From 17fbf0617d95e8ac40d35e7107b7cdcb7883e937 Mon Sep 17 00:00:00 2001
From: Maryshca <kuzmichova.maria@ya.ru>
Date: Thu, 1 Aug 2024 10:59:00 +0300
Subject: [PATCH] v0
---
__pycache__/dearpygui.cpython-311.pyc | Bin 1299 -> 0 bytes
__pycache__/dpg_gui_styles.cpython-311.pyc | Bin 3467 -> 0 bytes
config-parser/parser-cli.exe | Bin 218964 -> 218964 bytes
config.txt | 1226 ++++++++++----------
config_manager.py | 58 +-
config_my.txt | 680 -----------
configparsed.txt | 310 -----
dpg_gui_styles.py | 2 +-
dpg_gui_tabs.py | 122 +-
dpg_gui_windows.py | 137 ---
icon.ico | Bin 0 -> 172941 bytes
11 files changed, 716 insertions(+), 1819 deletions(-)
delete mode 100644 __pycache__/dearpygui.cpython-311.pyc
delete mode 100644 __pycache__/dpg_gui_styles.cpython-311.pyc
delete mode 100644 config_my.txt
delete mode 100644 configparsed.txt
delete mode 100644 dpg_gui_windows.py
create mode 100644 icon.ico
diff --git a/__pycache__/dearpygui.cpython-311.pyc b/__pycache__/dearpygui.cpython-311.pyc
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diff --git a/config-parser/parser-cli.exe b/config-parser/parser-cli.exe
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diff --git a/config.txt b/config.txt
index 29f214f..ccd18ce 100644
--- a/config.txt
+++ b/config.txt
@@ -9,68 +9,66 @@ domain
# domain setup in [meters]
# x - streamwise, y - spanwise, z - wall-normal directions
#
- x = 0.0; y = 0.0; z = 0.0; # point of origin
- length = 400.0; width = 200.0; height = 80.0; # domain length(x), width(y) and height(z)
+ x = 0.0; y = 0.0; z = 0.0; # point of origin
+ length = 400.0; width = 200.0; height = 80.0; # domain length(x), width(y) and height(z)
}
# -----------------------------------------------------------------------------
time
{
- begin = 0.0;
- end = 50.0 * 3600.0; # start and end time of integration [s]
+ begin = 0.0;
+ end = 50.0 * 3600.0; # start and end time of integration [s]
- dt = 0.2; # time step [s]
+ dt = 0.2; # time step [s]
- # use_calendar = false; # optional, default = false
- calendar
- {
- mode = "local";
- # mode = "local" - local time
- # mode = "local-UTC" - local UTC time
- # mode = "set" - prescribed time & date as
- # [year, month, day, hour, min, sec, UTC_offset] values
+ # use_calendar = false; # optional, default = false
+ calendar
+ {
+ mode = "local";
+ # mode = "local" - local time
+ # mode = "local-UTC" - local UTC time
+ # mode = "set" - prescribed time & date as
+ # [year, month, day, hour, min, sec, UTC_offset] values
- year = 2020;
- month = 9;
- day = 1;
- hour = 12;
- min = 0;
- sec = 0.0;
- UTC_offset = 3;
- }
+ year = 2020;
+ month = 9;
+ day = 1;
+ hour = 12;
+ min = 0;
+ sec = 0.0;
+ UTC_offset = 3;
+ }
}
# -----------------------------------------------------------------------------
grid
{
- type = "uniform"; # grid type = "uniform" ||
- # "stretched" || "stretched-up" ||
- # "z-coord-ascii"
+ type = "uniform"; # type = "uniform" || "stretched" || "stretched-up" || "z-coord-ascii"
- filename = "z-coord.txt"; # argument for type = "z-coord-ascii"
+ filename = "z-coord.txt"; # argument for type = "z-coord-ascii"
- cx = 80; cy = 40; cz = 16; # number of cells in each direction
+ cx = 80; cy = 40; cz = 16; # number of cells in each direction
- ksi_z = 1.2; # near-wall grid stretching parameter
+ ksi_z = 1.2; # near-wall grid stretching parameter
- adaptive {
- # mode = false; # enable adaptive grid [optional, default = false]
+ adaptive {
+ # mode = false; # enable adaptive grid [optional, default = false]
- beta = 0.3; # relaxation time scale [<= 1]
+ beta = 0.3; # relaxation time scale [<= 1]
- dz_min = 0.25 * (domain.height / grid.cz); # min grid step
- dz_max = 4.0 * (domain.height / grid.cz); # max grid step
+ dz_min = 0.25 * (domain.height / grid.cz); # min grid step
+ dz_max = 4.0 * (domain.height / grid.cz); # max grid step
- # --- adaptation parameters
- TKE_threshold_coeff = 0.1; # threshold coeff. to define hbl
- hbl_max_coeff = 1.1; # boundary layer height multiplier
- C_smooth_coeff = 5.0; # number of cells in smoothing region
+ # --- adaptation parameters
+ TKE_threshold_coeff = 0.1; # threshold coeff. to define hbl
+ hbl_max_coeff = 1.1; # boundary layer height multiplier
+ C_smooth_coeff = 5.0; # number of cells in smoothing region
- # --- begin & end time of adaptation [optional, default: all integration period]
- # begin = time.begin; end = time.end;
+ # --- begin & end time of adaptation [optional, default: all integration period]
+ # begin = time.begin; end = time.end;
- nskip = 1; # adaptation once in nskip iterations, each iteration := 1
- }
+ nskip = 1; # adaptation once in nskip iterations, each iteration := 1
+ }
}
# -----------------------------------------------------------------------------
@@ -80,24 +78,24 @@ mpi_setup
# MPI-process distribution
# in 'mpirun -np [N]' [N] overrides config specs if differs
#
- dimx = 2; dimy = 2; dimz = 1;
+ dimx = 2; dimy = 2; dimz = 1;
}
# -----------------------------------------------------------------------------
phys
-{
- f = 0.0; # coriolis frequency [1/s]
+{
+ f = 0.0; # coriolis frequency [1/s]
- nu = 1.25 * 0.00001; # kinematic viscosity [m^2/s]
- xi = (1.0 / 0.7) * nu; # thermal diffusivity [m^2/s]
-
- rho_ref = 1.25; # reference density of air [kg/m^3]
+ nu = 1.25 * 0.00001; # kinematic viscosity [m^2/s]
+ xi = (1.0 / 0.7) * nu; # thermal diffusivity [m^2/s]
+
+ rho_ref = 1.25; # reference density of air [kg/m^3]
- g = 9.81; # gravitational acceleration [m/s^2]
- Theta_ref = 288.15; # reference temperature [K]
+ g = 9.81; # gravitational acceleration [m/s^2]
+ Theta_ref = 288.15; # reference temperature [K]
- # --- no buoyancy
- beta = 0.0; # = g * thermal expansion coefficient = g / Theta_ref [m/(K*s^2)]
+ # --- no buoyancy
+ beta = 0.0; # = g * thermal expansion coefficient = g / Theta_ref [m/(K*s^2)]
}
# -----------------------------------------------------------------------------
@@ -105,71 +103,71 @@ phys
# default defs. depend on model configuration
state_def
{
- # Theta_p = false;
- # Tabs = false;
+ # Theta_p = false;
+ # Tabs = false;
- # Rho = false;
- # Rho_ideal = false;
+ # Rho = false;
+ # Rho_ideal = false;
- # Exner_pz = false;
- # Pressure_ref_pz = false;
+ # Exner_pz = false;
+ # Pressure_ref_pz = false;
- # Qliquid = false;
- # Qsolid = false;
- # Qvapor = false;
+ # Qliquid = false;
+ # Qsolid = false;
+ # Qvapor = false;
- # Qvs_water = false; Pvs_water = false;
- # Qvs_ice = false; Pvs_ice = false;
+ # Qvs_water = false; Pvs_water = false;
+ # Qvs_ice = false; Pvs_ice = false;
}
# -----------------------------------------------------------------------------
topography
{
- mode = "hand"; # topography def. mode
- # mode = "hand" -- define only 'patches' in configuration file
- # mode = "ascii-mask" -- read height map from file
+ mode = "hand"; # topography def. mode
+ # mode = "hand" -- define only 'patches' in configuration file
+ # mode = "ascii-mask" -- read height map from file
- # --- using file height map parameters
- # mode = "ascii-mask";
- # filename = "map-ex.txt"; # filename path
- # xmin = domain.x; # map -x coordinates in computation domain
- # xmax = domain.x + domain.length;
- # ymin = domain.y; # map -y coordinates in computation domain
- # ymax = domain.y + domain.width;
- # height_scale = 1.0; # scale height factor
+ # --- using file height map parameters
+ # mode = "ascii-mask";
+ # filename = "map-ex.txt"; # filename path
+ # xmin = domain.x; # map -x coordinates in computation domain
+ # xmax = domain.x + domain.length;
+ # ymin = domain.y; # map -y coordinates in computation domain
+ # ymax = domain.y + domain.width;
+ # height_scale = 1.0; # scale height factor
- npatch = 1; # number of patches
- patch_1 {
- type = "box"; # patch type: "box" || "hill"
-
- xmin = 15.0; xmax = 35.0; # patch dimensions
- ymin = 10.0; ymax = 90.0;
- height = 20.0;
+ npatch = 1; # number of patches
+ patch_1 {
+ type = "box"; # patch type: "box" || "hill"
+
+ xmin = 15.0; xmax = 35.0; # patch dimensions
+ ymin = 10.0; ymax = 90.0;
+ height = 20.0;
- xperiod = 50.0; # optional periodicity in -x
- yperiod = 100.0; # optional periodicity in -y
- }
+ xperiod = 50.0; # optional periodicity in -x
+ yperiod = 100.0; # optional periodicity in -y
+ }
}
# -----------------------------------------------------------------------------
geo_wind
{
# NOTE: skipped if mode not set
-# forcing priority: [t,z], [t], [const]
+# forcing priority: [t,z], [t], [const]
- # --- geostrophic wind components
- U = 0.0; V = 0.0;
+ # --- geostrophic wind components
+ U = 0.0; V = 0.0;
}
# -----------------------------------------------------------------------------
external_pressure_grad
{
# NOTE: skipped if mode not set
-# forcing priority: [t,z], [t], [const]
+# forcing priority: [t,z], [t], [const]
- # --- pressure gradient components [optional]
- dPdx = -0.0004; # [Pa/m]
- # dPdy = 0.0; # [Pa/m]
+ # --- pressure gradient components [optional]
+ dPdx = -0.0004; # [Pa/m]
+ # dPdy = 0.0; # [Pa/m]
}
# -----------------------------------------------------------------------------
@@ -195,163 +193,163 @@ rayleigh_friction
surface
{
- Theta {
- mode = "const";
+ Theta {
+ mode = "const";
- # --- fixed surface temperature
- value = 288.15; # initial surface temperature [K]
- }
- Qhum {
- # --- predefined mode [land surface model]
- mode = "lsm";
- }
+ # --- fixed surface temperature
+ value = 288.15; # initial surface temperature [K]
+ }
+ Qhum {
+ # --- predefined mode [land surface model]
+ mode = "lsm";
+ }
- z0_m = 0.1; # aerodynamic roughness [m]
- z0_h = 0.1; # heat roughness [m]
+ z0_m = 0.1; # aerodynamic roughness [m]
+ z0_h = 0.1; # heat roughness [m]
- kappa = 0.4; # von Karman constant
- Pr_t_0 = 1.0; # turbulent Prandt number (neutral)
+ kappa = 0.4; # von Karman constant
+ Pr_t_0 = 1.0; # turbulent Prandt number (neutral)
- # --- stability function coefficients
- Cm = 4.8;
- Ch = 7.8;
+ # --- stability function coefficients
+ Cm = 4.8;
+ Ch = 7.8;
- alpha_m = 16.0;
- alpha_h = 16.0;
+ alpha_m = 16.0;
+ alpha_h = 16.0;
- # --- latent heat flux alpha/beta model
- lhflux_alpha = 1.0;
- lhflux_beta = 0.025;
+ # --- latent heat flux alpha/beta model
+ lhflux_alpha = 1.0;
+ lhflux_beta = 0.025;
}
# -----------------------------------------------------------------------------
initial_conditions
{
- # optional [U], [V]
- # if not set initial profiles are set to match geostrophic wind
+ # optional [U], [V]
+ # if not set initial profiles are set to match geostrophic wind
- U {
- # mode = "half-channel";
- # bulk = 6.0;
- }
+ U {
+ # mode = "half-channel";
+ # bulk = 6.0;
+ }
- Theta {
