Sindbad~EG File Manager
/* M. Beeson, for MathXpert */
/* English-language topic titles */
/* Translate text between quotation marks */
/* File must list all topics defined in tdefn.h */
/* These strings are used to construct the menus,
to verify the correctness of index files,
and to get title strings for the solution window.
*/
/* Last modified 12.14.98 */
#define ENGLISH_DLL
#include "export.h" /* don't translate this or the next line */
#include "tdefn.h"
/*__________________________________________________________*/
MEXPORT_ENGLISH const char * topicstr(int n)
/* return the English for topic number n
*/
{ switch(n)
{ case _ordinary_graph : return "Graph y = f(x)";
case _ordinary_graph_quadratic : return "Graph quadratic";
case _ordinary_graph_polynomial : return "Graph polynomial";
case _ordinary_graph_linear : return "Graph linear function";
case _ordinary_graph_rational : return "Graph rational function";
case _ordinary_graph_fractexp : return "Graph fractional exponents";
case _ordinary_graph_exponential: return "Graph exponential function";
case _ordinary_graph_log : return "Graph logarithmic function";
case _ordinary_graph_algvariety : return "Graph algebraic function";
case _ordinary_graph_sincos : return "Graph sines and cosines";
case _ordinary_graph_trig : return "Graph trig functions";
case _ordinary_graph_arctrig : return "Graph inverse trig functions";
case _ordinary_graph_htrig : return "Graph hyperbolic functions";
case _ordinary_graph_trigvariety: return "Graph complicated trig functions";
case _ordinary_graph_bessel : return "Graph Bessel functions";
case _ordinary_graph_calcvariety: return "Graph complicated functions";
case _graph_taylor : return "Graph Taylor-McLaurin series";
case _graph_fourier : return "Graph Fourier series";
case _compare_same : return "Compare graphs--same axes";
case _compare_different : return "Compare graphs--different axes";
case _graph_ineq : return "Inequality of functions";
case _graph_set : return "Inequality relation";
case _graph_circle : return "Graph circle";
case _graph_ellipse : return "Graph ellipse";
case _graph_parabola : return "Graph parabola";
case _graph_hyperbola : return "Graph hyperbola";
case _graph_relation : return "Relation f(x,y) = g(x,y)";
case _polyroots : return "Graph complex roots of polynomial";
case _parametric_graph : return "Parametric graph";
case _polar_graph : return "Polar graph";
case _comparefandfprime : return "Compare f and f'";
case _comparetwoderivs : return "Compare f, f', and f''";
case _contour_plot : return "Contour plot of z = f(x,y)";
case _complex_contour_plot : return "Complex contour plot of z = f(u)";
case _solve_ode : return "Solve y' = f(x,y) graphically";
case _solve_two_odes : return "Solve two odes graphically";
case _high_order_ode : return "Graph higher-order ode";
case _riemann_sums : return "Riemann sums";
case _trapezoid_rule : return "Trapezoid rule";
case _simpsons_rule : return "Simpson's rule";
case _space_curve : return "Space curve";
case _nonparametric_surface: return "Graph z = f(x,y)";
case _polar_nonparametric_surface : return "Graph z = f(r,�)";
case _parametric_surface : return "Graph parametric surface";
/* Algebra 1 */
case _evaluate_numerically : return "Evaluate numerically";
case _verify_algebraic_identity : return "Verify polynomial identity";
case _solve_linear_equation: return "Linear equations";
case _simplify_polynomial : return "Simplify polynomial";
case _multiply_polynomials : return "Multiply polynomials";
case _alg1_absolute_value : return "Absolute value";
case _numerical_exponents : return "Numerical exponents";
case _alg1_exponents : return "Algebraic exponents";
case _simple_factoring : return "Simple factoring";
case _alg1_factor_quadratic: return "Factor quadratic polynomial";
case _factor_by_grouping : return "Factor by grouping";
case _alg1_quadratic_equation : return "Quadratic equations";
case _complete_the_square : return "Complete the square";
case _alg1_quadratic_formula: return "Quadratic formula";
case _alg1_linear_inequality: return "Linear inequalities (beginners)";
case _alg1_linear_systems : return "Two linear equations";
case _alg1_simplify : return "Simplify rational functions";
case _add_numerical_fractions: return "Add numerical fractions";
case _alg1_common_denoms : return "Simple common denominators";
case _simplify_fractions : return "Simplify fractions";
case _numerical_compound_fractions: return "Numerical compound fractions";
case _alg1_compound_fractions : return "Algebraic compound fractions";
case _equations_containing_fractions: return "Simple equations with fractions";
case _numerical_radicals : return "Numerical square and n-th roots";
case _alg1_radicals : return "Algebraic square and n-th roots";
/* Linear Algebra */
case _solve_linear_eqn : return "One linear equation";
case _eqns_by_substitution : return "Solve equations by substitution";
case _eqns_by_adding_eqns : return "Solve equations by add-and-subtract";
case _eqns_in_matrix_form : return "Row operations on matrix equations";
case _gauss_jordan : return "Gauss-Jordan elimination";
case _eqns_by_matrix_inverse: return "Solve equations by matrix inverse";
case _cramers_rule : return "Cramer's rule";
/* Algebra 2 */
case _simplify : return "Simplification review 1";
case _simple_commondenom : return "Common denominators (practice)";
case _advanced_commondenom : return "Advanced common denominators";
case _compound_fractions : return "Compound fractions";
case _simplify_polynomials : return "Polynomials";
case _simple_exponents : return "Simple exponents";
case _simplify_rational_functions : return "Rational functions (more practice)";
case _negative_exponents : return "Negative exponents";
case _eliminate_negative_exponents: return "Eliminate negative exponents";
case _radicals : return "Square and n-th roots (practice)";
case _absolute_value : return "Absolute value";
case _fractional_exponents : return "Rational exponents";
