ac_display_options['vmin'] = data_act.min()
ac_display_options['vmax'] = data_act.max()
# Marks
mx = Mark(20, {'color': 'r'})
marks = []
views = []
for i in range(10):
mz = Mark(i * 3 + 3, {'color': 'b'})
marks.append(mz)
ax = fig.add_axes([0.14 * (i % 5), 0.55 * (1 - i / 5), 0.13, 0.45])
ax.axis('off')
vz = ImshowView(ax, data, ['h', '-v', mz], display_options)
vz.add_layer(data_act, ['h', '-v', mz], display_options=ac_display_options)
views.append(vz)
vz.add_hmark(mx)
# Main figure
ax_z = fig.add_axes([0.7, 0., 0.3, 1.])
ax_z.axis('off')
vx = ImshowView(ax_z, data, [mx, 'h', '-v'], display_options)
vx.add_layer(data_act, [mx, 'h', '-v'], display_options=ac_display_options)
for m in marks:
vx.add_vmark(m)
vx.draw()
for v in views:
v.draw()
pl.show()
vz2 = ImshowView(ax_t2, bg, ['h', '-v', mz2], display_options)
vz2.add_layer(maps, [cov2, 'h', '-v', mz2], ac_display_options)
vz2.add_hmark(mx2)
vz2.add_vmark(my2)
cov_display_options = {}
cov_display_options['interpolation'] = 'nearest'
cov_display_options['cmap'] = pl.cm.RdBu
cov_display_options['vmax'] = 1.
cov_display_options['vmin'] = -1.
vcov = MatshowView(ax_cov, -cov_mat, ['h', 'v'], cov_display_options)
vcov.add_hmark(cov2)
vcov.add_vmark(cov1)
vseries = PlotView(ax_series, time_series, [cov1, 'h'], {'color': 'b'})
ax_series.set_ylim(time_series.min(), time_series.max())
vseries.add_layer(time_series, [cov2, 'h'], {'color': 'r'})
vx1.draw()
vy1.draw()
vz1.draw()
vx2.draw()
vy2.draw()
vz2.draw()
vcov.draw()
vseries.draw()
pl.show()
vz2.add_layer(maps, [cov2, 'h', '-v', mz2], ac_display_options)
vz2.add_hmark(mx2)
vz2.add_vmark(my2)
cov_display_options = {}
cov_display_options['interpolation'] = 'nearest'
cov_display_options['cmap'] = pl.cm.RdBu
cov_display_options['vmax'] = 1.
cov_display_options['vmin'] = -1.
vcov = MatshowView(ax_cov, -cov_mat, ['h', 'v'], cov_display_options)
vcov.add_hmark(cov2)
vcov.add_vmark(cov1)
vseries = PlotView(ax_series,
time_series, [cov1, 'h'], {'color': 'b'},
autoscale=True)
ax_series.set_ylim(time_series.min(), time_series.max())
vseries.add_layer(time_series, [cov2, 'h'], {'color': 'r'})
vx1.draw()
vy1.draw()
vz1.draw()
vx2.draw()
vy2.draw()
vz2.draw()
vcov.draw()
vseries.draw()
pl.show()
ac_display_options['vmin'] = data_act.min()
ac_display_options['vmax'] = data_act.max()
# Marks
mx = Mark(20, {'color': 'r'})
marks = []
views = []
for i in range(10):
mz = Mark(i * 3 + 3, {'color': 'b'})
marks.append(mz)
ax = fig.add_axes([0.14 * (i % 5), 0.55 * (1 - i / 5), 0.13, 0.45])
ax.axis('off')
vz = ImshowView(ax, data, ['h', '-v', mz], display_options)
vz.add_layer(data_act, ['h', '-v', mz], display_options=ac_display_options)
views.append(vz)
vz.add_hmark(mx)
# Main figure
ax_z = fig.add_axes([0.7, 0., 0.3, 1.])
ax_z.axis('off')
vx = ImshowView(ax_z, data, [mx, 'h', '-v'], display_options)
vx.add_layer(data_act, [mx, 'h', '-v'], display_options=ac_display_options)
for m in marks:
vx.add_vmark(m)
vx.draw()
for v in views:
v.draw()
pl.show()
vx.add_hmark(my)
vx.add_vmark(mz)
vy = ImshowView(ax_y, data, ['h', my, '-v', mn], display_options)
vy.add_hmark(mx)
vy.add_vmark(mz)
vz = ImshowView(ax_z, data, ['h', '-v', mz, mn], display_options)
vz.add_hmark(mx)
vz.add_vmark(my)
vn = PlotView(ax_n, data, [mx, my, mz, 'h'], {'color': 'gray'})
pl.ylim(0, np.max(data))
vn.add_hmark(mn)
ac_display_options = {}
ac_display_options['interpolation'] = 'nearest'
ac_display_options['cmap'] = pl.cm.autumn
vx.add_layer(data_act, [mx, 'h', '-v', mn], display_options=ac_display_options)
vy.add_layer(data_act, ['h', my, '-v', mn], display_options=ac_display_options)
vz.add_layer(data_act, ['h', '-v', mz, mn], display_options=ac_display_options)
vn.add_layer(data_act, [mx, my, mz, 'h'], display_options={'color': 'r'})
vx.draw()
vy.draw()
vz.draw()
vn.draw()
pl.show()
ax_x.axis('off')
ax_y.axis('off')
ax_z.axis('off')
# Views
vx = ImshowView(ax_x, data, [mx, 'h', '-v', mn], display_options)
vx.add_hmark(my)
vx.add_vmark(mz)
vy = ImshowView(ax_y, data, ['h', my, '-v', mn], display_options)
vy.add_hmark(mx)
vy.add_vmark(mz)
vz = ImshowView(ax_z, data, ['h', '-v', mz, mn], display_options)
vz.add_hmark(mx)
vz.add_vmark(my)
vn = PlotView(ax_n, data, [mx, my, mz, 'h'], {'color': 'gray'})
pl.ylim(np.min(data), 8000.)
vn.add_hmark(mn)
print np.max(data)
vx.draw()
vy.draw()
vz.draw()
vn.draw()
pl.show()
