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mXparser is a super easy, rich, fast and highly flexible math expression parser library (parser and evaluator of mathematical expressions / formulas provided as plain text / string). Software delivers easy to use API for JAVA, Android and C# .NET/MONO (Common Language Specification compliant: F#, Visual Basic, C++/CLI). *** If you find the software useful donation is something you might consider: https://mathparser.org/donate/ *** Scalar Scientific Calculator, Charts and Scripts, Scalar Lite: https://play.google.com/store/apps/details?id=org.mathparser.scalar.lite *** Scalar Pro: https://play.google.com/store/apps/details?id=org.mathparser.scalar.pro *** ScalarMath.org: https://scalarmath.org/ *** MathSpace.pl: https://mathspace.pl/ ***
/*
* @(#)StringResourcesSpanish.java 6.0.0 2024-05-19
*
* MathParser.org-mXparser DUAL LICENSE AGREEMENT as of date 2024-05-19
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package org.mariuszgromada.math.mxparser;
/**
* A class containing definition of Spanish user language
*
* @author Mariusz Gromada
* MathParser.org - mXparser project page
* mXparser on GitHub
* INFIMA place to purchase a commercial MathParser.org-mXparser software license
* [email protected]
* ScalarMath.org - a powerful math engine and math scripting language
* Scalar Lite
* Scalar Pro
* MathSpace.pl
*
* @version 6.0.0
*
* @see StringResources
* @see StringModel
* @see StringModel#setStringResources(StringResources)
* @see StringModel#getStringResources()
*/
class StringResourcesSpanish extends StringResources {
StringResourcesSpanish() {
USER_LANGUAGE = "Español";
// -------------------------------------------------
STARTING_SYNTAX_CHECK = "Iniciando verificación de sintaxis...";
NO_ERRORS_DETECTED = "No se encontraron errores.";
NO_ERRORS_DETECTED_IN_ARGUMENT_DEFINITION = "No se encontraron errores en la definición del argumento.";
NO_ERRORS_DETECTED_IN_RECURSIVE_ARGUMENT_DEFINITION = "No se encontraron errores en la definición recursiva del argumento.";
NO_ERRORS_DETECTED_IN_FUNCTION_DEFINITION = "No se encontraron errores en la definición de la función.";
NO_ERRORS_DETECTED_IN_CONSTANT_DEFINITION = "No se encontraron errores en la definición de la constante.";
LEXICAL_ERROR_HAS_BEEN_FOUND = "Se encontró un error léxico.";
ERRORS_HAVE_BEEN_FOUND = "Se encontraron errores.";
ALREADY_CHECKED_NO_ERRORS = "La sintaxis ya ha sido verificada: no se encontraron errores.";
SYNTAX_STATUS_UNKNOWN = "El estado de la sintaxis es desconocido.";
PROBLEM_WITH_EXPRESSION_SYNTAX = "Hay un problema con la sintaxis de la expresión.";
// -------------------------------------------------
ENCOUNTERED = "Encontrado";
AT_INDEX = "en el índice";
WAS_EXPECTING = "Se esperaba";
WAS_EXPECTING_ONE_OF = "Se esperaba uno de";
UNEXPECTED_EXCEPTION_WAS_ENCOUNTERED = "Se encontró una excepción inesperada. Probablemente un error de análisis: por favor, repórtelo.";
UNEXPECTED_TOKEN_MANAGER_ERROR_WAS_ENCOUNTERED = "Se encontró un error inesperado en el administrador de tokens. Probablemente un error de análisis: por favor, repórtelo.";
// -------------------------------------------------
EXPRESSION_STRING_IS_EMPTY = "La cadena de la expresión está vacía.";
EXPRESSION_DOES_NOT_CONTAIN_ANY_TOKENS = "La expresión no contiene ningún token.";
DUPLICATED_KEYWORD = "Se encontraron palabras clave duplicadas. Verifique los elementos definidos por el usuario. Considere usar la opción para reemplazar los tokens incorporados.";
ELEMENT = "Elemento";
ERROR = "Error";
EXCEPTION = "Excepción";
TOKEN = "Token";
INDEX = "índice";
INVALID_TOKEN = "Token no válido.";
INVALID_TOKEN_POSSIBLY_MISSING_MULTIPLICATION_OPERATOR = "Token no válido. Es posible que falte el operador de multiplicación: intente el modo de multiplicación implícita.";
EXPRESSION_TOKENS = "Tokens de la expresión";
NULL_TOKENS_LIST = "Lista de tokens nula";
// -------------------------------------------------
FUNCTION_WITH_EXTENDED_BODY_NO_ERRORS = "Función definida por el usuario con cuerpo extendido: no se encontraron errores por suposición.";
ARGUMENT_WITH_EXTENDED_BODY_NO_ERRORS = "Argumento definido por el usuario con cuerpo extendido: no se encontraron errores por suposición.";
PROVIDED_EXTENSION_IS_NULL = "La extensión proporcionada es nula.";
PROVIDED_STRING_IS_NULL = "La cadena proporcionada es nula.";
PROVIDED_ELEMENTS_ARE_NULL = "Los elementos proporcionados son nulos.";