case _eliminate_fractional_exponents: return "Eliminate rational exponents";
case _factor_quadratics : return "Factor quadratics";
case _quadratic_formula : return "Quadratic formula";
case _solve_quadratic_equation: return "Quadratic equations";
case _advanced_factoring : return "Advanced factoring";
case _solve_higher_degree_equation: return "Simple higher-degree equations";
case _solve_rational_equation: return "Advanced equations with fractions";
case _solve_root_equation : return "Equations with roots";
case _solve_fractions_and_roots: return "Equations with fractions and roots";
case _solve_linear_inequality: return "Linear inequalities (practice)";
case _solve_polynomial_inequality: return "Polynomial inequalities";
case _solve_rational_inequality: return "Inequalities with fractions";
case _solve_root_inequality: return "Inequalities with roots";
case _solve_equation : return "Equation solving review";
case _cubic_one_root : return "Cubic equations (one real root)";
case _simplify_roots_and_powers: return "Roots and powers";
case _simplify_roots_and_fractions: return "Roots and fractions";
case _simplify_any_function: return "Simplification review 2";
case _verify_alg2_identity : return "Verify algebraic identity";
/* end Algebra 2 */
/* Precalculus */
case _evaluate_trig : return "Evaluate trig function";
case _basic_trig : return "Basic trig identities";
case _trig_addition : return "Addition formulas";
case _double_angle : return "Double angle formulas";
case _half_angle : return "Half angle formulas";
case _trig_product : return "Trigonometric products";
case _trig_factor : return "Trig factor identities";
case _trig_simplify : return "Simplify trig expression";
case _trig_identities : return "Verify trig identities";
case _inverse_trig_functions: return "Inverse trig functions";
case _simple_trig_eqn : return "Simple trig equations";
case _trig_eqn : return "Trig equations";
case _complex_arithmetic : return "Complex arithmetic";
case _logarithms : return "Logarithmic functions";
case _change_log_base : return "Change base of logarithms";
case _exponentials : return "Exponentials and logarithms";
case _simplify_logpower : return "Simplify logs and powers";
case _log_eqn : return "Equations with logarithms";
case _exp_eqn : return "Exponential equations";
case _polar_form : return "Polar form of complex numbers";
case _de_moivre : return "De Moivre's theorem";
case _hyperfunctions : return "Derive hyperbolic function laws";
case _hyperfunctions2 : return "Hyperbolic trigonometry";
case _complex_trig : return "Complex trig and log functions";
case _complex_quadratics : return "Complex quadratic equations";
case _complex_cubics : return "Cubic equations";
case _sigma_notation : return "Sigma notation";
case _binomial_theorem : return "Binomial theorem";
case _complex_roots : return "Complex roots";
/* Calculus 1 */
case _polynomial_limits : return "Limits of polynomials";
case _simple_limits : return "Simple limits";
case _diff_from_def : return "Differentiate from definition";
case _diff_polynomial : return "Differentiate polynomials";
case _diff_basics : return "Basic differentiation rules";
case _lim_trig : return "Limits of trig functions";
case _diff_trig : return "Differentiate trig functions";
case _chain_rule : return "Chain rule";
case _difreview : return "Differentiation review";
case _higher_order_diff : return "Higher-order derivatives";
case _implicit_diff : return "Implicit differentiation";
case _related_rates : return "Related Rates";
case _minmax : return "Maxima and Minima";
case _rational_limits : return "Limits of rational functions";
case _limits_at_infinity : return "Limits at infinity";
case _infinite_limits : return "Infinite limits";
case _sigma_notation1 : return "Sigma notation";
case _int_poly : return "Integrate polynomials";
case _simple_int : return "Simple integration";
case _fundamental_theorem : return "Fundamental theorem";
case _int_by_substitution : return "Integration by substitution";
case _int_by_parts1 : return "Integration by parts";
case _intreview : return "Integration review";
/* Calculus 2 */
case _lim_exp : return "Limits of exponentials";
case _eulere_as_limit : return "e as a limit";
case _lhopitals_rule : return "L'H�pital's rule";
case _limleadingterm : return "Limits using leading term";
case _limits_any_function : return "Limit review";
case _diff_exp_from_defn : return "Differentiate from definition";
case _diff_exp : return "Differentiate exponentials";
case _diff_logs : return "Differentiate logarithms";
case _logarithmic_differentiation: return "Logarithmic differentiation";
case _diff_arctrig : return "Diff inverse trig functions";
case _diff_hyperbolic : return "Diff hyperbolic functions";
case _diff_any_function : return "Differentiation review";
case _int_by_parts2 : return "Integration by parts";
case _int_logs : return "Integrate to logarithms";
case _trigpower_integrals : return "Trigonometric integrals";
case _trig_substitution : return "Trig substitutions";
case _integrate_rational_functions: return "Integrate rational functions";
case _rationalizing_substitutions: return "Rationalizing substitutions";
case _integrate_any_function: return "Integration review";
case _improper_integrals : return "Improper integrals";
case _sum_series : return "Geometric and telescoping series";
case _integral_test : return "Integral test";
case _comparison_test : return "Comparison test";
case _root_ratio_tests : return "Root and ratio tests";
case _power_series1 : return "Beginning power series";
case _power_series2 : return "Power series";
// rest are not implemented
case _separable_ode : return "Separable ODEs";
case _arc_length : return "Arc length of y = f(x)";
case _area_revolution : return "Area of surface of revolution";
case _volume_revolution : return "Volume of surface of revolution";
}
return "oops"; // avoid a warning message
}
Sindbad File Manager Version 1.0, Coded By Sindbad EG ~ The Terrorists