#include <postgres.h>
#include "general/meos_catalog.h"
#include "general/span.h"
#include "general/set.h"
#include "general/tbox.h"
#include "point/stbox.h"

Include dependency graph for temporal.h:

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Data Structures
union	bboxunion
	Structure to represent all types of bounding boxes. More...

struct	double2
	Structure to represent values of the internal type for computing aggregates for temporal number types. More...

struct	double3
	Structure to represent values of the internal type for computing aggregates for 2D temporal point types. More...

struct	double4
	Structure to represent values of the internal type for computing aggregates for 3D temporal point types. More...

Macros
#define	ALWAYS false

#define	ANYTEMPSUBTYPE 0
	Enumeration for the concrete subtype of temporal types. More...

#define	BBOX_TEST true
	Symbolic constants for the synchronization and the aggregation functions. More...

#define	BBOX_TEST_NO false

#define	C_COLLATION_OID 950

#define	CONTINUOUS false

#define	CROSSINGS true
	Symbolic constants for the synchronization and the aggregation functions. More...

#define	CROSSINGS_NO false

#define	DATUM_FREE(value, basetype)

#define	DATUM_FREE_IF_COPY(value, basetype, n)

#define	DatumGetDouble2P(X) ((double2 *) DatumGetPointer(X))

#define	DatumGetDouble3P(X) ((double3 *) DatumGetPointer(X))

#define	DatumGetDouble4P(X) ((double4 *) DatumGetPointer(X))

#define	DatumGetGserializedP(X) ((GSERIALIZED *) DatumGetPointer(X))
	Macro for accessing the GSERIALIZED value of a temporal point. More...

#define	DatumGetTemporalP(X) ((Temporal *) DatumGetPointer(X))

#define	DatumGetTextP(X) ((text *) DatumGetPointer(X))

#define	DEFAULT_BIGINTSPAN_ORIGIN (0)

#define	DEFAULT_COLLATION_OID 100

#define	DEFAULT_FLOATSPAN_ORIGIN (0.0)

#define	DEFAULT_INTSPAN_ORIGIN (0)

#define	DEFAULT_TIME_ORIGIN (JAN_3_2000)

#define	DISCONTINUOUS true
	Symbolic constants for lifting. More...

#define	DIST_EPSILON 1.0e-06
	Precision for distance operations. More...

#define	Double2PGetDatum(X) PointerGetDatum(X)

#define	Double3PGetDatum(X) PointerGetDatum(X)

#define	Double4PGetDatum(X) PointerGetDatum(X)

#define	EVER true
	Symbolic constants for the ever/always functions. More...

#define	GET_MAX false

#define	GET_MIN true
	Symbolic constants for the restriction and the aggregation functions. More...

#define	INVERT true
	Symbolic constants for lifting. More...

#define	INVERT_NO false

#define	JAN_3_2000 (2 * USECS_PER_DAY)

#define	MERGE true
	Symbolic constants for the make functions. More...

#define	MERGE_NO false

#define	MOBDB_EPSILON 1.0e-06
	Floating point precision. More...

#define	MOBDB_FLAG_BYVAL 0x0001

#define	MOBDB_FLAG_CONTINUOUS 0x0002

#define	MOBDB_FLAG_GEODETIC 0x0080

#define	MOBDB_FLAG_ORDERED 0x0002

#define	MOBDB_FLAG_T 0x0040

#define	MOBDB_FLAG_X 0x0010

#define	MOBDB_FLAG_Z 0x0020

#define	MOBDB_FLAGS_GET_BYVAL(flags) ((bool) (((flags) & MOBDB_FLAG_BYVAL)))

#define	MOBDB_FLAGS_GET_CONTINUOUS(flags) ((bool) (((flags) & MOBDB_FLAG_CONTINUOUS)>>1))

#define	MOBDB_FLAGS_GET_DISCRETE(flags) ((bool) (MOBDB_FLAGS_GET_INTERP((flags)) == DISCRETE))

#define	MOBDB_FLAGS_GET_GEODETIC(flags) ((bool) (((flags) & MOBDB_FLAG_GEODETIC)>>7))

