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"""
Nothing here but dictionaries for generating LinearSegmentedColormaps,
and a dictionary of these dictionaries.
Documentation for each is in pyplot.colormaps(). Please update this
with the purpose and type of your colormap if you add data for one here.
"""
from
functools
import
partial
import
numpy
as
np
_binary_data
=
{
'red'
: ((
0.
,
1.
,
1.
), (
1.
,
0.
,
0.
)),
'green'
: ((
0.
,
1.
,
1.
), (
1.
,
0.
,
0.
)),
'blue'
: ((
0.
,
1.
,
1.
), (
1.
,
0.
,
0.
))
}
_autumn_data
=
{
'red'
: ((
0.
,
1.0
,
1.0
), (
1.0
,
1.0
,
1.0
)),
'green'
: ((
0.
,
0.
,
0.
), (
1.0
,
1.0
,
1.0
)),
'blue'
: ((
0.
,
0.
,
0.
), (
1.0
,
0.
,
0.
))}
_bone_data
=
{
'red'
: ((
0.
,
0.
,
0.
),
(
0.746032
,
0.652778
,
0.652778
),
(
1.0
,
1.0
,
1.0
)),
'green'
: ((
0.
,
0.
,
0.
),
(
0.365079
,
0.319444
,
0.319444
),
(
0.746032
,
0.777778
,
0.777778
),
(
1.0
,
1.0
,
1.0
)),
'blue'
: ((
0.
,
0.
,
0.
),
(
0.365079
,
0.444444
,
0.444444
),
(
1.0
,
1.0
,
1.0
))}
_cool_data
=
{
'red'
: ((
0.
,
0.
,
0.
), (
1.0
,
1.0
,
1.0
)),
'green'
: ((
0.
,
1.
,
1.
), (
1.0
,
0.
,
0.
)),
'blue'
: ((
0.
,
1.
,
1.
), (
1.0
,
1.
,
1.
))}
_copper_data
=
{
'red'
: ((
0.
,
0.
,
0.
),
(
0.809524
,
1.000000
,
1.000000
),
(
1.0
,
1.0
,
1.0
)),
'green'
: ((
0.
,
0.
,
0.
),
(
1.0
,
0.7812
,
0.7812
)),
'blue'
: ((
0.
,
0.
,
0.
),
(
1.0
,
0.4975
,
0.4975
))}
def
_flag_red
(
x
):
return
0.75
*
np
.
sin
((
x
*
31.5
+
0.25
)
*
np
.
pi
)
+
0.5
def
_flag_green
(
x
):
return
np
.
sin
(
x
*
31.5
*
np
.
pi
)
def
_flag_blue
(
x
):
return
0.75
*
np
.
sin
((
x
*
31.5
-
0.25
)
*
np
.
pi
)
+
0.5
_flag_data
=
{
'red'
:
_flag_red
,
'green'
:
_flag_green
,
'blue'
:
_flag_blue
}
def
_prism_red
(
x
):
return
0.75
*
np
.
sin
((
x
*
20.9
+
0.25
)
*
np
.
pi
)
+
0.67
def
_prism_green
(
x
):
return
0.75
*
np
.
sin
((
x
*
20.9
-
0.25
)
*
np
.
pi
)
+
0.33
def
_prism_blue
(
x
):
return
-
1.1
*
np
.
sin
((
x
*
20.9
)
*
np
.
pi
)
_prism_data
=
{
'red'
:
_prism_red
,
'green'
:
_prism_green
,
'blue'
:
_prism_blue
}
def
_ch_helper
(
gamma
,
s
,
r
,
h
,
p0
,
p1
,
x
):
"""Helper function for generating picklable cubehelix color maps."""
# Apply gamma factor to emphasise low or high intensity values
xg
=
x
**
gamma
# Calculate amplitude and angle of deviation from the black to white
# diagonal in the plane of constant perceived intensity.
a
=
h
*
xg
*
(
1
-
xg
)
/
2
phi
=
2
*
np
.
pi
*
(
s
/
3
+
r
*
x
)
return
xg
+
a
*
(
p0
*
np
.
cos
(
phi
)
+
p1
*
np
.
sin
(
phi
))
def
cubehelix
(
gamma
=
1.0
,
s
=
0.5
,
r
=
-
1.5
,
h
=
1.0
):
"""
Return custom data dictionary of (r,g,b) conversion functions, which can be
used with :func:`register_cmap`, for the cubehelix color scheme.
Unlike most other color schemes cubehelix was designed by D.A. Green to
be monotonically increasing in terms of perceived brightness.
Also, when printed on a black and white postscript printer, the scheme
results in a greyscale with monotonically increasing brightness.
This color scheme is named cubehelix because the r,g,b values produced
can be visualised as a squashed helix around the diagonal in the
r,g,b color cube.
For a unit color cube (i.e. 3-D coordinates for r,g,b each in the
range 0 to 1) the color scheme starts at (r,g,b) = (0,0,0), i.e. black,
and finishes at (r,g,b) = (1,1,1), i.e. white. For some fraction *x*,
between 0 and 1, the color is the corresponding grey value at that
fraction along the black to white diagonal (x,x,x) plus a color
element. This color element is calculated in a plane of constant
perceived intensity and controlled by the following parameters.
Optional keyword arguments:
========= =======================================================
Keyword Description
========= =======================================================
gamma gamma factor to emphasise either low intensity values
(gamma < 1), or high intensity values (gamma > 1);
defaults to 1.0.
s the start color; defaults to 0.5 (i.e. purple).
r the number of r,g,b rotations in color that are made
from the start to the end of the color scheme; defaults
to -1.5 (i.e. -> B -> G -> R -> B).
h the hue parameter which controls how saturated the
colors are. If this parameter is zero then the color
scheme is purely a greyscale; defaults to 1.0.
========= =======================================================
"""
return
{
'red'
:
partial
(
_ch_helper
,
gamma
,
s
,
r
,
h
,
-
0.14861
,
1.78277
),
'green'
:
partial
(
_ch_helper
,
gamma
,
s
,
r
,
h
,
-
0.29227
,
-
0.90649
),
'blue'
:
partial
(
_ch_helper
,
gamma
,
s
,
r
,
h
,
1.97294
,
0.0
)}
_cubehelix_data
=
cubehelix
()
_bwr_data
=
((
0.0
,
0.0
,
1.0
), (
1.0
,
1.0
,
1.0
), (
1.0
,
0.0
,
0.0
))
_brg_data
=
((
0.0
,
0.0
,
1.0
), (
1.0
,
0.0
,
0.0
), (
0.0
,
1.0
,
0.0
))
# Gnuplot palette functions
def
_g0
(
x
):
return
0
def
_g1
(
x
):
return
0.5
def
_g2
(
x
):
return
1
def
_g3
(
x
):
return
x
def
_g4
(
x
):
return
x
**
2
def
_g5
(
x
):
return
x
**
3
def
_g6
(
x
):
return
x
**
4
def
_g7
(
x
):
return
np
.
sqrt
(
x
)
def
_g8
(
x
):
return
np
.
sqrt
(
np
.
sqrt
(
x
))
def
_g9
(
x
):
return
np
.
sin
(
x
*
np
.
pi
/
2
)
def
_g10
(
x
):
return
np
.
cos
(
x
*
np
.
pi
/
2
)
def
_g11
(
x
):
return
np
.
abs
(
x
-
0.5
)
def
_g12
(
x
):
return
(
2
*
x
-
1
)
**
2
def
_g13
(
x
):
return
np
.
sin
(
x
*
np
.
pi
)
def
_g14
(
x
):
return
np
.
abs
(
np
.
cos
(
x
*
np
.
pi
))
def
_g15
(
x
):
return
np
.
sin
(
x
*
2
*
np
.
