Loading docs/source_docs/user_guide/inputs/output/monitors.rst +9 −14 Original line number Diff line number Diff line Monitors ======== A Monitor is a tool for capturing data from the solver about the model. A monitor is a tool for capturing data from the solver about the model. Data (such as volume fraction, pressure, velocity, etc.) for a given monitor region is written to a CSV file while the solver is running. Loading Loading @@ -152,13 +152,11 @@ The following table lists all the fluid phase variables that can be monitored: +--------------------------+-----------------------------------------------------------------------------------------+ | trac | tracer | +--------------------------+-----------------------------------------------------------------------------------------+ | vel_g | fluid velocity | | | (all the three components of the velocity) | | vel_g | fluid velocity (all three components) | +--------------------------+-----------------------------------------------------------------------------------------+ | vel_g_[x/y/z] | x, y, or z component of the fluid velocity | +--------------------------+-----------------------------------------------------------------------------------------+ | gp | fluid pressure gradient | | | (all the three components of the gradient) | | gp | fluid pressure gradient (all three components) | +--------------------------+-----------------------------------------------------------------------------------------+ | gp_[x/y/z] | x, y, or z component of the fluid pressure gradient | +--------------------------+-----------------------------------------------------------------------------------------+ Loading @@ -170,13 +168,11 @@ The following table lists all the fluid phase variables that can be monitored: +--------------------------+-----------------------------------------------------------------------------------------+ | X_gk_[species] | fluid "species" mass fraction (only species "species" is monitored) | +--------------------------+-----------------------------------------------------------------------------------------+ | vort | fluid vorticity | | | (all the three components of the vorticity) | | vort | fluid vorticity (all three components) | +--------------------------+-----------------------------------------------------------------------------------------+ | vort[x/y/z] | x, y, or z component of the fluid vorticity | +--------------------------+-----------------------------------------------------------------------------------------+ | txfr_velocity | interphase velocity transferred to the fluid | | | (all the three components of the velocity) | | txfr_velocity | interphase velocity transferred to the fluid (all three components) | +--------------------------+-----------------------------------------------------------------------------------------+ | txfr_vel_[x/y/z] | x, y, or z component of the interphase velocity transferred to the fluid | +--------------------------+-----------------------------------------------------------------------------------------+ Loading @@ -193,14 +189,13 @@ The following table lists all the fluid phase variables that can be monitored: | | (only species "species" is monitored) | +--------------------------+-----------------------------------------------------------------------------------------+ | chem_txfr_velocity | rate of velocity transferred to the fluid phase due to heterogeneous chemical reactions | | | (all the three components of the velocity) | | | (all three components) | +--------------------------+-----------------------------------------------------------------------------------------+ | chem_txfr_vel_[x/y/z] | x, y, or z component of the rate of velocity transferred due to heterogeneous reactions | +--------------------------+-----------------------------------------------------------------------------------------+ | chem_txfr_h | rate of enthalpy transferred to the fluid phase due to heterogeneous chemical reactions | +--------------------------+-----------------------------------------------------------------------------------------+ | divtau | divergence of the viscous stress tensor | | | (all the three components) | | divtau | divergence of the viscous stress tensor (all three components) | +--------------------------+-----------------------------------------------------------------------------------------+ | divtau_[x/y/z] | x, y, or z component of the divergence of the viscous stress tensor | +--------------------------+-----------------------------------------------------------------------------------------+ Loading Loading @@ -481,7 +476,7 @@ The following table lists all the solids phase variables that can be monitored: +--------------------------+-----------------------------------------------------------------------------------------+ | id | particles id | +--------------------------+-----------------------------------------------------------------------------------------+ | cpu | particles cpu | | cpu | particles CPU | +--------------------------+-----------------------------------------------------------------------------------------+ | radius | particles radius | +--------------------------+-----------------------------------------------------------------------------------------+ Loading Loading @@ -522,7 +517,7 @@ The following table lists all the solids phase variables that can be monitored: | X_sn_[species] | solids "species" mass fraction (only species "species" is monitored) | +--------------------------+-----------------------------------------------------------------------------------------+ | txfr_velocity | rate of velocity transferred to the fluid phase due to heterogeneous chemical reactions | | | (all the three components) | | | (all three components) | +--------------------------+-----------------------------------------------------------------------------------------+ | txfr_vel_[x/y/z] | x, y, or z components of the transferred velocity due to heterogeneous reactions | +--------------------------+-----------------------------------------------------------------------------------------+ Loading docs/source_docs/user_guide/inputs/output/plotting.rst +0 −2 Original line number Diff line number Diff line Loading @@ -145,8 +145,6 @@ All these parameters are user-defined. +---------------------------+-----------------------------------------------------------------+-------------+-----------+ | [region].plt_regtest | Plot all variables (overrides all other plot flags) | Int | 0 | +---------------------------+-----------------------------------------------------------------+-------------+-----------+ | [region].plt_convection | Plot particle convection coefficient | Int | 0 | +---------------------------+-----------------------------------------------------------------+-------------+-----------+ | [region].plt_cp_s | Plot particle specific heat coefficient | Int | 0 | +---------------------------+-----------------------------------------------------------------+-------------+-----------+ | [region].plt_drag_p | Plot particle drag force | Int | 0 | Loading Loading