#define	MOBDB_FLAGS_GET_INTERP(flags) (((flags) & MOBDB_FLAGS_INTERP) >> 2)

#define	MOBDB_FLAGS_GET_LINEAR(flags) ((bool) (MOBDB_FLAGS_GET_INTERP((flags)) == LINEAR))

#define	MOBDB_FLAGS_GET_ORDERED(flags) ((bool) (((flags) & MOBDB_FLAG_ORDERED)>>1))

#define	MOBDB_FLAGS_GET_STEP(flags) ((bool) (MOBDB_FLAGS_GET_INTERP((flags)) == STEP))

#define	MOBDB_FLAGS_GET_T(flags) ((bool) (((flags) & MOBDB_FLAG_T)>>6))

#define	MOBDB_FLAGS_GET_X(flags) ((bool) (((flags) & MOBDB_FLAG_X)>>4))

#define	MOBDB_FLAGS_GET_Z(flags) ((bool) (((flags) & MOBDB_FLAG_Z)>>5))

#define	MOBDB_FLAGS_INTERP 0x000C

#define	MOBDB_FLAGS_SET_BYVAL(flags, value) ((flags) = (value) ? ((flags) \| MOBDB_FLAG_BYVAL) : ((flags) & ~MOBDB_FLAG_BYVAL))

#define	MOBDB_FLAGS_SET_CONTINUOUS(flags, value) ((flags) = (value) ? ((flags) \| MOBDB_FLAG_CONTINUOUS) : ((flags) & ~MOBDB_FLAG_CONTINUOUS))

#define	MOBDB_FLAGS_SET_GEODETIC(flags, value) ((flags) = (value) ? ((flags) \| MOBDB_FLAG_GEODETIC) : ((flags) & ~MOBDB_FLAG_GEODETIC))

#define	MOBDB_FLAGS_SET_INTERP(flags, value) ((flags) = (((flags) & ~MOBDB_FLAGS_INTERP) \| ((value & 0x0003) << 2)))

#define	MOBDB_FLAGS_SET_ORDERED(flags, value) ((flags) = (value) ? ((flags) \| MOBDB_FLAG_ORDERED) : ((flags) & ~MOBDB_FLAG_ORDERED))

#define	MOBDB_FLAGS_SET_T(flags, value) ((flags) = (value) ? ((flags) \| MOBDB_FLAG_T) : ((flags) & ~MOBDB_FLAG_T))

#define	MOBDB_FLAGS_SET_X(flags, value) ((flags) = (value) ? ((flags) \| MOBDB_FLAG_X) : ((flags) & ~MOBDB_FLAG_X))

#define	MOBDB_FLAGS_SET_Z(flags, value) ((flags) = (value) ? ((flags) \| MOBDB_FLAG_Z) : ((flags) & ~MOBDB_FLAG_Z))

#define	MOBDB_FP_EQ(A, B) (fabs((A)-(B)) <= MOBDB_EPSILON)

#define	MOBDB_FP_GE(A, B) (((A) + MOBDB_EPSILON) >= (B))

#define	MOBDB_FP_GT(A, B) (((A) - MOBDB_EPSILON) > (B))

#define	MOBDB_FP_LE(A, B) (((A) - MOBDB_EPSILON) <= (B))

#define	MOBDB_FP_LT(A, B) (((A) + MOBDB_EPSILON) < (B))

#define	MOBDB_FP_NE(A, B) (fabs((A)-(B)) > MOBDB_EPSILON)

#define	MOBDB_WKB_BYTE_SIZE 1

#define	MOBDB_WKB_DOUBLE_SIZE 8

#define	MOBDB_WKB_GEODETICFLAG 0x20

#define	MOBDB_WKB_GET_INTERP(flags) (((flags) & MOBDB_WKB_INTERPFLAGS) >> 2)