- # --- predefined mode
- mode = "const";
+ Theta {
+ # --- predefined mode
+ mode = "const";
- surface_value = 288.15; # initial boundary layer temperature [K]
- height = 0.0; # boundary layer height [m]
- grad_z = 0.0; # humidity gradient above boundary layer [kg/(kg*m)]
- }
+ surface_value = 288.15; # initial boundary layer temperature [K]
+ height = 0.0; # boundary layer height [m]
+ grad_z = 0.0; # humidity gradient above boundary layer [kg/(kg*m)]
+ }
- Qhum {
- # --- predefined mode
- mode = "mixed-layer";
+ Qhum {
+ # --- predefined mode
+ mode = "mixed-layer";
- surface_value = 0.0025; # initial boundary layer humidity [kg/kg]
- height = 0.0; # boundary layer height [m]
- grad_z = 0.0; # humidity gradient above boundary layer [kg/(kg*m)]
- }
+ surface_value = 0.0025; # initial boundary layer humidity [kg/kg]
+ height = 0.0; # boundary layer height [m]
+ grad_z = 0.0; # humidity gradient above boundary layer [kg/(kg*m)]
+ }
}
# -----------------------------------------------------------------------------
damping
{
- is_enabled = false;
+ is_enabled = false;
- # use_avgxy_ref = false; # damp to -xy average profile [optional]
+ # use_avgxy_ref = false; # damp to -xy average profile [optional]
- f = 0.2; # damping frequency [1/s], = 0.2 (WRF model)
+ f = 0.2; # damping frequency [1/s], = 0.2 (WRF model)
- # --- damping layer [z1, z2]
- z1 = domain.z + 0.75 * domain.height; # [m]
- z2 = domain.z + domain.height; # [m]
+ # --- damping layer [z1, z2]
+ z1 = domain.z + 0.75 * domain.height; # [m]
+ z2 = domain.z + domain.height; # [m]
}
# -----------------------------------------------------------------------------
les
{
- is_dynamic_momentum = true;
- is_dynamic_scalar = true;
+ is_dynamic_momentum = true;
+ is_dynamic_scalar = true;
- is_ssm_mixed_momentum = false;
- is_ssm_mixed_scalar = false;
+ is_ssm_mixed_momentum = false;
+ is_ssm_mixed_scalar = false;
- is_amd_model = false; # use AMD subgrid model
- # dynamic, ssm keys not supported, have to be := false
+ is_amd_model = false; # use AMD subgrid model
+ # dynamic, ssm keys not supported, have to be := false
- # --- SSM model params
- C_ssm_momentum = 1.0;
- C_ssm_scalar = 1.0;
+ # --- SSM model params
+ C_ssm_momentum = 1.0;
+ C_ssm_scalar = 1.0;
- # --- static LES model params
- C_smag = 0.08; # GABLS-1 fit = 0.08
- # Lilly = 0.17
- Prandtl_sgs = 0.7; # subgrid scale Prandtl [0.4, 1.0]
+ # --- static LES model params
+ C_smag = 0.08; # GABLS-1 fit = 0.08
+ # Lilly = 0.17
+ Prandtl_sgs = 0.7; # subgrid scale Prandtl [0.4, 1.0]
- # --- dynamic LES model params
- dynamic {
- # --- dynamic coefficient = (C_{s} * delta_{g})^2 clipping
- C_smag_max = 0.25;
- Prandtl_sgs_min = 0.4;
+ # --- dynamic LES model params
+ dynamic {
+ # --- dynamic coefficient = (C_{s} * delta_{g})^2 clipping
+ C_smag_max = 0.25;
+ Prandtl_sgs_min = 0.4;
- alpha = 1.73; # test-to-base filter width ratio
+ alpha = 1.73; # test-to-base filter width ratio
- avg_mode = "lagrange"; # "none", "plane", "filter", "lagrange"
+ avg_mode = "lagrange"; # "none", "plane", "filter", "lagrange"
- nskip = 3;
- use_transport = false;
+ nskip = 3;
+ use_transport = false;
- C_T_lagrange_momentum = 1.5;
- C_T_lagrange_scalar = 3.0;
- }
+ C_T_lagrange_momentum = 1.5;
+ C_T_lagrange_scalar = 3.0;
+ }
- base_filter_reset = false;
- test_filter_reset = false;
- clip_filter_reset = false;
+ base_filter_reset = false;
+ test_filter_reset = false;
+ clip_filter_reset = false;
}
# -----------------------------------------------------------------------------
passive_tracers
{
- # num = 2; # number of tracers, skipped if not defined
+ # num = 2; # number of tracers, skipped if not defined
- # --- each tracer field defines diffusivity & surface values
- tracer_1 {
- diffusivity = phys.xi;
+ # --- each tracer field defines diffusivity & surface values
+ tracer_1 {
+ diffusivity = phys.xi;
- surface {
- flux = -0.01;
+ surface {
+ flux = -0.01;
- # --- setting localized source, all surface if not defined
- xmin = 180.0; xmax = 220.0;
- ymin = 180.0; ymax = 220.0;
+ # --- setting localized source, all surface if not defined
+ xmin = 180.0; xmax = 220.0;
+ ymin = 180.0; ymax = 220.0;
- # --- active in [begin, end], [time.begin, time.end] if not defined
- begin = 7.0 * 3600.0;
- # end = time.end;
- }
- }
+ # --- active in [begin, end], [time.begin, time.end] if not defined
+ begin = 7.0 * 3600.0;
+ # end = time.end;
+ }
+ }
- tracer_2 {
- # name = "tracer[2]"; # optional tracer name
+ tracer_2 {
+ # name = "tracer[2]"; # optional tracer name
- diffusivity = phys.xi;
+ diffusivity = phys.xi;
- # --- setting 'life-time' using decay frequency [1/s] [optional]
- # f_decay = 1.0 / 600.0;
+ # --- setting 'life-time' using decay frequency [1/s] [optional]
+ # f_decay = 1.0 / 600.0;
- surface {
- flux = -0.02;
+ surface {
+ flux = -0.02;
- # --- active in [begin, end], [time.begin, time.end] if not defined
- begin = 7.0 * 3600.0;
- # end = time.end;
- }
- }
+ # --- active in [begin, end], [time.begin, time.end] if not defined
+ begin = 7.0 * 3600.0;
+ # end = time.end;
+ }
+ }
}
# -----------------------------------------------------------------------------
@@ -359,48 +357,48 @@ passive_tracers
# used only if INCLUDE_PARTICLES is defined, see [model-defines.h]
ptcl
{
- is_passive_transport = false; # passive particles flag
-
- # --- particle parameters for all sources
- density = 1000.0; # particle density [kg/m^3]
- diameter = 0.000001; # particle diameter [m]
+ is_passive_transport = false; # passive particles flag
+
+ # --- particle parameters for all sources
+ density = 1000.0; # particle density [kg/m^3]
+ diameter = 0.000001; # particle diameter [m]
- g = -9.81; # gravity acceleration [m/s^2]
+ g = -9.81; # gravity acceleration [m/s^2]
- # f_decay = 1.0 / 100.0; # optional decay constant [1/s]
- # half-life = ln(2) / f
+ # f_decay = 1.0 / 100.0; # optional decay constant [1/s]
+ # half-life = ln(2) / f
- # --- number of sources
- nsources = 1;
+ # --- number of sources
+ nsources = 1;
- source_1 {
- n = 524288 * 8; # number of particles to release
- begin = 5.0 * 3600.0; # release time
- end = time.end; # instant release if not defined
+ source_1 {
+ n = 524288 * 8; # number of particles to release
+ begin = 5.0 * 3600.0; # release time
+ end = time.end; # instant release if not defined
- # --- setting flux [lower priority than 'n' -- number of particles]
- # both begin & end must be specified -- not instant source
- # flux = 10.0;
- # flux_direction = "X";
+ # --- setting flux [lower priority than 'n' -- number of particles]
+ # both begin & end must be specified -- not instant source
+ # flux = 10.0;
+ # flux_direction = "X";
- # --- source volume
- xmin = domain.x + 50.0 - 10.0; xmax = domain.x + 50.0 + 10.0;
- ymin = domain.y; ymax = domain.y + domain.width;
- zmin = domain.z; zmax = domain.z + 5.0;
- }
+ # --- source volume
+ xmin = domain.x + 50.0 - 10.0; xmax = domain.x + 50.0 + 10.0;
+ ymin = domain.y; ymax = domain.y + domain.width;
+ zmin = domain.z; zmax = domain.z + 5.0;
+ }
- # --- number of sinks [optional]
- nsinks = 1;
+ # --- number of sinks [optional]
+ nsinks = 1;
- sink_1 {
- # --- optional, default mode = "inside"
- mode = "outside"; # "inside" || "outside"
+ sink_1 {
+ # --- optional, default mode = "inside"
+ mode = "outside"; # "inside" || "outside"
- # --- define volume
- xmin = domain.x; xmax = domain.x + domain.length;
- ymin = domain.y - 0.5 * domain.width; ymax = domain.y + 1.5 * domain.width;
- zmin = domain.z + 0.01; zmax = domain.z + domain.height;
- }
+ # --- define volume
+ xmin = domain.x; xmax = domain.x + domain.length;
+ ymin = domain.y - 0.5 * domain.width; ymax = domain.y + 1.5 * domain.width;
+ zmin = domain.z + 0.01; zmax = domain.z + domain.height;
+ }
}
# -----------------------------------------------------------------------------
@@ -408,41 +406,41 @@ ptcl
# used only if INCLUDE_PARTICLES_TRACKING is defined, see [model-defines.h]
ptcl_track
{
- is_passive_transport = ptcl.is_passive_transport;
-
- # --- particle parameters for all sources
- density = ptcl.density; # particle density [kg/m^3]
- diameter = ptcl.diameter; # particle diameter [m]
+ is_passive_transport = ptcl.is_passive_transport;
+
+ # --- particle parameters for all sources
+ density = ptcl.density; # particle density [kg/m^3]
+ diameter = ptcl.diameter; # particle diameter [m]
- g = ptcl.g; # gravity acceleration [m/s^2]
+ g = ptcl.g; # gravity acceleration [m/s^2]
- # f_decay = ptcl.f_decay; # optional decay constant [1/s]
- # half-life = ln(2) / f
+ # f_decay = ptcl.f_decay; # optional decay constant [1/s]
+ # half-life = ln(2) / f
- group_max_size = 256; # max number of particles per group
- max_memory = 10 * 1024 * 1024; # max memory in bytes for keeping trajectories in memory
+ group_max_size = 256; # max number of particles per group
+ max_memory = 10 * 1024 * 1024; # max memory in bytes for keeping trajectories in memory
- # --- number of sources
- nsources = 1;
+ # --- number of sources
+ nsources = 1;
- source_1
- {
- n = 128; # number of particles to release
- begin = 8.0 * 3600.0; # release time
+ source_1
+ {
+ n = 128; # number of particles to release
+ begin = 8.0 * 3600.0; # release time
- # --- setting flux [lower priority than 'n' -- number of particles]
- # both begin & end must be specified -- not instant source
- # flux = 100.0;
- # flux_direction = "Z";
+ # --- setting flux [lower priority than 'n' -- number of particles]
+ # both begin & end must be specified -- not instant source
+ # flux = 100.0;
+ # flux_direction = "Z";
- # --- source volume
- xmin = domain.x + 0.4 * domain.length; xmax = domain.x + 0.6 * domain.length;
- ymin = domain.y + 0.4 * domain.width; ymax = domain.y + 0.6 * domain.width;
- zmin = domain.z; zmax = domain.z + 0.1 * domain.height;
- }
+ # --- source volume
+ xmin = domain.x + 0.4 * domain.length; xmax = domain.x + 0.6 * domain.length;
+ ymin = domain.y + 0.4 * domain.width; ymax = domain.y + 0.6 * domain.width;
+ zmin = domain.z; zmax = domain.z + 0.1 * domain.height;
+ }
- # --- number of sinks [optional]
- nsinks = 0;
+ # --- number of sinks [optional]
+ nsinks = 0;
}
# -----------------------------------------------------------------------------
@@ -450,34 +448,34 @@ ptcl_track
# used only if INCLUDE_CANOPY_DRAG is defined, see [model-defines.h]
canopy
{
- Cd = 0.15;
- drag_type = "non-linear"; # || "linearized" || "mean"
+ Cd = 0.15;
+ drag_type = "non-linear"; # || "linearized" || "mean"
- num = 0;
- patch_1 {
- type = "sharp"; # || "fancy" || "obs"
+ num = 0;
+ patch_1 {
+ type = "sharp"; # || "fancy" || "obs"
