#include <mean.h>
Collaboration diagram for t_mean:
Data Fields | |
| double | HarMeanTempRadius [2] |
| double | HarMeanTempVolume [2] |
| double | TempMeanRadius [2] |
| double | TempMeanVolume [2] |
| double | B_HarMeanTempRadius [2] |
| double | H2MeanTempRadius [2] |
| double | H2MeanTempVolume [2] |
| double | H_21cm_spin_mean_radius [2] |
| double *** | xIonMeans |
| double *** | xIonEdenMeans |
| double ** | xIonMeansNorm |
| double ** | xIonEdenMeansNorm |
| double *** | TempMeans |
| double *** | TempMeansNorm |
| double *** | TempEdenMeans |
| double *** | TempEdenMeansNorm |
Definition at line 55 of file mean.h.
| double t_mean::B_HarMeanTempRadius[2] |
mean B weighted by n(H0) / T as in 21 cm measures
Definition at line 73 of file mean.h.
Referenced by cdB21cm(), and MeanZero().
| double t_mean::H2MeanTempRadius[2] |
this is used to get the mean temperature with respect to H2, over radius
Definition at line 77 of file mean.h.
Referenced by cdTemp(), and MeanZero().
| double t_mean::H2MeanTempVolume[2] |
this is used to get the mean temperature with respect to H2, weighted over volume
Definition at line 80 of file mean.h.
Referenced by cdTemp(), and MeanZero().
| double t_mean::H_21cm_spin_mean_radius[2] |
this is mean of computed 21 cm spin temperature
Definition at line 83 of file mean.h.
Referenced by cdTemp(), and MeanZero().
| double t_mean::HarMeanTempRadius[2] |
this is used to get the harmonic mean temperature with respect to atomic hydrogen density, over radius, for comparison with 21cm data
Definition at line 63 of file mean.h.
Referenced by cdTemp(), and MeanZero().
| double t_mean::HarMeanTempVolume[2] |
this is used to get the harmonic mean temperature with respect to atomic hydrogen density, weighted over volume
Definition at line 66 of file mean.h.
Referenced by cdTemp(), and MeanZero().
| double*** t_mean::TempEdenMeans |
following includes electron density
Definition at line 102 of file mean.h.
Referenced by MeanInc(), and MeanZero().
| double*** t_mean::TempEdenMeansNorm |
| double t_mean::TempMeanRadius[2] |
used to get mean temp over radius and volumn
Definition at line 69 of file mean.h.
Referenced by cdTemp(), and MeanZero().
| double*** t_mean::TempMeans |
TempMeans[type][nelem][stage] stage=0 is not used, here for analogy with above type = 0 is radius integration, 1=vol integration, 2 is norm for radius, 3 is norm for vol integration
Definition at line 99 of file mean.h.
Referenced by MeanInc(), and MeanZero().
| double*** t_mean::TempMeansNorm |
| double t_mean::TempMeanVolume[2] |
| double*** t_mean::xIonEdenMeans |
following includes electron density
Definition at line 90 of file mean.h.
Referenced by MeanInc(), and MeanZero().
| double** t_mean::xIonEdenMeansNorm |
following includes electron density
Definition at line 93 of file mean.h.
Referenced by MeanInc(), and MeanZero().
| double*** t_mean::xIonMeans |
xIonMeans[type][nelem][stage] stage=0 is integrated sum of all type = 0 is radius integration, 1=vol integration
Definition at line 88 of file mean.h.
Referenced by cdColm(), MeanInc(), MeanIonRadius(), MeanIonVolume(), and MeanZero().
| double** t_mean::xIonMeansNorm |
[2][LIMELM][LIMELM+2];
Definition at line 91 of file mean.h.
Referenced by MeanInc(), and MeanZero().
1.4.7