List of parameters for xyaver.in
This page lists 584 variables distributed into 20 files. Of these:
558 (96%) are documented;
26 (4%) are undocumented.
Some of the variable names are shared amongst modules, so there are 424 unique names:
280 variables appear 1 time;
130 variables appear 2 times;
12 variables appear 3 times;
2 variables appear 4 times.
Module ascalar.f90
Variable |
Meaning |
|---|---|
accmz |
\(\left<c\right>_{xy}\) |
Module bfield.f90
Variable |
Meaning |
|---|---|
bmz |
\(\langle B\rangle_{xy}\) |
b2mz |
\(\langle B^2\rangle_{xy}\) |
bxmz |
\(\langle B_x\rangle_{xy}\) |
bymz |
\(\langle B_y\rangle_{xy}\) |
bzmz |
\(\langle B_z\rangle_{xy}\) |
bx2mz |
\(\langle B_x^2\rangle_{xy}\) |
by2mz |
\(\langle B_y^2\rangle_{xy}\) |
bz2mz |
\(\langle B_z^2\rangle_{xy}\) |
bxbymz |
\(\langle B_x B_y\rangle_{xy}\) |
bxbzmz |
\(\langle B_x B_z\rangle_{xy}\) |
bybzmz |
\(\langle B_y B_z\rangle_{xy}\) |
betamz |
\(\langle\beta\rangle_{xy}\) |
beta2mz |
\(\langle\beta^2\rangle_{xy}\) |
Module cdata.f90
Variable |
Meaning |
|---|---|
dtvmaxz |
z-dependent version of dtv |
Module density.f90
Variable |
Meaning |
|---|---|
rhomz |
\(\left<\varrho\right>_{xy}\) |
rhoupmz |
\(\left<\varrho_\uparrow\right>_{xy}\) |
rhodownmz |
\(\left<\varrho_\downarrow\right>_{xy}\) |
rho2mz |
\(\left<\varrho^2\right>_{xy}\) |
rho2upmz |
\(\left<\varrho_\uparrow^2\right>_{xy}\) |
rho2downmz |
\(\left<\varrho_\downarrow^2\right>_{xy}\) |
rhof2mz |
\(\left<\varrho'^2\right>_{xy}\) |
rhof2upmz |
\(\left<\varrho'^2_\uparrow\right>_{xy}\) |
rhof2downmz |
\(\left<\varrho'^2_\downarrow\right>_{xy}\) |
gzlnrhomz |
\(\left<\nabla_z\ln\varrho\right>_{xy}\) |
uglnrhomz |
\(\left<\uv\cdot\nabla\ln\varrho\right>_{xy}\) |
ugrhomz |
\(\left<\uv\cdot\nabla\varrho\right>_{xy}\) |
uygzlnrhomz |
\(\left<u_y\nabla_z\ln\varrho\right>_{xy}\) |
uzgylnrhomz |
\(\left<u_z\nabla_y\ln\varrho\right>_{xy}\) |
rhoph1mz |
\(\left< \overline{n}^2 \right>_{xy}|_{\mathrm phase 1}\) |
rhoph2mz |
\(\left< \overline{n}^2 \right>_{xy}|_{\mathrm phase 2}\) |
rhoph3mz |
\(\left< \overline{n}^2 \right>_{xy}|_{\mathrm phase 3}\) |
rho2ph1mz |
\(\left< \overline{n^2} \right>_{xy}|_{\mathrm phase 1}\) |
rho2ph2mz |
\(\left< \overline{n^2} \right>_{xy}|_{\mathrm phase 2}\) |
rho2ph3mz |
\(\left< \overline{n^2} \right>_{xy}|_{\mathrm phase 3}\) |
rho2mx |
\(\left<\varrho^2\right>_{yz}\) |
Module density_stratified.f90
Variable |
Meaning |
|---|---|
drhomz |
\(\langle\Delta\rho/\rho_0\rangle_{xy}\) |
drho2mz |
\(\langle\left(\Delta\rho/\rho_0\right)^2\rangle_{xy}\) |
Module entropy.f90
Variable |
Meaning |
|---|---|
fradz |
\(\left<F_{\mathrm rad}\right>_{xy}\) |
fconvz |
\(\left<c_p \varrho u_z T \right>_{xy}\) |
Fenthz |
\(\left<c_p (\varrho u_z)' T' \right>_{xy}\) |
Fenthupz |
\(\left<(c_p (\varrho u_z)' T')_\uparrow \right>_{xy}\) |
Fenthdownz |
\(\left<(c_p (\varrho u_z)' T')_\downarrow \right>_{xy}\) |
ssmz |
\(\left< s \right>_{xy}\) |
ssupmz |
\(\left< s_\uparrow \right>_{xy}\) |
ssdownmz |
\(\left< s_\downarrow \right>_{xy}\) |
ss2mz |
\(\left< s^2 \right>_{xy}\) |
ss2upmz |
\(\left< s^2_\uparrow \right>_{xy}\) |
ss2downmz |
\(\left< s^2_\downarrow \right>_{xy}\) |
ssf2mz |
\(\left< s'^2\right>_{xy}\) |
ssf2upmz |
\(\left< s'^2_\uparrow \right>_{xy}\) |
ssf2downmz |
\(\left< s'^2_\downarrow \right>_{xy}\) |
ppmz |
\(\left< p \right>_{xy}\) |
TTmz |
\(\left< T \right>_{xy}\) |
TTdownmz |
\(\left< T_\downarrow \right>_{xy}\) |
TTupmz |
\(\left< T_\uparrow \right>_{xy}\) |
TT2mz |
\(\left< T^2 \right>_{xy}\) |
TT2upmz |
\(\left< T^2_\uparrow \right>_{xy}\) |
TT2downmz |
\(\left< T^2_\downarrow \right>_{xy}\) |
TTf2mz |
\(\left< T'^2 \right>_{xy}\) |
TTf2upmz |
\(\left< T'^2_\uparrow \right>_{xy}\) |
TTf2downmz |
\(\left< T'^2_\downarrow \right>_{xy}\) |
ugradpmz |
\(\left< u \cdot\nabla p \right>_{xy}\) |
gradpxmz |
\(\left< \nabla p_x \right>_{xy}\) |
gradpymz |
\(\left< \nabla p_y \right>_{xy}\) |
gradpzmz |
\(\left< \nabla p_z \right>_{xy}\) |
pdivumz |