- # --- patch volume
- xmin = domain.x; xmax = domain.x + domain.length;
- ymin = domain.y; ymax = domain.y + domain.width;
- zmin = domain.z; zmax = domain.z + 50.0;
+ # --- patch volume
+ xmin = domain.x; xmax = domain.x + domain.length;
+ ymin = domain.y; ymax = domain.y + domain.width;
+ zmin = domain.z; zmax = domain.z + 50.0;
- # --- make patch 'periodic' in -x and/or -y directions
- # single patch if not defined
- # xperiod = 1.0;
- # yperiod = 1.0;
+ # --- make patch 'periodic' in -x and/or -y directions
+ # single patch if not defined
+ # xperiod = 1.0;
+ # yperiod = 1.0;
- LAI = 1.0;
- # --- set zm - height of max(LAD) for type = "obs":
- # zm = zmin + 0.8 * (zmax - zmin);
+ LAI = 1.0;
+ # --- set zm - height of max(LAD) for type = "obs":
+ # zm = zmin + 0.8 * (zmax - zmin);
- # --- OR: set a file
- # type = "sharp-map";
- # filename = "map-ex.txt";
+ # --- OR: set a file
+ # type = "sharp-map";
+ # filename = "map-ex.txt";
- # switch_ij_order = false; # [optional, default = false]
- # normalize_height = 1.0; # [optional, default = 1.0]
- }
+ # switch_ij_order = false; # [optional, default = false]
+ # normalize_height = 1.0; # [optional, default = 1.0]
+ }
}
# -----------------------------------------------------------------------------
@@ -486,24 +484,24 @@ poisson
#
# Poisson equation solver setup
#
- # use_cg_solver = false; # use CG as base solver [optional, default = BiCGstab]
+ # use_cg_solver = false; # use CG as base solver [optional, default = BiCGstab]
- retol = 0.0001; abstol = 0.00001; # relative and absolute tolerance
- miniters = 1; maxiters = 100; # minimum and maximum number of iterations
+ retol = 0.0001; abstol = 0.00001; # relative and absolute tolerance
+ miniters = 1; maxiters = 100; # minimum and maximum number of iterations
- piters = 1; # number of preconditioner (multigrid) iterations
+ piters = 1; # number of preconditioner (multigrid) iterations
- multigrid
- {
- ngrid = 5; # number of grids in multigrid sequence (= [0] - auto definition)
+ multigrid
+ {
+ ngrid = 5; # number of grids in multigrid sequence (= [0] - auto definition)
- down_iters = 2; # number of smoother iterations on fine->coarse traverse
- up_iters = 3; # number of smoother iterations on coarse->fine traverse
- direct_iters = 5; # number of smoother iterations on coarsest grid
+ down_iters = 2; # number of smoother iterations on fine->coarse traverse
+ up_iters = 3; # number of smoother iterations on coarse->fine traverse
+ direct_iters = 5; # number of smoother iterations on coarsest grid
- smooth_up_omega = 1.84; # relaxation value on coarse->fine traverse
- smooth_up_omega_fine = 1.64; # relaxation value on reaching finest grid
- }
+ smooth_up_omega = 1.84; # relaxation value on coarse->fine traverse
+ smooth_up_omega_fine = 1.64; # relaxation value on reaching finest grid
+ }
}
# -----------------------------------------------------------------------------
@@ -511,220 +509,220 @@ output
{
# NOTE: netcdf output is enabled only if INCLUDE_NETCDF is defined in [nse-sys.h]
- DIR = MAIN_DIR + "output/"; # output directory
- make_unique_DIR = true; # make output directory unique for each run
-
- convert_dsq_to_tecplot = true; # convert series .dsq output to .plt [tecplot] format
- # *: on model completion only
- # convert_dsq_to_netcdf = false; # convert series .dsq output to .nc [netcdf] format
- # *: on model completion only
-
- num = 1; # number of output units
-
- unit_1
- {
- SUBDIR = ""; # unit sub-directory
+ DIR = MAIN_DIR + "output/"; # output directory
+ make_unique_DIR = true; # make output directory unique for each run
+
+ convert_dsq_to_tecplot = true; # convert series .dsq output to .plt [tecplot] format
+ # *: on model completion only
+ # convert_dsq_to_netcdf = false; # convert series .dsq output to .nc [netcdf] format
+ # *: on model completion only
+
+ num = 1; # number of output units
+
+ unit_1
+ {
+ SUBDIR = ""; # unit sub-directory
- begin = 1.0 * 3600.0; # start time [s] for writing output
- dt = 1.0 * 3600.0; # time step [s] for writing output
+ begin = 1.0 * 3600.0; # start time [s] for writing output
+ dt = 1.0 * 3600.0; # time step [s] for writing output
- # --- output subdomain [optional, applicable in 3D output only]
- xmin = domain.x; xmax = domain.x + domain.length; # -x output domain setup
- ymin = domain.y; ymax = domain.y + domain.width; # -y output domain setup
- zmin = domain.z; zmax = domain.z + domain.height; # -z output domain setup
+ # --- output subdomain [optional, applicable in 3D output only]
+ xmin = domain.x; xmax = domain.x + domain.length; # -x output domain setup
+ ymin = domain.y; ymax = domain.y + domain.width; # -y output domain setup
+ zmin = domain.z; zmax = domain.z + domain.height; # -z output domain setup
- # --- output controls [default, if not defined, value is 'false']
- cntrl_avgxy_plt = true; # 1D -xy averaged .plt fields
- cntrl_avgxy_netcdf = false; # 1D -xy averaged netcdf fields
+ # --- output controls [default, if not defined, value is 'false']
+ cntrl_avgxy_plt = true; # 1D -xy averaged .plt fields
+ cntrl_avgxy_netcdf = false; # 1D -xy averaged netcdf fields
- cntrl_3d_plt = true; # 3D .plt fields
- cntrl_3d_bin = false; # 3D .nsx fields
- cntrl_3d_netcdf = false; # 3D netcdf fields
+ cntrl_3d_plt = true; # 3D .plt fields
+ cntrl_3d_bin = false; # 3D .nsx fields
+ cntrl_3d_netcdf = false; # 3D netcdf fields
- cntrl_geometry_3d_plt = false; # geometry 3D .plt fields
- cntrl_geometry_3d_netcdf = false; # geometry 3D netcdf fields
+ cntrl_geometry_3d_plt = false; # geometry 3D .plt fields
+ cntrl_geometry_3d_netcdf = false; # geometry 3D netcdf fields
- cntrl_topography_plt = true; # topography .plt fields
- cntrl_topography_netcdf = false; # topography netcdf fields
+ cntrl_topography_plt = true; # topography .plt fields
+ cntrl_topography_netcdf = false; # topography netcdf fields
- cntrl_2d_plt = false; # 2D .plt fields
- cntrl_2d_netcdf = false; # 2D netcdf fields
+ cntrl_2d_plt = false; # 2D .plt fields
+ cntrl_2d_netcdf = false; # 2D netcdf fields
- cntrl_surface_plt = true; # surface .plt fields
- cntrl_surface_netcdf = false; # surface netcdf fields
+ cntrl_surface_plt = true; # surface .plt fields
+ cntrl_surface_netcdf = false; # surface netcdf fields
- cntrl_grid_plt = false; # grid .plt data
- cntrl_grid_netcdf = false; # grid netcdf data
+ cntrl_grid_plt = false; # grid .plt data
+ cntrl_grid_netcdf = false; # grid netcdf data
- cntrl_meteo_avgxy_plt = false; # 1D -xy averaged meteo forcing .plt fields
- cntrl_meteo_all_plt = false; # all meteo forcing .plt fields
+ cntrl_meteo_avgxy_plt = false; # 1D -xy averaged meteo forcing .plt fields
+ cntrl_meteo_all_plt = false; # all meteo forcing .plt fields
- # --- output keys for filtered fields
- cntrl_filtered_3d_plt = false;
- # filter { kxmin = 0; kxmax = 0; kymin = 0; kymax = 5; is_remove_mean = true; }
+ # --- output keys for filtered fields
+ cntrl_filtered_3d_plt = false;
+ # filter { kxmin = 0; kxmax = 0; kymin = 0; kymax = 5; is_remove_mean = true; }
- # --- spectrum output
- spectrum
- {
- # --- controls
- x_cntrl = true;
- y_cntrl = true;
- xy_cntrl = true;
+ # --- spectrum output
+ spectrum
+ {
+ # --- controls
+ x_cntrl = true;
+ y_cntrl = true;
+ xy_cntrl = true;
- # np = 2; # number of z planes, skipped if not defined
- z_1 = 50.0;
- z_2 = 100.0;
+ # np = 2; # number of z planes, skipped if not defined
+ z_1 = 50.0;
+ z_2 = 100.0;
- # --- additional options for 1d & 2d spectrum, default all = true if not defined
- # is_remove_mean_1d = true;
- # is_centered_fft_1d = true;
+ # --- additional options for 1d & 2d spectrum, default all = true if not defined
+ # is_remove_mean_1d = true;
+ # is_centered_fft_1d = true;
- # is_remove_mean_2d = true;
- # is_centered_fft_2d = true;
- # is_log10_2d = true;
- }
+ # is_remove_mean_2d = true;
+ # is_centered_fft_2d = true;
+ # is_log10_2d = true;
+ }
- # --- particles & trajectories output
- # used only if INCLUDE_PARTICLES is defined
- cntrl_ptcl_bin = false; # particles binary output
- cntrl_ptcl_plt = true; # particles .plt output
- cntrl_ptcl_coords_plt = false; # particles coordinates .plt output
- # used only if INCLUDE_PARTICLES_TRACKING is defined
- cntrl_ptcl_traj_bin = false; # particles trajectories binary output
- cntrl_ptcl_traj_plt = false; # particles trajectories .plt output
+ # --- particles & trajectories output
+ # used only if INCLUDE_PARTICLES is defined
+ cntrl_ptcl_bin = false; # particles binary output
+ cntrl_ptcl_plt = true; # particles .plt output
+ cntrl_ptcl_coords_plt = false; # particles coordinates .plt output
+ # used only if INCLUDE_PARTICLES_TRACKING is defined
+ cntrl_ptcl_traj_bin = false; # particles trajectories binary output
+ cntrl_ptcl_traj_plt = false; # particles trajectories .plt output
- # --- profiles [= 0 if not defined]
- x_profile_num = 0;
- y_profile_num = 0;
- z_profile_num = 0;
- # --- e.g.:
- x_profile_1 { y = domain.y + 0.5 * domain.width; z = domain.z + 0.5 * domain.height; }
+ # --- profiles [= 0 if not defined]
+ x_profile_num = 0;
+ y_profile_num = 0;
+ z_profile_num = 0;
+ # --- e.g.:
+ x_profile_1 { y = domain.y + 0.5 * domain.width; z = domain.z + 0.5 * domain.height; }
- # --- slices [ = 0 if not defined]
- xy_slice_num = 0;
- xz_slice_num = 0;
- yz_slice_num = 0;
- # --- e.g.:
- xy_slice_1 { z = domain.z + 0.5 * domain.height; }
- }
+ # --- slices [ = 0 if not defined]
+ xy_slice_num = 0;
+ xz_slice_num = 0;
+ yz_slice_num = 0;
+ # --- e.g.:
+ xy_slice_1 { z = domain.z + 0.5 * domain.height; }
+ }
- screen {
- begin = time.begin; # start time [s] of onscreen output
+ screen {
+ begin = time.begin; # start time [s] of onscreen output
- # nskip = 360; # output once in nskip iterations, each iteration := 1
- dt = 0.05 * 3600.0; # output time step [s], --higher-- priority than 'nskip'
+ # nskip = 360; # output once in nskip iterations, each iteration := 1
+ dt = 0.05 * 3600.0; # output time step [s], --higher-- priority than 'nskip'
- # --- screen controls [optional, default = true]
- # cntrl_status = true;
- # cntrl_progress_bar = true;
-
- # --- screen controls [optional, default = false]
- # cntrl_terminal_mode = false;
- }
+ # --- screen controls [optional, default = true]
+ # cntrl_status = true;
+ # cntrl_progress_bar = true;
+
+ # --- screen controls [optional, default = false]
+ # cntrl_terminal_mode = false;
+ }
}
# -----------------------------------------------------------------------------
checkup
{
- # --- additional checkups [InF, NaN values etc.]
- begin = 0.0; # start time of checks
+ # --- additional checkups [InF, NaN values etc.]
