , alu_div_01 , alu_div_10 , alu_div_0cst ,   alu_div_1cst , alu_div_cst0 , alu_div_cst1 , alu_log2_0 ,   alu_log2_1 , alu_inf_01 , alu_inf_0cst , alu_inf_1cst ,   alu_sup_01 , alu_sup_0cst , alu_sup_1cst , alu_and ,   alu_and_0cst , alu_and_1cst , alu_or , alu_or_0cst ,   alu_or_1cst , alu_xor , alu_xor_0cst , alu_xor_1cst ,   alu_not_0 , alu_not_1 , alu_copy_cst , alu_mask_0 ,   alu_mask_1 , alu_repcst_0 , alu_repcst_1 }
	all SPoC ALU operations More...
enum	spoc_poc_op_t { spoc_poc_unused , spoc_poc_erode , spoc_poc_dilate , spoc_poc_conv }
enum	spoc_hardware_type {   spoc_type_sni = -3 , spoc_type_oth = -2 , spoc_type_nop = -1 , spoc_type_inp = 0 ,   spoc_type_poc = 1 , spoc_type_alu = 2 , spoc_type_thr = 3 , spoc_type_mes = 4 ,   spoc_type_out = 5 }

Macro Definition Documentation

FREIA_SPOC_CALL_END

#define FREIA_SPOC_CALL_END

Value:

  "  ret = freia_cg_write_microcode(&mcode);\n"         \
  "  ret |= freia_cg_write_dynamic_param(&dynparam);\n" \
  "\n"

Definition at line 216 of file freia_spoc.h.

FREIA_SPOC_CALL_REDUC

#define FREIA_SPOC_CALL_REDUC

Value:

  "  redres.raw = (freia_ptr) &reduc;\n"      \
  "  redres.size = sizeof(spoc_reduction);\n" \
  "\n"

Definition at line 211 of file freia_spoc.h.

FREIA_SPOC_CALL_START

#define FREIA_SPOC_CALL_START

Value:

  "\n"                                       \
  "  mcode.raw = (freia_ptr) &si;\n"         \
  "  mcode.size = sizeof(spoc_instr);\n"     \
  "\n"                                       \
  "  dynparam.raw = (freia_ptr) &sp;\n"      \
  "  dynparam.size = sizeof(spoc_param);\n"  \
  "\n"

Definition at line 202 of file freia_spoc.h.

FREIA_SPOC_DECL

#define FREIA_SPOC_DECL

Value:

  "  spoc_instr si;\n"                  \
  "  spoc_param sp;\n"                  \
  "  freia_microcode mcode;\n"          \
  "  freia_dynamic_param dynparam;\n"   \
  "  freia_op_param param;\n"           \
  "  freia_status ret;\n"

Definition at line 194 of file freia_spoc.h.

FREIA_SPOC_INCLUDES

#define FREIA_SPOC_INCLUDES

Value:

  "#include <freiaCommon.h>\n"        \
  "#include <freiaMediumGrain.h>\n"   \
  "#include <freiaCoarseGrain.h>\n"   \
  "#include <spoc.h>\n"

Definition at line 188 of file freia_spoc.h.

spoc_depth_prop

#define spoc_depth_prop   "HWAC_SPOC_DEPTH"

Definition at line 185 of file freia_spoc.h.

Enumeration Type Documentation

spoc_alu_t

enum spoc_alu_t

all SPoC ALU operations

Enumerator
alu_unused
alu_add
alu_add_0cst
alu_add_1cst
alu_addsat
alu_addsat_0cst
alu_addsat_1cst
alu_sub_01
alu_sub_10
alu_sub_0cst
alu_sub_1cst
alu_sub_cst0
alu_sub_cst1
alu_subsat_01
alu_subsat_10
alu_subsat_0cst
alu_subsat_1cst
alu_subsat_cst0
alu_subsat_cst1
alu_abssub
alu_abssub_0cst
alu_abssub_1cst
alu_mul
alu_mul_0cst
alu_mul_1cst
alu_div_01
alu_div_10
alu_div_0cst
alu_div_1cst
alu_div_cst0
alu_div_cst1
alu_log2_0
alu_log2_1
alu_inf_01
alu_inf_0cst
alu_inf_1cst
alu_sup_01
alu_sup_0cst
alu_sup_1cst
alu_and
alu_and_0cst
alu_and_1cst
alu_or
alu_or_0cst
alu_or_1cst
alu_xor
alu_xor_0cst
alu_xor_1cst
alu_not_0
alu_not_1
alu_copy_cst
alu_mask_0
alu_mask_1
alu_repcst_0
alu_repcst_1

Definition at line 71 of file freia_spoc.h.