\(\left<p\nabla\cdot\uv\right>_{xy}\) |
uxTTmz |
\(\left< u_x T \right>_{xy}\) |
uyTTmz |
\(\left< u_y T \right>_{xy}\) |
uzTTmz |
\(\left< u_z T \right>_{xy}\) |
uzTTupmz |
\(\left< (u_z T)_\uparrow \right>_{xy}\) |
uzTTdownmz |
\(\left< (u_z T)_\downarrow \right>_{xy}\) |
gTxgsxmz |
\(\left<(\nabla T\times\nabla s)_x\right>_{xy}\) |
gTxgsymz |
\(\left<(\nabla T\times\nabla s)_y\right>_{xy}\) |
gTxgszmz |
\(\left<(\nabla T\times\nabla s)_z\right>_{xy}\) |
gTxgsx2mz |
\(\left<(\nabla T\times\nabla s)^2_x\right>_{xy}\) |
gTxgsy2mz |
\(\left<(\nabla T\times\nabla s)^2_y\right>_{xy}\) |
gTxgsz2mz |
\(\left<(\nabla T\times\nabla s)^2_z\right>_{xy}\) |
fradz_kramers |
\(F_{\mathrm rad}\) (from Kramers’ opacity) |
fradz_Kprof |
\(F_{\mathrm rad}\) (from Kprof) |
fradz_constchi |
\(F_{\mathrm rad}\) (from chi_const) |
fturbz |
\(\left<\varrho T \chi_t \nabla_z s\right>_{xy}\) \(\quad\) (turbulent heat flux) |
fturbtz |
\(\left<\varrho T \chi_t \nabla_z s\right>_{xy}\) \(\quad\) (turbulent heat flux) |
fturbmz |
\(\left<\varrho T \chi_t \nabla_z \overline{s}\right>_{xy}\) \(\quad\) (turbulent heat flux) |
fturbfz |
\(\left<\varrho T \chi_t \nabla_z s'\right>_{xy}\) \(\quad\) (turbulent heat flux) |
dcoolz |
divergence of heating term (only for get_heat_cool_gravz) |
heatmz |
divergence of heating term (all terms except tau_relax_ss and tau_cool_ss) |
Kkramersmz |
\(\left< K_0 T^{(3-b)}/\rho^{(a+1)} \right>_{xy}\) |
ethmz |
\(\left<\varrho e\right>_{xy}\) |
fpreszmz |
\(-\left<\frac{\nabla p}{\varrho}\right>_{xy}\) |
gTT2mz |
\(\left< {\nabla T}^2 \right>_{xy}\) |
gss2mz |
\(\left< {\nabla s}^2 \right>_{xy}\) |
fracvph1mz |
\(\left<f_{\mathrm v}\right>_{xy}|_{\mathrm phase 1}\) \(\quad\) (phase 1 fractional volume) |
fracvph2mz |
\(\left<f_{\mathrm v}\right>_{xy}|_{\mathrm phase 2}\) \(\quad\) (phase 2 fractional volume) |
fracvph3mz |
\(\left<f_{\mathrm v}\right>_{xy}|_{\mathrm phase 3}\) \(\quad\) (phase 3 fractional volume) |
Module gravity_simple.f90
Variable |
Meaning |
|---|---|
epotmz |
\(\left<\varrho \Phi_{\mathrm grav} \right>_{xy}\) |
epotuzmz |
\(\left<\varrho \Phi_{\mathrm grav} u_z \right>_{xy}\) \(\quad\) (potential energy flux) |
Module hydro.f90
Variable |
Meaning |
|---|---|
u2mz |
\(\left< \uv^2 \right>_{xy}\) |
o2mz |
\(\left< \Wv^2 \right>_{xy}\) |
divu2mz |
\(\left<(\nabla\cdot\uv)^2\right>_{xy}\) |
curlru2mz |
\(\left<(\nabla\times\varrho\Uv)^2 \right>_{xy}\) |
divru2mz |
\(\left<(\nabla\cdot\varrho\uv)^2\right>_{xy}\) |
fmasszmz |
\(\left< \varrho u_z \right>_{xy}\) |
fkinzmz |
\(\left<{1\over2}\varrho\uv^2 u_z\right>_{xy}\) |
fkinzupmz |
\(\left<{1\over2}\varrho\uv^2 u_{z\uparrow}\right>_{xy}\) |
fkinzdownmz |
\(\left<{1\over2}\varrho\uv^2 u_{z\downarrow}\right>_{xy}\) |
uxmz |
\(\left< u_x \right>_{xy}\) \(\quad\) (horiz. averaged \(x\) velocity) |
uymz |
\(\left< u_y \right>_{xy}\) |
uzmz |
\(\left< u_z \right>_{xy}\) |
uxph1mz |
\(\left< u_x \right>_{xy}|_{\mathrm phase 1}\) |
uxph2mz |
\(\left< u_y \right>_{xy}|_{\mathrm phase 2}\) |
uxph3mz |
\(\left< u_x \right>_{xy}|_{\mathrm phase 3}\) |
uyph1mz |
\(\left< u_y \right>_{xy}|_{\mathrm phase 1}\) |
uyph2mz |
\(\left< u_y \right>_{xy}|_{\mathrm phase 2}\) |
uyph3mz |
\(\left< u_y \right>_{xy}|_{\mathrm phase 3}\) |
uzph1mz |
\(\left< u_z \right>_{xy}|_{\mathrm phase 1}\) |
uzph2mz |
\(\left< u_z \right>_{xy}|_{\mathrm phase 2}\) |
uzph3mz |
\(\left< u_z \right>_{xy}|_{\mathrm phase 3}\) |
u2ph1mz |
\(\left< u^2 \right>_{xy}|_{\mathrm phase 1}\) |
u2ph2mz |
\(\left< u^2 \right>_{xy}|_{\mathrm phase 2}\) |
u2ph3mz |
\(\left< u^2 \right>_{xy}|_{\mathrm phase 3}\) |
ux2ph1mz |
\(\left< u_x^2 \right>_{xy}|_{\mathrm phase 1}\) |
ux2ph2mz |
\(\left< u_x^2 \right>_{xy}|_{\mathrm phase 2}\) |
ux2ph3mz |
\(\left< u_x^2 \right>_{xy}|_{\mathrm phase 3}\) |
uy2ph1mz |
\(\left< u_y^2 \right>_{xy}|_{\mathrm phase 1}\) |
uy2ph2mz |
\(\left< u_y^2 \right>_{xy}|_{\mathrm phase 2}\) |
uy2ph3mz |
\(\left< u_y^2 \right>_{xy}|_{\mathrm phase 3}\) |
uz2ph1mz |
