Go to the source code of this file.
Enumerations | |
enum | gcu_spin_state |
enum | gcu_radius_type |
Functions | |
const gdouble * | gcu_element_get_default_color (gint Z) |
const gchar * | gcu_element_get_symbol (gint Z) |
const gchar * | gcu_element_get_name (gint Z) |
gint | gcu_element_get_Z (gchar *symbol) |
gboolean | gcu_element_get_radius (GcuAtomicRadius *radius) |
gboolean | gcu_element_get_electronegativity (GcuElectronegativity *en) |
GcuDimensionalValue const * | gcu_element_get_ionization_energy (int Z, int N) |
GcuDimensionalValue const * | gcu_element_get_electron_affinity (int Z, int N) |
const GcuAtomicRadius ** | gcu_element_get_radii (gint Z) |
const GcuElectronegativity ** | gcu_element_get_electronegativities (gint Z) |
void | gcu_element_load_databases (char *name,...) |
gchar * | gcu_value_get_string (GcuValue const *value) |
gchar * | gcu_dimensional_value_get_string (GcuDimensionalValue const *value) |
To use this file, add the following line to your source file:
#include <gcu/chemistry.h>
Definition in file chemistry.h.
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gcu_radius_type gcu_radius_type describes the type of the atomic radius Possible values are:
This enumeration is used in the GcuAtomicRadius structure. Definition at line 89 of file chemistry.h. |
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gcu_spin_state gcu_spin_state describes the spin state of a central atom in a complex. Possible values are:
This enumeration is used in the GcuAtomicRadius structure. Definition at line 70 of file chemistry.h. |
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The programs searches an electronegativity value for the element in the scale if given. If one is found the value and the scale (if NULL on calling) are given the corresponding values of the first match before returning.
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The programs searches a value corresponding to the fields having a non default value. If one is found the other fields are given the corresponding values f the first match before returning.
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gcu_element_get_symbol:
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gcu_element_get_Z:
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