+ begin = 0.0; # start time of checks
- nskip = 3600; # check once in nskip iterations, each iteration := 1
- # dt = 1.0 * 3600.0; # check time step, --higher-- priority than 'nskip'
+ nskip = 3600; # check once in nskip iterations, each iteration := 1
+ # dt = 1.0 * 3600.0; # check time step, --higher-- priority than 'nskip'
}
# -----------------------------------------------------------------------------
dump
{
- DIR = MAIN_DIR + "dump/"; # dump directory
+ DIR = MAIN_DIR + "dump/"; # dump directory
- begin = 10.0 * 3600.0; # start time [s] for writing model dump
- dt = 10.0 * 3600.0; # time step [s] for writing model dump
+ begin = 10.0 * 3600.0; # start time [s] for writing model dump
+ dt = 10.0 * 3600.0; # time step [s] for writing model dump
}
# -----------------------------------------------------------------------------
startup
{
- DIR = MAIN_DIR + "init/"; # initial conditions directory
+ DIR = MAIN_DIR + "init/"; # initial conditions directory
}
# -----------------------------------------------------------------------------
series
{
- begin = 60.0; # start time [s]
+ begin = 60.0; # start time [s]
- # nskip = 2; # calculate once in nskip iterations, each iteration := 1
- dt = 1.0; # time step [s], --higher-- priority than 'nskip'
+ # nskip = 2; # calculate once in nskip iterations, each iteration := 1
+ dt = 1.0; # time step [s], --higher-- priority than 'nskip'
- # --- point flow measurements
- point_set
- {
- # mode = "define"; # optional point set mode
- # = "define" [default] || "grid-xy"
+ # --- point flow measurements
+ point_set
+ {
+ # mode = "define"; # optional point set mode
+ # = "define" [default] || "grid-xy"
- # np = 3; # number of points, skipped if not defined
- point_1 { x = domain.x + 0.5 * domain.length; y = domain.y + 0.5 * domain.width; z = 25.0; }
- point_2 { x = domain.x + 0.5 * domain.length; y = domain.y + 0.5 * domain.width; z = 50.0; }
- point_3 { x = domain.x + 0.5 * domain.length; y = domain.y + 0.5 * domain.width; z = 100.0; }
+ # np = 3; # number of points, skipped if not defined
+ point_1 { x = domain.x + 0.5 * domain.length; y = domain.y + 0.5 * domain.width; z = 25.0; }
+ point_2 { x = domain.x + 0.5 * domain.length; y = domain.y + 0.5 * domain.width; z = 50.0; }
+ point_3 { x = domain.x + 0.5 * domain.length; y = domain.y + 0.5 * domain.width; z = 100.0; }
- # --- OR: set point set grid on z=const planes
- # mode = "grid-xy";
+ # --- OR: set point set grid on z=const planes
+ # mode = "grid-xy";
- # --- domain
- # x = domain.x; y = domain.y;
- # length = domain.length; width = domain.width;
+ # --- domain
+ # x = domain.x; y = domain.y;
+ # length = domain.length; width = domain.width;
- # --- grid dimensions, number of edges
- # nx = 7; ny = 5;
- # --- number of z=const planes
- # nz = 3;
- # z_1 = 25.0;
- # z_2 = 50.0;
- # z_3 = 100.0;
- }
+ # --- grid dimensions, number of edges
+ # nx = 7; ny = 5;
+ # --- number of z=const planes
+ # nz = 3;
+ # z_1 = 25.0;
+ # z_2 = 50.0;
+ # z_3 = 100.0;
+ }
- # --- [xy] averaged energy at fixed 'z'
- energy_avgxy_set
- {
- # np = 2; # number of z planes, skipped if not defined
- z_1 = 50.0;
- z_2 = 100.0;
- }
+ # --- [xy] averaged energy at fixed 'z'
+ energy_avgxy_set
+ {
+ # np = 2; # number of z planes, skipped if not defined
+ z_1 = 50.0;
+ z_2 = 100.0;
+ }
- # --- [xy] averaged fluxes at fixed 'z'
- flux_avgxy_set
- {
- # np = 2; # number of z planes, skipped if not defined
- z_1 = 50.0;
- z_2 = 100.0;
- }
+ # --- [xy] averaged fluxes at fixed 'z'
+ flux_avgxy_set
+ {
+ # np = 2; # number of z planes, skipped if not defined
+ z_1 = 50.0;
+ z_2 = 100.0;
+ }
- # --- additional parameters
- # --- TKE hbl def. [optional]
- # TKE_hbl_threshold_stable = 0.3;
- # TKE_hbl_threshold_unstable = 0.1;
+ # --- additional parameters
+ # --- TKE hbl def. [optional]
+ # TKE_hbl_threshold_stable = 0.3;
+ # TKE_hbl_threshold_unstable = 0.1;
- # --- max length to hold data in memory [optional]
- # max_mem_length = 100 * 1024;
+ # --- max length to hold data in memory [optional]
+ # max_mem_length = 100 * 1024;
}
# -----------------------------------------------------------------------------
spectrum_series
{
- begin = time.begin; # start time
-
- nskip = 1; # calculate once in nskip iterations, each iteration := 1
- # dt = 1.0; # time step, --higher-- priority than 'nskip'
+ begin = time.begin; # start time
+
+ nskip = 1; # calculate once in nskip iterations, each iteration := 1
+ # dt = 1.0; # time step, --higher-- priority than 'nskip'
- # num = 3; # number of series, skipped if not defined
+ # num = 3; # number of series, skipped if not defined
- # --- wavevenumbers in: - kxmax <= kx <= kmax, 0 <= ky <= kymax
- unit_1 { zp = domain.z + 0.3 * domain.height; kxmax = 3; kymax = 3; }
- unit_2 { zp = domain.z + 0.2 * domain.height; kxmax = 3; kymax = 3; }
- unit_3 { zp = domain.z + 0.1 * domain.height; kxmax = 3; kymax = 3; }
+ # --- wavevenumbers in: - kxmax <= kx <= kmax, 0 <= ky <= kymax
+ unit_1 { zp = domain.z + 0.3 * domain.height; kxmax = 3; kymax = 3; }
+ unit_2 { zp = domain.z + 0.2 * domain.height; kxmax = 3; kymax = 3; }
+ unit_3 { zp = domain.z + 0.1 * domain.height; kxmax = 3; kymax = 3; }
- # --- max length to hold data in memory [optional]
- # max_mem_length = 100 * 1024;
+ # --- max length to hold data in memory [optional]
+ # max_mem_length = 100 * 1024;
}
# -----------------------------------------------------------------------------
@@ -732,248 +730,248 @@ time_scan
{
# NOTE: dump is not supported for time scans
- begin = 60.0; # scan start time [s]
+ begin = 60.0; # scan start time [s]
- # nskip = 1000; # calculate once in nksip iterations, each iteration := 1
- dt = 60.0; # scan time step [s], --higher-- priority than 'nskip'
+ # nskip = 1000; # calculate once in nksip iterations, each iteration := 1
+ dt = 60.0; # scan time step [s], --higher-- priority than 'nskip'
- # --- optionally set output variables
+ # --- optionally set output variables
- cntrl_grid = false; # all keys, optional, default = all 'false'
- cntrl_grid {
- # dz = true;
+ cntrl_grid = false; # all keys, optional, default = all 'false'
+ cntrl_grid {
+ # dz = true;
- # --- cell center & edge coordinates
- # pz = true;
- # ez = true;
+ # --- cell center & edge coordinates
+ # pz = true;
+ # ez = true;
- # --- only in adaptive grid mode
- # monitor_function = true;
- }
+ # --- only in adaptive grid mode
+ # monitor_function = true;
+ }
- cntrl_avgxy = true; # all keys, optional, default = all 'false'
- cntrl_avgxy {
- # U = true;
- # V = true;
- # W = true;
+ cntrl_avgxy = true; # all keys, optional, default = all 'false'
+ cntrl_avgxy {
+ # U = true;
+ # V = true;
+ # W = true;
- # Theta = true;
- # Theta_p = true;
- # Tabs = true;
+ # Theta = true;
+ # Theta_p = true;
+ # Tabs = true;
- # Q = true;
- # Qvapor = true;
+ # Q = true;
+ # Qvapor = true;
- # UW_flux = true;
- # VW_flux = true;
- # TW_flux = true;
- # QW_flux = true;
+ # UW_flux = true;
+ # VW_flux = true;
+ # TW_flux = true;
+ # QW_flux = true;
- # U_variance = true;
- # V_variance = true;
- # W_variance = true;
- # Theta_variance = true;
- # Q_variance = true;
- }
+ # U_variance = true;
+ # V_variance = true;
+ # W_variance = true;
+ # Theta_variance = true;
+ # Q_variance = true;
+ }
- cntrl_z_profile = false; # all keys, optional, default = all 'false'
- cntrl_z_profile {
- # U = true;
- # V = true;
- # W = true;
+ cntrl_z_profile = false; # all keys, optional, default = all 'false'
+ cntrl_z_profile {
+ # U = true;
+ # V = true;
+ # W = true;
- # Theta = true;
- # Theta_p = true;
- # Tabs = true;
+ # Theta = true;
+ # Theta_p = true;
+ # Tabs = true;
- # Q = true;
- # Qvapor = true;
- }
-
- z_profile_num = 0;
- z_profile_1 { x = domain.x + 0.5 * domain.length; y = domain.y + 0.5 * domain.width; }
+ # Q = true;
+ # Qvapor = true;
+ }
+
+ z_profile_num = 0;
+ z_profile_1 { x = domain.x + 0.5 * domain.length; y = domain.y + 0.5 * domain.width; }
}
# -----------------------------------------------------------------------------
stats
{
- num = 2;
+ num = 2;
- unit_1 {
- begin = time.end - 4.0 * 3600.0; # start time for averaging
- end = time.end; # end time for averaging, to \infty if not defined
+ unit_1 {
+ begin = time.end - 4.0 * 3600.0; # start time for averaging
+ end = time.end; # end time for averaging, to \infty if not defined
- nskip = 10;
- axis = "XYZ";
- type = "energy-eq";
+ nskip = 10;
+ axis = "XYZ";
+ type = "energy-eq";
- output.SUBDIR = "stat_end/";
- dump.SUBDIR = "stat_end/";
+ output.SUBDIR = "stat_end/";
+ dump.SUBDIR = "stat_end/";
- # --- regular mode [optional] -- shifts accumulation window
- # is_regular = false;
+ # --- regular mode [optional] -- shifts accumulation window
+ # is_regular = false;
- # --- ensemble mode [optional] -- ensemble averaging
- # is_ensemble = false;
- }
- unit_2 {
- begin = time.end - 8.0 * 3600.0; # start time for averaging
- end = time.end - 4.0 * 3600.0; # end time for averaging, to \infty if not defined
+ # --- ensemble mode [optional] -- ensemble averaging
+ # is_ensemble = false;
+ }
+ unit_2 {
+ begin = time.end - 8.0 * 3600.0; # start time for averaging
+ end = time.end - 4.0 * 3600.0; # end time for averaging, to \infty if not defined
- nskip = 10;
- axis = "XYZ";
- type = "energy-eq";
+ nskip = 10;
+ axis = "XYZ";
+ type = "energy-eq";
- output.SUBDIR = "stat_end-1/";
- dump.SUBDIR = "stat_end-1";
+ output.SUBDIR = "stat_end-1/";
+ dump.SUBDIR = "stat_end-1";
- # --- regular mode [optional] -- shifts accumulation window
- # is_regular = false;
+ # --- regular mode [optional] -- shifts accumulation window
+ # is_regular = false;
- # --- ensemble mode [optional] -- ensemble averaging
- # is_ensemble = false;
- }
+ # --- ensemble mode [optional] -- ensemble averaging
+ # is_ensemble = false;
+ }
}
# -----------------------------------------------------------------------------
pdf
{
- # num = 1;
+ # num = 1;
- unit_1 {
- begin = 7.5 * 3600.0;
- end = 9.0 * 3600.0;
- dt = 1.0;
+ unit_1 {
+ begin = 7.5 * 3600.0;
+ end = 9.0 * 3600.0;
+ dt = 1.0;
- zp = domain.z + 0.25 * domain.height;
+ zp = domain.z + 0.25 * domain.height;
- output.SUBDIR = "pdf/";
- dump.SUBDIR = "pdf/";
+ output.SUBDIR = "pdf/";
+ dump.SUBDIR = "pdf/";
- cntrl_default = true;
- nbins_default = 256;
+ cntrl_default = true;
+ nbins_default = 256;
- # --- reset options: [begin, reset_time] -- find histogram parameters
- # if not defined set min-max range for each variable in controls
- reset_time = 8.0 * 3600.0;
- reset_safety = 0.25; # relative to min-max found
- # e.g.: min' = min - reset_safety * (max - min)
+ # --- reset options: [begin, reset_time] -- find histogram parameters
+ # if not defined set min-max range for each variable in controls
+ reset_time = 8.0 * 3600.0;
+ reset_safety = 0.25; # relative to min-max found
+ # e.g.: min' = min - reset_safety * (max - min)
- # --- regular mode [optional] -- shifts accumulation window
- # is_regular = false;
+ # --- regular mode [optional] -- shifts accumulation window
+ # is_regular = false;
- # --- change default control using keys
- # cntrl {
- # U = true; V = true; W = true; Pressure = true;
- # U_grad_x = true; U_grad_y = true; U_grad_z = true;
- # V_grad_x = true; V_grad_y = true; V_grad_z = true;
- # W_grad_x = true; W_grad_y = true; W_grad_z = true;
- # Suv = true; Suw = true; Svw = true; # strain-tensor
- # Omega_uv = true; Omega_uw = true; Omega_vw = true; # vorticity-tensor
- # Theta = true;
- # Theta_grad_x = true; Theta_grad_y = true; Theta_grad_z = true;
- # Q = true;
- # Q_grad_x = true; Q_grad_y = true; Q_grad_z = true;
+ # --- change default control using keys
+ # cntrl {
+ # U = true; V = true; W = true; Pressure = true;
+ # U_grad_x = true; U_grad_y = true; U_grad_z = true;
+ # V_grad_x = true; V_grad_y = true; V_grad_z = true;
+ # W_grad_x = true; W_grad_y = true; W_grad_z = true;
+ # Suv = true; Suw = true; Svw = true; # strain-tensor
+ # Omega_uv = true; Omega_uw = true; Omega_vw = true; # vorticity-tensor
+ # Theta = true;
+ # Theta_grad_x = true; Theta_grad_y = true; Theta_grad_z = true;
+ # Q = true;
+ # Q_grad_x = true; Q_grad_y = true; Q_grad_z = true;
- # --- tracers 'C' correspond to passive_tracers {} def. [use index in: 1...passive_tracers.num]
- # C1 = true;
- # C1_grad_x = true; C1_grad_y = true; C1_grad_z = true;
- # C2 = true;
- #
- # }
+ # --- tracers 'C' correspond to passive_tracers {} def. [use index in: 1...passive_tracers.num]
+ # C1 = true;
+ # C1_grad_x = true; C1_grad_y = true; C1_grad_z = true;
+ # C2 = true;
+ #
+ # }
- # --- setting min-max for any variable
- # this has to be defined if 'reset_time' is skipped, e.g.:
- # U { min = -1.0; max = 1.0; }
+ # --- setting min-max for any variable
+ # this has to be defined if 'reset_time' is skipped, e.g.:
+ # U { min = -1.0; max = 1.0; }
- # --- setting number of bins for any variable, e.g.:
- # U { nbins = 512; }
- }
+ # --- setting number of bins for any variable, e.g.:
+ # U { nbins = 512; }
+ }
}
# -----------------------------------------------------------------------------
joint_pdf
{
- # num = 1;
+ # num = 1;
- unit_1 {
- begin = 7.5 * 3600.0;
- end = 9.0 * 3600.0;
- dt = 1.0;
+ unit_1 {
+ begin = 7.5 * 3600.0;
+ end = 9.0 * 3600.0;
+ dt = 1.0;
- zp = domain.z + 0.25 * domain.height;
+ zp = domain.z + 0.25 * domain.height;
- output.SUBDIR = "joint-pdf/";
- dump.SUBDIR = "joint-pdf/";
+ output.SUBDIR = "joint-pdf/";
+ dump.SUBDIR = "joint-pdf/";
- cntrl_default = true;
- nxbins_default = 256;
- nybins_default = 256;
+ cntrl_default = true;
+ nxbins_default = 256;
+ nybins_default = 256;
- # --- reset options: [begin, reset_time] -- find histogram parameters
- # if not defined set min-max range for each variable in controls
- reset_time = 8.0 * 3600.0;
- reset_safety = 0.25; # relative to min-max found
- # e.g.: min' = min - reset_safety * (max - min)
+ # --- reset options: [begin, reset_time] -- find histogram parameters
+ # if not defined set min-max range for each variable in controls
+ reset_time = 8.0 * 3600.0;
+ reset_safety = 0.25; # relative to min-max found
+ # e.g.: min' = min - reset_safety * (max - min)
- # --- regular mode [optional] -- shifts accumulation window
- # is_regular = false;
+ # --- regular mode [optional] -- shifts accumulation window
+ # is_regular = false;
- # --- change default control using keys
- # cntrl {
- # UV = true; UW = true; VW = true;
- # PSuu = true; PSvv = true; PSww = true;
- # PSuv = true; PSuw = true; PSvw = true;
- # TU = true; TV = true; TW = true;
- # QU = true; QV = true; QW = true;
- # QT = true;
+ # --- change default control using keys
+ # cntrl {
+ # UV = true; UW = true; VW = true;
+ # PSuu = true; PSvv = true; PSww = true;
+ # PSuv = true; PSuw = true; PSvw = true;
+ # TU = true; TV = true; TW = true;
+ # QU = true; QV = true; QW = true;
+ # QT = true;
- # --- tracers 'C' correspond to passive_tracers {} def. [use index in: 1...passive_tracers.num]
- # C1U = true; C1V = true; C1W = true;
- # C1T = true; C1Q = true;
- # --- tracer/tracer joint pdf, using strict upper diagonal notation, e.g.:
- # C1C2 = true; C1C3 = true; C2C3 = true;
- #
- # }
+ # --- tracers 'C' correspond to passive_tracers {} def. [use index in: 1...passive_tracers.num]
+ # C1U = true; C1V = true; C1W = true;
+ # C1T = true; C1Q = true;
+ # --- tracer/tracer joint pdf, using strict upper diagonal notation, e.g.:
+ # C1C2 = true; C1C3 = true; C2C3 = true;
+ #
+ # }
- # --- setting min-max for any variable
- # this has to be defined if 'reset_time' is skipped, e.g.:
- # UV { xmin = -1.0; xmax = 1.0; ymin = - 1.0; ymax = 1.0; }
+ # --- setting min-max for any variable
+ # this has to be defined if 'reset_time' is skipped, e.g.:
+ # UV { xmin = -1.0; xmax = 1.0; ymin = - 1.0; ymax = 1.0; }
- # --- setting number of bins for any variable, e.g.:
- # UV { nxbins = 512; nybins = 512; }
- }
+ # --- setting number of bins for any variable, e.g.:
+ # UV { nxbins = 512; nybins = 512; }
+ }
}
# -----------------------------------------------------------------------------
runtime_filter
{
- # begin = 600.0; # set a regular filter
- # dt = 600.0;
+ # begin = 600.0; # set a regular filter
+ # dt = 600.0;
- mark = 600.0; # OR: apply filter at time = mark only
- # mark has --higher-- priority than regular mode
+ mark = 600.0; # OR: apply filter at time = mark only
+ # mark has --higher-- priority than regular mode
- # num = 0; # number of filters applied, output = sum of all units
- # u = u_f[1] + u_f[2] + ...