#define	MOBDB_WKB_INT2_SIZE 2

#define	MOBDB_WKB_INT4_SIZE 4

#define	MOBDB_WKB_INT8_SIZE 8

#define	MOBDB_WKB_INTERPFLAGS 0x0C

#define	MOBDB_WKB_LOWER_INC 0x01

#define	MOBDB_WKB_ORDERED 0x01

#define	MOBDB_WKB_SET_INTERP(flags, value) ((flags) = (((flags) & ~MOBDB_WKB_INTERPFLAGS) \| ((value & 0x0003) << 2)))

#define	MOBDB_WKB_SRIDFLAG 0x40

#define	MOBDB_WKB_TFLAG 0x02

#define	MOBDB_WKB_TIMESTAMP_SIZE 8

#define	MOBDB_WKB_UPPER_INC 0x02

#define	MOBDB_WKB_XFLAG 0x01

#define	MOBDB_WKB_ZFLAG 0x10

#define	NDR 1 /* little endian */

#define	NO_Z false

#define	NORMALIZE true

#define	NORMALIZE_NO false

#define	ORDERED true
	Symbolic constants for sets. More...

#define	ORDERED_NO false

#define	PG_DATUM_NEEDS_DETOAST(datum)

#define	PG_FREE_IF_COPY_P(ptrsrc, ptrori)
	This macro is based on PG_FREE_IF_COPY, except that it accepts two pointers. More...

#define	PG_GETARG_TEMPORAL_P(X) ((Temporal *) PG_GETARG_VARLENA_P(X))

#define	PG_GETARG_TINSTANT_P(X) ((TInstant *) PG_GETARG_VARLENA_P(X))

#define	PG_GETARG_TSEQUENCE_P(X) ((TSequence *) PG_GETARG_VARLENA_P(X))

#define	PG_GETARG_TSEQUENCESET_P(X) ((TSequenceSet *) PG_GETARG_VARLENA_P(X))

#define	POSIX_COLLATION_OID 951

#define	QUOTES true
	Symbolic constants for the output of string elements. More...

#define	QUOTES_NO false

#define	REST_AT true
	Symbolic constants for the restriction functions. More...

#define	REST_MINUS false

#define	SORT true
	Symbolic constants for the normalizing spans. More...

#define	SORT_NO false

#define	SPACES true
	Symbolic constants for the output of string elements. More...

#define	SPACES_NO false

#define	SPAN_ROUNDOFF false

#define	TIME_SEL false

#define	TINSTANT 1

#define	TSEQUENCE 2

#define	TSEQUENCESET 3

#define	UPPER_EXC false

#define	UPPER_INC true
	Symbolic constants for the restriction functions with boxes. More...

#define	VALUE_SEL true
	Symbolic constants for the span selectivity functions. More...

#define	WITH_Z true
	Symbolic constants for spatial relationships. More...

#define	XDR 0 /* big endian */

Typedefs
typedef union bboxunion	bboxunion
	Structure to represent all types of bounding boxes. More...

typedef Datum(*	datum_func2) (Datum, Datum)

typedef Datum(*	datum_func3) (Datum, Datum, Datum)

typedef char (	outfunc) (Datum value, meosType type, int maxdd)

typedef int(*	qsort_comparator) (const void a, const void b)

typedef Datum(*	varfunc) (Datum,...)

Enumerations
enum	MOBDB_WKB_TSUBTYPE { MOBDB_WKB_TINSTANT = 1 , MOBDB_WKB_TSEQUENCE = 2 , MOBDB_WKB_TSEQUENCESET = 3 }

enum	SetOper { UNION , INTER , MINUS }
	Enumeration for the set operations of span and temporal types. More...

enum	SyncMode { SYNCHRONIZE_NOCROSS , SYNCHRONIZE_CROSS }
	Enumeration for the intersection/synchronization functions. More...

enum	TemporalFamily { TEMPORALTYPE , TNUMBERTYPE , TPOINTTYPE , TNPOINTTYPE }
	Enumeration for the families of temporal types. More...