MULTIPLICATION_OPERATOR_MISSING_TRY_IMPLIED_MULTIPLICATION_MODE = "Falta el operador de multiplicación: intente el modo de multiplicación implícita.";
// -------------------------------------------------
STARTING_SYNTAX_CHECK_DEPENDENT_ARGUMENT = "Iniciando verificación de sintaxis del argumento dependiente definido por el usuario.";
STARTING_SYNTAX_CHECK_RECURSIVE_ARGUMENT = "Iniciando verificación de sintaxis del argumento recursivo definido por el usuario.";
STARTING_SYNTAX_CHECK_USER_DEFINED_FUNCTION = "Iniciando verificación de sintaxis de la función definida por el usuario.";
STARTING_SYNTAX_CHECK_VARIADIC_USER_DEFINED_FUNCTION = "Iniciando verificación de sintaxis de la función variádica definida por el usuario.";
// -------------------------------------------------
ARGUMENT_WAS_EXPECTED = "Se esperaba un argumento definido por el usuario.";
RECURSIVE_ARGUMENT_EXPECTING_1_PARAMETER = "Un argumento recursivo definido por el usuario requiere un parámetro.";
// -------------------------------------------------
INCORRECT_NUMBER_OF_PARAMETERS_IN_USER_DEFINED_FUNCTION = "Número incorrecto de parámetros en la función definida por el usuario.";
// -------------------------------------------------
INCORRECT_NUMBER_OF_FUNCTION_PARAMETERS = "Número incorrecto de parámetros de función.";
EXPECTED = "Se esperaba";
PROVIDED = "Proporcionado";
USER_DEFINED_FUNCTION_EXPECTING_AT_LEAST_ONE_ARGUMENT = "Número incorrecto de parámetros en la función definida por el usuario: se espera al menos un argumento.";
EXPECTED_EVEN_NUMBER_OF_ARGUMENTS = "Se esperaba un número par de argumentos.";
// -------------------------------------------------
INVALID_FUNCTION_NAME = "Nombre de función no válido.";
INVALID_ARGUMENT_NAME = "Nombre de argumento no válido.";
INVALID_CONSTANT_NAME = "Nombre de constante no válido.";
INVALID_FUNCTION_DEFINITION = "Definición de función no válida.";
INVALID_ARGUMENT_DEFINITION = "Definición de argumento no válida.";
INVALID_CONSTANT_DEFINITION = "Definición de constante no válida.";
PATTERN_DOES_NOT_MATCH = "El patrón no coincide.";
PATTERN_EXAMPLES = "Ejemplos de patrón";
// -------------------------------------------------
CONSTANT_WAS_EXPECTED = "Se esperaba un valor constante.";
USER_CONSTANT_WAS_EXPECTED = "Se esperaba una constante definida por el usuario.";
// -------------------------------------------------
UNARY_FUNCTION_EXPECTS_1_PARAMETER = "Una función unaria espera 1 parámetro.";
BINARY_FUNCTION_EXPECTS_2_PARAMETERS = "Una función binaria espera 2 parámetros.";
TERNARY_FUNCTION_EXPECTS_3_PARAMETERS = "Una función ternaria espera 3 parámetros.";
// -------------------------------------------------
DERIVATIVE_OPERATOR_EXPECTS_2_OR_3_OR_4_OR_5_CALCULUS_PARAMETERS = "El operador de derivada espera 2, 3, 4 o 5 parámetros de cálculo.";
ARGUMENT_WAS_EXPECTED_IN_A_DERIVATIVE_OPERATOR_INVOCATION = "Se esperaba un argumento en una invocación del operador de derivada.";
DUPLICATED_KEYWORDS_WERE_FOUND_IN_THE_CALCULUS_OPERATOR_INVOCATION = "Se encontraron palabras clave duplicadas en la invocación del operador de cálculo. Verifique los parámetros de cálculo.";
ONE_TOKEN_WAS_EXPECTED_IN_THE_CALCULUS_OPERATOR_INVOCATION = "Se esperaba un token (argumento o desconocido) en la invocación del operador de cálculo.";
NTH_ORDER_DERIVATIVE_OPERATOR_EXPECTS_3_OR_5_CALCULUS_PARAMETERS = "El operador de derivada de orden N espera 3 o 5 parámetros de cálculo.";
INTEGRAL_SOLVE_OPERATOR_EXPECTS_4_CALCULUS_PARAMETERS = "El operador integral/resolver espera 4 parámetros de cálculo.";
ITERATED_OPERATOR_EXPECTS_4_OR_5_CALCULUS_PARAMETERS = "El operador iterado espera 4 o 5 parámetros de cálculo.";
FORWARD_BACKWARD_DIFFERENCE_EXPECTS_2_OR_3_PARAMETERS = "El operador de diferencia hacia adelante/hacia atrás espera 2 o 3 parámetros de cálculo.";
FORWARD_BACKWARD_DIFFERENCE_ARGUMENT_WAS_EXPECTED = "Se esperaba un argumento en la invocación del operador de diferencia hacia adelante/hacia atrás.";
AT_LEAST_ONE_ARGUMENT_WAS_EXPECTED = "Se esperaba al menos un argumento.";
// -------------------------------------------------
ERROR_WHILE_EXECUTING_THE_CALCULATE = "Error al ejecutar el cálculo.";
RECURSION_CALLS_COUNTER_EXCEEDED = "El contador de llamadas recursivas ha sido superado.";
RECURSION_CALLS_COUNTER = "Contador de llamadas recursivas";
STARTING_CALCULATION_LOOP = "Iniciando el bucle de cálculo.";
CANCEL_REQUEST_FINISHING = "Solicitud de cancelación encontrada: finalizando.";
