[yt-svn] commit/yt: mzingale: rerun the show_fields.py script to catch some of the recent changes to the
commits-noreply at bitbucket.org
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Fri Dec 5 12:44:31 PST 2014
1 new commit in yt:
https://bitbucket.org/yt_analysis/yt/commits/134ea7c1c9e8/
Changeset: 134ea7c1c9e8
Branch: yt
User: mzingale
Date: 2014-12-05 20:29:56+00:00
Summary: rerun the show_fields.py script to catch some of the recent changes to the
boxlib frontend that fixed display names
Affected #: 1 file
diff -r 09a0a10893ef77dce53dd67269577154b669d5bd -r 134ea7c1c9e8cba1d8845449a000a282ce201a99 doc/source/reference/field_list.rst
--- a/doc/source/reference/field_list.rst
+++ b/doc/source/reference/field_list.rst
@@ -4207,37 +4207,37 @@
Castro-Specific Fields
----------------------
-======================== ======================================================== ======================= ========= ==================================================
-field name units aliases particle? display name
-======================== ======================================================== ======================= ========= ==================================================
-('boxlib', 'density') :math:`\mathrm{\frac{\rm{g}}{\rm{cm}^{3}}}` ``density`` 0 :math:`\rho`
-('boxlib', 'xmom') :math:`\mathrm{\frac{\rm{g}}{\rm{cm}^{2} \cdot \rm{s}}}` ``momentum_x`` 0 :math:`\rho u`
-('boxlib', 'ymom') :math:`\mathrm{\frac{\rm{g}}{\rm{cm}^{2} \cdot \rm{s}}}` ``momentum_y`` 0 :math:`\rho v`
-('boxlib', 'zmom') :math:`\mathrm{\frac{\rm{g}}{\rm{cm}^{2} \cdot \rm{s}}}` ``momentum_z`` 0 :math:`\rho w`
-('boxlib', 'x_velocity') :math:`\mathrm{\rm{cm} / \rm{s}}` ``velocity_x`` 0 :math:`u`
-('boxlib', 'y_velocity') :math:`\mathrm{\rm{cm} / \rm{s}}` ``velocity_y`` 0 :math:`v`
-('boxlib', 'z_velocity') :math:`\mathrm{\rm{cm} / \rm{s}}` ``velocity_z`` 0 :math:`w`
-('boxlib', 'rho_E') :math:`\mathrm{\frac{\rm{erg}}{\rm{cm}^{3}}}` ``energy_density`` 0 :math:`\rho E`
-('boxlib', 'rho_e') :math:`\mathrm{\frac{\rm{erg}}{\rm{cm}^{3}}}` 0 :math:`\rho e`
-('boxlib', 'Temp') :math:`\mathrm{\rm{K}}` ``temperature`` 0 :math:`T`
-('boxlib', 'grav_x') :math:`\mathrm{\frac{\rm{cm}}{\rm{s}^{2}}}` 0 :math:`\left(\mathbf{g} \cdot \mathbf{e}\right)_x`
-('boxlib', 'grav_y') :math:`\mathrm{\frac{\rm{cm}}{\rm{s}^{2}}}` 0 :math:`\left(\mathbf{g} \cdot \mathbf{e}\right)_y`
-('boxlib', 'grav_z') :math:`\mathrm{\frac{\rm{cm}}{\rm{s}^{2}}}` 0 :math:`\left(\mathbf{g} \cdot \mathbf{e}\right)_z`
-('boxlib', 'pressure') :math:`\mathrm{\frac{\rm{dyne}}{\rm{cm}^{2}}}` 0 :math:`p`
-('boxlib', 'kineng') :math:`\mathrm{\frac{\rm{erg}}{\rm{cm}^{3}}}` 0 :math:`\frac{1}{2}\rho|\mathbf{U}|**2`
-('boxlib', 'soundspeed') :math:`\mathrm{\rm{cm} / \rm{s}}` ``sound_speed`` 0 :math:`Sound Speed`