- # --- skipped if not defined
+ # num = 0; # number of filters applied, output = sum of all units
+ # u = u_f[1] + u_f[2] + ...
+ # --- skipped if not defined
- unit_1 {
- # --- keep some rolls
- mode = "include";
- is_remove_mean = false;
+ unit_1 {
+ # --- keep some rolls
+ mode = "include";
+ is_remove_mean = false;
- kxmin = 0; kxmax = 0;
- kymin = 0; kymax = 5;
- }
+ kxmin = 0; kxmax = 0;
+ kymin = 0; kymax = 5;
+ }
- unit_2 {
- # --- add small scale disturbances
- mode = "exclude"; # adding (u - u_f)
- is_remove_mean = false;
+ unit_2 {
+ # --- add small scale disturbances
+ mode = "exclude"; # adding (u - u_f)
+ is_remove_mean = false;
- kxmin = 0; kxmax = 10;
- kymin = 0; kymax = 10;
- }
+ kxmin = 0; kxmax = 10;
+ kymin = 0; kymax = 10;
+ }
}
# -----------------------------------------------------------------------------
diff --git a/config_manager.py b/config_manager.py
index ba5a454..567d99f 100644
--- a/config_manager.py
+++ b/config_manager.py
@@ -2,32 +2,43 @@ import re
import subprocess
class ConfigManager:
- def __init__(self, file_path, func):
- self.file_path = file_path
+ def __init__(self, func):
+ self.file_path = ""
self.get_value_func = func
+ self.lines = []
+ self.config_data = {}
+
+ def is_initialized(self):
+ return self.file_path != ""
+ def init(self, file_path):
+ self.lines = []
self.config_data = {}
- self.parse_config()
+ self.file_path = file_path
- def parse_config(self):
output = subprocess.run(["config-parser/parser-cli", self.file_path], capture_output=True, text=True)
for line in output.stdout.split("\n"):
match = re.match(r" > (\w+) '(.*)' = *(.*)", line)
if match:
- value_type, path, value = match.groups()
+ self.lines.append(match.groups())
+
+ def construct_dict(self):
+ if self.config_data:
+ return
- nss = path.split(".")
+ for value_type, path, value in self.lines:
+ nss = path.split(".")
- cur_ns = self.config_data
+ cur_ns = self.config_data
- for ns in nss[:-1]:
- if ns not in cur_ns:
- cur_ns[ns] = {}
+ for ns in nss[:-1]:
+ if ns not in cur_ns:
+ cur_ns[ns] = {}
- cur_ns = cur_ns[ns]
+ cur_ns = cur_ns[ns]
- cur_ns[nss[-1]] = (path, value_type)
+ cur_ns[nss[-1]] = (path, value_type)
def get_value_str(self, path, value_type):
value = self.get_value_func(path, value_type)
@@ -40,6 +51,13 @@ class ConfigManager:
return '0.0'
elif value_type == 'BOOLEAN':
return 'false'
+ else:
+ if value_type == 'STRING':
+ return f'"{value}"'
+ elif value_type == 'BOOLEAN':
+ return str(value).lower()
+ elif value_type == 'DOUBLE':
+ return "{:.7f}".format(value)
return str(value)
def write_namespace(self, file, ns, ns_name, indent):
@@ -54,9 +72,11 @@ class ConfigManager:
file.write(" " * indent + "}\n")
file.write("\n")
- def save_config(self, file_path=None):
- if not file_path:
- file_path = self.file_path
+ def save(self):
+ self.save_as(self.file_path)
+
+ def save_as(self, file_path):
+ self.construct_dict()
indent = 0
with open(file_path, "w", encoding="utf-8") as file:
@@ -66,8 +86,6 @@ class ConfigManager:
else:
file.write(f"{key} = {self.get_value_str(*self.config_data[key])};\n")
-file_path = "config.txt"
-
-cfg_manager = ConfigManager(file_path, lambda p, t: t[0])
-
-cfg_manager.save_config("config_my.txt")
\ No newline at end of file
+# file_path = "config.txt"
+# cfg_manager = ConfigManager(file_path, lambda p, t: t[0])
+# cfg_manager.save_config("config_my.txt")
\ No newline at end of file
diff --git a/config_my.txt b/config_my.txt
deleted file mode 100644
index c4c5bd2..0000000
--- a/config_my.txt
+++ /dev/null
@@ -1,680 +0,0 @@
-MAIN_DIR = S;
-
-domain
-{
- x = D;
- y = D;
- z = D;
- length = D;
- width = D;
- height = D;
-}
-
-
-time
-{
- begin = D;
- end = D;
- dt = D;
-
- calendar
- {
- mode = S;
- year = I;
- month = I;
- day = I;
- hour = I;
- min = I;
- sec = D;
- UTC_offset = I;
- }
-
-}
-
-
-grid
-{
- type = S;
- filename = S;
- cx = I;
- cy = I;
- cz = I;
- ksi_z = D;
-
- adaptive
- {
- beta = D;
- dz_min = D;
- dz_max = D;
- TKE_threshold_coeff = D;
- hbl_max_coeff = D;
- C_smooth_coeff = D;
- nskip = I;
- }
-
-}
-
-
-mpi_setup
-{
- dimx = I;
- dimy = I;
- dimz = I;
-}
-
-
-phys
-{
- f = D;
- nu = D;
- xi = D;
- rho_ref = D;
- g = D;
- Theta_ref = D;
- beta = D;
-}
-
-
-topography
-{
- mode = S;
- npatch = I;
-
- patch_1
- {
- type = S;
- xmin = D;
- xmax = D;
- ymin = D;
- ymax = D;
- height = D;
- xperiod = D;
- yperiod = D;
- }
-
-}
-
-
-geo_wind
-{
- U = D;
- V = D;
-}
-
-
-external_pressure_grad
-{
- dPdx = D;
-}
-
-
-surface
-{
-
- Theta
- {
- mode = S;
- value = D;
- }
-
-
- Qhum
- {
- mode = S;
- }
-
- z0_m = D;
- z0_h = D;
- kappa = D;
- Pr_t_0 = D;
- Cm = D;
- Ch = D;
- alpha_m = D;
- alpha_h = D;
- lhflux_alpha = D;
- lhflux_beta = D;
-}
-
-
-initial_conditions
-{
-
- Theta
- {
- mode = S;
- surface_value = D;
- height = D;
- grad_z = D;
- }
-
-
- Qhum
- {
- mode = S;
- surface_value = D;
- height = D;
- grad_z = D;
- }
-
-}
-
-
-damping
-{
- is_enabled = B;
- f = D;
- z1 = D;
- z2 = D;
-}
-
-
-les
-{
- is_dynamic_momentum = B;
- is_dynamic_scalar = B;
- is_ssm_mixed_momentum = B;
- is_ssm_mixed_scalar = B;
- is_amd_model = B;
- C_ssm_momentum = D;
- C_ssm_scalar = D;
- C_smag = D;
- Prandtl_sgs = D;
-
- dynamic
- {
- C_smag_max = D;
- Prandtl_sgs_min = D;
- alpha = D;
- avg_mode = S;
- nskip = I;
- use_transport = B;
- C_T_lagrange_momentum = D;
- C_T_lagrange_scalar = D;
- }
-
- base_filter_reset = B;
- test_filter_reset = B;
- clip_filter_reset = B;
-}
-
-
-passive_tracers
-{
-
- tracer_1
- {
- diffusivity = D;
-
- surface
- {
- flux = D;
- xmin = D;
- xmax = D;
- ymin = D;
- ymax = D;
- begin = D;
- }
-
- }
-
-
- tracer_2
- {
- diffusivity = D;
-
- surface
- {
- flux = D;
- begin = D;
- }
-
- }
-
-}
-
-
-ptcl
-{
- is_passive_transport = B;
- density = D;
- diameter = D;
- g = D;
- nsources = I;
-
- source_1
- {
- n = I;
- begin = D;
- end = D;
- xmin = D;
- xmax = D;
- ymin = D;
- ymax = D;
- zmin = D;
- zmax = D;
- }
-
- nsinks = I;
-
- sink_1
- {
- mode = S;
- xmin = D;
- xmax = D;
- ymin = D;
- ymax = D;
- zmin = D;
- zmax = D;
- }
-
-}
-
-
-ptcl_track
-{
- is_passive_transport = B;
- density = D;
- diameter = D;
- g = D;
- group_max_size = I;
- max_memory = I;
- nsources = I;
-
- source_1
- {
- n = I;
- begin = D;
- xmin = D;
- xmax = D;
- ymin = D;
- ymax = D;
- zmin = D;
- zmax = D;
- }
-
- nsinks = I;
-}
-
-
-canopy
-{
- Cd = D;
- drag_type = S;
- num = I;
-
- patch_1
- {
- type = S;
- xmin = D;
- xmax = D;
- ymin = D;
- ymax = D;
- zmin = D;
- zmax = D;
- LAI = D;
- }
-
-}
-
-
-poisson
-{
- retol = D;
- abstol = D;
- miniters = I;
- maxiters = I;
- piters = I;
-
- multigrid
- {
- ngrid = I;
- down_iters = I;
- up_iters = I;
- direct_iters = I;
- smooth_up_omega = D;
- smooth_up_omega_fine = D;
- }
-
-}
-
-
-output
-{
- DIR = S;
- make_unique_DIR = B;
- convert_dsq_to_tecplot = B;
- num = I;
-
- unit_1
- {
- SUBDIR = S;
- begin = D;
- dt = D;
- xmin = D;
- xmax = D;
- ymin = D;
- ymax = D;
- zmin = D;
- zmax = D;
- cntrl_avgxy_plt = B;
- cntrl_avgxy_netcdf = B;
- cntrl_3d_plt = B;
- cntrl_3d_bin = B;
- cntrl_3d_netcdf = B;
- cntrl_geometry_3d_plt = B;
- cntrl_geometry_3d_netcdf = B;
- cntrl_topography_plt = B;
- cntrl_topography_netcdf = B;
- cntrl_2d_plt = B;
- cntrl_2d_netcdf = B;
- cntrl_surface_plt = B;
- cntrl_surface_netcdf = B;
- cntrl_grid_plt = B;
- cntrl_grid_netcdf = B;
- cntrl_meteo_avgxy_plt = B;
- cntrl_meteo_all_plt = B;
- cntrl_filtered_3d_plt = B;
-
- spectrum
- {
- x_cntrl = B;
- y_cntrl = B;
- xy_cntrl = B;
- z_1 = D;
- z_2 = D;
- }
-
- cntrl_ptcl_bin = B;
- cntrl_ptcl_plt = B;
- cntrl_ptcl_coords_plt = B;
- cntrl_ptcl_traj_bin = B;
- cntrl_ptcl_traj_plt = B;
- x_profile_num = I;
- y_profile_num = I;
- z_profile_num = I;
-
- x_profile_1
- {
- y = D;
- z = D;
- }
-
- xy_slice_num = I;
- xz_slice_num = I;
- yz_slice_num = I;
-
- xy_slice_1
- {
- z = D;
- }
-
- }
-
-
- screen
- {
- begin = D;
- dt = D;
- }
-
-}
-
-
-checkup
-{
- begin = D;
- nskip = I;
-}
-
-
-dump
-{
- DIR = S;
- begin = D;
- dt = D;
-}
-
-
-startup
-{
- DIR = S;
-}
-
-
-series
-{
- begin = D;
- dt = D;
-
- point_set
- {
-
- point_1
- {
- x = D;
- y = D;
- z = D;
- }
-
-
- point_2
- {
- x = D;
- y = D;
- z = D;
- }
-
-
- point_3
- {
- x = D;
- y = D;
- z = D;
- }
-
- }
-
-
- energy_avgxy_set
- {
- z_1 = D;
- z_2 = D;
- }
-
-
- flux_avgxy_set
- {
- z_1 = D;
- z_2 = D;
- }
-
-}
-
-
-spectrum_series
-{
- begin = D;
- nskip = I;
-
- unit_1
- {
- zp = D;
- kxmax = I;
- kymax = I;
- }
-
-
- unit_2
- {
- zp = D;
- kxmax = I;
- kymax = I;
- }
-
-
- unit_3
- {
- zp = D;
- kxmax = I;