INTERNAL_ERROR_STRANGE_TOKEN_LEVEL_FINISHING = "Error interno/nivel de token extraño: finalizando. Probablemente un error de análisis: por favor, repórtelo.";
FATAL_ERROR_DO_NOT_KNOW_WHAT_TO_DO_WITH_THE_ENCOUNTERED_TOKEN = "Error fatal: no se sabe qué hacer con el token encontrado. Probablemente un error de análisis: por favor, repórtelo.";
MAXIMUM_ERROR_MESSAGE_LENGTH_EXCEEDED = "Se ha superado la longitud máxima del mensaje de error.";
// -------------------------------------------------
STARTING = "Iniciando...";
PARSING = "Analizando";
FULLY_COMPILED = "Completamente compilado";
CALCULATED_VALUE = "Valor calculado";
EXITING = "Saliendo.";
DONE = "terminado.";
// -------------------------------------------------
KEYWORD = "Palabra clave";
SYNTAX = "Sintaxis";
NUMBER = "Número";
NUMBER_LITERAL = "Literal numérico";
TYPE = "Tipo";
SINCE = "Desde";
DESCRIPTION = "Descripción";
// -------------------------------------------------
CALC_STEPS_REGISTER_IS_EMPTY = "El registro de pasos de cálculo está vacío.";
CALC_STEPS_REGISTER_FOR = "Registro de pasos de cálculo para";
ARGUMENT = "Argumento";
FUNCTION = "Función";
EXPRESSION = "Expresión";
RESULT = "resultado";
COMPUTING_TIME = "Tiempo de cálculo";
GROUP_SHORT = "grupo";
NUMBER_SHORT = "núm.";
FIRST = "primero";
LAST = "último";
DESCRIPTION_SHORT = "descr.";
STEP = "paso";
// -------------------------------------------------
SERIALIZATION_PERFORMED = "Se realizó la serialización:";
DESERIALIZATION_PERFORMED = "Se realizó la deserialización:";
NULL_OBJECT_PROVIDED = "Se proporcionó un objeto nulo.";
NULL_FILE_PATH_PROVIDED = "Se proporcionó una ruta de archivo nula.";
FILE_PATH_ZERO_LENGTH_PROVIDED = "La ruta de archivo no contiene caracteres.";
FILE_PATH_IS_NOT_A_FILE = "La ruta de archivo no es un archivo:";
FILE_PATH_NOT_EXISTS = "La ruta de archivo no existe:";
NULL_DATA_PROVIDED = "Se proporcionaron datos nulos.";
BINARY_SERIALIZATION_ENABLED = "La serialización binaria está habilitada. Úsela solo de manera consciente y limitada.";
BINARY_SERIALIZATION_DISABLED = "La serialización binaria está deshabilitada. Puede habilitarla si es consciente de los riesgos de seguridad.";
// -------------------------------------------------
USER_DEFINED_EXPRESSION = "Expresión definida por el usuario";
USER_DEFINED_ARGUMENT = "Argumento definido por el usuario";
USER_DEFINED_CONSTANT = "Constante definida por el usuario";
USER_DEFINED_FUNCTION = "Función definida por el usuario";
USER_DEFINED_RECURSIVE_ARGUMENT = "Argumento recursivo definido por el usuario";
// -------------------------------------------------
HELP_CONTENT_LIMITED_TO_QUERY = "Contenido de ayuda limitado a la consulta";
ALL_HELP_CONTENT = "Todo el contenido de ayuda.";
CAPTION = "Título";
// -------------------------------------------------
WARNING_BINARY_SERIALIZATION_SECURITY_RISKS = "ADVERTENCIA DE SEGURIDAD:" + StringInvariant.NEW_LINE
+ "Deserializar datos de una fuente no confiable puede introducir vulnerabilidades de seguridad" + StringInvariant.NEW_LINE
+ "en su aplicación. Dependiendo de los ajustes utilizados durante la deserialización," + StringInvariant.NEW_LINE
+ "los datos no confiables pueden ejecutar código arbitrario o causar un ataque de denegación" + StringInvariant.NEW_LINE
+ "de servicio. Los datos no confiables pueden provenir de la red de una fuente no confiable" + StringInvariant.NEW_LINE
+ "(por ejemplo, cualquier cliente de red), o pueden ser manipulados / alterados por un" + StringInvariant.NEW_LINE
+ "intermediario mientras se transitan por una conexión no autenticada, o del almacenamiento" + StringInvariant.NEW_LINE
+ "local donde pueden haber sido comprometidos / alterados, o de muchas otras fuentes." + StringInvariant.NEW_LINE
+ "MathParser.org-mXparser no proporciona ningún medio para autenticar datos o asegurarlos" + StringInvariant.NEW_LINE
+ "contra la manipulación. Use un método de autenticación de datos apropiado antes de" + StringInvariant.NEW_LINE
+ "deserializar. Sea muy consciente de estos escenarios de ataque; muchos proyectos y empresas" + StringInvariant.NEW_LINE
+ "y usuarios de bibliotecas de serialización en general han sido afectados por la" + StringInvariant.NEW_LINE
+ "deserialización no confiable de los datos del usuario en el pasado." + StringInvariant.NEW_LINE
;
// -------------------------------------------------
BINARY_RELATION = "Relación binaria";
BITWISE_OPERATOR = "Operador a nivel de bits";
BOOLEAN_OPERATOR = "Operador booleano";