docs/source_docs/user_guide/inputs/output/monitors.rst +9 −14 Original line number Diff line number Diff line Monitors ======== A Monitor is a tool for capturing data from the solver about the model. A monitor is a tool for capturing data from the solver about the model. Data (such as volume fraction, pressure, velocity, etc.) for a given monitor region is written to a CSV file while the solver is running. Loading Loading @@ -152,13 +152,11 @@ The following table lists all the fluid phase variables that can be monitored: +--------------------------+-----------------------------------------------------------------------------------------+ | trac | tracer | +--------------------------+-----------------------------------------------------------------------------------------+ | vel_g | fluid velocity | | | (all the three components of the velocity) | | vel_g | fluid velocity (all three components) | +--------------------------+-----------------------------------------------------------------------------------------+ | vel_g_[x/y/z] | x, y, or z component of the fluid velocity | +--------------------------+-----------------------------------------------------------------------------------------+ | gp | fluid pressure gradient | | | (all the three components of the gradient) | | gp | fluid pressure gradient (all three components) | +--------------------------+-----------------------------------------------------------------------------------------+ | gp_[x/y/z] | x, y, or z component of the fluid pressure gradient | +--------------------------+-----------------------------------------------------------------------------------------+ Loading @@ -170,13 +168,11 @@ The following table lists all the fluid phase variables that can be monitored: +--------------------------+-----------------------------------------------------------------------------------------+ | X_gk_[species] | fluid "species" mass fraction (only species "species" is monitored) | +--------------------------+-----------------------------------------------------------------------------------------+ | vort | fluid vorticity | | | (all the three components of the vorticity) | | vort | fluid vorticity (all three components) | +--------------------------+-----------------------------------------------------------------------------------------+ | vort[x/y/z] | x, y, or z component of the fluid vorticity | +--------------------------+-----------------------------------------------------------------------------------------+ | txfr_velocity | interphase velocity transferred to the fluid | | | (all the three components of the velocity) | | txfr_velocity | interphase velocity transferred to the fluid (all three components) | +--------------------------+-----------------------------------------------------------------------------------------+ | txfr_vel_[x/y/z] | x, y, or z component of the interphase velocity transferred to the fluid | +--------------------------+-----------------------------------------------------------------------------------------+ Loading @@ -193,14 +189,13 @@ The following table lists all the fluid phase variables that can be monitored: | | (only species "species" is monitored) | +--------------------------+-----------------------------------------------------------------------------------------+ | chem_txfr_velocity | rate of velocity transferred to the fluid phase due to heterogeneous chemical reactions | | | (all the three components of the velocity) | | | (all three components) | +--------------------------+-----------------------------------------------------------------------------------------+ | chem_txfr_vel_[x/y/z] | x, y, or z component of the rate of velocity transferred due to heterogeneous reactions | +--------------------------+-----------------------------------------------------------------------------------------+ | chem_txfr_h | rate of enthalpy transferred to the fluid phase due to heterogeneous chemical reactions | +--------------------------+-----------------------------------------------------------------------------------------+ | divtau | divergence of the viscous stress tensor | | | (all the three components) | | divtau | divergence of the viscous stress tensor (all three components) | +--------------------------+-----------------------------------------------------------------------------------------+ | divtau_[x/y/z] | x, y, or z component of the divergence of the viscous stress tensor | +--------------------------+-----------------------------------------------------------------------------------------+ Loading Loading @@ -481,7 +476,7 @@ The following table lists all the solids phase variables that can be monitored: +--------------------------+-----------------------------------------------------------------------------------------+ | id | particles id | +--------------------------+-----------------------------------------------------------------------------------------+ | cpu | particles cpu | | cpu | particles CPU | +--------------------------+-----------------------------------------------------------------------------------------+ | radius | particles radius | +--------------------------+-----------------------------------------------------------------------------------------+ Loading Loading @@ -522,7 +517,7 @@ The following table lists all the solids phase variables that can be monitored: | X_sn_[species] | solids "species" mass fraction (only species "species" is monitored) | +--------------------------+-----------------------------------------------------------------------------------------+ | txfr_velocity | rate of velocity transferred to the fluid phase due to heterogeneous chemical reactions | | | (all the three components) | | | (all three components) | +--------------------------+-----------------------------------------------------------------------------------------+ | txfr_vel_[x/y/z] | x, y, or z components of the transferred velocity due to heterogeneous reactions | +--------------------------+-----------------------------------------------------------------------------------------+ Loading
docs/source_docs/user_guide/inputs/output/plotting.rst +0 −2 Original line number Diff line number Diff line Loading @@ -145,8 +145,6 @@ All these parameters are user-defined. +---------------------------+-----------------------------------------------------------------+-------------+-----------+ | [region].plt_regtest | Plot all variables (overrides all other plot flags) | Int | 0 | +---------------------------+-----------------------------------------------------------------+-------------+-----------+ | [region].plt_convection | Plot particle convection coefficient | Int | 0 | +---------------------------+-----------------------------------------------------------------+-------------+-----------+ | [region].plt_cp_s | Plot particle specific heat coefficient | Int | 0 | +---------------------------+-----------------------------------------------------------------+-------------+-----------+ | [region].plt_drag_p | Plot particle drag force | Int | 0 | Loading