pi
)
def
_g16
(
x
):
return
np
.
cos
(
x
*
2
*
np
.
pi
)
def
_g17
(
x
):
return
np
.
abs
(
np
.
sin
(
x
*
2
*
np
.
pi
))
def
_g18
(
x
):
return
np
.
abs
(
np
.
cos
(
x
*
2
*
np
.
pi
))
def
_g19
(
x
):
return
np
.
abs
(
np
.
sin
(
x
*
4
*
np
.
pi
))
def
_g20
(
x
):
return
np
.
abs
(
np
.
cos
(
x
*
4
*
np
.
pi
))
def
_g21
(
x
):
return
3
*
x
def
_g22
(
x
):
return
3
*
x
-
1
def
_g23
(
x
):
return
3
*
x
-
2
def
_g24
(
x
):
return
np
.
abs
(
3
*
x
-
1
)
def
_g25
(
x
):
return
np
.
abs
(
3
*
x
-
2
)
def
_g26
(
x
):
return
(
3
*
x
-
1
)
/
2
def
_g27
(
x
):
return
(
3
*
x
-
2
)
/
2
def
_g28
(
x
):
return
np
.
abs
((
3
*
x
-
1
)
/
2
)
def
_g29
(
x
):
return
np
.
abs
((
3
*
x
-
2
)
/
2
)
def
_g30
(
x
):
return
x
/
0.32
-
0.78125
def
_g31
(
x
):
return
2
*
x
-
0.84
def
_g32
(
x
):
ret
=
np
.
zeros
(
len
(
x
))
m
=
(
x
<
0.25
)
ret
[
m
]
=
4
*
x
[
m
]
m
=
(
x
>=
0.25
)
&
(
x
<
0.92
)
ret
[
m
]
=
-
2
*
x
[
m
]
+
1.84
m
=
(
x
>=
0.92
)
ret
[
m
]
=
x
[
m
]
/
0.08
-
11.5
return
ret
def
_g33
(
x
):
return
np
.
abs
(
2
*
x
-
0.5
)
def
_g34
(
x
):
return
2
*
x
def
_g35
(
x
):
return
2
*
x
-
0.5
def
_g36
(
x
):
return
2
*
x
-
1
gfunc
=
{
i
:
globals
()[
"_g{}"
.
format
(
i
)]
for
i
in
range
(
37
)}
_gnuplot_data
=
{
'red'
:
gfunc
[
7
],
'green'
:
gfunc
[
5
],
'blue'
:
gfunc
[
15
],
}
_gnuplot2_data
=
{
'red'
:
gfunc
[
30
],
'green'
:
gfunc
[
31
],
'blue'
:
gfunc
[
32
],
}
_ocean_data
=
{
'red'
:
gfunc
[
23
],
'green'
:
gfunc
[
28
],
'blue'
:
gfunc
[
3
],
}
_afmhot_data
=
{
'red'
:
gfunc
[
34
],
'green'
:
gfunc
[
35
],
'blue'
:
gfunc
[
36
],
}
_rainbow_data
=
{
'red'
:
gfunc
[
33
],
'green'
:
gfunc
[
13
],
'blue'
:
gfunc
[
10
],
}
_seismic_data
=
(
(
0.0
,
0.0
,
0.3
), (
0.0
,
0.0
,
1.0
),
(
1.0
,
1.0
,
1.0
), (
1.0
,
0.0
,
0.0
),
(
0.5
,
0.0
,
0.0
))
_terrain_data
=
(
(
0.00
, (
0.2
,
0.2
,
0.6
)),
(
0.15
, (
0.0
,
0.6
,
1.0
)),
(
0.25
, (
0.0
,
0.8
,
0.4
)),
(
0.50
, (
1.0
,
1.0
,
0.6
)),
(
0.75
, (
0.5
,
0.36
,
0.33
)),
(
1.00
, (
1.0
,
1.0
,
1.0
)))
_gray_data
=
{
'red'
: ((
0.
,
0
,
0
), (
1.
,
1
,
1
)),
'green'
: ((
0.
,
0
,
0
), (
1.
,
1
,
1
)),
'blue'
: ((
0.
,
0
,
0
), (
1.
,
1
,
1
))}
_hot_data
=
{
'red'
: ((
0.
,
0.0416
,
0.0416
),
(
0.365079
,
1.000000
,
1.000000
),
(
1.0
,
1.0
,
1.0
)),
'green'
: ((
0.
,
0.
,
0.
),
(
0.365079
,
0.000000
,
0.000000
),
(
0.746032
,
1.000000
,
1.000000
),
(
1.0
,
1.0
,
1.0
)),
'blue'
: ((
0.
,
0.
,
0.
),
(
0.746032
,
0.000000
,
0.000000
),
(
1.0
,
1.0
,
1.0
))}
_hsv_data
=
{
'red'
: ((
0.
,
1.
,
1.
),
(
0.158730
,
1.000000
,
1.000000
),
(
0.174603
,
0.968750
,
0.968750
),
(
0.333333
,
0.031250
,
0.031250
),
(
0.349206
,
0.000000
,
0.000000
),
(
0.666667
,
0.000000
,
0.000000
),
(
0.682540
,
0.031250
,
0.031250
),
(
0.841270
,
0.968750
,
0.968750
),
(
0.857143
,
1.000000
,
1.000000
),
(
1.0
,
1.0
,
1.0
)),
'green'
: ((
0.
,
0.
,
0.
),
(
0.158730
,
0.937500
,
0.937500
),
(
0.174603
,
1.000000
,
1.000000
),
(
0.507937
,
1.000000
,
1.000000
),
(
0.666667
,
0.062500
,
0.062500
),
(
0.682540
,
0.000000
,
0.000000
),
(
1.0
,
0.
,
0.
)),
'blue'
: ((
0.
,
0.
,
0.
),
(
0.333333
,
0.000000
,
0.000000
),
(
0.349206
,
0.062500
,
0.062500
),
(
0.507937
,
1.000000
,
1.000000
),
(
0.841270
,
1.000000
,
1.000000
),
(
0.857143
,
0.937500
,
0.937500
),
(
1.0
,
0.09375
,
0.09375
))}
_jet_data
=
{
'red'
: ((
0.
,
0
,
0
), (
0.35
,
0
,
0
), (
0.66
,
1
,
1
), (
0.89
,
1
,
1
),
(
1
,
0.5
,
0.5
)),
'green'
: ((
0.
,
0
,
0
), (
0.125
,
0
,
0
), (
0.375
,
1
,
1
), (
0.64
,
1
,
1
),
(
0.91
,
0
,
0
), (
1
,
0
,
0
)),
'blue'
: ((
0.
,
0.5
,
0.5
), (
0.11
,
1
,
1
), (
0.34
,
1
,
1
),
(
0.65
,
0
,
0
), (
1
,
0
,
0
))}
_pink_data
=
{
'red'
: ((
0.