-('boxlib', 'Machnumber') ``mach_number`` 0 :math:`Mach Number`
-('boxlib', 'entropy') :math:`\mathrm{\frac{\rm{erg}}{\rm{K} \cdot \rm{g}}}` ``entropy`` 0 :math:`s`
-('boxlib', 'magvort') :math:`\mathrm{1 / \rm{s}}` ``vorticity_magnitude`` 0 :math:`|\nabla \times \mathbf{U}|`
-('boxlib', 'divu') :math:`\mathrm{1 / \rm{s}}` 0 :math:`\nabla \cdot \mathbf{U}`
-('boxlib', 'eint_E') :math:`\mathrm{\rm{erg} / \rm{g}}` 0 :math:`e(E,U)`
-('boxlib', 'eint_e') :math:`\mathrm{\rm{erg} / \rm{g}}` 0 :math:`e`
-('boxlib', 'magvel') :math:`\mathrm{\rm{cm} / \rm{s}}` ``velocity_magnitude`` 0 :math:`|\mathbf{U}|`
-('boxlib', 'radvel') :math:`\mathrm{\rm{cm} / \rm{s}}` 0 :math:`\left(\mathbf{U} \cdot \mathbf{e}\right)_r`
-('boxlib', 'magmom') :math:`\mathrm{\rm{cm} \cdot \rm{g} / \rm{s}}` ``momentum_magnitude`` 0 :math:`|\rho \mathbf{U}|`
-('boxlib', 'maggrav') :math:`\mathrm{\frac{\rm{cm}}{\rm{s}^{2}}}` 0 :math:`|\mathbf{g}|`
-('boxlib', 'phiGrav') :math:`\mathrm{\rm{erg} / \rm{g}}` 0 :math:`|\Phi|`
-======================== ======================================================== ======================= ========= ==================================================
+======================== ======================================================== ======================= ========= =====================================
+field name units aliases particle? display name
+======================== ======================================================== ======================= ========= =====================================
+('boxlib', 'density') :math:`\mathrm{\frac{\rm{g}}{\rm{cm}^{3}}}` ``density`` 0 :math:`\rho`
+('boxlib', 'xmom') :math:`\mathrm{\frac{\rm{g}}{\rm{cm}^{2} \cdot \rm{s}}}` ``momentum_x`` 0 :math:`\rho u`
+('boxlib', 'ymom') :math:`\mathrm{\frac{\rm{g}}{\rm{cm}^{2} \cdot \rm{s}}}` ``momentum_y`` 0 :math:`\rho v`
+('boxlib', 'zmom') :math:`\mathrm{\frac{\rm{g}}{\rm{cm}^{2} \cdot \rm{s}}}` ``momentum_z`` 0 :math:`\rho w`
+('boxlib', 'x_velocity') :math:`\mathrm{\rm{cm} / \rm{s}}` ``velocity_x`` 0 :math:`u`
+('boxlib', 'y_velocity') :math:`\mathrm{\rm{cm} / \rm{s}}` ``velocity_y`` 0 :math:`v`
+('boxlib', 'z_velocity') :math:`\mathrm{\rm{cm} / \rm{s}}` ``velocity_z`` 0 :math:`w`
+('boxlib', 'rho_E') :math:`\mathrm{\frac{\rm{erg}}{\rm{cm}^{3}}}` ``energy_density`` 0 :math:`\rho E`
+('boxlib', 'rho_e') :math:`\mathrm{\frac{\rm{erg}}{\rm{cm}^{3}}}` 0 :math:`\rho e`
+('boxlib', 'Temp') :math:`\mathrm{\rm{K}}` ``temperature`` 0 :math:`T`
+('boxlib', 'grav_x') :math:`\mathrm{\frac{\rm{cm}}{\rm{s}^{2}}}` 0 :math:`\mathbf{g} \cdot \mathbf{e}_x`
+('boxlib', 'grav_y') :math:`\mathrm{\frac{\rm{cm}}{\rm{s}^{2}}}` 0 :math:`\mathbf{g} \cdot \mathbf{e}_y`
