NODAL DATA used as a pointer in the SnowStation structure.
#include <DataClasses.h>
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| double | z |
| | nodal height from ground in m
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| double | u |
| | creep displacements in m
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| double | f |
| | reaction or unbalanced forces (CREEP)
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| double | udot |
| | downward creep velocity in m s-1
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| double | T |
| | nodal temperature in K
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| double | S_n |
| | Stability Index for natural avalanches.
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| double | S_s |
| | Stability Index for skier triggered avalanches.
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| double | ssi |
| | Structural Stability Index.
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| double | rta |
| | Relative Threshold Sum apprach.
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| double | hoar |
| | Mass of surface hoar collected while node was exposed to surface.
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| double | dsm |
| | Dry snow metamorphism factor.
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| double | S_dsm |
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| double | Sigdsm |
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| double | rime |
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| double | water_flux |
| | Water flowing through the node (kg/m2). Positive values denote downward fluxes.
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| double | rhov |
| | nodal vapor density in kg/m^3
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◆ NodeData()
◆ toString()
| const std::string NodeData::toString |
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const |
◆ operator<<
| std::ostream & operator<< |
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std::ostream & |
os, |
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const NodeData & |
data |
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) |
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friend |
◆ operator>>
| std::istream & operator>> |
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std::istream & |
is, |
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NodeData & |
data |
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) |
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friend |
◆ dsm
Dry snow metamorphism factor.
reaction or unbalanced forces (CREEP)
◆ hoar
Mass of surface hoar collected while node was exposed to surface.
◆ rhov
nodal vapor density in kg/m^3
◆ rime
◆ rta
Relative Threshold Sum apprach.
◆ S_dsm
◆ S_n
◆ S_s
Stability Index for skier triggered avalanches.
◆ Sigdsm
◆ ssi
◆ udot
downward creep velocity in m s-1
◆ water_flux
| double NodeData::water_flux |
Water flowing through the node (kg/m2). Positive values denote downward fluxes.
nodal height from ground in m
The documentation for this class was generated from the following files: