## LHCb-like style
# based on the works of Tim Head, Thomas Schietinger, Andrew Powell,
#                       Chris Parkes and Niels Tuning
#
# Author: Kevin Dungs <kevin.dungs@cern.ch>
# Date:   2014-02-19
#
# The following lines should be used in your python script:
#   plt.xlabel(..., ha='right', x=1)
#   plt.ylabel(..., ha='right', y=1)
#   plt.legend(loc='best')
#   plt.minorticks_on()
#
# In order to add a proper "LHCb Simulation" text box, use:
#   plt.text(x, y, 'LHCb Simulation', {'size': 28})
#backend: Agg   #default: commented out

axes.labelsize: 26
axes.linewidth: 2
axes.titlepad: 8 #Default: 6 -> Increase distance of title to axis (plot)
axes.titlesize: 18 #Larger title size

figure.figsize: 8, 6   #default: 8, 8
figure.dpi:     100
figure.facecolor: white   #default: commented out

#Stix font for everything
font.family: STIXGeneral
font.serif: STIXGeneral
mathtext.fontset: stix
font.size:   24  #Default: 12
font.weight: normal


legend.frameon:       true  #Draw legend on a box by default
legend.handletextpad: 0.3
legend.numpoints:     1
legend.labelspacing:  0.2
legend.fontsize:      22
#In case you manually enable drawing on a box with frameon=True
legend.fancybox:      false     #Just rectangular
legend.framealpha:    1         #Not transparent
legend.facecolor:     inherit   #Same as axes.facecolor
legend.edgecolor:     inherit   #Same as axes.edgecolor

lines.linewidth:       2
lines.markeredgewidth: 1   #default: 0
lines.markersize:      8

savefig.bbox:       tight
savefig.pad_inches: 0.1

xtick.major.size:  14
xtick.minor.size:  7
xtick.major.width: 1.5
xtick.minor.width: 1.5
xtick.major.pad:   10
xtick.minor.pad:   10
xtick.labelsize:   24
xtick.direction:   in

ytick.major.size:  14
ytick.minor.size:  7
ytick.major.width: 1.5
ytick.minor.width: 1.5
ytick.major.pad:   10
ytick.minor.pad:   10
ytick.labelsize:   24
ytick.direction:   in