\(\left< u_z^2 \right>_{xy}|_{\mathrm phase 1}\) |
uz2ph2mz |
\(\left< u_z^2 \right>_{xy}|_{\mathrm phase 2}\) |
uz2ph3mz |
\(\left< u_z^2 \right>_{xy}|_{\mathrm phase 3}\) |
ffdownmz |
Filling factor of downflows |
uzupmz |
\(\left< u_{z\uparrow} \right>_{xy}\) |
uzdownmz |
\(\left< u_{z\downarrow} \right>_{xy}\) |
ruzupmz |
\(\left< \varrho u_{z\uparrow} \right>_{xy}\) |
ruzdownmz |
\(\left< \varrho u_{z\downarrow} \right>_{xy}\) |
divumz |
\(\left< {\mathrm div}\uv \right>_{xy}\) |
uzdivumz |
\(\left< u_z{\mathrm div}\uv \right>_{xy}\) |
oxmz |
\(\left< \omega_x \right>_{xy}\) |
oymz |
\(\left< \omega_y \right>_{xy}\) |
ozmz |
\(\left< \omega_z \right>_{xy}\) |
ux2mz |
\(\left<u_x^2\right>_{xy}\) |
uy2mz |
\(\left<u_y^2\right>_{xy}\) |
uz2mz |
\(\left<u_z^2\right>_{xy}\) |
ux3mz |
\(\left<u_x^3\right>_{xy}\) |
uy3mz |
\(\left<u_y^3\right>_{xy}\) |
uz3mz |
\(\left<u_z^3\right>_{xy}\) |
ux4mz |
\(\left<u_x^4\right>_{xy}\) |
uy4mz |
\(\left<u_y^4\right>_{xy}\) |
uz4mz |
\(\left<u_z^4\right>_{xy}\) |
uz2upmz |
\(\left<u_{z\uparrow}^2\right>_{xy}\) |
uz2downmz |
\(\left<u_{z\downarrow}^2\right>_{xy}\) |
ox2mz |
\(\left< \omega_x^2 \right>_{xy}\) |
oy2mz |
\(\left< \omega_y^2 \right>_{xy}\) |
oz2mz |
\(\left< \omega_z^2 \right>_{xy}\) |
ruxmz |
\(\left<\varrho u_x \right>_{xy}\) |
ruymz |
\(\left<\varrho u_y \right>_{xy}\) |
ruzmz |
\(\left<\varrho u_z \right>_{xy}\) |
ruxph1mz |
\(\left<\varrho u_x \right>_{xy}|_{\mathrm phase 1}\) |
ruxph2mz |
\(\left<\varrho u_x \right>_{xy}|_{\mathrm phase 2}\) |
ruxph3mz |
\(\left<\varrho u_x \right>_{xy}|_{\mathrm phase 3}\) |
ruyph1mz |
\(\left<\varrho u_y \right>_{xy}|_{\mathrm phase 1}\) |
ruyph2mz |
\(\left<\varrho u_y \right>_{xy}|_{\mathrm phase 2}\) |
ruyph3mz |
\(\left<\varrho u_y \right>_{xy}|_{\mathrm phase 3}\) |
ruzph1mz |
\(\left<\varrho u_z \right>_{xy}|_{\mathrm phase 1}\) |
ruzph2mz |
\(\left<\varrho u_z \right>_{xy}|_{\mathrm phase 2}\) |
ruzph3mz |
\(\left<\varrho u_z \right>_{xy}|_{\mathrm phase 3}\) |
rux2ph1mz |
\(\left<\varrho u_x^2 \right>_{xy}|_{\mathrm phase 1}\) |
rux2ph2mz |
\(\left<\varrho u_x^2 \right>_{xy}|_{\mathrm phase 2}\) |
rux2ph3mz |
\(\left<\varrho u_x^2 \right>_{xy}|_{\mathrm phase 3}\) |
ruy2ph1mz |
\(\left<\varrho u_y^2 \right>_{xy}|_{\mathrm phase 1}\) |
ruy2ph2mz |
\(\left<\varrho u_y^2 \right>_{xy}|_{\mathrm phase 2}\) |
ruy2ph3mz |
\(\left<\varrho u_y^2 \right>_{xy}|_{\mathrm phase 3}\) |
ruz2ph1mz |
\(\left<\varrho u_z^2 \right>_{xy}|_{\mathrm phase 1}\) |
ruz2ph2mz |
\(\left<\varrho u_z^2 \right>_{xy}|_{\mathrm phase 2}\) |
ruz2ph3mz |
\(\left<\varrho u_z^2 \right>_{xy}|_{\mathrm phase 3}\) |
ekinph1mz |
\(\left<{1\over2}\varrho\uv^2\right>_{xy}|_{\mathrm phase 1}\) |
ekinph2mz |
\(\left<{1\over2}\varrho\uv^2\right>_{xy}|_{\mathrm phase 2}\) |
ekinph3mz |
\(\left<{1\over2}\varrho\uv^2\right>_{xy}|_{\mathrm phase 3}\) |
oxph1mz |
\(\left< \omega_x \right>_{xy}|_{\mathrm phase 1}\) |
oxph2mz |
\(\left< \omega_x \right>_{xy}|_{\mathrm phase 2}\) |
oxph3mz |
\(\left< \omega_x \right>_{xy}|_{\mathrm phase 3}\) |
oyph1mz |
\(\left< \omega_y \right>_{xy}|_{\mathrm phase 1}\) |
oyph2mz |
\(\left< \omega_y \right>_{xy}|_{\mathrm phase 2}\) |
oyph3mz |
\(\left< \omega_y \right>_{xy}|_{\mathrm phase 3}\) |
ozph1mz |
\(\left< \omega_z \right>_{xy}|_{\mathrm phase 1}\) |
ozph2mz |
\(\left< \omega_z \right>_{xy}|_{\mathrm phase 2}\) |
ozph3mz |
\(\left< \omega_z \right>_{xy}|_{\mathrm phase 3}\) |
ouph1mz |
\(\left<\boldsymbol{\omega}\cdot\uv\right>_{xy}|_{\mathrm phase 1}\) |
ouph2mz |
\(\left<\boldsymbol{\omega}\cdot\uv\right>_{xy}|_{\mathrm phase 2}\) |
ouph3mz |
\(\left<\boldsymbol{\omega}\cdot\uv\right>_{xy}|_{\mathrm phase 3}\) |
rux2mz |
\(\left<\varrho u_x^2\right>_{xy}\) |
ruy2mz |
\(\left<\varrho u_y^2\right>_{xy}\) |
ruz2mz |
\(\left<\varrho u_z^2\right>_{xy}\) |
uxuymz |
\(\left<u_x u_y\right>_{xy}\) |
uxuzmz |
\(\left<u_x u_z\right>_{xy}\) |
uyuzmz |
\(\left<u_y u_z\right>_{xy}\) |
Rxymz |
\(\left<u_x' u_y'\right>_{xy}\) |
Rxyupmz |