,
0.1178
,
0.1178
), (
0.015873
,
0.195857
,
0.195857
),
(
0.031746
,
0.250661
,
0.250661
),
(
0.047619
,
0.295468
,
0.295468
),
(
0.063492
,
0.334324
,
0.334324
),
(
0.079365
,
0.369112
,
0.369112
),
(
0.095238
,
0.400892
,
0.400892
),
(
0.111111
,
0.430331
,
0.430331
),
(
0.126984
,
0.457882
,
0.457882
),
(
0.142857
,
0.483867
,
0.483867
),
(
0.158730
,
0.508525
,
0.508525
),
(
0.174603
,
0.532042
,
0.532042
),
(
0.190476
,
0.554563
,
0.554563
),
(
0.206349
,
0.576204
,
0.576204
),
(
0.222222
,
0.597061
,
0.597061
),
(
0.238095
,
0.617213
,
0.617213
),
(
0.253968
,
0.636729
,
0.636729
),
(
0.269841
,
0.655663
,
0.655663
),
(
0.285714
,
0.674066
,
0.674066
),
(
0.301587
,
0.691980
,
0.691980
),
(
0.317460
,
0.709441
,
0.709441
),
(
0.333333
,
0.726483
,
0.726483
),
(
0.349206
,
0.743134
,
0.743134
),
(
0.365079
,
0.759421
,
0.759421
),
(
0.380952
,
0.766356
,
0.766356
),
(
0.396825
,
0.773229
,
0.773229
),
(
0.412698
,
0.780042
,
0.780042
),
(
0.428571
,
0.786796
,
0.786796
),
(
0.444444
,
0.793492
,
0.793492
),
(
0.460317
,
0.800132
,
0.800132
),
(
0.476190
,
0.806718
,
0.806718
),
(
0.492063
,
0.813250
,
0.813250
),
(
0.507937
,
0.819730
,
0.819730
),
(
0.523810
,
0.826160
,
0.826160
),
(
0.539683
,
0.832539
,
0.832539
),
(
0.555556
,
0.838870
,
0.838870
),
(
0.571429
,
0.845154
,
0.845154
),
(
0.587302
,
0.851392
,
0.851392
),
(
0.603175
,
0.857584
,
0.857584
),
(
0.619048
,
0.863731
,
0.863731
),
(
0.634921
,
0.869835
,
0.869835
),
(
0.650794
,
0.875897
,
0.875897
),
(
0.666667
,
0.881917
,
0.881917
),
(
0.682540
,
0.887896
,
0.887896
),
(
0.698413
,
0.893835
,
0.893835
),
(
0.714286
,
0.899735
,
0.899735
),
(
0.730159
,
0.905597
,
0.905597
),
(
0.746032
,
0.911421
,
0.911421
),
(
0.761905
,
0.917208
,
0.917208
),
(
0.777778
,
0.922958
,
0.922958
),
(
0.793651
,
0.928673
,
0.928673
),
(
0.809524
,
0.934353
,
0.934353
),
(
0.825397
,
0.939999
,
0.939999
),
(
0.841270
,
0.945611
,
0.945611
),
(
0.857143
,
0.951190
,
0.951190
),
(
0.873016
,
0.956736
,
0.956736
),
(
0.888889
,
0.962250
,
0.962250
),
(
0.904762
,
0.967733
,
0.967733
),
(
0.920635
,
0.973185
,
0.973185
),
(
0.936508
,
0.978607
,
0.978607
),
(
0.952381
,
0.983999
,
0.983999
),
(
0.968254
,
0.989361
,
0.989361
),
(
0.984127
,
0.994695
,
0.994695
), (
1.0
,
1.0
,
1.0
)),
'green'
: ((
0.
,
0.
,
0.
), (
0.015873
,
0.102869
,
0.102869
),
(
0.031746
,
0.145479
,
0.145479
),
(
0.047619
,
0.178174
,
0.178174
),
(
0.063492
,
0.205738
,
0.205738
),
(
0.079365
,
0.230022
,
0.230022
),
(
0.095238
,
0.251976
,
0.251976
),
(
0.111111
,
0.272166
,
0.272166
),
(
0.126984
,
0.290957
,
0.290957
),
(
0.142857
,
0.308607
,
0.308607
),
(
0.158730
,
0.325300
,
0.325300
),
(
0.174603
,
0.341178
,
0.341178
),
(
0.190476
,
0.356348
,
0.356348
),
(
0.206349
,
0.370899
,
0.370899
),
(
0.222222
,
0.384900
,
0.384900
),
(
0.238095
,
0.398410
,
0.398410
),
(
0.253968
,
0.411476
,
0.411476
),
(
0.269841
,
0.424139
,
0.424139
),
(
0.285714
,
0.436436
,
0.436436
),
(
0.301587
,
0.448395
,
0.448395
),
(
0.317460
,
0.460044
,
0.460044
),
(
0.333333
,
0.471405
,
0.471405
),
(
0.349206
,
0.482498
,
0.482498
),
(
0.365079
,
0.493342
,
0.493342
),
(
0.380952
,
0.517549
,
0.517549
),
(
0.396825
,
0.540674
,
0.540674
),
(
0.412698
,
0.562849
,
0.562849
),
(
0.428571
,
0.584183
,
0.584183
),
(
0.444444
,
0.604765
,
0.604765
),
(
0.460317
,
0.624669
,
0.624669
),
(
0.476190
,
0.643958
,
0.643958
),
(
0.492063
,
0.662687
,
0.662687
),
(
0.507937
,
0.680900
,
0.680900
),
(
0.523810
,
0.698638
,
0.698638
),
(
0.539683
,
0.715937
,
0.715937
),
(
0.555556
,
0.732828
,
0.732828
),
(
0.571429
,
0.749338
,
0.749338
),
(
0.587302
,
0.765493
,
0.765493
),
(
0.603175
,
0.781313
,
0.781313
),
(
0.619048
,
0.796819
,
0.796819
),
(
0.634921
,
0.812029
,
0.812029
),
(
0.650794
,
0.826960
,
0.826960
),
(
0.666667
,
0.841625
,
0.841625
),
(
0.682540
,
0.856040
,
0.856040
),
(
0.698413
,
0.870216
,
0.870216
),
(
0.714286
,
0.884164
,
0.884164
),
(
0.730159
,
0.897896
,
0.897896
),
(
0.746032
,
0.911421
,
0.911421
),
(
0.761905
,
0.917208
,
0.917208
),
(
0.777778
,
0.922958
,
0.922958
),
(
0.793651
,
0.928673
,
0.928673
),
(
0.809524
,
0.934353
,
0.934353
),
(
0.825397
,
0.939999
,
0.939999
),
(
0.841270
,
0.945611
,
0.945611
),
(
0.857143
,
0.951190
,
0.951190
),
(
0.873016
,
0.956736
,
0.956736
),
(
0.888889
,
0.962250
,
0.962250
),
(
0.904762
,
0.967733
,
0.967733
),
(
0.920635
,
0.973185
,
0.973185
),
(
0.936508
,
0.978607
,
0.978607
),
(
0.952381
,
0.983999
,
0.983999
),
(
0.968254
,
0.989361
,
0.989361
),
(
0.984127
,
0.994695
,
0.994695
), (
1.0
,
1.0
,
1.0
)),
'blue'
: ((
0.
,
0.
,
0.