+('boxlib', 'grav_z') :math:`\mathrm{\frac{\rm{cm}}{\rm{s}^{2}}}` 0 :math:`\mathbf{g} \cdot \mathbf{e}_z`
+('boxlib', 'pressure') :math:`\mathrm{\frac{\rm{dyne}}{\rm{cm}^{2}}}` 0 :math:`p`
+('boxlib', 'kineng') :math:`\mathrm{\frac{\rm{erg}}{\rm{cm}^{3}}}` ``kinetic_energy`` 0 :math:`\frac{1}{2}\rho|\mathbf{U}|^2`
+('boxlib', 'soundspeed') :math:`\mathrm{\rm{cm} / \rm{s}}` ``sound_speed`` 0 :math:`Sound Speed`
+('boxlib', 'Machnumber') ``mach_number`` 0 :math:`Mach Number`
+('boxlib', 'entropy') :math:`\mathrm{\frac{\rm{erg}}{\rm{K} \cdot \rm{g}}}` ``entropy`` 0 :math:`s`
+('boxlib', 'magvort') :math:`\mathrm{1 / \rm{s}}` ``vorticity_magnitude`` 0 :math:`|\nabla \times \mathbf{U}|`
+('boxlib', 'divu') :math:`\mathrm{1 / \rm{s}}` ``velocity_divergence`` 0 :math:`\nabla \cdot \mathbf{U}`
+('boxlib', 'eint_E') :math:`\mathrm{\rm{erg} / \rm{g}}` 0 :math:`e(E,U)`
+('boxlib', 'eint_e') :math:`\mathrm{\rm{erg} / \rm{g}}` 0 :math:`e`
+('boxlib', 'magvel') :math:`\mathrm{\rm{cm} / \rm{s}}` ``velocity_magnitude`` 0 :math:`|\mathbf{U}|`
+('boxlib', 'radvel') :math:`\mathrm{\rm{cm} / \rm{s}}` ``radial_velocity`` 0 :math:`\mathbf{U} \cdot \mathbf{e}_r`
+('boxlib', 'magmom') :math:`\mathrm{\rm{cm} \cdot \rm{g} / \rm{s}}` ``momentum_magnitude`` 0 :math:`\rho |\mathbf{U}|`
+('boxlib', 'maggrav') :math:`\mathrm{\frac{\rm{cm}}{\rm{s}^{2}}}` 0 :math:`|\mathbf{g}|`
+('boxlib', 'phiGrav') :math:`\mathrm{\rm{erg} / \rm{g}}` 0 :math:`\Phi`
+======================== ======================================================== ======================= ========= =====================================
.. _Maestro_specific_fields:
Maestro-Specific Fields
@@ -4251,30 +4251,27 @@
('boxlib', 'y_vel') :math:`\mathrm{\rm{cm} / \rm{s}}` ``velocity_y`` 0 :math:`\tilde{v}`
('boxlib', 'z_vel') :math:`\mathrm{\rm{cm} / \rm{s}}` ``velocity_z`` 0 :math:`\tilde{w}`
('boxlib', 'magvel') :math:`\mathrm{\rm{cm} / \rm{s}}` ``velocity_magnitude`` 0 :math:`|\tilde{\mathbf{U}} + w_0 \mathbf{e}_r|`
-('boxlib', 'radial_velocity') :math:`\mathrm{\rm{cm} / \rm{s}}` 0 :math:`U\cdot e_r`
+('boxlib', 'radial_velocity') :math:`\mathrm{\rm{cm} / \rm{s}}` ``radial_velocity`` 0 :math:`\mathbf{U}\cdot \mathbf{e}_r`
+('boxlib', 'circum_velocity') :math:`\mathrm{\rm{cm} / \rm{s}}` ``tangential_velocity`` 0 :math:`U - U\cdot e_r`
('boxlib', 'tfromp') :math:`\mathrm{\rm{K}}` 0 :math:`T(\rho,p,X)`
('boxlib', 'tfromh') :math:`\mathrm{\rm{K}}` 0 :math:`T(\rho,h,X)`
-('boxlib', 'Machnumber') ``mach_number`` 0 :math:`Mach Number`
+('boxlib', 'Machnumber') ``mach_number`` 0 :math:`M`
('boxlib', 'S') :math:`\mathrm{1 / \rm{s}}` 0
-('boxlib', 'ad_excess') 0 :math:`Adiabatic Excess`
+('boxlib', 'ad_excess') 0 :math:`\nabla - \nabla_\mathrm{ad}`