\(\left<u_{x\downarrow}' u_{y\downarrow}'\right>_{xy}\) |
Rxydownmz |
\(\left<u_{x\uparrow}' u_{y\uparrow}'\right>_{xy}\) |
Rxzmz |
\(\left<u_x' u_z'\right>_{xy}\) |
Rxzupmz |
\(\left<u_{x\downarrow}' u_{z\downarrow}'\right>_{xy}\) |
Rxzdownmz |
\(\left<u_{x\uparrow}' u_{z\uparrow}'\right>_{xy}\) |
Ryzmz |
\(\left<u_y' u_z'\right>_{xy}\) |
Ryzupmz |
\(\left<u_{y\downarrow}' u_{z\downarrow}'\right>_{xy}\) |
Ryzdownmz |
\(\left<u_{y\uparrow}' u_{z\uparrow}'\right>_{xy}\) |
ruxuymz |
\(\langle\rho u_x u_y\rangle_{xy}\) |
ruxuzmz |
\(\langle\rho u_x u_z\rangle_{xy}\) |
ruyuzmz |
\(\langle\rho u_y u_z\rangle_{xy}\) |
ruxuy2mz |
\(\langle\left(\rho u_x u_y\right)^2\rangle_{xy}\) |
ruxuz2mz |
\(\langle\left(\rho u_x u_z\right)^2\rangle_{xy}\) |
ruyuz2mz |
\(\langle\left(\rho u_y u_z\right)^2\rangle_{xy}\) |
rufmz |
\(\left< \varrho \uv \cdot \vec{F} \right>_{xy}\) , where \(\vec{F}\) is the continuous forcing (lforcing_cont_uu=T) |
oxuxxmz |
\(\left<\omega_x u_{x,x}\right>_{xy}\) |
oyuxymz |
\(\left<\omega_y u_{x,y}\right>_{xy}\) |
oxuyxmz |
\(\left<\omega_x u_{y,x}\right>_{xy}\) |
oyuyymz |
\(\left<\omega_y u_{y,y}\right>_{xy}\) |
oxuzxmz |
\(\left<\omega_x u_{z,x}\right>_{xy}\) |
oyuzymz |
\(\left<\omega_y u_{z,y}\right>_{xy}\) |
uyxuzxmz |
\(\left<u_{y,x} u_{z,x}\right>_{xy}\) |
uyyuzymz |
\(\left<u_{y,y} u_{z,y}\right>_{xy}\) |
uyzuzzmz |
\(\left<u_{y,z} u_{z,z}\right>_{xy}\) |
ekinmz |
\(\left<{1\over2}\varrho\uv^2\right>_{xy}\) |
oumz |
\(\left<\boldsymbol{\omega} \cdot\uv\right>_{xy}\) |
uguxmz |
|
uguymz |
|
uguzmz |
|
Remz |
\(\langle\frac{|\uv\cdot\uv|}{\left| \frac{\partial}{\partial x_j} (\nu{\sf S}_{ij})\right|}\rangle_{xy}\) |
oguxmz |
\(\left<(\boldsymbol{\omega} \cdot\nabla \uv)_x\right>_{xy}\) |
oguymz |
\(\left<(\boldsymbol{\omega} \cdot\nabla \uv)_y\right>_{xy}\) |
oguzmz |
\(\left<(\boldsymbol{\omega} \cdot\nabla \uv)_z\right>_{xy}\) |
ogux2mz |
\(\left<(\boldsymbol{\omega} \cdot\nabla \uv)_x^2\right>_{xy}\) |
oguy2mz |
\(\left<(\boldsymbol{\omega} \cdot\nabla \uv)_y^2\right>_{xy}\) |
oguz2mz |
$left<(boldsymbol{omega} |
oxdivumz |
\(\left<\omega_x\nabla\cdot\uv\right>_{xy}\) |
oydivumz |
\(\left<\omega_y\nabla\cdot\uv\right>_{xy}\) |
ozdivumz |
\(\left<\omega_z\nabla\cdot\uv\right>_{xy}\) |
oxdivu2mz |
\(\left<(\omega_x\nabla\cdot\uv)^2\right>_{xy}\) |
oydivu2mz |
\(\left<(\omega_y\nabla\cdot\uv)^2\right>_{xy}\) |
ozdivu2mz |
\(\left<(\omega_z\nabla\cdot\uv)^2\right>_{xy}\) |
u3u21mz |
|
u1u32mz |
|
u2u13mz |
|
u2u31mz |
|
u3u12mz |
|
u1u23mz |
|
acczmz |
\(\left<Du_z/Dt\right>_{xy}\) |
acczupmz |
\(\left<Du_z/Dt\right>_{xy+}\) |
acczdownmz |
\(\left<Du_z/Dt\right>_{xy-}\) |
accpowzmz |
\(\left<(u_z Du_z/Dt)^2\right>_{xy}\) |
accpowzupmz |
\(\left<(u_z Du_z/Dt)^2\right>_{xy+}\) |
accpowzdownmz |
\(\left<(u_z Du_z/Dt)^2\right>_{xy-}\) |
totalforcezmz |
\(\left<\varrho Du_z/Dt\right>_{xy}\) |
totalforcezupmz |
\(\left<\varrho Du_z/Dt\right>_{xy+}\) |
totalforcezdownmz |
\(\left<\varrho Du_z/Dt\right>_{xy-}\) |
Module hydro_potential.f90
Variable |
Meaning |
|---|---|
u2mz |
\(\left< \uv^2 \right>_{xy}\) |
o2mz |
\(\left< \Wv^2 \right>_{xy}\) |
divu2mz |
\(\left<(\nabla\cdot\uv)^2\right>_{xy}\) |
curlru2mz |
\(\left<(\nabla\times\varrho\Uv)^2 \right>_{xy}\) |
divru2mz |
\(\left<(\nabla\cdot\varrho\uv)^2\right>_{xy}\) |
fmasszmz |
\(\left< \varrho u_z \right>_{xy}\) |
fkinzmz |
\(\left<{1\over2}\varrho\uv^2 u_z\right>_{xy}\) |
uxmz |
\(\left< u_x \right>_{xy}\) \(\quad\) (horiz. averaged \(x\) velocity) |
uymz |
\(\left< u_y \right>_{xy}\) |
uzmz |
\(\left< u_z \right>_{xy}\) |
uzupmz |
\(\left< u_{z\uparrow} \right>_{xy}\) |
uzdownmz |
\(\left< u_{z\downarrow} \right>_{xy}\) |
ruzupmz |
\(\left< \varrho u_{z\uparrow} \right>_{xy}\) |
ruzdownmz |
\(\left< \varrho u_{z\downarrow} \right>_{xy}\) |
divumz |
\(\left< {\mathrm div}\uv \right>_{xy}\) |
uzdivumz |
\(\left< u_z{\mathrm div}\uv \right>_{xy}\) |
oxmz |
\(\left< \omega_x \right>_{xy}\) |
oymz |
\(\left< \omega_y \right>_{xy}\) |
ozmz |
\(\left< \omega_z \right>_{xy}\) |