Functions
text *	cstring_to_text (const char *s)
	Basic functions for temporal types of any subtype. More...

void	ensure_common_dimension (int16 flags1, int16 flags2)
	Ensure that two temporal values have at least one common dimension based on their flags. More...

void	ensure_continuous (const Temporal *temp)
	Ensure that the subtype of temporal type is a sequence (set) More...

void	ensure_continuous_interpolation (int16 flags)
	Ensure that a temporal value has continuous interpolation. More...

void	ensure_discrete_interpolation (int16 flags)
	Ensure that a temporal value has discrete interpolation. More...

void	ensure_increasing_timestamps (const TInstant inst1, const TInstant inst2, bool strict)
	Ensure that the timestamp of the first temporal instant is smaller (or equal if the merge parameter is true) than the one of the second temporal instant. More...

void	ensure_nonlinear_interpolation (int16 flags)
	Ensure that a temporal value does not have linear interpolation. More...

void	ensure_positive_datum (Datum size, meosType basetype)
	Ensure that the number is positive. More...

void	ensure_same_interpolation (const Temporal temp1, const Temporal temp2)
	Ensure that two temporal values have the same interpolation. More...

void	ensure_same_temptype (const Temporal temp1, const Temporal temp2)
	Ensure that two temporal values have the same base type. More...

void	ensure_tinstarr (const TInstant **instants, int count)
	Ensure that the elements of an array are of instant subtype. More...

void	ensure_valid_duration (const Interval *duration)
	Ensure that the interval is a positive and absolute duration. More...

void	ensure_valid_tempsubtype (int16 type)
	Basic functions for temporal types of any subtype. More...

void	ensure_valid_tempsubtype_all (int16 type)
	Ensure that the subtype of a temporal value is valid. More...

void	ensure_valid_tinstarr (const TInstant **instants, int count, bool merge, interpType interp)
	Ensure that all temporal instants of the array have increasing timestamp (or may be equal if the merge parameter is true), and if they are temporal points, have the same srid and the same dimensionality. More...

int *	ensure_valid_tinstarr_gaps (const TInstant *instants, int count, bool merge, interpType interp, double maxdist, Interval maxt, int *countsplits)
	Ensure that all temporal instants of the array have increasing timestamp (or may be equal if the merge parameter is true), and if they are temporal points, have the same srid and the same dimensionality. More...

void	ensure_valid_tseqarr (const TSequence **sequences, int count)
	Ensure that all temporal instants of the array have increasing timestamp, and if they are temporal points, have the same srid and the same dimensionality. More...

bool	intersection_temporal_temporal (const Temporal temp1, const Temporal temp2, SyncMode mode, Temporal inter1, Temporal inter2)
	Temporally intersect the two temporal values. More...

char *	mobilitydb_full_version (void)
	Versions of the MobilityDB extension and its dependencies. More...

char *	mobilitydb_version (void)
	Version of the MobilityDB extension. More...

bool	temporal_bbox_ev_al_eq (const Temporal *temp, Datum value, bool ever)
	Return true if the bounding box of a temporal value is ever/always equal to a base value. More...

bool	temporal_bbox_ev_al_lt_le (const Temporal *temp, Datum value, bool ever)
	Return true if the bounding box of a temporal value is ever/always less than or equal to the base value. More...

void *	temporal_bbox_ptr (const Temporal *temp)
	Return a pointer to the precomputed bounding box of a temporal value. More...

bool	temporal_bbox_restrict_set (const Temporal temp, const Set set)
	Return true if the bounding box of the temporal and the set overlap values. More...

bool	temporal_bbox_restrict_value (const Temporal *temp, Datum value)
	Return true if the bounding box of a temporal value contains a base value. More...

Datum *	temporal_bbox_restrict_values (const Temporal temp, const Datum values, int count, int *newcount)

void	temporal_bbox_slice (Datum tempdatum, void *box)
	Peak into a temporal datum to find the bounding box. More...

Temporal *	temporal_restrict_minmax (const Temporal *temp, bool min, bool atfunc)
	Restrict a temporal value to (the complement of) a minimum base value. More...

char *	text_to_cstring (const text *t)

Data Structures

Macros

Typedefs

Enumerations

Functions