import io
# Reformat table_color as dict of tuples
dict_colors = {
'yellow_light' : ('#BF8F00', '2px solid #BF8F00', '#FFF2CC', '#FFFFFF'),
'grey_light' : ('#808080', '2px solid #808080', '#EDEDED', '#FFFFFF'),
'blue_light' : ('#305496', '2px solid #305496', '#D9E1F2', '#FFFFFF'),
'orange_light' : ('#C65911', '2px solid #C65911', '#FCE4D6', '#FFFFFF'),
'green_light' : ('#548235', '2px solid #548235', '#E2EFDA', '#FFFFFF'),
'red_light' : ('#823535', '2px solid #823535', '#efdada', '#FFFFFF'),
'yellow_dark' : ('#FFFFFF', '2px solid #BF8F00', '#FFF2CC', '#BF8F00'),
'grey_dark' : ('#FFFFFF', '2px solid #808080', '#EDEDED', '#808080'),
'blue_dark': ('#FFFFFF', '2px solid #305496', '#D9E1F2', '#305496'),
'orange_dark' : ('#FFFFFF', '2px solid #C65911', '#FCE4D6', '#C65911'),
'green_dark' : ('#FFFFFF', '2px solid #548235', '#E2EFDA', '#548235'),
'red_dark' : ('#FFFFFF', '2px solid #823535', '#efdada', '#823535')
}
def build_table(
df,
color,
font_size='medium',
font_family='Century Gothic, sans-serif',
text_align='left',
width='auto',
index=False,
even_color='black',
even_bg_color='white',
odd_bg_color=None,
border_bottom_color=None,
escape=True,
width_dict=[],
padding="0px 20px 0px 0px",
float_format=None,
conditions={}):
if df.empty:
return ''
# Set color
color, border_bottom, odd_background_color, header_background_color = dict_colors[color]
if odd_bg_color:
odd_background_color = odd_bg_color
if border_bottom_color:
border_bottom = border_bottom_color
a = 0
while a != len(df):
if a == 0:
df_html_output = df.iloc[[a]].to_html(
na_rep="",
index=index,
border=0,
escape=escape,
float_format=float_format,
)
# change format of header
if index:
df_html_output = df_html_output.replace('| '
,' | ', len(df.columns)+1)
df_html_output = df_html_output.replace(' | '
,' | ')
else:
df_html_output = df_html_output.replace(' | '
,' | ')
#change format of table
df_html_output = df_html_output.replace(' | '
,' | ')
body = """ """ + format(df_html_output)
a = 1
elif a % 2 == 0:
df_html_output = df.iloc[[a]].to_html(na_rep = "", index = index, header = False, escape=escape)
# change format of index
df_html_output = df_html_output.replace(' | '
,' | ')
#change format of table
df_html_output = df_html_output.replace(' | '
,' | ')
body = body + format(df_html_output)
a += 1
elif a % 2 != 0:
df_html_output = df.iloc[[a]].to_html(na_rep = "", index = index, header = False, escape=escape)
# change format of index
df_html_output = df_html_output.replace(' | '
,' | ')
#change format of table
df_html_output = df_html_output.replace(' | '
,' | ')
body = body + format(df_html_output)
a += 1
body = body + """"""
body = body.replace(""" |
""","""
""")
if conditions:
for k in conditions.keys():
try:
conditions[k]['index'] = list(df.columns).index(k)
width_body = ''
w = 0
for line in io.StringIO(body):
updated_body = False
if w == conditions[k]['index']:
try:
if int(repr(line).split('>')[1].split('<')[0]) < conditions[k]['min']:
if 'color: black' in repr(line):
width_body = width_body + repr(line).replace("color: black", 'color: ' + conditions[k]['min_color'])[1:]
elif 'color: white' in repr(line):
width_body = width_body + repr(line).replace("color: white", 'color: ' + conditions[k]['min_color'])[1:]
else:
width_body = width_body + repr(line).replace('">', '; color: ' + conditions[k]['min_color'] + '">')[1:]
updated_body = True
elif int(repr(line).split('>')[1].split('<')[0]) > conditions[k]['max']:
if 'color: black' in repr(line):
width_body = width_body + repr(line).replace("color: black", 'color: ' + conditions[k]['max_color'])[1:]
elif 'color: white' in repr(line):
width_body = width_body + repr(line).replace("color: white", 'color: ' + conditions[k]['max_color'])[1:]
else:
width_body = width_body + repr(line).replace('">', '; color: ' + conditions[k]['max_color'] + '">')[1:]
updated_body = True
except:
pass
if not updated_body:
width_body = width_body + repr(line)[1:]
if str(repr(line))[:10] == "'