ux2mz |
\(\left<u_x^2\right>_{xy}\) |
uy2mz |
\(\left<u_y^2\right>_{xy}\) |
uz2mz |
\(\left<u_z^2\right>_{xy}\) |
ox2mz |
\(\left< \omega_x^2 \right>_{xy}\) |
oy2mz |
\(\left< \omega_y^2 \right>_{xy}\) |
oz2mz |
\(\left< \omega_z^2 \right>_{xy}\) |
ruxmz |
\(\left<\varrho u_x \right>_{xy}\) |
ruymz |
\(\left<\varrho u_y \right>_{xy}\) |
ruzmz |
\(\left<\varrho u_z \right>_{xy}\) |
rux2mz |
\(\left<\varrho u_x^2\right>_{xy}\) |
ruy2mz |
\(\left<\varrho u_y^2\right>_{xy}\) |
ruz2mz |
\(\left<\varrho u_z^2\right>_{xy}\) |
uxuymz |
\(\left<u_x u_y\right>_{xy}\) |
uxuzmz |
\(\left<u_x u_z\right>_{xy}\) |
uyuzmz |
\(\left<u_y u_z\right>_{xy}\) |
ruxuymz |
\(\langle\rho u_x u_y\rangle_{xy}\) |
ruxuzmz |
\(\langle\rho u_x u_z\rangle_{xy}\) |
ruyuzmz |
\(\langle\rho u_y u_z\rangle_{xy}\) |
ruxuy2mz |
\(\langle\rho u_x u_y\rangle_{xy}\) |
ruxuz2mz |
\(\langle\rho u_x u_z\rangle_{xy}\) |
ruyuz2mz |
\(\langle\rho u_y u_z\rangle_{xy}\) |
oxuxxmz |
\(\left<\omega_x u_{x,x}\right>_{xy}\) |
oyuxymz |
\(\left<\omega_y u_{x,y}\right>_{xy}\) |
oxuyxmz |
\(\left<\omega_x u_{y,x}\right>_{xy}\) |
oyuyymz |
\(\left<\omega_y u_{y,y}\right>_{xy}\) |
oxuzxmz |
\(\left<\omega_x u_{z,x}\right>_{xy}\) |
oyuzymz |
\(\left<\omega_y u_{z,y}\right>_{xy}\) |
uyxuzxmz |
\(\left<u_{y,x} u_{z,x}\right>_{xy}\) |
uyyuzymz |
\(\left<u_{y,y} u_{z,y}\right>_{xy}\) |
uyzuzzmz |
\(\left<u_{y,z} u_{z,z}\right>_{xy}\) |
ekinmz |
\(\left<{1\over2}\varrho\uv^2\right>_{xy}\) |
oumz |
\(\left<\boldsymbol{\omega} \cdot\uv\right>_{xy}\) |
Remz |
\(\langle\frac{|\uv\cdot\uv|}{\left| \frac{\partial}{\partial x_j} (\nu{\sf S}_{ij})\right|}\rangle_{xy}\) |
oguxmz |
\(\left<(\boldsymbol{\omega} \cdot\nabla \uv)_x\right>_{xy}\) |
oguymz |
\(\left<(\boldsymbol{\omega} \cdot\nabla \uv)_y\right>_{xy}\) |
oguzmz |
\(\left<(\boldsymbol{\omega} \cdot\nabla \uv)_z\right>_{xy}\) |
ogux2mz |
\(\left<(\boldsymbol{\omega} \cdot\nabla \uv)_x^2\right>_{xy}\) |
oguy2mz |
\(\left<(\boldsymbol{\omega} \cdot\nabla \uv)_y^2\right>_{xy}\) |
oguz2mz |
$left<(boldsymbol{omega} |
oxdivumz |
\(\left<\omega_x\nabla\cdot\uv\right>_{xy}\) |
oydivumz |
\(\left<\omega_y\nabla\cdot\uv\right>_{xy}\) |
ozdivumz |
\(\left<\omega_z\nabla\cdot\uv\right>_{xy}\) |
oxdivu2mz |
\(\left<(\omega_x nabla\cdot\uv)^2\right>_{xy}\) |
oydivu2mz |
\(\left<(\omega_y\nabla\cdot\uv)^2\right>_{xy}\) |
ozdivu2mz |
\(\left<(\omega_z\nabla\cdot\uv)^2\right>_{xy}\) |
u3u21mz |
|
u1u32mz |
|
u2u13mz |
|
u2u31mz |
|
u3u12mz |
|
u1u23mz |
|
accpowzmz |
\(\left<(u_z Du_z/Dt)^2\right>_{xy}\) |
accpowzupmz |
\(\left<(u_z Du_z/Dt)^2\right>_{xy+}\) |
accpowzdownmz |
\(\left<(u_z Du_z/Dt)^2\right>_{xy-}\) |
Module interstellar.f90
Variable |
Meaning |
|---|---|
rhoHCmz |
\(\left<\rho\Gamma-\rho^2\Lambda\right>_{xy}\) |
Module magnetic.f90
Variable |
Meaning |
|---|---|
axmz |
\(\left<{\cal A}_x\right>_{xy}\) |
aymz |
\(\left<{\cal A}_y\right>_{xy}\) |
azmz |
\(\left<{\cal A}_z\right>_{xy}\) |
abuxmz |
\(\left<(\Av \cdot \Bv) u_x \right>_{xy}\) |
abuymz |
\(\left<(\Av \cdot \Bv) u_y \right>_{xy}\) |
abuzmz |
\(\left<(\Av \cdot \Bv) u_z \right>_{xy}\) |
uabxmz |
\(\left<(\uv \cdot \Av) B_x \right>_{xy}\) |
uabymz |
\(\left<(\uv \cdot \Av) B_y \right>_{xy}\) |
uabzmz |
\(\left<(\uv \cdot \Av) B_z \right>_{xy}\) |
bbxmz |
\(\left<{\cal B}'_x\right>_{xy}\) |
bbymz |
\(\left<{\cal B}'_y\right>_{xy}\) |
bbzmz |
\(\left<{\cal B}'_z\right>_{xy}\) |
bxmz |
\(\left<{\cal B}_x\right>_{xy}\) |
bymz |
\(\left<{\cal B}_y\right>_{xy}\) |
bzmz |
\(\left<{\cal B}_z\right>_{xy}\) |
jxmz |
\(\left<{\cal J}_x\right>_{xy}\) |
jymz |
\(\left<{\cal J}_y\right>_{xy}\) |
jzmz |
\(\left<{\cal J}_z\right>_{xy}\) |
Exmz |
\(\left<{\cal E}_x\right>_{xy}\) |
Eymz |
\(\left<{\cal E}_y\right>_{xy}\) |
Ezmz |
\(\left<{\cal E}_z\right>_{xy}\) |
bx2mz |
\(\left< B_x^2 \right>_{xy}\) |
by2mz |
\(\left< B_y^2 \right>_{xy}\) |
bz2mz |
\(\left< B_z^2 \right>_{xy}\) |
bx2rmz |
\(\left< B_x^2/\varrho \right>_{xy}\) |
by2rmz |
\(\left< B_y^2/\varrho \right>_{xy}\) |