), (
0.015873
,
0.102869
,
0.102869
),
(
0.031746
,
0.145479
,
0.145479
),
(
0.047619
,
0.178174
,
0.178174
),
(
0.063492
,
0.205738
,
0.205738
),
(
0.079365
,
0.230022
,
0.230022
),
(
0.095238
,
0.251976
,
0.251976
),
(
0.111111
,
0.272166
,
0.272166
),
(
0.126984
,
0.290957
,
0.290957
),
(
0.142857
,
0.308607
,
0.308607
),
(
0.158730
,
0.325300
,
0.325300
),
(
0.174603
,
0.341178
,
0.341178
),
(
0.190476
,
0.356348
,
0.356348
),
(
0.206349
,
0.370899
,
0.370899
),
(
0.222222
,
0.384900
,
0.384900
),
(
0.238095
,
0.398410
,
0.398410
),
(
0.253968
,
0.411476
,
0.411476
),
(
0.269841
,
0.424139
,
0.424139
),
(
0.285714
,
0.436436
,
0.436436
),
(
0.301587
,
0.448395
,
0.448395
),
(
0.317460
,
0.460044
,
0.460044
),
(
0.333333
,
0.471405
,
0.471405
),
(
0.349206
,
0.482498
,
0.482498
),
(
0.365079
,
0.493342
,
0.493342
),
(
0.380952
,
0.503953
,
0.503953
),
(
0.396825
,
0.514344
,
0.514344
),
(
0.412698
,
0.524531
,
0.524531
),
(
0.428571
,
0.534522
,
0.534522
),
(
0.444444
,
0.544331
,
0.544331
),
(
0.460317
,
0.553966
,
0.553966
),
(
0.476190
,
0.563436
,
0.563436
),
(
0.492063
,
0.572750
,
0.572750
),
(
0.507937
,
0.581914
,
0.581914
),
(
0.523810
,
0.590937
,
0.590937
),
(
0.539683
,
0.599824
,
0.599824
),
(
0.555556
,
0.608581
,
0.608581
),
(
0.571429
,
0.617213
,
0.617213
),
(
0.587302
,
0.625727
,
0.625727
),
(
0.603175
,
0.634126
,
0.634126
),
(
0.619048
,
0.642416
,
0.642416
),
(
0.634921
,
0.650600
,
0.650600
),
(
0.650794
,
0.658682
,
0.658682
),
(
0.666667
,
0.666667
,
0.666667
),
(
0.682540
,
0.674556
,
0.674556
),
(
0.698413
,
0.682355
,
0.682355
),
(
0.714286
,
0.690066
,
0.690066
),
(
0.730159
,
0.697691
,
0.697691
),
(
0.746032
,
0.705234
,
0.705234
),
(
0.761905
,
0.727166
,
0.727166
),
(
0.777778
,
0.748455
,
0.748455
),
(
0.793651
,
0.769156
,
0.769156
),
(
0.809524
,
0.789314
,
0.789314
),
(
0.825397
,
0.808969
,
0.808969
),
(
0.841270
,
0.828159
,
0.828159
),
(
0.857143
,
0.846913
,
0.846913
),
(
0.873016
,
0.865261
,
0.865261
),
(
0.888889
,
0.883229
,
0.883229
),
(
0.904762
,
0.900837
,
0.900837
),
(
0.920635
,
0.918109
,
0.918109
),
(
0.936508
,
0.935061
,
0.935061
),
(
0.952381
,
0.951711
,
0.951711
),
(
0.968254
,
0.968075
,
0.968075
),
(
0.984127
,
0.984167
,
0.984167
), (
1.0
,
1.0
,
1.0
))}
_spring_data
=
{
'red'
: ((
0.
,
1.
,
1.
), (
1.0
,
1.0
,
1.0
)),
'green'
: ((
0.
,
0.
,
0.
), (
1.0
,
1.0
,
1.0
)),
'blue'
: ((
0.
,
1.
,
1.
), (
1.0
,
0.0
,
0.0
))}
_summer_data
=
{
'red'
: ((
0.
,
0.
,
0.
), (
1.0
,
1.0
,
1.0
)),
'green'
: ((
0.
,
0.5
,
0.5
), (
1.0
,
1.0
,
1.0
)),
'blue'
: ((
0.
,
0.4
,
0.4
), (
1.0
,
0.4
,
0.4
))}
_winter_data
=
{
'red'
: ((
0.
,
0.
,
0.
), (
1.0
,
0.0
,
0.0
)),
'green'
: ((
0.
,
0.
,
0.
), (
1.0
,
1.0
,
1.0
)),
'blue'
: ((
0.
,
1.
,
1.
), (
1.0
,
0.5
,
0.5
))}
_nipy_spectral_data
=
{
'red'
: [(
0.0
,
0.0
,
0.0
), (
0.05
,
0.4667
,
0.4667
),
(
0.10
,
0.5333
,
0.5333
), (
0.15
,
0.0
,
0.0
),
(
0.20
,
0.0
,
0.0
), (
0.25
,
0.0
,
0.0
),
(
0.30
,
0.0
,
0.0
), (
0.35
,
0.0
,
0.0
),
(
0.40
,
0.0
,
0.0
), (
0.45
,
0.0
,
0.0
),
(
0.50
,
0.0
,
0.0
), (
0.55
,
0.0
,
0.0
),
(
0.60
,
0.0
,
0.0
), (
0.65
,
0.7333
,
0.7333
),
(
0.70
,
0.9333
,
0.9333
), (
0.75
,
1.0
,
1.0
),
(
0.80
,
1.0
,
1.0
), (
0.85
,
1.0
,
1.0
),
(
0.90
,
0.8667
,
0.8667
), (
0.95
,
0.80
,
0.80
),
(
1.0
,
0.80
,
0.80
)],
'green'
: [(
0.0
,
0.0
,
0.0
), (
0.05
,
0.0
,
0.0
),
(
0.10
,
0.0
,
0.0
), (
0.15
,
0.0
,
0.0
),
(
0.20
,
0.0
,
0.0
), (
0.25
,
0.4667
,
0.4667
),
(
0.30
,
0.6000
,
0.6000
), (
0.35
,
0.6667
,
0.6667
),
(
0.40
,
0.6667
,
0.6667
), (
0.45
,
0.6000
,
0.6000
),
(
0.50
,
0.7333
,
0.7333
), (
0.55
,
0.8667
,
0.8667
),
(
0.60
,
1.0
,
1.0
), (
0.65
,
1.0
,
1.0
),
(
0.70
,
0.9333
,
0.9333
), (
0.75
,
0.8000
,
0.8000
),
(
0.80
,
0.6000
,
0.6000
), (
0.85
,
0.0
,
0.0
),
(
0.90
,
0.0
,
0.0
), (
0.95
,
0.0
,
0.0
),
(
1.0
,
0.80
,
0.80
)],
'blue'
