Command line interface
alcf-plot – Plot lidar data.
Synopsis
alcf plot <plot_type> [<options>] [<plot_options>] [--] <input> <output>
Description
Arguments following --
are treated as literal strings. Use this delimiter if the input or output file names might otherwise be interpreted as non-strings, e.g. purely numerical file names.
Arguments
plot_type
: Plot type (see Plot types below).input
: Input filename or directory.output
: Output filename or directory.options
: See Options below.plot_options
: Plot type specific options. See Plot options below.
Plot types
backscatter
: Plot backscatter fromalcf lidar
output on time-height axes.backscatter_hist
: Plot backscatter histogram fromalcf stats
output on backscatter-height axes.backscatter_sd_hist
: Plot backscatter standard deviation histogram fromalcf stats
output.cbh
: Plot cloud base height distribution fromalcf stats
output.cl
: Plot model cloud area fraction fromalcf lidar
output on time-height axes.cli
: Plot model mass fraction of cloud ice fromalcf lidar
output on time-height axes.cloud_occurrence
: Plot cloud occurrence by height fromalcf stats
output.clw
: Plot model mass fraction of cloud liquid water fromalcf lidar
output on time-height axes.clw+cli
: Plot model mass fraction of cloud liquid water and ice fromalcf lidar
output on time-height axes.
General options
dpi: <value>
: Resolution in dots per inch (DPI). Default:300
.--grid
: Plot grid.height: <value>
: Plot height (inches). Default:5
ifplot_type
iscloud_occurrence
orbackscatter_hist
else4
.interp: <value>
: Vertical interpolation method.area_block
for area-weighting with block interpolation,area_linear
for area-weighting with linear interpolation orlinear
for simple linear interpolation. Default:area_linear
.render: <value>
: Render profiles anti-aliased (antialiased
) or standard (standard
). Standard is more suitable for short time intervals. Default:antialiased
.subcolumn: <value>
: Model subcolumn to plot. Default:0
.title: <value>
: Plot title.width: <value>
: Plot width (inches). Default:5
ifplot_type
iscloud_occurrence
orbackscatter_hist
else10
.
backscatter options
cloud_mask: <value>
: Plot cloud mask. Default:true
.lr: <value>
: Plot effective lidar ratio. Default:true
.remove_bmol: <value>
: Remove molecular backscatter (observed data have to be coupled with model data via thecouple
option ofalcf lidar
). Default:true
.sigma: <value>
: Remove of number of standard deviations of backscatter from the mean backscatter (real). Default:5
.vlim: { <min> <max }
: Value limits (10^-6 m-1.sr-1). Default:{ 0.1 200 }
.vlog: <value>
: Plot values on logarithmic scale:true
offalse
. Default:true
.
backscatter_hist options
vlim: { <min> <max> }
: Value limits (%) ornone
for auto. Ifnone
andvlog
isnone
,min
is set to 1e-3 if less or equal to zero. Default:none
.--vlog
: Use logarithmic scale for values.xlim: { <min> <max> }
: x axis limits (10^-6 m-1.sr-1) ornone
for automatic. Default:none
.zlim: { <min> <max> }
: z axis limits (m) ornone
for automatic. Default:none
.
backscatter_sd_hist options
xlim: { <min> <max> }
: x axis limits (10^-6 m-1.sr-1) ornone
for automatic. Default:none
.zlim: { <min> <max> }
: z axis limits (%) ornone
for automatic. Default:none
.
cl options
vlim: { <min> <max> }
: Value limits (%). Default:{ 0 100 }
.vlog: <value>
: Plot values on logarithmic scale:true
offalse
. Default:false
.zres: <zres>
: Height resolution (m). Default:50
.
cli, clw, and clw+cli options
vlim: { <min> <max> }
: Value limits (g/kg). Default:{ 1e-3 1 }
.vlog: <value>
: Plot values on logarithmic scale:true
offalse
. Default:true
.zres: <zres>
: Height resolution (m). Default:50
.
cbh and cloud_occurrence options
colors: { <value>... }
: Line colors. Default:{ #0084c8 #dc0000 #009100 #ffc022 #ba00ff }
labels: { <value>... }
: Line labels. Default:none
.linestyle: { <value> ... }
: Line style (solid
,dashed
,dotted
). Default:solid
.lw: <value>
: Line width. Default:1
.xlim: { <min> <max> }
: x axis limits (%). Default:{ 0 100 }
.zlim: { <min> <max> }
: z axis limits (m). Default:{ 0 15 }
.
Examples
Plot backscatter from processed Vaisala CL51 data in alcf_cl51_lidar
and store the output in the directory alcf_cl51_backscatter
.
alcf plot backscatter alcf_cl51_lidar alcf_cl51_backscatter