bz2rmz |
\(\left< B_z^2/\varrho \right>_{xy}\) |
beta1mz |
\(\left< (B^2 / 2\mu_0) / p \right>_{xy}\) |
betamz |
\(\langle\beta\rangle_{xy}\) |
beta2mz |
\(\langle\beta^2\rangle_{xy}\) |
jbmz |
\(\left<\Jv\cdot\Bv\right>|_{xy}\) |
bdel2amz |
\(\left<\Bv\cdot\nabla^2\Av)\right>|_{xy}\) |
jdel2amz |
\(\left<\Jv\cdot\nabla^2\Av)\right>|_{xy}\) |
d6abmz |
\(\left<\nabla^6 \Av\cdot\Bv\right>|_{xy}\) |
d6amz1 |
\(\left<\nabla^6 \Av \right>_{xy}|_x\) |
d6amz2 |
\(\left<\nabla^6 \Av \right>_{xy}|_y\) |
d6amz3 |
\(\left<\nabla^6 \Av \right>_{xy}|_z\) |
abmz |
\(\left<\Av\cdot\Bv\right>|_{xy}\) |
ubmz |
\(\left<\uv\cdot\Bv\right>|_{xy}\) |
ujmz |
\(\left<\uv\cdot\Jv\right>|_{xy}\) |
obmz |
\(\left<\ov\cdot\Bv\right>|_{xy}\) |
uamz |
\(\left<\uv\cdot\Av\right>|_{xy}\) |
bzuamz |
\(\left<B_z\uv\cdot\Av\right>|_{xy}\) |
bzaymz |
\(\left<B_z A_y\right>|_{xy}\) |
bzdivamz |
\(\left<B_z\nabla\cdot\Av\right>|_{xy}\) |
bzLammz |
\(\left<B_z\Lambda\right>|_{xy}\) |
divamz |
\(\left<\nabla\cdot\Av\right>|_{xy}\) |
uxbxmz |
\(\left<u_x b_x\right>|_{xy}\) |
uybxmz |
\(\left<u_y b_x\right>|_{xy}\) |
uzbxmz |
\(\left<u_z b_x\right>|_{xy}\) |
uxbymz |
\(\left<u_x b_y\right>|_{xy}\) |
uybymz |
\(\left<u_y b_y\right>|_{xy}\) |
uzbymz |
\(\left<u_z b_y\right>|_{xy}\) |
uxbzmz |
\(\left<u_x b_z\right>|_{xy}\) |
uybzmz |
\(\left<u_y b_z\right>|_{xy}\) |
uzbzmz |
\(\left<u_z b_z\right>|_{xy}\) |
ujxbmz |
\(\left<\uv\cdot(\Jv\times\Bv)\right>_{xy}\) |
examz1 |
\(\left<\Ev\times\Av\right>_{xy}|_x\) |
examz2 |
\(\left<\Ev\times\Av\right>_{xy}|_y\) |
examz3 |
\(\left<\Ev\times\Av\right>_{xy}|_z\) |
exatotalmz1 |
\(\left<\Ev\times\Av\right>_{xy}|_x\) |
exatotalmz2 |
\(\left<\Ev\times\Av\right>_{xy}|_y\) |
exatotalmz3 |
\(\left<\Ev\times\Av\right>_{xy}|_z\) |
e3xamz1 |
\(\left<\Ev_{hyper3}\times\Av\right>_{xy}|_x\) |
e3xamz2 |
\(\left<\Ev_{hyper3}\times\Av\right>_{xy}|_y\) |
e3xamz3 |
\(\left<\Ev_{hyper3}\times\Av\right>_{xy}|_z\) |
etatotalmz |
\(\left<\eta\right>_{xy}\) |
ay2mz |
\(\left< A_y^2 \right>_{xy}\) |
aybxmz |
\(\left< A_y B_x \right>_{xy}\) |
bxbymz |
\(\left< B_x B_y \right>_{xy}\) |
bxbzmz |
\(\left< B_x B_z \right>_{xy}\) |
bybzmz |
\(\left< B_y B_z \right>_{xy}\) |
jxbrxmz |
|
jxbrymz |
|
jxbrzmz |
|
a2mz |
\(\left<\Av^2\right>_{xy}\) |
b2mz |
\(\left<\Bv^2\right>_{xy}\) |
bf2mz |
\(\left<\Bv'^2\right>_{xy}\) |
j2mz |
\(\left<\jv^2\right>_{xy}\) |
poynzmz |
Averaged poynting flux in z direction |
bcurlfmz |
\(\left< \Bv \cdot \nabla\times \vec{F}/\mu_0\right>_{xy}\) , where \(\vec{F}\) is the additional EMF imposed through continuous forcing (lforcing_cont_aa=T) |
epsMmz |
\(\left<\eta\mu_0\jv^2\right>_{xy}\) |
vmagfricmz |
\(\left<1/\nu_{\mathrm mag}|\jv\times\Bv/\Bv^2|\right>_{xy}\) |
bxph1mz |
\(\left<{\cal B}_x\right>_{xy}|_{\mathrm phase 1}\) |
bxph2mz |
\(\left<{\cal B}_x\right>_{xy}|_{\mathrm phase 2}\) |
bxph3mz |
\(\left<{\cal B}_x\right>_{xy}|_{\mathrm phase 3}\) |
byph1mz |
\(\left<{\cal B}_y\right>_{xy}|_{\mathrm phase 1}\) |
byph2mz |
\(\left<{\cal B}_y\right>_{xy}|_{\mathrm phase 2}\) |
byph3mz |
\(\left<{\cal B}_y\right>_{xy}|_{\mathrm phase 3}\) |
bzph1mz |
\(\left<{\cal B}_z\right>_{xy}|_{\mathrm phase 1}\) |
bzph2mz |
\(\left<{\cal B}_z\right>_{xy}|_{\mathrm phase 2}\) |
bzph3mz |
\(\left<{\cal B}_z\right>_{xy}|_{\mathrm phase 3}\) |
bx2ph1mz |
\(\left<{\cal B}_x^2\right>_{xy}|_{\mathrm phase 1}\) |
bx2ph2mz |
\(\left<{\cal B}_x^2\right>_{xy}|_{\mathrm phase 2}\) |
bx2ph3mz |
\(\left<{\cal B}_x^2\right>_{xy}|_{\mathrm phase 3}\) |
by2ph1mz |
\(\left<{\cal B}_y^2\right>_{xy}|_{\mathrm phase 1}\) |
by2ph2mz |
\(\left<{\cal B}_y^2\right>_{xy}|_{\mathrm phase 2}\) |
by2ph3mz |
\(\left<{\cal B}_y^2\right>_{xy}|_{\mathrm phase 3}\) |
bz2ph1mz |
\(\left<{\cal B}_z^2\right>_{xy}|_{\mathrm phase 1}\) |
bz2ph2mz |
\(\left<{\cal B}_z^2\right>_{xy}|_{\mathrm phase 2}\) |
bz2ph3mz |
\(\left<{\cal B}_z^2\right>_{xy}|_{\mathrm phase 3}\) |
bx2rph1mz |
\(\left< B_x^2/\varrho \right>_{xy}|_{\mathrm phase 1}\) |
bx2rph2mz |