: [(
0.0
,
0.0
,
0.0
), (
0.05
,
0.5333
,
0.5333
),
(
0.10
,
0.6000
,
0.6000
), (
0.15
,
0.6667
,
0.6667
),
(
0.20
,
0.8667
,
0.8667
), (
0.25
,
0.8667
,
0.8667
),
(
0.30
,
0.8667
,
0.8667
), (
0.35
,
0.6667
,
0.6667
),
(
0.40
,
0.5333
,
0.5333
), (
0.45
,
0.0
,
0.0
),
(
0.5
,
0.0
,
0.0
), (
0.55
,
0.0
,
0.0
),
(
0.60
,
0.0
,
0.0
), (
0.65
,
0.0
,
0.0
),
(
0.70
,
0.0
,
0.0
), (
0.75
,
0.0
,
0.0
),
(
0.80
,
0.0
,
0.0
), (
0.85
,
0.0
,
0.0
),
(
0.90
,
0.0
,
0.0
), (
0.95
,
0.0
,
0.0
),
(
1.0
,
0.80
,
0.80
)],
}
# 34 colormaps based on color specifications and designs
# developed by Cynthia Brewer (http://colorbrewer.org).
# The ColorBrewer palettes have been included under the terms
# of an Apache-stype license (for details, see the file
# LICENSE_COLORBREWER in the license directory of the matplotlib
# source distribution).
# RGB values taken from Brewer's Excel sheet, divided by 255
_Blues_data
=
(
(
0.96862745098039216
,
0.98431372549019602
,
1.0
),
(
0.87058823529411766
,
0.92156862745098034
,
0.96862745098039216
),
(
0.77647058823529413
,
0.85882352941176465
,
0.93725490196078431
),
(
0.61960784313725492
,
0.792156862745098
,
0.88235294117647056
),
(
0.41960784313725491
,
0.68235294117647061
,
0.83921568627450982
),
(
0.25882352941176473
,
0.5725490196078431
,
0.77647058823529413
),
(
0.12941176470588237
,
0.44313725490196076
,
0.70980392156862748
),
(
0.03137254901960784
,
0.31764705882352939
,
0.61176470588235299
),
(
0.03137254901960784
,
0.18823529411764706
,
0.41960784313725491
)
)
_BrBG_data
=
(
(
0.32941176470588235
,
0.18823529411764706
,
0.0196078431372549
),
(
0.5490196078431373
,
0.31764705882352939
,
0.0392156862745098
),
(
0.74901960784313726
,
0.50588235294117645
,
0.17647058823529413
),
(
0.87450980392156863
,
0.76078431372549016
,
0.49019607843137253
),
(
0.96470588235294119
,
0.90980392156862744
,
0.76470588235294112
),
(
0.96078431372549022
,
0.96078431372549022
,
0.96078431372549022
),
(
0.7803921568627451
,
0.91764705882352937
,
0.89803921568627454
),
(
0.50196078431372548
,
0.80392156862745101
,
0.75686274509803919
),
(
0.20784313725490197
,
0.59215686274509804
,
0.5607843137254902
),
(
0.00392156862745098
,
0.4
,
0.36862745098039218
),
(
0.0
,
0.23529411764705882
,
0.18823529411764706
)
)
_BuGn_data
=
(
(
0.96862745098039216
,
0.9882352941176471
,
0.99215686274509807
),
(
0.89803921568627454
,
0.96078431372549022
,
0.97647058823529409
),
(
0.8
,
0.92549019607843142
,
0.90196078431372551
),
(
0.6
,
0.84705882352941175
,
0.78823529411764703
),
(
0.4
,
0.76078431372549016
,
0.64313725490196083
),
(
0.25490196078431371
,
0.68235294117647061
,
0.46274509803921571
),
(
0.13725490196078433
,
0.54509803921568623
,
0.27058823529411763
),
(
0.0
,
0.42745098039215684
,
0.17254901960784313
),
(
0.0
,
0.26666666666666666
,
0.10588235294117647
)
)
_BuPu_data
=
(
(
0.96862745098039216
,
0.9882352941176471
,
0.99215686274509807
),
(
0.8784313725490196
,
0.92549019607843142
,
0.95686274509803926
),
(
0.74901960784313726
,
0.82745098039215681
,
0.90196078431372551
),
(
0.61960784313725492
,
0.73725490196078436
,
0.85490196078431369
),
(
0.5490196078431373
,
0.58823529411764708
,
0.77647058823529413
),
(
0.5490196078431373
,
0.41960784313725491
,
0.69411764705882351
),
(
0.53333333333333333
,
0.25490196078431371
,
0.61568627450980395
),
(
0.50588235294117645
,
0.05882352941176471
,
0.48627450980392156
),
(
0.30196078431372547
,
0.0
,
0.29411764705882354
)
)
_GnBu_data
=
(
(
0.96862745098039216
,
0.9882352941176471
,
0.94117647058823528
),
(
0.8784313725490196
,
0.95294117647058818
,
0.85882352941176465
),
(
0.8
,
0.92156862745098034
,
0.77254901960784317
),
(
0.6588235294117647
,
0.8666666666666667
,
0.70980392156862748
),
(
0.4823529411764706
,
0.8
,
0.7686274509803922
),
(
0.30588235294117649
,
0.70196078431372544
,
0.82745098039215681
),
(
0.16862745098039217
,
0.5490196078431373
,
0.74509803921568629
),
(
0.03137254901960784
,
0.40784313725490196
,
0.67450980392156867
),
(
0.03137254901960784
,
0.25098039215686274
,
0.50588235294117645
)
)
_Greens_data
=
(
(
0.96862745098039216
,
0.9882352941176471
,
0.96078431372549022
),
(
0.89803921568627454
,
0.96078431372549022
,
0.8784313725490196
),
(
0.7803921568627451
,
0.9137254901960784
,
0.75294117647058822
),
(
0.63137254901960782
,
0.85098039215686272
,
0.60784313725490191
),
(
0.45490196078431372
,
0.7686274509803922
,
0.46274509803921571
),
(
0.25490196078431371
,
0.6705882352941176
,
0.36470588235294116
),
(
0.13725490196078433
,
0.54509803921568623
,
0.27058823529411763
),
(
0.0
,
0.42745098039215684
,
0.17254901960784313
),
(
0.0
,
0.26666666666666666
,
0.10588235294117647
)
)
_Greys_data
=
(
(
1.0
,
1.0
,
1.0
),
(
0.94117647058823528
,
0.94117647058823528
,
0.94117647058823528
),
(
0.85098039215686272
,
0.85098039215686272
,
0.85098039215686272
),
(
0.74117647058823533
,
0.74117647058823533
,
0.74117647058823533
),
(
0.58823529411764708
,
0.58823529411764708
,
0.58823529411764708
),
(
0.45098039215686275
,
0.45098039215686275
,
0.45098039215686275
),
(
0.32156862745098042
,
0.32156862745098042
,
0.32156862745098042
),
(
0.14509803921568629
,
0.14509803921568629
,
0.14509803921568629
),
(
0.0
,
0.0
,
0.0
)
)
_Oranges_data
=
(
(
1.0
,
0.96078431372549022
,
0.92156862745098034
),
(
0.99607843137254903
,
0.90196078431372551
,
0.80784313725490198
),
(
0.99215686274509807
,
0.81568627450980391
,
0.63529411764705879
),
(
0.99215686274509807
,
0.68235294117647061
,
0.41960784313725491
),
(
0.99215686274509807
,
0.55294117647058827
,
0.23529411764705882
),
(
0.94509803921568625
,
0.41176470588235292
,
0.07450980392156863
),
(
0.85098039215686272
,
0.28235294117647058
,
0.00392156862745098
),
(
0.65098039215686276
,
0.21176470588235294
,
0.01176470588235294
),
(
0.49803921568627452
,
0.15294117647058825
,
0.01568627450980392
)
)
_OrRd_data
=
(
(
1.0
,
0.96862745098039216
,
0.92549019607843142
),
(
0.99607843137254903
,
0.90980392156862744
,
0.78431372549019607
),
(
0.99215686274509807
,
0.83137254901960789
,
0.61960784313725492
),
(
0.99215686274509807
,
0.73333333333333328
,
0.51764705882352946
),
(
0.9882352941176471
,
0.55294117647058827
,
0.34901960784313724
),
(
0.93725490196078431
,
0.396078431372549
,
0.28235294117647058
),
(
0.84313725490196079
,
0.18823529411764706
,
0.12156862745098039
),
(
0.70196078431372544
,
0.0
,
0.0
),
(
0.49803921568627452
,
0.0
,
0.0
)
)
_PiYG_data
=
(
(
0.55686274509803924
,
0.00392156862745098
,
0.32156862745098042
),
(
0.77254901960784317
,
0.10588235294117647
,
0.49019607843137253
),
(
0.87058823529411766
,
0.46666666666666667
,
0.68235294117647061
),
(
0.94509803921568625
,
0.71372549019607845
,
0.85490196078431369
),
(
0.99215686274509807
,
0.8784313725490196
,
0.93725490196078431
),
(
0.96862745098039216
,
0.96862745098039216
,
0.96862745098039216
),
(
0.90196078431372551
,
0.96078431372549022
,
0.81568627450980391
),
(
0.72156862745098038
,
0.88235294117647056
,
0.52549019607843139
),
(
0.49803921568627452