CALCULUS_OPERATOR = "Operador de cálculo";
CONSTANT_VALUE = "Valor constante";
FUNCTION_1_ARG = "Función unaria";
FUNCTION_2_ARG = "Función binaria";
FUNCTION_3_ARG = "Función ternaria";
FUNCTION_VARIADIC = "Función variadica";
OPERATOR = "Operador";
PARSER_SYMBOL = "Símbolo del analizador";
RANDOM_VARIABLE = "Variable aleatoria";
UNIT = "Unidad";
DIMENSIONLESS_UNIT = "Unidad sin dimensiones";
ITERATED_OPERATOR = "Operador iterado";
// -------------------------------------------------
RATIO_FRACTION = "Razón / Fracción";
METRIC_PREFIX = "Prefijo métrico";
UNIT_OF_LENGTH = "Unidad de longitud";
UNIT_OF_AREA = "Unidad de área";
UNIT_OF_VOLUME = "Unidad de volumen";
UNIT_OF_TIME = "Unidad de tiempo";
UNIT_OF_MASS = "Unidad de masa";
UNIT_OF_INFORMATION = "Unidad de información";
UNIT_OF_ENERGY = "Unidad de energía";
UNIT_OF_SPEED = "Unidad de velocidad";
UNIT_OF_ACCELERATION = "Unidad de aceleración";
UNIT_OF_ANGLE = "Unidad de ángulo";
// -------------------------------------------------
PHYSICAL_CONSTANT = "Constante física";
ASTRONOMICAL_CONSTANT = "Constante astronómica";
MATHEMATICAL_CONSTANT = "Constante matemática";
// -------------------------------------------------
PROBABILITY_DISTRIBUTION_FUNCTION = "Función de distribución de probabilidad";
CUMULATIVE_DISTRIBUTION_FUNCTION = "Función de distribución acumulativa";
QUANTILE_FUNCTION = "Función cuantil (función de distribución acumulativa inversa)";
// -------------------------------------------------
STUDENTS_T_DISTRIBUTION = "Distribución t de Student";
CHI_SQUARED_DISTRIBUTION = "Distribución chi cuadrado";
SNEDECORS_F_DISTRIBUTION = "Distribución F de Snedecor (Distribución F o razón F, también conocida como distribución Fisher-Snedecor)";
UNIFORM_CONTINUOUS_DISTRIBUTION = "Distribución uniforme continua";
UNIFORM_DISCRETE_DISTRIBUTION = "Distribución uniforme discreta";
NORMAL_DISTRIBUTION = "Distribución normal";
// -------------------------------------------------
RANDOM_INTEGER = "Número entero aleatorio";
RANDOM_NATURAL_NUMBER = "Número natural aleatorio";
RANDOM_NATURAL_NUMBER_INCLUDING_0 = "Número natural aleatorio incluyendo 0";
// -------------------------------------------------
SPECIAL_FUNCTION = "Función especial";
// -------------------------------------------------
SEMI_MAJOR_AXIS = "Eje semimayor";
// -------------------------------------------------
BINARY_RELATION_EQ = "Igualdad";
BINARY_RELATION_NEQ = "Inequación";
BINARY_RELATION_LT = "Menor que";
BINARY_RELATION_GT = "Mayor que";
BINARY_RELATION_LEQ = "Menor o igual que";
BINARY_RELATION_GEQ = "Mayor o igual que";
// -------------------------------------------------
BITWISE_OPERATOR_COMPL = "Complemento unario a nivel de bits (NOT)";
BITWISE_OPERATOR_AND = "Y a nivel de bits (AND)";
BITWISE_OPERATOR_XOR = "O exclusivo a nivel de bits (XOR)";
BITWISE_OPERATOR_OR = "O inclusivo a nivel de bits (OR)";
BITWISE_OPERATOR_LEFT_SHIFT = "Desplazamiento a la izquierda con signo a nivel de bits";
BITWISE_OPERATOR_RIGHT_SHIFT = "Desplazamiento a la derecha con signo a nivel de bits";
BITWISE_OPERATOR_NAND = "NO Y a nivel de bits (NAND)";
BITWISE_OPERATOR_NOR = "NO O a nivel de bits (NOR)";
BITWISE_OPERATOR_XNOR = "NO O exclusivo a nivel de bits (XNOR)";
// -------------------------------------------------
BOOLEAN_OPERATOR_AND = "Conjunción lógica";
BOOLEAN_OPERATOR_OR = "Disyunción lógica";
BOOLEAN_OPERATOR_NEG = "Negación";
BOOLEAN_OPERATOR_NAND = "Stroke de Sheffer";
BOOLEAN_OPERATOR_NOR = "No lógico o (negación conjunta)";
BOOLEAN_OPERATOR_XOR = "O exclusivo";
BOOLEAN_OPERATOR_IMP = "Implicación";
BOOLEAN_OPERATOR_CIMP = "Implicación conversa";
BOOLEAN_OPERATOR_NIMP = "No implicación material";
BOOLEAN_OPERATOR_CNIMP = "No implicación conversa";
BOOLEAN_OPERATOR_EQV = "Bicondicional lógico";
// -------------------------------------------------
CALCULUS_OPERATOR_SUM = "Sumatoria SIGMA";
CALCULUS_OPERATOR_PROD = "Producto PI";
CALCULUS_OPERATOR_INT = "Integral definida";
CALCULUS_OPERATOR_DER = "Derivada";
CALCULUS_OPERATOR_DER_LEFT = "Derivada izquierda";
CALCULUS_OPERATOR_DER_RIGHT = "Derivada derecha";
CALCULUS_OPERATOR_DERN = "n-ésima derivada";
CALCULUS_OPERATOR_FORW_DIFF = "Diferencia hacia adelante";
CALCULUS_OPERATOR_BACKW_DIFF = "Diferencia hacia atrás";
CALCULUS_OPERATOR_AVG = "Promedio";
CALCULUS_OPERATOR_VAR = "Varianza de muestra corregida por sesgo";
CALCULUS_OPERATOR_STD = "Desviación estándar de muestra corregida por sesgo";