\(\left< B_x^2/\varrho \right>_{xy}|_{\mathrm phase 2}\) |
bx2rph3mz |
\(\left< B_x^2/\varrho \right>_{xy}|_{\mathrm phase 3}\) |
by2rph1mz |
\(\left< B_y^2/\varrho \right>_{xy}|_{\mathrm phase 1}\) |
by2rph2mz |
\(\left< B_y^2/\varrho \right>_{xy}|_{\mathrm phase 2}\) |
by2rph3mz |
\(\left< B_y^2/\varrho \right>_{xy}|_{\mathrm phase 3}\) |
bz2rph1mz |
\(\left< B_z^2/\varrho \right>_{xy}|_{\mathrm phase 1}\) |
bz2rph2mz |
\(\left< B_z^2/\varrho \right>_{xy}|_{\mathrm phase 2}\) |
bz2rph3mz |
\(\left< B_z^2/\varrho \right>_{xy}|_{\mathrm phase 3}\) |
abph1mz |
\(\left<\Av\cdot\Bv\right>|_{xy}|_{\mathrm phase 1}\) |
abph2mz |
\(\left<\Av\cdot\Bv\right>|_{xy}|_{\mathrm phase 2}\) |
abph3mz |
\(\left<\Av\cdot\Bv\right>|_{xy}|_{\mathrm phase 3}\) |
jbph1mz |
\(\left<\Jv\cdot\Bv\right>|_{xy}|_{\mathrm phase 1}\) |
jbph2mz |
\(\left<\Jv\cdot\Bv\right>|_{xy}|_{\mathrm phase 2}\) |
jbph3mz |
\(\left<\Jv\cdot\Bv\right>|_{xy}|_{\mathrm phase 3}\) |
poynzph1mz |
Averaged poynting flux in z direction for phase 1 |
poynzph2mz |
Averaged poynting flux in z direction for phase 2 |
poynzph3mz |
Averaged poynting flux in z direction for phase 3 |
jxph1mz |
\(\left<{\cal J}_x\right>_{xy}|_{\mathrm phase 1}\) |
jxph2mz |
\(\left<{\cal J}_x\right>_{xy}|_{\mathrm phase 2}\) |
jxph3mz |
\(\left<{\cal J}_x\right>_{xy}|_{\mathrm phase 3}\) |
jyph1mz |
\(\left<{\cal J}_y\right>_{xy}|_{\mathrm phase 1}\) |
jyph2mz |
\(\left<{\cal J}_y\right>_{xy}|_{\mathrm phase 2}\) |
jyph3mz |
\(\left<{\cal J}_y\right>_{xy}|_{\mathrm phase 3}\) |
jzph1mz |
\(\left<{\cal J}_z\right>_{xy}|_{\mathrm phase 1}\) |
jzph2mz |
\(\left<{\cal J}_z\right>_{xy}|_{\mathrm phase 2}\) |
jzph3mz |
\(\left<{\cal J}_z\right>_{xy}|_{\mathrm phase 3}\) |
Module shock_highorder.f90
Variable |
Meaning |
|---|---|
shockmz |
Module temperature_idealgas.f90
Variable |
Meaning |
|---|---|
ppmz |
\(\left<p\right>_{xy}\) |
ppuzmz |
|
TTmz |
\(\left<T\right>_{xy}\) |
ethmz |
\(\left< e_{\text{th}} \right>_{xy}\) |
ethuxmz |
|
ethuymz |
|
ethuzmz |
|
fpresxmz |
\(\left<(\nabla p)_x\right>_{xy}\) |
fpresymz |
\(\left<(\nabla p)_y\right>_{xy}\) |
fpreszmz |
\(\left<(\nabla p)_z\right>_{xy}\) |
TT2mz |
\(\left<T^2\right>_{xy}\) |
uxTmz |
\(\left<u_x T\right>_{xy}\) |
uyTmz |
\(\left<u_y T\right>_{xy}\) |
uzTmz |
\(\left<u_z T\right>_{xy}\) |
fradmz |
\(\left<F_{\mathrm rad}\right>_{xy}\) |
fconvmz |
\(\left<c_p \varrho u_z T \right>_{xy}\) |
Module temperature_ionization.f90
Variable |
Meaning |
|---|---|
puzmz |
\(\left<p u_z \right>_{xy}\) |
pr1mz |
\(\left<p/\varrho \right>_{xy}\) |
eruzmz |
\(\left<e \varrho u_z \right>_{xy}\) |
ffakez |
\(\left<\varrho u_z c_p T \right>_{xy}\) |
mumz |
\(\left<\mu\right>_{xy}\) |
TTmz |
\(\left< T \right>_{xy}\) |
ssmz |
\(\left< s \right>_{xy}\) |
eemz |
\(\left< e \right>_{xy}\) |
ppmz |
\(\left< p \right>_{xy}\) |
Module thermal_energy.f90
Variable |
Meaning |
|---|---|
ppmz |
\(\left<p\right>_{xy}\) |
TTmz |
\(\left<T\right>_{xy}\) |
Module viscosity.f90
Variable |
Meaning |
|---|---|
fviscmz |
\(\left<2\nu\varrho u_i \mathcal{S}_{iz} \right>_{xy}\) (\(z\) -component of viscous flux) |
fviscsmmz |
\(\left<2\nu_{\mathrm Smag}\varrho u_i \mathcal{S}_{iz} \right>_{xy}\) (\(z\) -component of viscous flux) |
epsKmz |
\(\left<2\nu\varrho\Strain^2 \right>_{xy}\) |
sijxxmz |
\(\left<\Strain_{xx} \right>_{xy}\) |
sijxymz |
\(\left<\Strain_{xy} \right>_{xy}\) |
sijxzmz |
\(\left<\Strain_{xz} \right>_{xy}\) |
sijyymz |
\(\left<\Strain_{yy} \right>_{xy}\) |
sijyzmz |
\(\left<\Strain_{yz} \right>_{xy}\) |
sijzzmz |
\(\left<\Strain_{zz} \right>_{xy}\) |
viscforcezmz |
\(\left<(\varrho\fv_{\mathrm visc})_z\right>_{xy}\) |
viscforcezupmz |
\(\left<(\varrho\fv_{\mathrm visc})_z\right>_{xy+}\) |
viscforcezdownmz |
\(\left<(\varrho\fv_{\mathrm visc})_z\right>_{xy-}\) |
Module experimental/magnetic_shearboxJ.f90
Variable |
Meaning |
|---|---|
axmz |
\(\left<{\cal A}_x\right>_{xy}\) |
aymz |
\(\left<{\cal A}_y\right>_{xy}\) |
azmz |
\(\left<{\cal A}_z\right>_{xy}\) |