- kymax = I;
- }
-
-}
-
-
-time_scan
-{
- begin = D;
- dt = D;
- cntrl_grid = B;
- cntrl_avgxy = B;
- cntrl_z_profile = B;
- z_profile_num = I;
-
- z_profile_1
- {
- x = D;
- y = D;
- }
-
-}
-
-
-stats
-{
- num = I;
-
- unit_1
- {
- begin = D;
- end = D;
- nskip = I;
- axis = S;
- type = S;
-
- output
- {
- SUBDIR = S;
- }
-
-
- dump
- {
- SUBDIR = S;
- }
-
- }
-
-
- unit_2
- {
- begin = D;
- end = D;
- nskip = I;
- axis = S;
- type = S;
-
- output
- {
- SUBDIR = S;
- }
-
-
- dump
- {
- SUBDIR = S;
- }
-
- }
-
-}
-
-
-pdf
-{
-
- unit_1
- {
- begin = D;
- end = D;
- dt = D;
- zp = D;
-
- output
- {
- SUBDIR = S;
- }
-
-
- dump
- {
- SUBDIR = S;
- }
-
- cntrl_default = B;
- nbins_default = I;
- reset_time = D;
- reset_safety = D;
- }
-
-}
-
-
-joint_pdf
-{
-
- unit_1
- {
- begin = D;
- end = D;
- dt = D;
- zp = D;
-
- output
- {
- SUBDIR = S;
- }
-
-
- dump
- {
- SUBDIR = S;
- }
-
- cntrl_default = B;
- nxbins_default = I;
- nybins_default = I;
- reset_time = D;
- reset_safety = D;
- }
-
-}
-
-
-runtime_filter
-{
- mark = D;
-
- unit_1
- {
- mode = S;
- is_remove_mean = B;
- kxmin = I;
- kxmax = I;
- kymin = I;
- kymax = I;
- }
-
-
- unit_2
- {
- mode = S;
- is_remove_mean = B;
- kxmin = I;
- kxmax = I;
- kymin = I;
- kymax = I;
- }
-
-}
-
diff --git a/configparsed.txt b/configparsed.txt
deleted file mode 100644
index 4d0f6ef..0000000
--- a/configparsed.txt
+++ /dev/null
@@ -1,310 +0,0 @@
- > STRING 'MAIN_DIR' =
- > DOUBLE 'domain.x' = 0.000000
- > DOUBLE 'domain.y' = 0.000000
- > DOUBLE 'domain.z' = 0.000000
- > DOUBLE 'domain.length' = 400.000000
- > DOUBLE 'domain.width' = 200.000000
- > DOUBLE 'domain.height' = 80.000000
- > DOUBLE 'time.begin' = 0.000000
- > DOUBLE 'time.end' = 180000.000000
- > DOUBLE 'time.dt' = 0.200000
- > STRING 'time.calendar.mode' = local
- > INT 'time.calendar.year' = 2020
- > INT 'time.calendar.month' = 9
- > INT 'time.calendar.day' = 1
- > INT 'time.calendar.hour' = 12
- > INT 'time.calendar.min' = 0
- > DOUBLE 'time.calendar.sec' = 0.000000
- > INT 'time.calendar.UTC_offset' = 3
- > STRING 'grid.type' = uniform
- > STRING 'grid.filename' = z-coord.txt
- > INT 'grid.cx' = 80
- > INT 'grid.cy' = 40
- > INT 'grid.cz' = 16
- > DOUBLE 'grid.ksi_z' = 1.200000
- > DOUBLE 'grid.adaptive.beta' = 0.300000
- > DOUBLE 'grid.adaptive.dz_min' = 1.250000
- > DOUBLE 'grid.adaptive.dz_max' = 20.000000
- > DOUBLE 'grid.adaptive.TKE_threshold_coeff' = 0.100000
- > DOUBLE 'grid.adaptive.hbl_max_coeff' = 1.100000
- > DOUBLE 'grid.adaptive.C_smooth_coeff' = 5.000000
- > INT 'grid.adaptive.nskip' = 1
- > INT 'mpi_setup.dimx' = 2
- > INT 'mpi_setup.dimy' = 2
- > INT 'mpi_setup.dimz' = 1
- > DOUBLE 'phys.f' = 0.000000
- > DOUBLE 'phys.nu' = 0.000013
- > DOUBLE 'phys.xi' = 0.000018
- > DOUBLE 'phys.rho_ref' = 1.250000
- > DOUBLE 'phys.g' = 9.810000
- > DOUBLE 'phys.Theta_ref' = 288.150000
- > DOUBLE 'phys.beta' = 0.000000
- > STRING 'topography.mode' = hand
- > INT 'topography.npatch' = 1
- > STRING 'topography.patch_1.type' = box
- > DOUBLE 'topography.patch_1.xmin' = 15.000000
- > DOUBLE 'topography.patch_1.xmax' = 35.000000
- > DOUBLE 'topography.patch_1.ymin' = 10.000000
- > DOUBLE 'topography.patch_1.ymax' = 90.000000
- > DOUBLE 'topography.patch_1.height' = 20.000000
- > DOUBLE 'topography.patch_1.xperiod' = 50.000000
- > DOUBLE 'topography.patch_1.yperiod' = 100.000000
- > DOUBLE 'geo_wind.U' = 0.000000
- > DOUBLE 'geo_wind.V' = 0.000000
- > DOUBLE 'external_pressure_grad.dPdx' = -0.000400
- > STRING 'surface.Theta.mode' = const
- > DOUBLE 'surface.Theta.value' = 288.150000
- > STRING 'surface.Qhum.mode' = lsm
- > DOUBLE 'surface.z0_m' = 0.100000
- > DOUBLE 'surface.z0_h' = 0.100000
- > DOUBLE 'surface.kappa' = 0.400000
- > DOUBLE 'surface.Pr_t_0' = 1.000000
- > DOUBLE 'surface.Cm' = 4.800000
- > DOUBLE 'surface.Ch' = 7.800000
- > DOUBLE 'surface.alpha_m' = 16.000000
- > DOUBLE 'surface.alpha_h' = 16.000000
- > DOUBLE 'surface.lhflux_alpha' = 1.000000
- > DOUBLE 'surface.lhflux_beta' = 0.025000
- > STRING 'initial_conditions.Theta.mode' = const
- > DOUBLE 'initial_conditions.Theta.surface_value' = 288.150000
- > DOUBLE 'initial_conditions.Theta.height' = 0.000000
- > DOUBLE 'initial_conditions.Theta.grad_z' = 0.000000
- > STRING 'initial_conditions.Qhum.mode' = mixed-layer
- > DOUBLE 'initial_conditions.Qhum.surface_value' = 0.002500
- > DOUBLE 'initial_conditions.Qhum.height' = 0.000000
- > DOUBLE 'initial_conditions.Qhum.grad_z' = 0.000000
- > BOOLEAN 'damping.is_enabled' = false
- > DOUBLE 'damping.f' = 0.200000
- > DOUBLE 'damping.z1' = 60.000000
- > DOUBLE 'damping.z2' = 80.000000
- > BOOLEAN 'les.is_dynamic_momentum' = true
- > BOOLEAN 'les.is_dynamic_scalar' = true
- > BOOLEAN 'les.is_ssm_mixed_momentum' = false
- > BOOLEAN 'les.is_ssm_mixed_scalar' = false
- > BOOLEAN 'les.is_amd_model' = false
- > DOUBLE 'les.C_ssm_momentum' = 1.000000
- > DOUBLE 'les.C_ssm_scalar' = 1.000000
- > DOUBLE 'les.C_smag' = 0.080000
- > DOUBLE 'les.Prandtl_sgs' = 0.700000
- > DOUBLE 'les.dynamic.C_smag_max' = 0.250000
- > DOUBLE 'les.dynamic.Prandtl_sgs_min' = 0.400000
- > DOUBLE 'les.dynamic.alpha' = 1.730000
- > STRING 'les.dynamic.avg_mode' = lagrange
- > INT 'les.dynamic.nskip' = 3
- > BOOLEAN 'les.dynamic.use_transport' = false
- > DOUBLE 'les.dynamic.C_T_lagrange_momentum' = 1.500000
- > DOUBLE 'les.dynamic.C_T_lagrange_scalar' = 3.000000
- > BOOLEAN 'les.base_filter_reset' = false
- > BOOLEAN 'les.test_filter_reset' = false
- > BOOLEAN 'les.clip_filter_reset' = false
- > DOUBLE 'passive_tracers.tracer_1.diffusivity' = 0.000018
- > DOUBLE 'passive_tracers.tracer_1.surface.flux' = -0.010000
- > DOUBLE 'passive_tracers.tracer_1.surface.xmin' = 180.000000
- > DOUBLE 'passive_tracers.tracer_1.surface.xmax' = 220.000000
- > DOUBLE 'passive_tracers.tracer_1.surface.ymin' = 180.000000
- > DOUBLE 'passive_tracers.tracer_1.surface.ymax' = 220.000000
- > DOUBLE 'passive_tracers.tracer_1.surface.begin' = 25200.000000
- > DOUBLE 'passive_tracers.tracer_2.diffusivity' = 0.000018
- > DOUBLE 'passive_tracers.tracer_2.surface.flux' = -0.020000
- > DOUBLE 'passive_tracers.tracer_2.surface.begin' = 25200.000000
- > BOOLEAN 'ptcl.is_passive_transport' = false
- > DOUBLE 'ptcl.density' = 1000.000000
- > DOUBLE 'ptcl.diameter' = 0.000001
- > DOUBLE 'ptcl.g' = -9.810000
- > INT 'ptcl.nsources' = 1
- > INT 'ptcl.source_1.n' = 4194304
- > DOUBLE 'ptcl.source_1.begin' = 18000.000000
- > DOUBLE 'ptcl.source_1.end' = 180000.000000
- > DOUBLE 'ptcl.source_1.xmin' = 40.000000
- > DOUBLE 'ptcl.source_1.xmax' = 60.000000
- > DOUBLE 'ptcl.source_1.ymin' = 0.000000
- > DOUBLE 'ptcl.source_1.ymax' = 200.000000
- > DOUBLE 'ptcl.source_1.zmin' = 0.000000
- > DOUBLE 'ptcl.source_1.zmax' = 5.000000
- > INT 'ptcl.nsinks' = 1
- > STRING 'ptcl.sink_1.mode' = outside
- > DOUBLE 'ptcl.sink_1.xmin' = 0.000000
- > DOUBLE 'ptcl.sink_1.xmax' = 400.000000
- > DOUBLE 'ptcl.sink_1.ymin' = -100.000000
- > DOUBLE 'ptcl.sink_1.ymax' = 300.000000
- > DOUBLE 'ptcl.sink_1.zmin' = 0.010000
- > DOUBLE 'ptcl.sink_1.zmax' = 80.000000
- > BOOLEAN 'ptcl_track.is_passive_transport' = false
- > DOUBLE 'ptcl_track.density' = 1000.000000
- > DOUBLE 'ptcl_track.diameter' = 0.000001
- > DOUBLE 'ptcl_track.g' = -9.810000
- > INT 'ptcl_track.group_max_size' = 256
- > INT 'ptcl_track.max_memory' = 10485760
- > INT 'ptcl_track.nsources' = 1
- > INT 'ptcl_track.source_1.n' = 128
- > DOUBLE 'ptcl_track.source_1.begin' = 28800.000000
- > DOUBLE 'ptcl_track.source_1.xmin' = 160.000000
- > DOUBLE 'ptcl_track.source_1.xmax' = 240.000000
- > DOUBLE 'ptcl_track.source_1.ymin' = 80.000000
- > DOUBLE 'ptcl_track.source_1.ymax' = 120.000000
- > DOUBLE 'ptcl_track.source_1.zmin' = 0.000000
- > DOUBLE 'ptcl_track.source_1.zmax' = 8.000000
- > INT 'ptcl_track.nsinks' = 0
- > DOUBLE 'canopy.Cd' = 0.150000
- > STRING 'canopy.drag_type' = non-linear
- > INT 'canopy.num' = 0
- > STRING 'canopy.patch_1.type' = sharp
- > DOUBLE 'canopy.patch_1.xmin' = 0.000000
- > DOUBLE 'canopy.patch_1.xmax' = 400.000000
- > DOUBLE 'canopy.patch_1.ymin' = 0.000000
- > DOUBLE 'canopy.patch_1.ymax' = 200.000000
- > DOUBLE 'canopy.patch_1.zmin' = 0.000000
- > DOUBLE 'canopy.patch_1.zmax' = 50.000000
- > DOUBLE 'canopy.patch_1.LAI' = 1.000000
- > DOUBLE 'poisson.retol' = 0.000100
- > DOUBLE 'poisson.abstol' = 0.000010
- > INT 'poisson.miniters' = 1
- > INT 'poisson.maxiters' = 100
- > INT 'poisson.piters' = 1
- > INT 'poisson.multigrid.ngrid' = 5
- > INT 'poisson.multigrid.down_iters' = 2
- > INT 'poisson.multigrid.up_iters' = 3
- > INT 'poisson.multigrid.direct_iters' = 5