CALCULUS_OPERATOR_MIN = "Valor mínimo";
CALCULUS_OPERATOR_MAX = "Valor máximo";
CALCULUS_OPERATOR_SOLVE = "Resolución de ecuaciones (búsqueda de raíces)";
// -------------------------------------------------
CONSTANT_VALUE_PI = "Pi, número de Arquímedes o de Ludolph";
CONSTANT_VALUE_EULER = "Número de Napier o de Euler (base del logaritmo natural)";
CONSTANT_VALUE_EULER_MASCHERONI = "Constante de Euler-Mascheroni";
CONSTANT_VALUE_GOLDEN_RATIO = "Proporción áurea";
CONSTANT_VALUE_PLASTIC = "Constante plástica";
CONSTANT_VALUE_EMBREE_TREFETHEN = "Constante de Embree-Trefethen";
CONSTANT_VALUE_FEIGENBAUM_DELTA = "Constante delta de Feigenbaum";
CONSTANT_VALUE_FEIGENBAUM_ALPHA = "Constante alfa de Feigenbaum";
CONSTANT_VALUE_TWIN_PRIME = "Constante de los primos gemelos";
CONSTANT_VALUE_MEISSEL_MERTEENS = "Constante de Meissel-Mertens";
CONSTANT_VALUE_BRAUN_TWIN_PRIME = "Constante de Brun para primos gemelos";
CONSTANT_VALUE_BRAUN_PRIME_QUADR = "Constante de Brun para cuadruplets primos";
CONSTANT_VALUE_BRUIJN_NEWMAN = "Constante de de Bruijn-Newman";
CONSTANT_VALUE_CATALAN = "Constante de Catalan";
CONSTANT_VALUE_LANDAU_RAMANUJAN = "Constante de Landau-Ramanujan";
CONSTANT_VALUE_VISWANATH = "Constante de Viswanath";
CONSTANT_VALUE_LEGENDRE = "Constante de Legendre";
CONSTANT_VALUE_RAMANUJAN_SOLDNER = "Constante de Ramanujan-Soldner";
CONSTANT_VALUE_ERDOS_BORWEIN = "Constante de Erdos-Borwein";
CONSTANT_VALUE_BERNSTEIN = "Constante de Bernstein";
CONSTANT_VALUE_GAUSS_KUZMIN_WIRSING = "Constante de Gauss-Kuzmin-Wirsing";
CONSTANT_VALUE_HAFNER_SARNAK_MCCURLEY = "Constante de Hafner-Sarnak-McCurley";
CONSTANT_VALUE_GOLOMB_DICKMAN = "Constante de Golomb-Dickman";
CONSTANT_VALUE_CAHEN = "Constante de Cahen";
CONSTANT_VALUE_LAPLACE_LIMIT = "Constante del límite de Laplace";
CONSTANT_VALUE_ALLADI_GRINSTEAD = "Constante de Alladi-Grinstead";
CONSTANT_VALUE_LENGYEL = "Constante de Lengyel";
CONSTANT_VALUE_LEVY = "Constante de Levy";
CONSTANT_VALUE_APERY = "Constante de Apery";
CONSTANT_VALUE_MILLS = "Constante de Mills";
CONSTANT_VALUE_BACKHOUSE = "Constante de Backhouse";
CONSTANT_VALUE_PORTER = "Constante de Porter";
CONSTANT_VALUE_LIEB_QUARE_ICE = "Constante de hielo cuadrado de Lieb";
CONSTANT_VALUE_NIVEN = "Constante de Niven";
CONSTANT_VALUE_SIERPINSKI = "Constante de Sierpinski";
CONSTANT_VALUE_KHINCHIN = "Constante de Khinchin";
CONSTANT_VALUE_FRANSEN_ROBINSON = "Constante de Fransen-Robinson";
CONSTANT_VALUE_LANDAU = "Constante de Landau";
CONSTANT_VALUE_PARABOLIC = "Constante parabólica";
CONSTANT_VALUE_OMEGA = "Constante Omega";
CONSTANT_VALUE_MRB = "Constante MRB";
CONSTANT_VALUE_LI2 = "Integral logarítmica en el punto 2";
CONSTANT_VALUE_GOMPERTZ = "Constante de Gompertz";
CONSTANT_VALUE_LIGHT_SPEED = "Velocidad de la luz en el vacío";
CONSTANT_VALUE_GRAVITATIONAL_CONSTANT = "Constante gravitacional";
CONSTANT_VALUE_GRAVIT_ACC_EARTH = "Aceleración gravitacional en la Tierra";
CONSTANT_VALUE_PLANCK_CONSTANT = "Constante de Planck";
CONSTANT_VALUE_PLANCK_CONSTANT_REDUCED = "Constante reducida de Planck (constante de Dirac)";
CONSTANT_VALUE_PLANCK_LENGTH = "Longitud de Planck";
CONSTANT_VALUE_PLANCK_MASS = "Masa de Planck";
CONSTANT_VALUE_PLANCK_TIME = "Tiempo de Planck";
CONSTANT_VALUE_LIGHT_YEAR = "Año luz";
CONSTANT_VALUE_ASTRONOMICAL_UNIT = "Unidad astronómica";
CONSTANT_VALUE_PARSEC = "Parsec";
CONSTANT_VALUE_KILOPARSEC = "Kiloparsec";
CONSTANT_VALUE_EARTH_RADIUS_EQUATORIAL = "Radio ecuatorial de la Tierra";
CONSTANT_VALUE_EARTH_RADIUS_POLAR = "Radio polar de la Tierra";
CONSTANT_VALUE_EARTH_RADIUS_MEAN = "Radio medio de la Tierra";
CONSTANT_VALUE_EARTH_MASS = "Masa de la Tierra";
CONSTANT_VALUE_EARTH_SEMI_MAJOR_AXIS = "Distancia Tierra-Sol";
CONSTANT_VALUE_MOON_RADIUS_MEAN = "Radio medio de la Luna";
CONSTANT_VALUE_MOON_MASS = "Masa de la Luna";
CONSTANT_VALUE_MOON_SEMI_MAJOR_AXIS = "Distancia Luna-Tierra";
CONSTANT_VALUE_SOLAR_RADIUS = "Radio medio solar";
CONSTANT_VALUE_SOLAR_MASS = "Masa solar";
CONSTANT_VALUE_MERCURY_RADIUS_MEAN = "Radio medio de Mercurio";
CONSTANT_VALUE_MERCURY_MASS = "Masa de Mercurio";
CONSTANT_VALUE_MERCURY_SEMI_MAJOR_AXIS = "Distancia Mercurio-Sol";
CONSTANT_VALUE_VENUS_RADIUS_MEAN = "Radio medio de Venus";
CONSTANT_VALUE_VENUS_MASS = "Masa de Venus";
CONSTANT_VALUE_VENUS_SEMI_MAJOR_AXIS = "Distancia Venus-Sol";
CONSTANT_VALUE_MARS_RADIUS_MEAN = "Radio medio de Marte";
CONSTANT_VALUE_MARS_MASS = "Masa de Marte";
CONSTANT_VALUE_MARS_SEMI_MAJOR_AXIS = "Distancia Marte-Sol";