abuxmz |
\(\left<(\Av \cdot \Bv) u_x \right>_{xy}\) |
abuymz |
\(\left<(\Av \cdot \Bv) u_y \right>_{xy}\) |
abuzmz |
\(\left<(\Av \cdot \Bv) u_z \right>_{xy}\) |
uabxmz |
\(\left<(\uv \cdot \Av) B_x \right>_{xy}\) |
uabymz |
\(\left<(\uv \cdot \Av) B_y \right>_{xy}\) |
uabzmz |
\(\left<(\uv \cdot \Av) B_z \right>_{xy}\) |
bbxmz |
\(\left<{\cal B}'_x\right>_{xy}\) |
bbymz |
\(\left<{\cal B}'_y\right>_{xy}\) |
bbzmz |
\(\left<{\cal B}'_z\right>_{xy}\) |
bxmz |
\(\left<{\cal B}_x\right>_{xy}\) |
bymz |
\(\left<{\cal B}_y\right>_{xy}\) |
bzmz |
\(\left<{\cal B}_z\right>_{xy}\) |
jxmz |
\(\left<{\cal J}_x\right>_{xy}\) |
jymz |
\(\left<{\cal J}_y\right>_{xy}\) |
jzmz |
\(\left<{\cal J}_z\right>_{xy}\) |
Exmz |
\(\left<{\cal E}_x\right>_{xy}\) |
Eymz |
\(\left<{\cal E}_y\right>_{xy}\) |
Ezmz |
\(\left<{\cal E}_z\right>_{xy}\) |
bx2mz |
\(\left< B_x^2 \right>_{xy}\) |
by2mz |
\(\left< B_y^2 \right>_{xy}\) |
bz2mz |
\(\left< B_z^2 \right>_{xy}\) |
bx2rmz |
\(\left< B_x^2/\varrho \right>_{xy}\) |
by2rmz |
\(\left< B_y^2/\varrho \right>_{xy}\) |
bz2rmz |
\(\left< B_z^2/\varrho \right>_{xy}\) |
beta1mz |
\(\left< (B^2 / 2\mu_0) / p \right>_{xy}\) |
betamz |
\(\langle\beta\rangle_{xy}\) |
beta2mz |
\(\langle\beta^2\rangle_{xy}\) |
jbmz |
\(\left<\Jv\cdot\Bv\right>|_{xy}\) |
d6abmz |
\(\left<\nabla^6 \Av\cdot\Bv\right>|_{xy}\) |
d6amz1 |
\(\left<\nabla^6 \Av \right>_{xy}|_x\) |
d6amz2 |
\(\left<\nabla^6 \Av \right>_{xy}|_y\) |
d6amz3 |
\(\left<\nabla^6 \Av \right>_{xy}|_z\) |
abmz |
\(\left<\Av\cdot\Bv\right>|_{xy}\) |
ubmz |
\(\left<\uv\cdot\Bv\right>|_{xy}\) |
uamz |
\(\left<\uv\cdot\Av\right>|_{xy}\) |
uxbxmz |
\(\left<u_x b_x\right>|_{xy}\) |
uybxmz |
\(\left<u_y b_x\right>|_{xy}\) |
uzbxmz |
\(\left<u_z b_x\right>|_{xy}\) |
uxbymz |
\(\left<u_x b_y\right>|_{xy}\) |
uybymz |
\(\left<u_y b_y\right>|_{xy}\) |
uzbymz |
\(\left<u_z b_y\right>|_{xy}\) |
uxbzmz |
\(\left<u_x b_z\right>|_{xy}\) |
uybzmz |
\(\left<u_y b_z\right>|_{xy}\) |
uzbzmz |
\(\left<u_z b_z\right>|_{xy}\) |
examz1 |
\(\left<\Ev\times\Av\right>_{xy}|_x\) |
examz2 |
\(\left<\Ev\times\Av\right>_{xy}|_y\) |
examz3 |
\(\left<\Ev\times\Av\right>_{xy}|_z\) |
e3xamz1 |
\(\left<\Ev_{hyper3}\times\Av\right>_{xy}|_x\) |
e3xamz2 |
\(\left<\Ev_{hyper3}\times\Av\right>_{xy}|_y\) |
e3xamz3 |
\(\left<\Ev_{hyper3}\times\Av\right>_{xy}|_z\) |
etatotalmz |
\(\left<\eta\right>_{xy}\) |
bxbymz |
\(\left< B_x B_y \right>_{xy}\) |
bxbzmz |
\(\left< B_x B_z \right>_{xy}\) |
bybzmz |
\(\left< B_y B_z \right>_{xy}\) |
jxbrxmz |
|
jxbrymz |
|
jxbrzmz |
|
b2mz |
\(\left<\Bv^2\right>_{xy}\) |
bf2mz |
\(\left<\Bv'^2\right>_{xy}\) |
j2mz |
\(\left<\jv^2\right>_{xy}\) |
poynzmz |
Averaged poynting flux in z direction |
epsMmz |
\(\left<\eta\mu_0\jv^2\right>_{xy}\) |
Module magnetic/meanfield.f90
Variable |
Meaning |
|---|---|
qpmz |
\(\left<q_p\right>_{xy}\) |
Module special/disp_current.f90
Variable |
Meaning |
|---|---|
exmz |
\(\left<{\cal E}_x\right>_{xy}\) |
eymz |
\(\left<{\cal E}_y\right>_{xy}\) |
ezmz |
\(\left<{\cal E}_z\right>_{xy}\) |
e2mz |
\(\left<\bm{E}^2\right>_{xy}\) |
Module special/electroweaksu2.f90
Variable |
Meaning |
|---|---|
W1xmz |
\(\left<{\cal W}_x^1\right>_{xy}\) |
W1ymz |
\(\left<{\cal W}_y^1\right>_{xy}\) |
W1zmz |
\(\left<{\cal W}_z^1\right>_{xy}\) |
W2xmz |
\(\left<{\cal W}_x^2\right>_{xy}\) |
W2ymz |
\(\left<{\cal W}_y^2\right>_{xy}\) |
W2zmz |
\(\left<{\cal W}_z^2\right>_{xy}\) |
W3xmz |
\(\left<{\cal W}_x^3\right>_{xy}\) |
W3ymz |
\(\left<{\cal W}_y^3\right>_{xy}\) |
W3zmz |
\(\left<{\cal W}_z^3\right>_{xy}\) |
dW1xmz |
\(\left<\dot{\cal W}_x^1\right>_{xy}\) |
dW1ymz |
\(\left<\dot{\cal W}_y^1\right>_{xy}\) |
dW1zmz |
\(\left<\dot{\cal W}_z^1\right>_{xy}\) |
dW2xmz |
\(\left<\dot{\cal W}_x^2\right>_{xy}\) |
dW2ymz |
\(\left<\dot{\cal W}_y^2\right>_{xy}\) |
dW2zmz |
\(\left<\dot{\cal W}_z^2\right>_{xy}\) |
dW3xmz |
\(\left<\dot{\cal W}_x^3\right>_{xy}\) |
dW3ymz |
\(\left<\dot{\cal W}_y^3\right>_{xy}\) |
dW3zmz |
\(\left<\dot{\cal W}_z^3\right>_{xy}\) |