- > DOUBLE 'poisson.multigrid.smooth_up_omega' = 1.840000
- > DOUBLE 'poisson.multigrid.smooth_up_omega_fine' = 1.640000
- > STRING 'output.DIR' = output/
- > BOOLEAN 'output.make_unique_DIR' = true
- > BOOLEAN 'output.convert_dsq_to_tecplot' = true
- > INT 'output.num' = 1
- > STRING 'output.unit_1.SUBDIR' =
- > DOUBLE 'output.unit_1.begin' = 3600.000000
- > DOUBLE 'output.unit_1.dt' = 3600.000000
- > DOUBLE 'output.unit_1.xmin' = 0.000000
- > DOUBLE 'output.unit_1.xmax' = 400.000000
- > DOUBLE 'output.unit_1.ymin' = 0.000000
- > DOUBLE 'output.unit_1.ymax' = 200.000000
- > DOUBLE 'output.unit_1.zmin' = 0.000000
- > DOUBLE 'output.unit_1.zmax' = 80.000000
- > BOOLEAN 'output.unit_1.cntrl_avgxy_plt' = true
- > BOOLEAN 'output.unit_1.cntrl_avgxy_netcdf' = false
- > BOOLEAN 'output.unit_1.cntrl_3d_plt' = true
- > BOOLEAN 'output.unit_1.cntrl_3d_bin' = false
- > BOOLEAN 'output.unit_1.cntrl_3d_netcdf' = false
- > BOOLEAN 'output.unit_1.cntrl_geometry_3d_plt' = false
- > BOOLEAN 'output.unit_1.cntrl_geometry_3d_netcdf' = false
- > BOOLEAN 'output.unit_1.cntrl_topography_plt' = true
- > BOOLEAN 'output.unit_1.cntrl_topography_netcdf' = false
- > BOOLEAN 'output.unit_1.cntrl_2d_plt' = false
- > BOOLEAN 'output.unit_1.cntrl_2d_netcdf' = false
- > BOOLEAN 'output.unit_1.cntrl_surface_plt' = true
- > BOOLEAN 'output.unit_1.cntrl_surface_netcdf' = false
- > BOOLEAN 'output.unit_1.cntrl_grid_plt' = false
- > BOOLEAN 'output.unit_1.cntrl_grid_netcdf' = false
- > BOOLEAN 'output.unit_1.cntrl_meteo_avgxy_plt' = false
- > BOOLEAN 'output.unit_1.cntrl_meteo_all_plt' = false
- > BOOLEAN 'output.unit_1.cntrl_filtered_3d_plt' = false
- > BOOLEAN 'output.unit_1.spectrum.x_cntrl' = true
- > BOOLEAN 'output.unit_1.spectrum.y_cntrl' = true
- > BOOLEAN 'output.unit_1.spectrum.xy_cntrl' = true
- > DOUBLE 'output.unit_1.spectrum.z_1' = 50.000000
- > DOUBLE 'output.unit_1.spectrum.z_2' = 100.000000
- > BOOLEAN 'output.unit_1.cntrl_ptcl_bin' = false
- > BOOLEAN 'output.unit_1.cntrl_ptcl_plt' = true
- > BOOLEAN 'output.unit_1.cntrl_ptcl_coords_plt' = false
- > BOOLEAN 'output.unit_1.cntrl_ptcl_traj_bin' = false
- > BOOLEAN 'output.unit_1.cntrl_ptcl_traj_plt' = false
- > INT 'output.unit_1.x_profile_num' = 0
- > INT 'output.unit_1.y_profile_num' = 0
- > INT 'output.unit_1.z_profile_num' = 0
- > DOUBLE 'output.unit_1.x_profile_1.y' = 100.000000
- > DOUBLE 'output.unit_1.x_profile_1.z' = 40.000000
- > INT 'output.unit_1.xy_slice_num' = 0
- > INT 'output.unit_1.xz_slice_num' = 0
- > INT 'output.unit_1.yz_slice_num' = 0
- > DOUBLE 'output.unit_1.xy_slice_1.z' = 40.000000
- > DOUBLE 'output.screen.begin' = 0.000000
- > DOUBLE 'output.screen.dt' = 180.000000
- > DOUBLE 'checkup.begin' = 0.000000
- > INT 'checkup.nskip' = 3600
- > STRING 'dump.DIR' = dump/
- > DOUBLE 'dump.begin' = 36000.000000
- > DOUBLE 'dump.dt' = 36000.000000
- > STRING 'startup.DIR' = init/
- > DOUBLE 'series.begin' = 60.000000
- > DOUBLE 'series.dt' = 1.000000
- > DOUBLE 'series.point_set.point_1.x' = 200.000000
- > DOUBLE 'series.point_set.point_1.y' = 100.000000
- > DOUBLE 'series.point_set.point_1.z' = 25.000000
- > DOUBLE 'series.point_set.point_2.x' = 200.000000
- > DOUBLE 'series.point_set.point_2.y' = 100.000000
- > DOUBLE 'series.point_set.point_2.z' = 50.000000
- > DOUBLE 'series.point_set.point_3.x' = 200.000000
- > DOUBLE 'series.point_set.point_3.y' = 100.000000
- > DOUBLE 'series.point_set.point_3.z' = 100.000000
- > DOUBLE 'series.energy_avgxy_set.z_1' = 50.000000
- > DOUBLE 'series.energy_avgxy_set.z_2' = 100.000000
- > DOUBLE 'series.flux_avgxy_set.z_1' = 50.000000
- > DOUBLE 'series.flux_avgxy_set.z_2' = 100.000000
- > DOUBLE 'spectrum_series.begin' = 0.000000
- > INT 'spectrum_series.nskip' = 1
- > DOUBLE 'spectrum_series.unit_1.zp' = 24.000000
- > INT 'spectrum_series.unit_1.kxmax' = 3
- > INT 'spectrum_series.unit_1.kymax' = 3
- > DOUBLE 'spectrum_series.unit_2.zp' = 16.000000
- > INT 'spectrum_series.unit_2.kxmax' = 3
- > INT 'spectrum_series.unit_2.kymax' = 3
- > DOUBLE 'spectrum_series.unit_3.zp' = 8.000000
- > INT 'spectrum_series.unit_3.kxmax' = 3
- > INT 'spectrum_series.unit_3.kymax' = 3
- > DOUBLE 'time_scan.begin' = 60.000000
- > DOUBLE 'time_scan.dt' = 60.000000
- > BOOLEAN 'time_scan.cntrl_grid' = false
- > BOOLEAN 'time_scan.cntrl_avgxy' = true
- > BOOLEAN 'time_scan.cntrl_z_profile' = false
- > INT 'time_scan.z_profile_num' = 0
- > DOUBLE 'time_scan.z_profile_1.x' = 200.000000
- > DOUBLE 'time_scan.z_profile_1.y' = 100.000000
- > INT 'stats.num' = 2
- > DOUBLE 'stats.unit_1.begin' = 165600.000000
- > DOUBLE 'stats.unit_1.end' = 180000.000000
- > INT 'stats.unit_1.nskip' = 10
- > STRING 'stats.unit_1.axis' = XYZ
- > STRING 'stats.unit_1.type' = energy-eq
- > STRING 'stats.unit_1.output.SUBDIR' = stat_end/
- > STRING 'stats.unit_1.dump.SUBDIR' = stat_end/
- > DOUBLE 'stats.unit_2.begin' = 151200.000000
- > DOUBLE 'stats.unit_2.end' = 165600.000000
- > INT 'stats.unit_2.nskip' = 10
- > STRING 'stats.unit_2.axis' = XYZ
- > STRING 'stats.unit_2.type' = energy-eq
- > STRING 'stats.unit_2.output.SUBDIR' = stat_end-1/
- > STRING 'stats.unit_2.dump.SUBDIR' = stat_end-1
- > DOUBLE 'pdf.unit_1.begin' = 27000.000000
- > DOUBLE 'pdf.unit_1.end' = 32400.000000
- > DOUBLE 'pdf.unit_1.dt' = 1.000000
- > DOUBLE 'pdf.unit_1.zp' = 20.000000
- > STRING 'pdf.unit_1.output.SUBDIR' = pdf/
- > STRING 'pdf.unit_1.dump.SUBDIR' = pdf/
- > BOOLEAN 'pdf.unit_1.cntrl_default' = true
- > INT 'pdf.unit_1.nbins_default' = 256
- > DOUBLE 'pdf.unit_1.reset_time' = 28800.000000
- > DOUBLE 'pdf.unit_1.reset_safety' = 0.250000
- > DOUBLE 'joint_pdf.unit_1.begin' = 27000.000000
- > DOUBLE 'joint_pdf.unit_1.end' = 32400.000000
- > DOUBLE 'joint_pdf.unit_1.dt' = 1.000000
- > DOUBLE 'joint_pdf.unit_1.zp' = 20.000000
- > STRING 'joint_pdf.unit_1.output.SUBDIR' = joint-pdf/
- > STRING 'joint_pdf.unit_1.dump.SUBDIR' = joint-pdf/
- > BOOLEAN 'joint_pdf.unit_1.cntrl_default' = true
- > INT 'joint_pdf.unit_1.nxbins_default' = 256
- > INT 'joint_pdf.unit_1.nybins_default' = 256
- > DOUBLE 'joint_pdf.unit_1.reset_time' = 28800.000000
- > DOUBLE 'joint_pdf.unit_1.reset_safety' = 0.250000
- > DOUBLE 'runtime_filter.mark' = 600.000000
- > STRING 'runtime_filter.unit_1.mode' = include
- > BOOLEAN 'runtime_filter.unit_1.is_remove_mean' = false
- > INT 'runtime_filter.unit_1.kxmin' = 0
- > INT 'runtime_filter.unit_1.kxmax' = 0
- > INT 'runtime_filter.unit_1.kymin' = 0
- > INT 'runtime_filter.unit_1.kymax' = 5
- > STRING 'runtime_filter.unit_2.mode' = exclude
- > BOOLEAN 'runtime_filter.unit_2.is_remove_mean' = false
- > INT 'runtime_filter.unit_2.kxmin' = 0
- > INT 'runtime_filter.unit_2.kxmax' = 10
- > INT 'runtime_filter.unit_2.kymin' = 0
- > INT 'runtime_filter.unit_2.kymax' = 10
\ No newline at end of file
diff --git a/dpg_gui_styles.py b/dpg_gui_styles.py
index eadb9d9..c449d18 100644
--- a/dpg_gui_styles.py
+++ b/dpg_gui_styles.py
@@ -4,7 +4,7 @@ FONT_PATH = "D:\\fonts\\Montserrat\\static\\Montserrat-Medium.ttf"
ACCENT_COLOR = (0, 119, 200, 100)
ROUNDING = 10
SPACE = 10
-INDENT = 30
+INDENT = 40
class GuiStyle:
def __init__(self):
diff --git a/dpg_gui_tabs.py b/dpg_gui_tabs.py
index 18b081f..8c77121 100644
--- a/dpg_gui_tabs.py
+++ b/dpg_gui_tabs.py
@@ -10,107 +10,115 @@ class ConfigEditor:
def __init__(self):
dpg.create_context()
- self.construct_main_window()
-
self.styles = GuiStyle()
- # self.cfg_manager = ConfigManager()
+ self.cfg_manager = ConfigManager(self.get_value)
+
+ self.construct_main_window()
dpg.bind_font(self.styles.montserrat_font)
dpg.bind_theme(self.styles.main_theme)
- self.config_data = []
-
- dpg.create_viewport(title='config file editor', width=800, height=600)
+ dpg.create_viewport(title='config file editor', width=800, height=600, small_icon='icon.ico')
dpg.setup_dearpygui()
dpg.show_viewport()
dpg.set_primary_window("main", True)
- def open_file(self, sender, app_data, user_data):
+ def manage_file(self, sender, app_data, user_data):
file_path = app_data['file_path_name']
- if file_path:
- for line in open(file_path, 'r', encoding='utf-8'):
- match = re.match(r" > (\w+) '([\w.]+)' = (.*)", line)
- if match:
- self.config_data.append(match.groups())
- self.construct_config_window(file_path)
+ if user_data == "open":
+ if self.cfg_manager.is_initialized():
+ dpg.delete_item(self.cfg_manager.file_path)
+ if dpg.does_alias_exist(self.cfg_manager.file_path):
+ dpg.remove_alias(self.cfg_manager.file_path)
+ for _, path, _ in self.cfg_manager.lines:
+ namespaces = path.split('.')
