Include dependency graph for tnumber_mathfuncs.h:
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Enumerations | |
| enum | TArithmetic { ADD , SUB , MULT , DIV , DIST } |
| Mathematical operators (+, -, *, /) and functions (round, degrees, ...) for temporal numbers. More... | |
Functions | |
| Temporal * | arithop_tnumber_number (const Temporal *temp, Datum value, meosType basetype, TArithmetic oper, Datum(*func)(Datum, Datum, meosType, meosType), bool invert) |
| Generic arithmetic operator on a temporal number and a number. More... | |
| Temporal * | arithop_tnumber_tnumber (const Temporal *temp1, const Temporal *temp2, TArithmetic oper, Datum(*func)(Datum, Datum, meosType, meosType), bool(*tpfunc)(const TInstant *, const TInstant *, const TInstant *, const TInstant *, Datum *, TimestampTz *)) |
| Generic arithmetic operator on two temporal numbers. More... | |
| TSequence * | tfloatseq_derivative (const TSequence *seq) |
| Return the derivative of a temporal sequence number. More... | |
| TSequenceSet * | tfloatseqset_derivative (const TSequenceSet *ts) |
| Return the derivative of a temporal sequence set number. More... | |
| bool | tnumber_div_tp_at_timestamp (const TInstant *start1, const TInstant *end1, const TInstant *start2, const TInstant *end2, Datum *value, TimestampTz *t) |
| Find the single timestamptz at which the division of two temporal number segments is at a local minimum/maximum. More... | |
| bool | tnumber_mult_tp_at_timestamp (const TInstant *start1, const TInstant *end1, const TInstant *start2, const TInstant *end2, Datum *value, TimestampTz *t) |
| Find the single timestamptz at which the multiplication of two temporal number segments is at a local minimum/maximum. More... | |
