gnuplot colorbox 标签位置
gnuplot colorbox label position
我将视图地图功能与通常为整数的数据集一起使用。当范围较小时,我根据整个值的范围限制颜色的数量。我正在寻找一个选项,将值标签放在每个颜色框颜色范围的中心。例如,我希望“500”出现在黄色的中心而不是顶部,我希望“498”出现在黑色的中心而不是底部。
# colorbox centered at screen x=0.9, 0.1 < screen y < 0.9
# known range [0:10] allows us to calculate tic positions
#
set colorbox user origin screen 0.85, 0.1 size 0.1, 0.8
set cbrange [0:10]
# custom tic labels for the colorbox
unset cbtics
set style textbox opaque border lc "black" margins 0,0
do for [i = 1:9] {
set label i at screen 0.9, (0.1 + 0.08*i)
set label i sprintf("%03d",i) center boxed front
}
# some function for which the cbrange makes sense
set palette cubehelix
set sample 101; set isosample 101; set xyplane 0
f(x,y) = 10*sinc(sqrt(x*x + y*y))
splot f(x,y) with pm3d
我将视图地图功能与通常为整数的数据集一起使用。当范围较小时,我根据整个值的范围限制颜色的数量。我正在寻找一个选项,将值标签放在每个颜色框颜色范围的中心。例如,我希望“500”出现在黄色的中心而不是顶部,我希望“498”出现在黑色的中心而不是底部。
# colorbox centered at screen x=0.9, 0.1 < screen y < 0.9
# known range [0:10] allows us to calculate tic positions
#
set colorbox user origin screen 0.85, 0.1 size 0.1, 0.8
set cbrange [0:10]
# custom tic labels for the colorbox
unset cbtics
set style textbox opaque border lc "black" margins 0,0
do for [i = 1:9] {
set label i at screen 0.9, (0.1 + 0.08*i)
set label i sprintf("%03d",i) center boxed front
}
# some function for which the cbrange makes sense
set palette cubehelix
set sample 101; set isosample 101; set xyplane 0
f(x,y) = 10*sinc(sqrt(x*x + y*y))
splot f(x,y) with pm3d