CONSTANT_VALUE_JUPITER_RADIUS_MEAN = "Radio medio de Júpiter";
CONSTANT_VALUE_JUPITER_MASS = "Masa de Júpiter";
CONSTANT_VALUE_JUPITER_SEMI_MAJOR_AXIS = "Distancia Júpiter-Sol";
CONSTANT_VALUE_SATURN_RADIUS_MEAN = "Radio medio de Saturno";
CONSTANT_VALUE_SATURN_MASS = "Masa de Saturno";
CONSTANT_VALUE_SATURN_SEMI_MAJOR_AXIS = "Distancia Saturno-Sol";
CONSTANT_VALUE_URANUS_RADIUS_MEAN = "Radio medio de Urano";
CONSTANT_VALUE_URANUS_MASS = "Masa de Urano";
CONSTANT_VALUE_URANUS_SEMI_MAJOR_AXIS = "Distancia Urano-Sol";
CONSTANT_VALUE_NEPTUNE_RADIUS_MEAN = "Radio medio de Neptuno";
CONSTANT_VALUE_NEPTUNE_MASS = "Masa de Neptuno";
CONSTANT_VALUE_NEPTUNE_SEMI_MAJOR_AXIS = "Distancia Neptuno-Sol";
CONSTANT_VALUE_TRUE = "Booleano Verdadero representado como 1";
CONSTANT_VALUE_FALSE = "Booleano Falso representado como 0";
CONSTANT_VALUE_NPAR = "Constante generada automáticamente para funciones definidas por el usuario, devuelve el número de parámetros de la función dada";
CONSTANT_VALUE_NAN = "No es un número";
// -------------------------------------------------
FUNCTION_1_ARG_SIN = "Seno trigonométrico";
FUNCTION_1_ARG_COS = "Coseno trigonométrico";
FUNCTION_1_ARG_TAN = "Tangente trigonométrica";
FUNCTION_1_ARG_CTAN = "Cotangente trigonométrica";
FUNCTION_1_ARG_SEC = "Secante trigonométrica";
FUNCTION_1_ARG_COSEC = "Cosecante trigonométrica";
FUNCTION_1_ARG_ASIN = "Seno trigonométrico inverso";
FUNCTION_1_ARG_ACOS = "Coseno trigonométrico inverso";
FUNCTION_1_ARG_ATAN = "Tangente trigonométrica inversa";
FUNCTION_1_ARG_ACTAN = "Cotangente trigonométrica inversa";
FUNCTION_1_ARG_LN = "Logaritmo natural (base e)";
FUNCTION_1_ARG_LOG2 = "Logaritmo binario (base 2)";
FUNCTION_1_ARG_LOG10 = "Logaritmo común (base 10)";
FUNCTION_1_ARG_RAD = "Grados a radianes";
FUNCTION_1_ARG_EXP = "Exponencial";
FUNCTION_1_ARG_SQRT = "Raíz cuadrada";
FUNCTION_1_ARG_SINH = "Seno hiperbólico";
FUNCTION_1_ARG_COSH = "Coseno hiperbólico";
FUNCTION_1_ARG_TANH = "Tangente hiperbólica";
FUNCTION_1_ARG_COTH = "Cotangente hiperbólica";
FUNCTION_1_ARG_SECH = "Secante hiperbólica";
FUNCTION_1_ARG_CSCH = "Cosecante hiperbólica";
FUNCTION_1_ARG_DEG = "Radianes a grados";
FUNCTION_1_ARG_ABS = "Valor absoluto";
FUNCTION_1_ARG_SGN = "Signo";
FUNCTION_1_ARG_FLOOR = "Suelo";
FUNCTION_1_ARG_CEIL = "Techo";
FUNCTION_1_ARG_NOT = "Negación";
FUNCTION_1_ARG_ARSINH = "Seno hiperbólico inverso";
FUNCTION_1_ARG_ARCOSH = "Coseno hiperbólico inverso";
FUNCTION_1_ARG_ARTANH = "Tangente hiperbólica inversa";
FUNCTION_1_ARG_ARCOTH = "Cotangente hiperbólica inversa";
FUNCTION_1_ARG_ARSECH = "Secante hiperbólica inversa";
FUNCTION_1_ARG_ARCSCH = "Cosecante hiperbólica inversa";
FUNCTION_1_ARG_SA = "Sinc (normalizado)";
FUNCTION_1_ARG_SINC = "Sinc (no normalizado)";
FUNCTION_1_ARG_BELL_NUMBER = "Número de Bell";
FUNCTION_1_ARG_LUCAS_NUMBER = "Número de Lucas";
FUNCTION_1_ARG_FIBONACCI_NUMBER = "Número de Fibonacci";
FUNCTION_1_ARG_HARMONIC_NUMBER = "Número armónico";
FUNCTION_1_ARG_IS_PRIME = "Test de número primo (¿es el número primo?)";
FUNCTION_1_ARG_PRIME_COUNT = "Conteo de primos";
FUNCTION_1_ARG_EXP_INT = "Integral exponencial";
FUNCTION_1_ARG_LOG_INT = "Integral logarítmica";
FUNCTION_1_ARG_OFF_LOG_INT = "Integral logarítmica compensada";
FUNCTION_1_ARG_GAUSS_ERF = "Error de Gauss";
FUNCTION_1_ARG_GAUSS_ERFC = "Error complementario de Gauss";
FUNCTION_1_ARG_GAUSS_ERF_INV = "Error de Gauss inverso";
FUNCTION_1_ARG_GAUSS_ERFC_INV = "Error complementario de Gauss inverso";
FUNCTION_1_ARG_ULP = "Unidad en el último lugar";
FUNCTION_1_ARG_ISNAN = "Devuelve verdadero si el valor es No es un número (NaN), falso en caso contrario";
FUNCTION_1_ARG_NDIG10 = "Número de dígitos en el sistema numérico con base 10";
FUNCTION_1_ARG_NFACT = "Descomposición en primos - número de factores primos distintos";
FUNCTION_1_ARG_ARCSEC = "Secante trigonométrica inversa";
FUNCTION_1_ARG_ARCCSC = "Cosecante trigonométrica inversa";
FUNCTION_1_ARG_GAMMA = "Gamma";
FUNCTION_1_ARG_LAMBERT_W0 = "Lambert-W, rama principal 0, también llamada el logaritmo de producto u omega";
FUNCTION_1_ARG_LAMBERT_W1 = "Lambert-W, rama -1, también llamada el logaritmo de producto u omega";
FUNCTION_1_ARG_SGN_GAMMA = "Signo de Gamma";
FUNCTION_1_ARG_LOG_GAMMA = "Log Gamma";
FUNCTION_1_ARG_DI_GAMMA = "Digamma como la derivada logarítmica de la Gamma";
FUNCTION_1_ARG_PARAM = "Función generada automáticamente para funciones definidas por el usuario, devuelve el valor del parámetro de la función en el índice 'i'";