,
0.73725490196078436
,
0.25490196078431371
),
(
0.30196078431372547
,
0.5725490196078431
,
0.12941176470588237
),
(
0.15294117647058825
,
0.39215686274509803
,
0.09803921568627451
)
)
_PRGn_data
=
(
(
0.25098039215686274
,
0.0
,
0.29411764705882354
),
(
0.46274509803921571
,
0.16470588235294117
,
0.51372549019607838
),
(
0.6
,
0.4392156862745098
,
0.6705882352941176
),
(
0.76078431372549016
,
0.6470588235294118
,
0.81176470588235294
),
(
0.90588235294117647
,
0.83137254901960789
,
0.90980392156862744
),
(
0.96862745098039216
,
0.96862745098039216
,
0.96862745098039216
),
(
0.85098039215686272
,
0.94117647058823528
,
0.82745098039215681
),
(
0.65098039215686276
,
0.85882352941176465
,
0.62745098039215685
),
(
0.35294117647058826
,
0.68235294117647061
,
0.38039215686274508
),
(
0.10588235294117647
,
0.47058823529411764
,
0.21568627450980393
),
(
0.0
,
0.26666666666666666
,
0.10588235294117647
)
)
_PuBu_data
=
(
(
1.0
,
0.96862745098039216
,
0.98431372549019602
),
(
0.92549019607843142
,
0.90588235294117647
,
0.94901960784313721
),
(
0.81568627450980391
,
0.81960784313725488
,
0.90196078431372551
),
(
0.65098039215686276
,
0.74117647058823533
,
0.85882352941176465
),
(
0.45490196078431372
,
0.66274509803921566
,
0.81176470588235294
),
(
0.21176470588235294
,
0.56470588235294117
,
0.75294117647058822
),
(
0.0196078431372549
,
0.4392156862745098
,
0.69019607843137254
),
(
0.01568627450980392
,
0.35294117647058826
,
0.55294117647058827
),
(
0.00784313725490196
,
0.2196078431372549
,
0.34509803921568627
)
)
_PuBuGn_data
=
(
(
1.0
,
0.96862745098039216
,
0.98431372549019602
),
(
0.92549019607843142
,
0.88627450980392153
,
0.94117647058823528
),
(
0.81568627450980391
,
0.81960784313725488
,
0.90196078431372551
),
(
0.65098039215686276
,
0.74117647058823533
,
0.85882352941176465
),
(
0.40392156862745099
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0.66274509803921566
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0.81176470588235294
),
(
0.21176470588235294
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0.56470588235294117
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0.75294117647058822
),
(
0.00784313725490196
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0.50588235294117645
,
0.54117647058823526
),
(
0.00392156862745098
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0.42352941176470588
,
0.34901960784313724
),
(
0.00392156862745098
,
0.27450980392156865
,
0.21176470588235294
)
)
_PuOr_data
=
(
(
0.49803921568627452
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0.23137254901960785
,
0.03137254901960784
),
(
0.70196078431372544
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0.34509803921568627
,
0.02352941176470588
),
(
0.8784313725490196
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0.50980392156862742
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0.07843137254901961
),
(
0.99215686274509807
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0.72156862745098038
,
0.38823529411764707
),
(
0.99607843137254903
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0.8784313725490196
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0.71372549019607845
),
(
0.96862745098039216
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0.96862745098039216
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0.96862745098039216
),
(
0.84705882352941175
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0.85490196078431369
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0.92156862745098034
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(
0.69803921568627447
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0.6705882352941176
,
0.82352941176470584
),
(
0.50196078431372548
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0.45098039215686275
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0.67450980392156867
),
(
0.32941176470588235
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0.15294117647058825
,
0.53333333333333333
),
(
0.17647058823529413
,
0.0
,
0.29411764705882354
)
)
_PuRd_data
=
(
(
0.96862745098039216
,
0.95686274509803926
,
0.97647058823529409
),
(
0.90588235294117647
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0.88235294117647056
,
0.93725490196078431
),
(
0.83137254901960789
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0.72549019607843135
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0.85490196078431369
),
(
0.78823529411764703
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0.58039215686274515
,
0.7803921568627451
),
(
0.87450980392156863
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0.396078431372549
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0.69019607843137254
),
(
0.90588235294117647
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0.16078431372549021
,
0.54117647058823526
),
(
0.80784313725490198
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0.07058823529411765
,
0.33725490196078434
),
(
0.59607843137254901
,
0.0
,
0.2627450980392157
),
(
0.40392156862745099
,
0.0
,
0.12156862745098039
)
)
_Purples_data
=
(
(
0.9882352941176471
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0.98431372549019602
,
0.99215686274509807
),
(
0.93725490196078431
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0.92941176470588238
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0.96078431372549022
),
(
0.85490196078431369
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0.85490196078431369
,
0.92156862745098034
),
(
0.73725490196078436
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0.74117647058823533
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0.86274509803921573
),
(
0.61960784313725492
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0.60392156862745094
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0.78431372549019607
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(
0.50196078431372548
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0.49019607843137253
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0.72941176470588232
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(
0.41568627450980394
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0.31764705882352939
,
0.63921568627450975
),
(
0.32941176470588235
,
0.15294117647058825
,
0.5607843137254902
),
(
0.24705882352941178
,
0.0
,
0.49019607843137253
)
)
_RdBu_data
=
(
(
0.40392156862745099
,
0.0
,
0.12156862745098039
),
(
0.69803921568627447
,
0.09411764705882353
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0.16862745098039217
),
(
0.83921568627450982
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0.37647058823529411
,
0.30196078431372547
),
(
0.95686274509803926
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0.6470588235294118
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0.50980392156862742
),
(
0.99215686274509807
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0.85882352941176465
,
0.7803921568627451
),
(