+ for i in range(len(namespaces)):
+ path = '.'.join(namespaces[:i+1])
+ if dpg.does_alias_exist(path):
+ dpg.remove_alias(path)
+
+ self.cfg_manager.init(file_path)
+ self.construct_config_window()
+ elif user_data == "save_as":
+ self.cfg_manager.save_as(file_path)
+
+ def set_file_path(self, sender, app_data, user_data):
+ file_path = app_data['file_path_name']
+ dpg.set_value(user_data, file_path)
- def check_tabview(self, root):
- for uuid in dpg.get_item_children(root, 1):
- if dpg.get_item_type(uuid) == "mvAppItemType::mvTabBar":
- return True, uuid
- return False, None
+ def get_value(self, path, value_type):
+ return dpg.get_value(path)
+
+ def open_file_dialog(self, sender, app_data, user_data):
+ dpg.show_item("file_dialog")
+ dpg.set_item_user_data("file_dialog", user_data)
+
+ def open_folder_dialog(self, sender, app_data, user_data):
+ dpg.show_item("folder_dialog")
+ dpg.set_item_user_data("folder_dialog", user_data)
def construct_main_window(self):
- with dpg.window(label="config file editor", width=800, height=600, tag="main"):
+ with dpg.window(label="config file editor", width=800, height=600, tag="main", menubar=True, no_resize=False, no_close=False, no_move=False, no_collapse=False):
with dpg.menu_bar():
with dpg.menu(label="file"):
- dpg.add_menu_item(label="open config file", callback=lambda _: dpg.show_item("file_dialog"), tag="open_file_btn")
+ dpg.add_menu_item(label="open", callback=self.open_file_dialog, tag="open_btn", user_data="open")
+ dpg.add_menu_item(label="save", callback=self.cfg_manager.save, tag="save_btn")
+ dpg.add_menu_item(label="save as", callback=self.open_file_dialog, tag="save_as_btn", user_data="save_as")
with dpg.menu(label="view"):
dpg.add_menu_item(label="use default theme", check=True, callback=lambda _, v: dpg.bind_theme(None if v else self.styles.main_theme), default_value=False)
dpg.add_menu_item(label="use default font", check=True, callback=lambda _, v: dpg.bind_font(None if v else self.styles.montserrat_font), default_value=False)
dpg.add_menu_item(label="show theme editor", callback=dpg.show_style_editor)
- with dpg.file_dialog(directory_selector=False, show=False, callback=self.open_file, tag="file_dialog", width=500, height=400):
+ with dpg.menu(label="settings"):
+ dpg.add_menu_item(label="auto save [not impl]", check=True, callback=lambda: print("TODO"), default_value=False)
+
+ with dpg.file_dialog(directory_selector=False, show=False, callback=self.manage_file, tag="file_dialog", width=500, height=400):
dpg.add_file_extension(".txt", color=(0, 255, 0, 255))
dpg.add_file_extension(".*", color=(255, 255, 255, 255))
- def construct_config_window(self, filename):
- for var_type, full_path, value in self.config_data:
- namespaces = full_path.split('.')
- root = "main"
- for level in range(len(namespaces) - 1):
- path = '.'.join(namespaces[:level+1])
-
- if not dpg.does_item_exist(path):
- dpg.add_collapsing_header(label=namespaces[level], parent=root, tag=path, indent=INDENT)
-
- root = path
+ with dpg.file_dialog(directory_selector=True, show=False, callback=self.set_file_path, tag="folder_dialog", width=500, height=400):
+ dpg.add_file_extension(".*", color=(255, 255, 255, 255))
- self.create_widget('.'.join(namespaces[:-1]), namespaces[-1], value, var_type)
+ def construct_config_window(self):
+ dpg.add_collapsing_header(label=self.cfg_manager.file_path, parent="main", tag=self.cfg_manager.file_path, indent=0, default_open=True)
- def construct_config_window_tabs(self, filename):
- for var_type, full_path, value in self.config_data:
+ for var_type, full_path, value in self.cfg_manager.lines:
namespaces = full_path.split('.')
- root = "main"
+ parent = self.cfg_manager.file_path
for level in range(len(namespaces) - 1):
path = '.'.join(namespaces[:level+1])
- tab_bar_exists, tab_bar_uuid = self.check_tabview(root)
-
- if not tab_bar_exists:
- tab_bar_uuid = dpg.add_tab_bar(parent=root, tag=f"{path}_tb")
-
if not dpg.does_item_exist(path):
- dpg.add_tab(label=namespaces[level], parent=tab_bar_uuid, tag=f"{path}_tab")
- dpg.add_child_window(parent=f"{path}_tab", tag=path, border=True, autosize_x=True, autosize_y=True)
+ dpg.add_collapsing_header(label=namespaces[level], parent=parent, tag=path, indent=INDENT)
- root = path
+ parent = path
self.create_widget('.'.join(namespaces[:-1]), namespaces[-1], value, var_type)
def create_widget(self, path, key, value, value_type):
- parent = path
-
- with dpg.group(horizontal=True, parent=parent):
+ if path:
+ parent = path
+ tag = f"{path}.{key}"
+ else:
+ parent = self.cfg_manager.file_path
+ tag = key
+
+ with dpg.group(horizontal=True, parent=parent, indent=INDENT):
dpg.add_text(key)
if value_type == 'BOOLEAN':
- dpg.add_checkbox(default_value=(value.lower() == "true"))
+ dpg.add_checkbox(default_value=(value.lower() == "true"), tag=tag)
elif value_type == 'DOUBLE':
- dpg.add_input_float(default_value=float(value))
+ dpg.add_input_double(default_value=float(value), tag=tag, format="%.10f")
elif value_type == 'INT':
- dpg.add_input_int(default_value=int(value))
+ dpg.add_input_int(default_value=int(value), tag=tag)
elif "dir" in key.lower():
- dpg.add_input_text(default_value=value, tag=f"{path}.{key}")
- dpg.add_button(label="...", callback=lambda s, a, u: self.file_dialog(f"{path}.{key}"))
+ dpg.add_input_text(default_value=value, tag=tag)
+ dpg.add_button(label="...", callback=self.open_folder_dialog, user_data=tag)
else:
- dpg.add_input_text(default_value=value)
-
- def file_dialog(self, var_tag):
- with dpg.file_dialog(directory_selector=True, show=True, callback=lambda s, a, u: dpg.set_value(var_tag, a['file_path_name'])):
- dpg.add_file_extension(".*", color=(255, 255, 255, 255))
+ dpg.add_input_text(default_value=value, tag=tag)
def run(self):
dpg.start_dearpygui()
diff --git a/dpg_gui_windows.py b/dpg_gui_windows.py
deleted file mode 100644
index fb2fc99..0000000
--- a/dpg_gui_windows.py
+++ /dev/null
@@ -1,137 +0,0 @@
-import dearpygui.dearpygui as dpg
-import re
-import ctypes
-
-ctypes.windll.shcore.SetProcessDpiAwareness(1)
-
-FONT_PATH = "D:\\fonts\\Montserrat\\static\\Montserrat-Medium.ttf"
-
-class ConfigEditor:
- def __init__(self):
- self.config_data = {}
-
- dpg.create_context()
-
- with dpg.window(label="Config File Editor", width=800, height=600, tag="main"):
- dpg.add_button(label="Open Config File", callback=self.open_file_dialog)
-
- with dpg.file_dialog(directory_selector=False, show=False, callback=self.open_file, tag="file_dialog", width=700 ,height=400):
- dpg.add_file_extension(".txt", color=(0, 255, 0, 255))
- dpg.add_file_extension(".*", color=(255, 255, 255, 255))
-
- with dpg.font_registry():
- default_font = dpg.add_font(FONT_PATH, 30)
- second_font = dpg.add_font(FONT_PATH, 15)
-
- dpg.bind_font(default_font)
-
- with dpg.theme() as global_theme:
- with dpg.theme_component(dpg.mvAll):
- dpg.add_theme_color(dpg.mvThemeCol_Separator, (255, 0, 0), category=dpg.mvThemeCat_Core)
- dpg.add_theme_style(dpg.mvStyleVar_ChildRounding, 5, category=dpg.mvThemeCat_Core)
- dpg.add_theme_style(dpg.mvStyleVar_ItemSpacing, 10, 10, category=dpg.mvThemeCat_Core)
- dpg.add_theme_style(dpg.mvStyleVar_ItemInnerSpacing, 10, 10, category=dpg.mvThemeCat_Core)
- dpg.add_theme_style(dpg.mvStyleVar_WindowPadding, 10, 10, category=dpg.mvThemeCat_Core)
- dpg.add_theme_style(dpg.mvStyleVar_FramePadding, 10, 10, category=dpg.mvThemeCat_Core)
-
-
- with dpg.theme() as self.tab_theme:
- with dpg.theme_component(dpg.mvAll):
- # dpg.add_theme_color(dpg.mvThemeCol_ChildBg, (255, 0, 255), category=dpg.mvThemeCat_Core)
- dpg.add_theme_style(dpg.mvStyleVar_ChildBorderSize, 3, category=dpg.mvThemeCat_Core)
-
- # with dpg.theme_component(dpg.mvInputInt):
- # dpg.add_theme_color(dpg.mvThemeCol_FrameBg, (100, 150, 100), category=dpg.mvThemeCat_Core)
- # dpg.add_theme_style(dpg.mvStyleVar_FrameRounding, 5, category=dpg.mvThemeCat_Core)
- dpg.bind_theme(global_theme)
-
- dpg.show_style_editor()
- # dpg.set_global_font_scale(2.0)
-
- dpg.create_viewport(title='Config File Editor', width=800, height=600)
- dpg.setup_dearpygui()
- dpg.show_viewport()
- dpg.set_primary_window("main", True)
-
- self.tabs = {}
- self.rows = {}
-
- def open_file_dialog(self):
- dpg.show_item("file_dialog")
-
- def open_file(self, sender, app_data, user_data):
- file_path = app_data['file_path_name']
- if file_path:
- self.parse_config(file_path)
-
- def check_tabview(self, root):
- for uuid in dpg.get_item_children(root, 1):
- if dpg.get_item_type(uuid) == "mvAppItemType::mvTabBar":
- return True, uuid
- return False, None
-
- def parse_config(self, filename):
- for widget in dpg.get_item_children("main", 1):
- dpg.delete_item(widget)
-
- with open(filename, 'r', encoding='utf-8') as file:
- lines = file.readlines()
-
- output = ''.join(lines)
- lines = output.splitlines()
-
- for line in lines:
- match = re.match(r" > (\w+) '([\w.]+)' = (.*)", line)
- if match:
- var_type, full_path, value = match.groups()
- namespaces = full_path.split('.')
- root = "main"
- for level in range(len(namespaces) - 1):
- path = '.'.join(namespaces[:level+1])
-
- # tab_bar_exists, tab_bar_uuid = self.check_tabview(root)
-
- # if not tab_bar_exists:
- # tab_bar_uuid = dpg.add_tab_bar(parent=root, tag=f"{path}_tb")
- # dpg.add_separator(parent=root)
-
- print(path)
-
- if not dpg.does_item_exist(path):
- print("here")
- # dpg.add_tab(label=namespaces[level], parent=tab_bar_uuid, tag=f"{path}_tab")
- dpg.add_child_window(parent=root, tag=path, height=300, border=True, menubar=True, autosize_x=True)
- dpg.add_menu_bar(parent=path, tag=f"{path}_menu")
- dpg.add_menu(label=namespaces[level], parent=f"{path}_menu")
- dpg.bind_item_theme(path, self.tab_theme)
-
- root = path
-
- self.create_widget('.'.join(namespaces[:-1]), namespaces[-1], value, var_type)
-
- def create_widget(self, path, key, value, value_type):
- parent = path
-
- with dpg.group(horizontal=True, parent=parent):
- dpg.add_text(key)
- if value_type == 'BOOLEAN':
- dpg.add_checkbox(default_value=(value.lower() == "true"))
- elif value.replace(".", "", 1).isdigit():
- dpg.add_input_float(default_value=float(value))
- elif "dir" in key.lower():
- dpg.add_input_text(default_value=value, tag=f"{path}.{key}")
- dpg.add_button(label="...", callback=lambda s, a, u: self.file_dialog(f"{path}.{key}"))
- else:
- dpg.add_input_text(default_value=value)
-
- def file_dialog(self, var_tag):
- with dpg.file_dialog(directory_selector=False, show=True, callback=lambda s, a, u: dpg.set_value(var_tag, a['file_path_name'])):
- dpg.add_file_extension(".*", color=(255, 255, 255, 255))
-
- def run(self):
- dpg.start_dearpygui()
- dpg.destroy_context()
-
-if __name__ == "__main__":
- app = ConfigEditor()
- app.run()
diff --git a/icon.ico b/icon.ico
new file mode 100644
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--
GitLab