// -------------------------------------------------
FUNCTION_2_ARG_LOG = "Logaritmo";
FUNCTION_2_ARG_MOD = "Módulo";
FUNCTION_2_ARG_BINOM_COEFF = "Coeficiente binomial, número de combinaciones k que se pueden sacar de un conjunto de n elementos";
FUNCTION_2_ARG_BERNOULLI_NUMBER = "Números de Bernoulli";
FUNCTION_2_ARG_STIRLING1_NUMBER = "Números de Stirling del primer tipo";
FUNCTION_2_ARG_STIRLING2_NUMBER = "Números de Stirling del segundo tipo";
FUNCTION_2_ARG_WORPITZKY_NUMBER = "Número de Worpitzky";
FUNCTION_2_ARG_EULER_NUMBER = "Número de Euler";
FUNCTION_2_ARG_KRONECKER_DELTA = "Delta de Kronecker";
FUNCTION_2_ARG_EULER_POLYNOMIAL = "Polinomio de Euler";
FUNCTION_2_ARG_HARMONIC_NUMBER = "Número armónico";
FUNCTION_2_ARG_ROUND = "Redondeo a la mitad hacia arriba";
FUNCTION_2_ARG_NDIG = "Número de dígitos que representan el número en el sistema numérico con base dada";
FUNCTION_2_ARG_DIGIT10 = "Dígito en la posición 1 ... n (izquierda -> derecha) o 0 ... -(n-1) (derecha -> izquierda) - sistema numeral base 10";
FUNCTION_2_ARG_FACTVAL = "Descomposición en factores primos - valor del factor en la posición entre 1 ... nfact(n) - orden ascendente por valor del factor";
FUNCTION_2_ARG_FACTEXP = "Descomposición en factores primos - exponente del factor / multiplicidad en la posición entre 1 ... nfact(n) - orden ascendente por valor del factor";
FUNCTION_2_ARG_ROOT = "Raíz de orden N de un número";
FUNCTION_2_ARG_INC_GAMMA_LOWER = "Gamma incompleta inferior";
FUNCTION_2_ARG_INC_GAMMA_UPPER = "Gamma incompleta superior";
FUNCTION_2_ARG_REG_GAMMA_LOWER = "Gamma P regularizada inferior";
FUNCTION_2_ARG_REG_GAMMA_UPPER = "Gamma Q regularizada superior";
FUNCTION_2_ARG_PERMUTATIONS = "Número de permutaciones k que se pueden sacar de un conjunto de n elementos";
FUNCTION_2_ARG_BETA = "La Beta, también llamada integral de Euler del primer tipo";
FUNCTION_2_ARG_LOG_BETA = "La Log Beta, también llamada integral de Euler del primer tipo logarítmica";
// -------------------------------------------------
FUNCTION_3_ARG_IF = "Si";
FUNCTION_3_ARG_CHI = "Función característica para x en (a,b)";
FUNCTION_3_ARG_CHI_LR = "Función característica para x en [a,b]";
FUNCTION_3_ARG_CHI_L = "Función característica para x en [a,b)";
FUNCTION_3_ARG_CHI_R = "Función característica para x en (a,b]";
FUNCTION_3_ARG_DIGIT = "Dígito en la posición 1 ... n (izquierda -> derecha) o 0 ... -(n-1) (derecha -> izquierda) - sistema numeral con base dada";
FUNCTION_3_ARG_INC_BETA = "La Beta incompleta, también llamada integral de Euler del primer tipo incompleta";
FUNCTION_3_ARG_REG_BETA = "La Beta regularizada incompleta (o beta regularizada), también llamada integral de Euler del primer tipo incompleta regularizada";
// -------------------------------------------------
FUNCTION_VARIADIC_IFF = "Función Si";
FUNCTION_VARIADIC_MIN = "Mínimo";
FUNCTION_VARIADIC_MAX = "Máximo";
FUNCTION_VARIADIC_CONT_FRAC = "Fracción continua";
FUNCTION_VARIADIC_CONT_POL = "Polinomio continuado";
FUNCTION_VARIADIC_GCD = "Máximo común divisor";
FUNCTION_VARIADIC_LCM = "Mínimo común múltiplo";
FUNCTION_VARIADIC_SUM = "Suma";
FUNCTION_VARIADIC_PROD = "Multiplicación";
FUNCTION_VARIADIC_AVG = "Media / valor promedio";
FUNCTION_VARIADIC_VAR = "Varianza de muestra corregida por sesgo";
FUNCTION_VARIADIC_STD = "Desviación estándar de la muestra corregida por sesgo";
FUNCTION_VARIADIC_RND_LIST = "Número aleatorio de una lista dada de números";
FUNCTION_VARIADIC_COALESCE = "Devuelve el primer valor no-NaN";
FUNCTION_VARIADIC_OR = "Disyunción lógica (OR) - variadic";
FUNCTION_VARIADIC_AND = "Conjunción lógica (AND) - variadic";
FUNCTION_VARIADIC_XOR = "O exclusivo (XOR) - variadic";
FUNCTION_VARIADIC_ARGMIN = "Argumentos / índices de los mínimos";
FUNCTION_VARIADIC_ARGMAX = "Argumentos / índices de los máximos";
FUNCTION_VARIADIC_MEDIAN = "La mediana de la muestra";
FUNCTION_VARIADIC_MODE = "Moda - el valor que aparece con más frecuencia";
FUNCTION_VARIADIC_BASE = "Devuelve el número en la base del sistema numérico dado representado por una lista de dígitos";
FUNCTION_VARIADIC_NDIST = "Número de valores distintos";
// -------------------------------------------------
OPERATOR_PLUS = "Suma";
OPERATOR_MINUS = "Resta";
OPERATOR_MULTIPLY = "Multiplicación";
OPERATOR_DIVIDE = "División";
OPERATOR_DIVIDE_QUOTIENT = "División entera (cociente)";
OPERATOR_POWER = "Exponenciación";
OPERATOR_FACT = "Factorial";