0.96862745098039216
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0.96862745098039216
,
0.96862745098039216
),
(
0.81960784313725488
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0.89803921568627454
,
0.94117647058823528
),
(
0.5725490196078431
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0.77254901960784317
,
0.87058823529411766
),
(
0.2627450980392157
,
0.57647058823529407
,
0.76470588235294112
),
(
0.12941176470588237
,
0.4
,
0.67450980392156867
),
(
0.0196078431372549
,
0.18823529411764706
,
0.38039215686274508
)
)
_RdGy_data
=
(
(
0.40392156862745099
,
0.0
,
0.12156862745098039
),
(
0.69803921568627447
,
0.09411764705882353
,
0.16862745098039217
),
(
0.83921568627450982
,
0.37647058823529411
,
0.30196078431372547
),
(
0.95686274509803926
,
0.6470588235294118
,
0.50980392156862742
),
(
0.99215686274509807
,
0.85882352941176465
,
0.7803921568627451
),
(
1.0
,
1.0
,
1.0
),
(
0.8784313725490196
,
0.8784313725490196
,
0.8784313725490196
),
(
0.72941176470588232
,
0.72941176470588232
,
0.72941176470588232
),
(
0.52941176470588236
,
0.52941176470588236
,
0.52941176470588236
),
(
0.30196078431372547
,
0.30196078431372547
,
0.30196078431372547
),
(
0.10196078431372549
,
0.10196078431372549
,
0.10196078431372549
)
)
_RdPu_data
=
(
(
1.0
,
0.96862745098039216
,
0.95294117647058818
),
(
0.99215686274509807
,
0.8784313725490196
,
0.86666666666666667
),
(
0.9882352941176471
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0.77254901960784317
,
0.75294117647058822
),
(
0.98039215686274506
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0.62352941176470589
,
0.70980392156862748
),
(
0.96862745098039216
,
0.40784313725490196
,
0.63137254901960782
),
(
0.86666666666666667
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0.20392156862745098
,
0.59215686274509804
),
(
0.68235294117647061
,
0.00392156862745098
,
0.49411764705882355
),
(
0.47843137254901963
,
0.00392156862745098
,
0.46666666666666667
),
(
0.28627450980392155
,
0.0
,
0.41568627450980394
)
)
_RdYlBu_data
=
(
(
0.6470588235294118
,
0.0
,
0.14901960784313725
),
(
0.84313725490196079
,
0.18823529411764706
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0.15294117647058825
),
(
0.95686274509803926
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0.42745098039215684
,
0.2627450980392157
),
(
0.99215686274509807
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0.68235294117647061
,
0.38039215686274508
),
(
0.99607843137254903
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0.8784313725490196
,
0.56470588235294117
),
(
1.0
,
1.0
,
0.74901960784313726
),
(
0.8784313725490196
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0.95294117647058818
,
0.97254901960784312
),
(
0.6705882352941176
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0.85098039215686272
,
0.9137254901960784
),
(
0.45490196078431372
,
0.67843137254901964
,
0.81960784313725488
),
(
0.27058823529411763
,
0.45882352941176469
,
0.70588235294117652
),
(
0.19215686274509805
,
0.21176470588235294
,
0.58431372549019611
)
)
_RdYlGn_data
=
(
(
0.6470588235294118
,
0.0
,
0.14901960784313725
),
(
0.84313725490196079
,
0.18823529411764706
,
0.15294117647058825
),
(
0.95686274509803926
,
0.42745098039215684
,
0.2627450980392157
),
(
0.99215686274509807
,
0.68235294117647061
,
0.38039215686274508
),
(
0.99607843137254903
,
0.8784313725490196
,
0.54509803921568623
),
(
1.0
,
1.0
,
0.74901960784313726
),
(
0.85098039215686272
,
0.93725490196078431
,
0.54509803921568623
),
(
0.65098039215686276
,
0.85098039215686272
,
0.41568627450980394
),
(
0.4
,
0.74117647058823533
,
0.38823529411764707
),
(
0.10196078431372549
,
0.59607843137254901
,
0.31372549019607843
),
(
0.0
,
0.40784313725490196
,
0.21568627450980393
)
)
_Reds_data
=
(
(
1.0
,
0.96078431372549022
,
0.94117647058823528
),
(
0.99607843137254903
,
0.8784313725490196
,
0.82352941176470584
),
(
0.9882352941176471
,
0.73333333333333328
,
0.63137254901960782
),
(
0.9882352941176471
,
0.5725490196078431
,
0.44705882352941179
),
(
0.98431372549019602
,
0.41568627450980394
,
0.29019607843137257
),
(
0.93725490196078431
,
0.23137254901960785
,
0.17254901960784313
),
(
0.79607843137254897
,
0.094117647058823528
,
0.11372549019607843
),
(
0.6470588235294118
,
0.058823529411764705
,
0.08235294117647058
),
(
0.40392156862745099
,
0.0
,
0.05098039215686274
)
)
_Spectral_data
=
(
(
0.61960784313725492
,
0.003921568627450980
,
0.25882352941176473
),
(
0.83529411764705885
,
0.24313725490196078
,
0.30980392156862746
),
(
0.95686274509803926
,
0.42745098039215684
,
0.2627450980392157
),
(
0.99215686274509807
,
0.68235294117647061
,
0.38039215686274508
),
(
0.99607843137254903
,
0.8784313725490196
,
0.54509803921568623
),
(
1.0
,
1.0
,
0.74901960784313726
),
(
0.90196078431372551
,
0.96078431372549022
,
0.59607843137254901
),
(
0.6705882352941176
,
0.8666666666666667
,
0.64313725490196083
),
(
0.4
,
0.76078431372549016
,
0.6470588235294118
),
(
0.19607843137254902
,
0.53333333333333333
,
0.74117647058823533
),
(
0.36862745098039218
,
0.30980392156862746
,
0.63529411764705879
)
)
_YlGn_data
=
(
(
1.0
,
1.0
,
0.89803921568627454
),
(
0.96862745098039216
,
0.9882352941176471
,
0.72549019607843135
),
(
0.85098039215686272
,
0.94117647058823528
,
0.63921568627450975
),
(
0.67843137254901964
,
0.8666666666666667
,
0.55686274509803924
),
(
0.47058823529411764
,
0.77647058823529413
,
0.47450980392156861
),
(
0.25490196078431371
,
0.6705882352941176
,
0.36470588235294116
),
(
0.13725490196078433
,
0.51764705882352946
,
0.2627450980392157
),
(
0.0
,
0.40784313725490196
,
0.21568627450980393
),
(
0.0
,
0.27058823529411763
,
0.16078431372549021
)
)
_YlGnBu_data
=
(
(
1.0
,
1.0
,
0.85098039215686272
),
(
0.92941176470588238
,
0.97254901960784312
,
0.69411764705882351
),
(
0.7803921568627451
,
0.9137254901960784
,
0.70588235294117652
),
(
0.49803921568627452
,
0.80392156862745101
,
0.73333333333333328
),
(
0.25490196078431371
,
0.71372549019607845
,
0.7686274509803922
),
(
0.11372549019607843
,
0.56862745098039214
,
0.75294117647058822
),
(
0.13333333333333333
,
0.36862745098039218
,
0.6588235294117647
),
(
0.14509803921568629
,
0.20392156862745098
,
0.58039215686274515
),
(
0.03137254901960784
,
0.11372549019607843
,
0.34509803921568627
)
)
_YlOrBr_data
=
(
(
1.0
,
1.0
,
0.89803921568627454
),
(
1.0
,
0.96862745098039216
,
0.73725490196078436
),
(
0.99607843137254903
,
0.8901960784313725
,
0.56862745098039214
),
(
0.99607843137254903
,
0.7686274509803922
,
0.30980392156862746
),
(
0.99607843137254903
,
0.6
,
0.16078431372549021
),
(
0.92549019607843142
,
0.4392156862745098
,
0.07843137254901961
),
(
0.8
,
0.29803921568627451
,
0.00784313725490196
),
(
0.6
,
0.20392156862745098
,
0.01568627450980392
),
(
0.4
,
0.14509803921568629
,
0.02352941176470588
)
)
_YlOrRd_data
=
(
(
1.0
,
1.0
,
0.8
),
(
1.0
,
0.92941176470588238
,
0.62745098039215685
),
(
0.99607843137254903
,
0.85098039215686272
,
0.46274509803921571
),
(
0.99607843137254903
