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Data Fields
t_mean Struct Reference

#include <mean.h>

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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

Detailed Description

ionmeans.h

Definition at line 55 of file mean.h.


Field Documentation

mean B weighted by n(H0) / T as in 21 cm measures

Definition at line 73 of file mean.h.

Referenced by cdB21cm(), MeanInc(), and MeanZero().

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(), MeanInc(), and MeanZero().

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(), MeanInc(), and MeanZero().

this is mean of computed 21 cm spin temperature

Definition at line 83 of file mean.h.

Referenced by cdTemp(), MeanInc(), and MeanZero().

used to store information for mean ionization and electron temperature, this is set to zero in zmean, incremented in mean, and analysed in MeanIonRadius and MeanIonVolume 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(), MeanInc(), and MeanZero().

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(), MeanInc(), and MeanZero().

following includes electron density

Definition at line 102 of file mean.h.

Referenced by MeanInc(), MeanIonRadius(), MeanIonVolume(), and MeanZero().

Definition at line 103 of file mean.h.

Referenced by MeanInc(), MeanIonRadius(), MeanIonVolume(), and MeanZero().

used to get mean temp over radius and volumn

Definition at line 69 of file mean.h.

Referenced by cdTemp(), MeanInc(), and MeanZero().

double*** t_mean::TempMeans

[2][LIMELM]; 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(), MeanIonRadius(), MeanIonVolume(), and MeanZero().

Definition at line 100 of file mean.h.

Referenced by MeanInc(), MeanIonRadius(), MeanIonVolume(), and MeanZero().

Definition at line 69 of file mean.h.

Referenced by cdTemp(), MeanInc(), and MeanZero().

[2][LIMELM][LIMELM+2]; following includes electron density

Definition at line 90 of file mean.h.

Referenced by MeanInc(), MeanIonRadius(), MeanIonVolume(), and MeanZero().

[2][LIMELM]; following includes electron density

Definition at line 93 of file mean.h.

Referenced by MeanInc(), MeanIonRadius(), MeanIonVolume(), 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(), MeanZero(), PunchDo(), and punResults().

[2][LIMELM][LIMELM+2];

Definition at line 91 of file mean.h.

Referenced by MeanInc(), MeanIonRadius(), MeanIonVolume(), and MeanZero().


The documentation for this struct was generated from the following file:
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