def test_fill_html_template():
fsaverage = fetch_surf_fsaverage()
mesh = surface.load_surf_mesh(fsaverage['pial_right'])
surf_map = mesh[0][:, 0]
img = _get_img()
info = html_surface.one_mesh_info(
surf_map, fsaverage['pial_right'], '90%', black_bg=True,
bg_map=fsaverage['sulc_right'])
html = html_surface._fill_html_template(info, embed_js=False)
check_html(html)
assert "jquery.min.js" in html.html
info = html_surface.full_brain_info(img)
html = html_surface._fill_html_template(info)
check_html(html)
assert "* plotly.js (gl3d - minified) v1.38.3" in html.html
def test_fill_html_template():
fsaverage = fetch_surf_fsaverage()
mesh = surface.load_surf_mesh(fsaverage['pial_right'])
surf_map = mesh[0][:, 0]
img = _get_img()
info = html_surface.one_mesh_info(
surf_map, fsaverage['pial_right'], '90%', black_bg=True,
bg_map=fsaverage['sulc_right'])
html = html_surface._fill_html_template(info, embed_js=False)
check_html(html)
assert "jquery.min.js" in html.html
info = html_surface.full_brain_info(img)
html = html_surface._fill_html_template(info)
check_html(html)
assert "* plotly.js (gl3d - minified) v1.38.3" in html.html
def test_one_mesh_info():
fsaverage = fetch_surf_fsaverage()
mesh = surface.load_surf_mesh(fsaverage['pial_right'])
surf_map = mesh[0][:, 0]
info = html_surface.one_mesh_info(
surf_map, fsaverage['pial_right'], '90%', black_bg=True,
bg_map=fsaverage['sulc_right'])
assert {'_x', '_y', '_z', '_i', '_j', '_k'}.issubset(
info['inflated_left'].keys())
assert len(decode(
info['inflated_left']['_x'], '<f4')) == len(surf_map)
assert len(info['vertexcolor_left']) == len(surf_map)
cmax = np.max(np.abs(surf_map))
assert (info['cmin'], info['cmax']) == (-cmax, cmax)
assert type(info['cmax']) == float
json.dumps(info)
assert info['black_bg']
assert not info['full_brain_mesh']
check_colors(info['colorscale'])
def test_one_mesh_info():
fsaverage = fetch_surf_fsaverage()
mesh = surface.load_surf_mesh(fsaverage['pial_right'])
surf_map = mesh[0][:, 0]
info = html_surface.one_mesh_info(
surf_map, fsaverage['pial_right'], '90%', black_bg=True,
bg_map=fsaverage['sulc_right'])
assert {'_x', '_y', '_z', '_i', '_j', '_k'}.issubset(
info['inflated_left'].keys())
assert len(decode(
info['inflated_left']['_x'], '<f4')) == len(surf_map)
assert len(info['vertexcolor_left']) == len(surf_map)
cmax = np.max(np.abs(surf_map))
assert (info['cmin'], info['cmax']) == (-cmax, cmax)
assert type(info['cmax']) == float
json.dumps(info)
assert info['black_bg']
assert not info['full_brain_mesh']
check_colors(info['colorscale'])