,
0.69803921568627447
,
0.29803921568627451
),
(
0.99215686274509807
,
0.55294117647058827
,
0.23529411764705882
),
(
0.9882352941176471
,
0.30588235294117649
,
0.16470588235294117
),
(
0.8901960784313725
,
0.10196078431372549
,
0.10980392156862745
),
(
0.74117647058823533
,
0.0
,
0.14901960784313725
),
(
0.50196078431372548
,
0.0
,
0.14901960784313725
)
)
# ColorBrewer's qualitative maps, implemented using ListedColormap
# for use with mpl.colors.NoNorm
_Accent_data
=
(
(
0.49803921568627452
,
0.78823529411764703
,
0.49803921568627452
),
(
0.74509803921568629
,
0.68235294117647061
,
0.83137254901960789
),
(
0.99215686274509807
,
0.75294117647058822
,
0.52549019607843139
),
(
1.0
,
1.0
,
0.6
),
(
0.2196078431372549
,
0.42352941176470588
,
0.69019607843137254
),
(
0.94117647058823528
,
0.00784313725490196
,
0.49803921568627452
),
(
0.74901960784313726
,
0.35686274509803922
,
0.09019607843137254
),
(
0.4
,
0.4
,
0.4
),
)
_Dark2_data
=
(
(
0.10588235294117647
,
0.61960784313725492
,
0.46666666666666667
),
(
0.85098039215686272
,
0.37254901960784315
,
0.00784313725490196
),
(
0.45882352941176469
,
0.4392156862745098
,
0.70196078431372544
),
(
0.90588235294117647
,
0.16078431372549021
,
0.54117647058823526
),
(
0.4
,
0.65098039215686276
,
0.11764705882352941
),
(
0.90196078431372551
,
0.6705882352941176
,
0.00784313725490196
),
(
0.65098039215686276
,
0.46274509803921571
,
0.11372549019607843
),
(
0.4
,
0.4
,
0.4
),
)
_Paired_data
=
(
(
0.65098039215686276
,
0.80784313725490198
,
0.8901960784313725
),
(
0.12156862745098039
,
0.47058823529411764
,
0.70588235294117652
),
(
0.69803921568627447
,
0.87450980392156863
,
0.54117647058823526
),
(
0.2
,
0.62745098039215685
,
0.17254901960784313
),
(
0.98431372549019602
,
0.60392156862745094
,
0.6
),
(
0.8901960784313725
,
0.10196078431372549
,
0.10980392156862745
),
(
0.99215686274509807
,
0.74901960784313726
,
0.43529411764705883
),
(
1.0
,
0.49803921568627452
,
0.0
),
(
0.792156862745098
,
0.69803921568627447
,
0.83921568627450982
),
(
0.41568627450980394
,
0.23921568627450981
,
0.60392156862745094
),
(
1.0
,
1.0
,
0.6
),
(
0.69411764705882351
,
0.34901960784313724
,
0.15686274509803921
),
)
_Pastel1_data
=
(
(
0.98431372549019602
,
0.70588235294117652
,
0.68235294117647061
),
(
0.70196078431372544
,
0.80392156862745101
,
0.8901960784313725
),
(
0.8
,
0.92156862745098034
,
0.77254901960784317
),
(
0.87058823529411766
,
0.79607843137254897
,
0.89411764705882357
),
(
0.99607843137254903
,
0.85098039215686272
,
0.65098039215686276
),
(
1.0
,
1.0
,
0.8
),
(
0.89803921568627454
,
0.84705882352941175
,
0.74117647058823533
),
(
0.99215686274509807
,
0.85490196078431369
,
0.92549019607843142
),
(
0.94901960784313721
,
0.94901960784313721
,
0.94901960784313721
),
)
_Pastel2_data
=
(
(
0.70196078431372544
,
0.88627450980392153
,
0.80392156862745101
),
(
0.99215686274509807
,
0.80392156862745101
,
0.67450980392156867
),
(
0.79607843137254897
,
0.83529411764705885
,
0.90980392156862744
),
(
0.95686274509803926
,
0.792156862745098
,
0.89411764705882357
),
(
0.90196078431372551
,
0.96078431372549022
,
0.78823529411764703
),
(
1.0
,
0.94901960784313721
,
0.68235294117647061
),
(
0.94509803921568625
,
0.88627450980392153
,
0.8
),
(
0.8
,
0.8
,
0.8
),
)
_Set1_data
=
(
(
0.89411764705882357
,
0.10196078431372549
,
0.10980392156862745
),
(
0.21568627450980393
,
0.49411764705882355
,
0.72156862745098038
),
(
0.30196078431372547
,
0.68627450980392157
,
0.29019607843137257
),
(
0.59607843137254901
,
0.30588235294117649
,
0.63921568627450975
),
(
1.0
,
0.49803921568627452
,
0.0
),
(
1.0
,
1.0
,
0.2
),
(
0.65098039215686276
,
0.33725490196078434
,
0.15686274509803921
),
(
0.96862745098039216
,
0.50588235294117645
,
0.74901960784313726
),
(
0.6
,
0.6
,
0.6
),
)
_Set2_data
=
(
(
0.4
,
0.76078431372549016
,
0.6470588235294118
),
(
0.9882352941176471
,
0.55294117647058827
,
0.3843137254901961
),
(
0.55294117647058827
,
0.62745098039215685
,
0.79607843137254897
),
(
0.90588235294117647
,
0.54117647058823526
,
0.76470588235294112
),
(
0.65098039215686276
,
0.84705882352941175
,
0.32941176470588235
),
(
1.0
,
0.85098039215686272
,
0.18431372549019609
),
(
0.89803921568627454
,
0.7686274509803922
,
0.58039215686274515
),
(
0.70196078431372544
,
0.70196078431372544
,
0.70196078431372544
),
)
_Set3_data
=
(
(
0.55294117647058827
,
0.82745098039215681
,
0.7803921568627451
),
(
1.0
,
1.0
,
0.70196078431372544
),
(
0.74509803921568629
,
0.72941176470588232
,
0.85490196078431369
),
(
0.98431372549019602
,
0.50196078431372548
,
0.44705882352941179
),
(
0.50196078431372548
,
0.69411764705882351
,
0.82745098039215681
),
(
0.99215686274509807
,
0.70588235294117652
,
0.3843137254901961
),
(
0.70196078431372544
,
0.87058823529411766
,
0.41176470588235292
),
(
0.9882352941176471
,
0.80392156862745101
,
0.89803921568627454
),
(
0.85098039215686272
,
0.85098039215686272
,
0.85098039215686272
),
(
0.73725490196078436
,
0.50196078431372548
,
0.74117647058823533
),
(
0.8
,
0.92156862745098034
,
0.77254901960784317
),
(
1.0
,
0.92941176470588238
,
0.43529411764705883
),
)
# The next 7 palettes are from the Yorick scientific visualization package,
# an evolution of the GIST package, both by David H. Munro.
# They are released under a BSD-like license (see LICENSE_YORICK in
# the license directory of the matplotlib source distribution).
#
# Most palette functions have been reduced to simple function descriptions
# by Reinier Heeres, since the rgb components were mostly straight lines.
# gist_earth_data and gist_ncar_data were simplified by a script and some
# manual effort.
_gist_earth_data
=
\
{
'red'
: (
(
0.0
,
0.0
,
0.0000
),
(
0.2824
,
0.1882
,
0.1882
),
(
0.4588
,
0.2714
,
0.2714
),
(
0.5490
,
0.4719
,
0.4719
),
(
0.6980
,
0.7176
,
0.7176
),
(
0.7882
,
0.7553
,
0.7553
),
(
1.0000
,
0.9922
,
0.9922
),
),
'green'
: (
(
0.0
,
0.0
,
0.0000
),
(
0.0275
,
0.0000
,
0.0000
),
(
0.1098
,
0.1893
,
0.1893
),
(
0.1647
,
0.3035
,
0.3035
),
(
0.2078
,
0.3841
,
0.3841
),
(
0.2824
,
0.5020
,
0.5020
),
(
0.5216
,
0.6397
,
0.6397
),
(
0.6980
,
0.7171
,
0.7171
),
(
0.7882
,
0.6392
,
0.6392
),
(
0.7922
,
0.6413
,
0.6413
),
(
0.8000
,
0.6447
,
0.6447
),
(
0.8078
,
0.6481
,
0.6481
),
(
0.8157
,
0.6549
,
0.6549
),
(
0.8667
,
0.6991
,
0.6991
),
(
0.8745
,
0.7103
,
0.7103
),
(
0.8824
,
0.7216
,
0.7216
),
(
0.8902
,
0.7323
,
0.7323
),
(
0.8980
,
0.7430
,
0.7430
),
(
0.9412
,
0.8275
,
0.8275
),
(
0.9569
,
0.8635
,
0.8635
),
(
0.9647
,
0.8816
,
0.8816
),
(
0.9961
,
0.9733
,
0.9733
),
(
1.0000
,
0.9843
,
0.9843
),
),
'blue'
: (
(
0.0
,
0.0
,
0.0000
),
(
0.0039
,
0.1684
,
0.1684
),
(
0.0078
,
0.2212
,
0.2212
),
(
0.0275
,
0.4329
,
0.4329
),
(
0.0314
,
0.4549
,
0.4549
),
(
0.2824
,
0.5004
,
0.5004
),
(
0.4667
,
0.2748
,
0.2748
),
(
0.5451
,
0.3205
,
0.3205
),
(
0.7843
,
0.3961
,
0.3961
),
(
0.8941
,
0.6651
,
0.6651
),
(
1.0000
,
0.9843
,
0.9843
),
)}
View remainder of file in raw view
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