a02 Chapter Introduction – a description of the Chapter and an overview of the algorithms available
| Function Name |
Mark of Introduction |
Purpose |
| a02bac
Example Text |
2 | nag_complex Complex number from real and imaginary parts |
| a02bbc | 2 | nag_complex_real Real part of a complex number |
| a02bcc | 2 | nag_complex_imag Imaginary part of a complex number |
| a02cac | 2 | nag_complex_add Addition of two complex numbers |
| a02cbc | 2 | nag_complex_subtract Subtraction of two complex numbers |
| a02ccc | 2 | nag_complex_multiply Multiplication of two complex numbers |
| a02cdc | 2 | nag_complex_divide Quotient of two complex numbers |
| a02cec | 2 | nag_complex_negate Negation of a complex number |
| a02cfc | 2 | nag_complex_conjg Conjugate of a complex number |
| a02cgc | 2 | nag_complex_equal Equality of two complex numbers |
| a02chc | 2 | nag_complex_not_equal Inequality of two complex numbers |
| a02dac | 2 | nag_complex_arg Argument of a complex number |
| a02dbc | 2 | nag_complex_abs Modulus of a complex number |
| a02dcc | 2 | nag_complex_sqrt Square root of a complex number |
| a02ddc | 2 | nag_complex_i_power Complex number raised to integer power |
| a02dec | 2 | nag_complex_r_power Complex number raised to real power |
| a02dfc | 2 | nag_complex_c_power Complex number raised to complex power |
| a02dgc | 2 | nag_complex_log Complex logarithm |
| a02dhc | 2 | nag_complex_exp Complex exponential |
| a02djc | 2 | nag_complex_sin Complex sine |
| a02dkc | 2 | nag_complex_cos Complex cosine |
| a02dlc | 2 | nag_complex_tan Complex tangent |