             {
  alu_unused,
  // arithmetic operations
  alu_add,
  alu_add_0cst,
  alu_add_1cst,
  alu_addsat,
  alu_addsat_0cst,
  alu_addsat_1cst,
  alu_sub_01,
  alu_sub_10,
  alu_sub_0cst,
  alu_sub_1cst,
  alu_sub_cst0,
  alu_sub_cst1,
  alu_subsat_01,
  alu_subsat_10,
  alu_subsat_0cst,
  alu_subsat_1cst,
  alu_subsat_cst0,
  alu_subsat_cst1,
  alu_abssub,
  alu_abssub_0cst,
  alu_abssub_1cst,
  alu_mul,
  alu_mul_0cst,
  alu_mul_1cst,
  alu_div_01,
  alu_div_10,
  alu_div_0cst,
  alu_div_1cst,
  alu_div_cst0,
  alu_div_cst1,
  alu_log2_0,
  alu_log2_1,
  // comparisons
  alu_inf_01,
  alu_inf_0cst,
  alu_inf_1cst,
  alu_sup_01,
  alu_sup_0cst,
  alu_sup_1cst,
  // logical operations
  alu_and,
  alu_and_0cst,
  alu_and_1cst,
  alu_or,
  alu_or_0cst,
  alu_or_1cst,
  alu_xor,
  alu_xor_0cst,
  alu_xor_1cst,
  alu_not_0,
  alu_not_1,
  // array generation
  alu_copy_cst,
  // mask & replace constant
  alu_mask_0,
  alu_mask_1,
  alu_repcst_0,
  alu_repcst_1
  // and so on
} spoc_alu_t;

spoc_hardware_type

enum spoc_hardware_type

Enumerator
spoc_type_sni
spoc_type_oth
spoc_type_nop
spoc_type_inp
spoc_type_poc
spoc_type_alu
spoc_type_thr
spoc_type_mes
spoc_type_out

Definition at line 170 of file freia_spoc.h.

             {
  // important, in hardware order
  spoc_type_sni = -3, // spoc not implemented
  spoc_type_oth = -2, // for anything else...
  spoc_type_nop = -1, // no-operation, used by copy?
  spoc_type_inp = 0, // used for input
  spoc_type_poc = 1,
  spoc_type_alu = 2,
  spoc_type_thr = 3,
  spoc_type_mes = 4,
  spoc_type_out = 5   // output...
} spoc_hardware_type;

spoc_hw_parts_t

enum spoc_hw_parts_t

all SPoC hardware parts as a bitfield

Enumerator
spoc_nothing
spoc_input_0
spoc_input_1
spoc_output_0
spoc_output_1
spoc_poc_0
spoc_poc_1
spoc_alu
spoc_th_0
spoc_th_1
spoc_measure_0
spoc_measure_1
spoc_alu_in0
spoc_alu_in1
spoc_alu_out0
spoc_alu_out1
spoc_not_implemented

Definition at line 33 of file freia_spoc.h.

             {
  spoc_nothing = 0x00000000,
  // Inputs
  spoc_input_0 = 0x00000001,
  spoc_input_1 = 0x00000002,
  // Outputs
  spoc_output_0 = 0x00000004,
  spoc_output_1 = 0x00000008,
  // Morpho
  spoc_poc_0 = 0x00000010,
  spoc_poc_1 = 0x00000020,
  // ALU
  spoc_alu = 0x00000040,
  // ThreasHold
  spoc_th_0 = 0x00000100,
  spoc_th_1 = 0x00000200,
  // Measures
  spoc_measure_0 = 0x00004000,
  spoc_measure_1 = 0x00008000,
  // Links...
  spoc_alu_in0 = 0x01000000, // redundant with spoc_alu_op_t.use_in0
  spoc_alu_in1 = 0x02000000, // redundant with spoc_alu_op_t.use_in1
  spoc_alu_out0 = 0x04000000,
  spoc_alu_out1 = 0x08000000,
  // others?
  spoc_not_implemented = 0xffffffff
} spoc_hw_parts_t;

spoc_measure_t

enum spoc_measure_t

Enumerator
measure_none
measure_max
measure_max_coord
measure_min
measure_min_coord
measure_vol

Definition at line 61 of file freia_spoc.h.

             {
  measure_none,
  measure_max,
  measure_max_coord,
  measure_min,
  measure_min_coord,
  measure_vol
} spoc_measure_t;

spoc_poc_op_t

enum spoc_poc_op_t

Enumerator
spoc_poc_unused
spoc_poc_erode
spoc_poc_dilate
spoc_poc_conv

Definition at line 145 of file freia_spoc.h.

             {
  spoc_poc_unused,
  spoc_poc_erode,
  spoc_poc_dilate,
  spoc_poc_conv
} spoc_poc_op_t;