xlim = pkws.lineplot_xlim, ylim = params.gain_lim)
util.labels(ax_e, pkws.labels.unit_distance, pkws.labels.effective_gain)
"""
# panel f
ax_f = fig.add_subplot(gs[0, 0])
behavior.bhv_plot(bhv_focl_data,
bhv_dist_data,
bar1=0.69,
bar2=0.87,
ax=ax_f,
yrng=pkws.bhv_yrng,
pal=pkws.pal_bhv,
jitter=0.03,
bootstrap_n=1000,
pkws=pkws,
trim_axes=True,
offset_axes=5,
yticks=(0.55, 0.95))
util.legend(fig,
ax_f, [pkws.labels.gaussian_model] + params.bhv_labels,
pkws.pal_bhv,
inset=pkws.legend_inset,
inset_y=0,
left=True,
pkws=pkws)
util.axis_expand(ax_f, L=-0.06, B=-0.11, R=0.01, T=0.1)
# save
plt.savefig(params.output, transparent=True)
)
ax_e = fig.add_subplot(gs[0, 0])
lineplots.lineplot(lineplots.gain_file_iterator(lp_dists,
sgain_focl, (0, 4, 0),
gain_comp=sgain_comp),
ax_e,
line_span=pkws.lineplot_span,
rad=30,
pal=pkws.pal_b,
xlim=(0, 180),
ylim=params.gain_lim,
pkws=pkws)
util.labels(ax_e,
pkws.labels.unit_distance,
pkws.labels.effective_gain,
pkws=pkws)
util.legend(fig,
ax_e,
pkws.labels.beta,
pkws.pal_b,
inset=pkws.legend_inset,
pkws=pkws)
ax_e.set_yticks([1, params.gain_lim[1]])
ax_e.set_xticks([0, 150])
sns.despine(ax=ax_e, trim=True, offset=5)
util.axis_expand(ax_e, L=-0.07, B=-0.1, R=0.1, T=0.05)
# save
plt.savefig(params.output, transparent=True)
label_vofs=-0.04)
# panel c : single axis
ax_c = fig.add_subplot(gs[1, 1])
lineplots.lineplot(lineplots.rf_file_iterator('shift',
lp_dists,
lp_att_ells, (0, 4, 0),
comp_ells=lp_comp_ells),
ax_c,
line_span=30,
rad=30,
pal=pkws.pal_b,
xlim=(0, 180),
ylim=params.shift_lim)
util.labels(ax_c, pkws.labels.unit_distance, pkws.labels.rf_shift)
util.legend(fig, ax_c, pkws.labels.beta, pkws.pal_b, inset=pkws.legend_inset)
# panel d : single axis
ax_d = fig.add_subplot(gs[1, 2])
lineplots.lineplot(lineplots.rf_file_iterator('size',
lp_dists,
lp_att_ells, (0, 4, 0),
comp_ells=lp_comp_ells),
ax_d,
line_span=30,
rad=30,
pal=pkws.pal_b,
xlim=(0, 180),
ylim=params.size_lim)
util.labels(ax_d, pkws.labels.unit_distance, pkws.labels.rf_size)
# fig, ax_d, size_map, ticks = params.size_lim + (1,),
# label = pkws.labels.rf_size, label_vofs = -0.03)
# panel c : single axis
ax_c = fig.add_subplot(gs[1,1])
lineplots.lineplot(
lineplots.rf_file_iterator(
'shift', lp_dists, lp_att_ells, (0,4,0),
comp_ells = lp_comp_ells),
ax_c,
line_span = 30, rad = 30, pal = pkws.pal_b,
xlim = (0, 180), ylim = params.shift_lim)
util.labels(ax_c, pkws.labels.unit_distance, pkws.labels.rf_shift)
util.legend(
fig, ax_c, pkws.labels.beta, pkws.pal_b,
inset = pkws.legend_inset)
# panel d : single axis
ax_d = fig.add_subplot(gs[1,2])
lineplots.lineplot(
lineplots.rf_file_iterator(
'size', lp_dists, lp_att_ells, (0,4,0),
comp_ells = lp_comp_ells),
ax_d,
line_span = 30, rad = 30, pal = pkws.pal_b,
xlim = (0, 180), ylim = params.size_lim)
util.labels(ax_d, pkws.labels.unit_distance, pkws.labels.rf_size)
fig, ax_c, r2_mappable, ticks = [0.6, 1.],
label = pkws.labels.feature_r2,)
# ---------------- middle row ----
# panel d
ax_d = fig.add_subplot(gs[1, 0])
lineplots.lineplot(
lineplots.rf_layer_iterator(
'shift', lp_dists, lp_att_ells[params.layer_plot_file]),
ax_d,
line_span = pkws.lineplot_span, rad = 30, pal = pkws.pal_l,
xlim = pkws.layerplot_xlim, ylim = params.shift_lim)
util.labels(ax_d, pkws.labels.unit_distance, pkws.labels.rf_shift)
util.legend(fig, ax_d, pkws.labels.layer, pkws.pal_l, inset = 0.08)
# panel e
ax_e = fig.add_subplot(gs[1, 1])
lineplots.lineplot(
lineplots.rf_layer_iterator(
'size', lp_dists, lp_att_ells[params.layer_plot_file]),
ax_e,
line_span = pkws.lineplot_span, rad = 30, pal = pkws.pal_l,
xlim = pkws.layerplot_xlim, ylim = params.size_lim) #ylim = pkws.small_size_ylim
util.labels(ax_e, pkws.labels.unit_distance, pkws.labels.rf_size)
# panel f
gs_f = gs[1,2].subgridspec(4, 2, **pkws.mini_gridspec,
width_ratios = [2, 1])
ax_f = np.array([fig.add_subplot(gs_f[i, 1]) for i in range(4)])