('boxlib', 'deltaT') 0 :math:`[T(\rho,h,X) - T(\rho,p,X)]/T(\rho,h,X)`
('boxlib', 'deltagamma') 0 :math:`\Gamma_1 - \overline{\Gamma_1}`
('boxlib', 'deltap') 0 :math:`[p(\rho,h,X) - p_0] / p_0`
-('boxlib', 'divw0') :math:`\mathrm{1 / \rm{s}}` 0 :math:`
-abla \cdot \mathbf{w}_0`
+('boxlib', 'divw0') :math:`\mathrm{1 / \rm{s}}` 0 :math:`\nabla \cdot \mathbf{w}_0`
('boxlib', 'entropy') :math:`\mathrm{\frac{\rm{erg}}{\rm{K} \cdot \rm{g}}}` ``entropy`` 0 :math:`s`
('boxlib', 'entropypert') 0 :math:`[s - \overline{s}] / \overline{s}`
-('boxlib', 'enucdot') :math:`\mathrm{\frac{\rm{erg}}{\rm{g} \cdot \rm{s}}}` 0 :math:`\dot{\epsilon_{nuc}}`
+('boxlib', 'enucdot') :math:`\mathrm{\frac{\rm{erg}}{\rm{g} \cdot \rm{s}}}` 0 :math:`\dot{\epsilon}_{nuc}`
('boxlib', 'Hext') :math:`\mathrm{\frac{\rm{erg}}{\rm{g} \cdot \rm{s}}}` 0 :math:`H_{ext}`
-('boxlib', 'gpi_x') :math:`\mathrm{\frac{\rm{dyne}}{\rm{cm}^{3}}}` 0 :math:`\left(
-abla\pi
ight)_x`
-('boxlib', 'gpi_y') :math:`\mathrm{\frac{\rm{dyne}}{\rm{cm}^{3}}}` 0 :math:`\left(
-abla\pi
ight)_y`
-('boxlib', 'gpi_z') :math:`\mathrm{\frac{\rm{dyne}}{\rm{cm}^{3}}}` 0 :math:`\left(
-abla\pi
ight)_z`
+('boxlib', 'gpi_x') :math:`\mathrm{\frac{\rm{dyne}}{\rm{cm}^{3}}}` 0 :math:`\left(\nabla\pi\right)_x`
+('boxlib', 'gpi_y') :math:`\mathrm{\frac{\rm{dyne}}{\rm{cm}^{3}}}` 0 :math:`\left(\nabla\pi\right)_y`
+('boxlib', 'gpi_z') :math:`\mathrm{\frac{\rm{dyne}}{\rm{cm}^{3}}}` 0 :math:`\left(\nabla\pi\right)_z`
('boxlib', 'h') :math:`\mathrm{\rm{erg} / \rm{g}}` 0 :math:`h`
('boxlib', 'h0') :math:`\mathrm{\rm{erg} / \rm{g}}` 0 :math:`h_0`
-('boxlib', 'momentum') :math:`\mathrm{\rm{cm} \cdot \rm{g} / \rm{s}}` ``momentum_magnitude`` 0
+('boxlib', 'momentum') :math:`\mathrm{\rm{cm} \cdot \rm{g} / \rm{s}}` ``momentum_magnitude`` 0 :math:`\rho |\mathbf{U}|`
('boxlib', 'p0') :math:`\mathrm{\frac{\rm{erg}}{\rm{cm}^{3}}}` 0 :math:`p_0`
('boxlib', 'p0pluspi') :math:`\mathrm{\frac{\rm{erg}}{\rm{cm}^{3}}}` 0 :math:`p_0 + \pi`
('boxlib', 'pi') :math:`\mathrm{\frac{\rm{erg}}{\rm{cm}^{3}}}` 0 :math:`\pi`
@@ -4287,8 +4284,7 @@
('boxlib', 'soundspeed') :math:`\mathrm{\rm{cm} / \rm{s}}` ``sound_speed`` 0
('boxlib', 'sponge') 0
('boxlib', 'tpert') :math:`\mathrm{\rm{K}}` 0 :math:`T - \overline{T}`
-('boxlib', 'vort') :math:`\mathrm{1 / \rm{s}}` ``vorticity_magnitude`` 0 :math:`|
-abla imes ilde{U}|`
+('boxlib', 'vort') :math:`\mathrm{1 / \rm{s}}` ``vorticity_magnitude`` 0 :math:`|\nabla\times\tilde{U}|`
('boxlib', 'w0_x') :math:`\mathrm{\rm{cm} / \rm{s}}` 0 :math:`(w_0)_x`
('boxlib', 'w0_y') :math:`\mathrm{\rm{cm} / \rm{s}}` 0 :math:`(w_0)_y`
('boxlib', 'w0_z') :math:`\mathrm{\rm{cm} / \rm{s}}` 0 :math:`(w_0)_z`
Repository URL: https://bitbucket.org/yt_analysis/yt/
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