OPERATOR_MOD = "Módulo";
OPERATOR_PERC = "Porcentaje";
OPERATOR_TETRATION = "Tetración (hiper-4, torre de potencias, torre exponencial)";
OPERATOR_SQUARE_ROOT = "Raíz cuadrada";
OPERATOR_CUBE_ROOT = "Raíz cúbica";
OPERATOR_FOURTH_ROOT = "Raíz cuarta";
// -------------------------------------------------
PARSER_SYMBOL_LEFT_PARENTHESES = "Paréntesis izquierdo";
PARSER_SYMBOL_RIGHT_PARENTHESES = "Paréntesis derecho";
PARSER_SYMBOL_COMMA = "Coma (parámetros de función)";
PARSER_SYMBOL_SEMI = "Punto y coma (parámetros de función)";
PARSER_SYMBOL_BLANK = "Carácter en blanco (espacio)";
PARSER_SYMBOL_NUMBER_INTEGER = "Entero";
PARSER_SYMBOL_NUMBER_DECIMAL = "Decimal";
PARSER_SYMBOL_NUMBER_LEADING_ZERO = "Cero inicial";
PARSER_SYMBOL_NUMBER_SCI_NOTATION = "Notación científica";
PARSER_SYMBOL_NUMBER_NO_LEADING_ZERO = "Sin cero inicial";
PARSER_SYMBOL_NUMBER_FRACTIONS = "Fracciones";
PARSER_SYMBOL_NUMBER_OTHER_NUMERAL_SYSTEMS = "Otros sistemas numerales";
PARSER_SYMBOL_UNICODE_MATH = " - Símbolo matemático Unicode";
// -------------------------------------------------
DIMENSIONLESS_UNIT_PERC = "Porcentaje";
DIMENSIONLESS_UNIT_PERM = "Por mil";
DIMENSIONLESS_UNIT_YOTTA = "Septillón / Yotta";
DIMENSIONLESS_UNIT_ZETTA = "Sextillón / Zetta";
DIMENSIONLESS_UNIT_EXA = "Quintillón / Exa";
DIMENSIONLESS_UNIT_PETA = "Cuadrillón / Peta";
DIMENSIONLESS_UNIT_TERA = "Trillón / Tera";
DIMENSIONLESS_UNIT_GIGA = "Billón / Giga";
DIMENSIONLESS_UNIT_MEGA = "Millón / Mega";
DIMENSIONLESS_UNIT_KILO = "Mil / Kilo";
DIMENSIONLESS_UNIT_HECTO = "Cien / Hecto";
DIMENSIONLESS_UNIT_DECA = "Diez / Deca";
DIMENSIONLESS_UNIT_DECI = "Décimo / Deci";
DIMENSIONLESS_UNIT_CENTI = "Centésimo / Centi";
DIMENSIONLESS_UNIT_MILLI = "Milésimo / Milli";
DIMENSIONLESS_UNIT_MICRO = "Millonésimo / Micro";
DIMENSIONLESS_UNIT_NANO = "Milmillonésimo / Nano";
DIMENSIONLESS_UNIT_PICO = "Billonésimo / Pico";
DIMENSIONLESS_UNIT_FEMTO = "Trillonésimo / Femto";
DIMENSIONLESS_UNIT_ATTO = "Cuatrillonésimo / Atto";
DIMENSIONLESS_UNIT_ZEPTO = "Quintillonésimo / Zepto";
DIMENSIONLESS_UNIT_YOCTO = "Sextillonésimo / Yocto";
// -------------------------------------------------
UNIT_METRE = "Metro";
UNIT_KILOMETRE = "Kilómetro";
UNIT_CENTIMETRE = "Centímetro";
UNIT_MILLIMETRE = "Milímetro";
UNIT_INCH = "Pulgada";
UNIT_YARD = "Yarda";
UNIT_FEET = "Pie";
UNIT_MILE = "Milla";
UNIT_NAUTICAL_MILE = "Milla náutica";
UNIT_METRE2 = "Metro cuadrado";
UNIT_CENTIMETRE2 = "Centímetro cuadrado";
UNIT_MILLIMETRE2 = "Milímetro cuadrado";
UNIT_ARE = "Área";
UNIT_HECTARE = "Hectárea";
UNIT_ACRE = "Acre";
UNIT_KILOMETRE2 = "Kilómetro cuadrado";
UNIT_MILLIMETRE3 = "Milímetro cúbico";
UNIT_CENTIMETRE3 = "Centímetro cúbico";
UNIT_METRE3 = "Metro cúbico";
UNIT_KILOMETRE3 = "Kilómetro cúbico";
UNIT_MILLILITRE = "Mililitro";
UNIT_LITRE = "Litro";
UNIT_GALLON = "Galón";
UNIT_PINT = "Pinta";
UNIT_SECOND = "Segundo";
UNIT_MILLISECOND = "Milisegundo";
UNIT_MINUTE = "Minuto";
UNIT_HOUR = "Hora";
UNIT_DAY = "Día";
UNIT_WEEK = "Semana";
UNIT_JULIAN_YEAR = "Año juliano = 365.25 días";
UNIT_KILOGRAM = "Kilogramo";
UNIT_GRAM = "Gramo";
UNIT_MILLIGRAM = "Miligramo";
UNIT_DECAGRAM = "Decagramo";
UNIT_TONNE = "Tonelada";
UNIT_OUNCE = "Onza";
UNIT_POUND = "Libra";
UNIT_BIT = "Bit";
UNIT_KILOBIT = "Kilobit";
UNIT_MEGABIT = "Megabit";
UNIT_GIGABIT = "Gigabit";
UNIT_TERABIT = "Terabit";
UNIT_PETABIT = "Petabit";
UNIT_EXABIT = "Exabit";
UNIT_ZETTABIT = "Zettabit";
UNIT_YOTTABIT = "Yottabit";
UNIT_BYTE = "Byte";
UNIT_KILOBYTE = "Kilobyte";
UNIT_MEGABYTE = "Megabyte";
UNIT_GIGABYTE = "Gigabyte";
UNIT_TERABYTE = "Terabyte";
UNIT_PETABYTE = "Petabyte";
UNIT_EXABYTE = "Exabyte";
UNIT_ZETTABYTE = "Zettabyte";
UNIT_YOTTABYTE = "Yottabyte";
UNIT_JOULE = "Julio";
UNIT_ELECTRONO_VOLT = "Electronvoltio";
UNIT_KILO_ELECTRONO_VOLT = "Kiloelectronvoltio";
UNIT_MEGA_ELECTRONO_VOLT = "Megaelectronvoltio";
UNIT_GIGA_ELECTRONO_VOLT = "Gigaelectronvoltio";
UNIT_TERA_ELECTRONO_VOLT = "Teraelectronvoltio";
UNIT_METRE_PER_SECOND = "Metro por segundo";
UNIT_KILOMETRE_PER_HOUR = "Kilómetro por hora";
UNIT_MILE_PER_HOUR = "Milla por hora";
UNIT_KNOT = "Nudo";
UNIT_METRE_PER_SECOND2 = "Metro por segundo cuadrado";
UNIT_KILOMETRE_PER_HOUR2 = "Kilómetro por hora cuadrada";
UNIT_MILE_PER_HOUR2 = "Milla por hora cuadrada";
UNIT_RADIAN_ARC = "Radián";
UNIT_DEGREE_ARC = "Grado de arco";
UNIT_MINUTE_ARC = "Minuto de arco";
UNIT_SECOND_ARC = "Segundo de arco";
}
}© 2015 - 2025 Weber Informatics LLC | Privacy Policy