libqalculate-5.1.1
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#include <libqalculate/includes.h>
#include <libqalculate/util.h>
#include <sys/time.h>
#include <libqalculate/MathStructure.h>
Classes | |
struct | PlotParameters |
Parameters passed to plotting functions. More... | |
struct | PlotDataParameters |
Parameters for plot data series. More... | |
class | CalculatorMessage |
A message with information to the user. Primarily used for errors and warnings. More... | |
struct | Element |
class | Calculator |
The almighty calculator class. More... | |
Macros | |
#define | MESSAGE_STAGE_CONVERSION -4 |
Message stages. | |
#define | MESSAGE_STAGE_CONVERSION_PARSING -3 |
#define | MESSAGE_STAGE_CALCULATION -2 |
#define | MESSAGE_STAGE_PARSING -1 |
#define | MESSAGE_STAGE_UNSET 0 |
#define | MESSAGE_CATEGORY_NONE 0 |
Message categories. | |
#define | MESSAGE_CATEGORY_PARSING 1 |
#define | MESSAGE_CATEGORY_WIDE_INTERVAL 10 |
#define | MESSAGE_CATEGORY_IMPLICIT_MULTIPLICATION 11 |
#define | MESSAGE_CATEGORY_NO_PROPER_INTERVAL_SUPPORT 12 |
#define | UFV_LENGTHS 20 |
Typedefs | |
typedef std::vector< Prefix * > | p_type |
Enumerations | |
enum | MessageType { MESSAGE_INFORMATION, MESSAGE_WARNING, MESSAGE_ERROR } |
Message types. | |
enum | AutomaticFractionFormat { AUTOMATIC_FRACTION_OFF, AUTOMATIC_FRACTION_SINGLE, AUTOMATIC_FRACTION_AUTO, AUTOMATIC_FRACTION_DUAL } |
enum | AutomaticApproximation { AUTOMATIC_APPROXIMATION_OFF, AUTOMATIC_APPROXIMATION_SINGLE, AUTOMATIC_APPROXIMATION_AUTO, AUTOMATIC_APPROXIMATION_DUAL } |
enum | { VARIABLE_ID_I = 200, VARIABLE_ID_PLUS_INFINITY = 201, VARIABLE_ID_MINUS_INFINITY = 202, VARIABLE_ID_UNDEFINED = 203, VARIABLE_ID_X = 300, VARIABLE_ID_Y = 301, VARIABLE_ID_Z = 302, VARIABLE_ID_N = 303, VARIABLE_ID_C = 304, VARIABLE_ID_PERCENT = 350, VARIABLE_ID_PERMILLE = 351, VARIABLE_ID_PERMYRIAD = 352 } |
enum | { UNIT_ID_EURO = 510, UNIT_ID_BYN = 515, UNIT_ID_BTC = 520, UNIT_ID_SECOND = 550, UNIT_ID_MINUTE = 551, UNIT_ID_HOUR = 552, UNIT_ID_DAY = 553, UNIT_ID_MONTH = 554, UNIT_ID_YEAR = 555, UNIT_ID_KELVIN = 560, UNIT_ID_RANKINE = 561, UNIT_ID_CELSIUS = 562, UNIT_ID_FAHRENHEIT = 563 } |
enum | { ELEMENT_CLASS_NOT_DEFINED, ALKALI_METALS, ALKALI_EARTH_METALS, LANTHANIDES, ACTINIDES, TRANSITION_METALS, METALS, METALLOIDS, NONMETALS, HALOGENS, NOBLE_GASES, TRANSACTINIDES } |
enum | TemperatureCalculationMode { TEMPERATURE_CALCULATION_HYBRID, TEMPERATURE_CALCULATION_ABSOLUTE, TEMPERATURE_CALCULATION_RELATIVE } |
Functions | |
void | print_dual (const MathStructure &mresult, const std::string &original_expression, const MathStructure &mparse, MathStructure &mexact, std::string &result_str, std::vector< std::string > &results_v, PrintOptions &po, const EvaluationOptions &evalops, AutomaticFractionFormat auto_frac, AutomaticApproximation auto_approx, bool cplx_angle=false, bool *exact_cmp=NULL, bool b_parsed=true, bool format=false, int colorize=0, int tagtype=TAG_TYPE_HTML, int max_length=-1, bool converted=false) |
void | calculate_dual_exact (MathStructure &mstruct_exact, MathStructure *mstruct, const std::string &original_expression, const MathStructure *parsed_mstruct, EvaluationOptions &evalops, AutomaticApproximation auto_approx, int msecs=0, int max_size=10) |
bool | transform_expression_for_equals_save (std::string &, const ParseOptions &) |
MathStructure | get_units_for_parsed_expression (const MathStructure *parsed_struct, Unit *to_unit, const EvaluationOptions &eo, const MathStructure *mstruct=NULL) |
bool | expression_contains_save_function (const std::string &, const ParseOptions &, bool=false) |