def build_matrix(cls, vnames, matrix, latex_map=None):
"""build latex correlation matrix"""
# ret_link = '<a onclick="$(\'#%s\').toggle()" href="#">Show Latex</a>'%uid
headers = [''] + list(vnames)
data = []
color = {}
for i, v1 in enumerate(vnames):
tmp = [v1]
for j, v2 in enumerate(vnames):
m = matrix[i][j]
tmp.append(m)
color[(i + 1, j + 1)] = Gradient.color_for(abs(m))
# +1 for header on the side and top
data.append(tmp)
table = LatexTable(headers=headers, data=data, rotate_header=True,
latex_map=latex_map)
table.float_format = '%3.2f'
for (i, j), c in color.items():
table.set_cell_color(i, j, c)
return table
def build_matrix(cls, vnames, matrix, latex_map=None):
"""build latex correlation matrix"""
# ret_link = '<a onclick="$(\'#%s\').toggle()" href="#">Show Latex</a>'%uid
headers = [''] + list(vnames)
data = []
color = {}
for i, v1 in enumerate(vnames):
tmp = [v1]
for j, v2 in enumerate(vnames):
m = matrix[i][j]
tmp.append(m)
color[(i + 1, j + 1)] = Gradient.color_for(abs(m))
# +1 for header on the side and top
data.append(tmp)
table = LatexTable(headers=headers, data=data, rotate_header=True,
latex_map=latex_map)
table.float_format = '%.2g'
for (i, j), c in color.items():
table.set_cell_color(i, j, c)
return table
