def _lcg_presentation(self):
presentation = lcg.Presentation()
if self._vmargin == 0:
presentation.separator_margin = lcg.UMm(0)
else:
presentation.separator_margin = lcg.UFont(0.2)
return presentation
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see <http://www.gnu.org/licenses/>.
"""Default presentation file for Braille output."""
from __future__ import unicode_literals
import lcg
import os
braille_tables = {'en': ['en-us-g1.ctb'],
'en2': ['en-us-g2.ctb'],
'cs': ['cs-g1.ctb',
os.path.join(os.path.dirname(lcg.__file__),
'export/braille-tables/lcg.utb')],
'nemeth': ['nemeth.ctb']}
braille_hyphenation_tables = {'en': 'hyph_en_US.dic',
'cs': 'hyph_cs_CZ.dic'}
page_width = lcg.UFont(20)
page_height = lcg.UFont(10)
left_page_footer = lcg.Container((lcg.PageNumber(),
lcg.HSpace(lcg.UFont(3)),
lcg.PageHeading(),))
right_page_footer = lcg.Container((lcg.PageHeading(),
lcg.HSpace(lcg.UFont(3)),
lcg.PageNumber(),))
braille_math_rules = 'czech' # 'nemeth', 'czech'
import lcg
import os
braille_tables = {
'en': ['en-us-g1.ctb'],
'cs': [
'cs-g1.ctb',
os.path.join(os.path.dirname(lcg.__file__),
'export/braille-tables/lcg.utb')
],
'nemeth': ['nemeth.ctb']
}
braille_hyphenation_tables = {'en': 'hyph_en_US.dic', 'cs': 'hyph_cs_CZ.dic'}
braille_math_rules = 'nemeth' # 'nemeth', 'czech'
page_width = lcg.UFont(35)
page_height = lcg.UFont(29)
inner_margin = lcg.UFont(0)
outer_margin = lcg.UFont(0)
top_margin = lcg.UFont(0)
bottom_margin = lcg.UFont(0)
left_page_footer = lcg.Container((
lcg.PageNumber(),
lcg.TextContent(' '),
lcg.Container((lcg.PageHeading(), ),
halign=lcg.HorizontalAlignment.CENTER),
))
right_page_footer = lcg.Container((
lcg.Container((lcg.PageHeading(), ),
halign=lcg.HorizontalAlignment.CENTER),
def _lcg_presentation(self):
if self._vmargin == 0:
margin = lcg.UMm(0)
else:
margin = lcg.UFont(0.2)
return lcg.Presentation(separator_margin=margin)
def body(self):
spec = self._parameter(pytis.output.P_NAME)
parts = []
row = self._parameter((
spec,
pytis.output.P_ROW,
))
id_continent = row['id']
pcond = pd.EQ('continent', id_continent)
parts.append(pytis.output.Center(self._parameter('title')))
columns = (
pytis.output.Table.Column(
'Alpha-2',
lcg.UMm(10),
label_alignment=pytis.output.Table.Column.ALIGN_LEFT,
alignment=pytis.output.Table.Column.ALIGN_LEFT,
),
pytis.output.Table.Column(
'Alpha-3',
lcg.UMm(10),
label_alignment=pytis.output.Table.Column.ALIGN_LEFT,
alignment=pytis.output.Table.Column.ALIGN_LEFT,
),
pytis.output.Table.Column(
'Numeric',
lcg.UMm(10),
label_alignment=pytis.output.Table.Column.ALIGN_LEFT,
alignment=pytis.output.Table.Column.ALIGN_LEFT,
),
pytis.output.Table.Column(
'Continent',
lcg.UMm(10),
label_alignment=pytis.output.Table.Column.ALIGN_LEFT,
alignment=pytis.output.Table.Column.ALIGN_LEFT,
),
pytis.output.Table.Column(
'Short name',
lcg.UMm(60),
label_alignment=pytis.output.Table.Column.ALIGN_LEFT,
alignment=pytis.output.Table.Column.ALIGN_LEFT,
),
pytis.output.Table.Column(
'Full name',
lcg.UMm(70),
label_alignment=pytis.output.Table.Column.ALIGN_LEFT,
alignment=pytis.output.Table.Column.ALIGN_LEFT,
),
)
def data_table(condition):
def generator_init():
self._data.select(condition=condition)
def generator():
row = self._data.fetchone()
if row is None:
return None
id_ = row['id'].export()
id3 = row['id3'].export()
num = row['num'].export()
continent = row['continent'].export()
name = row['name'].export()
fullname = row['fullname'].export()
return (id_, id3, num, continent, name, fullname)
table = pytis.output.LongTable(columns,
generator,
row_generator_init=generator_init,
separator_height=1.2,
separator_margin=2)
return table
table_countries = data_table(pcond)
parts.append(pytis.output.VSpace(lcg.UFont(1)))
parts.append(pytis.output.f_smaller(table_countries))
return pytis.output.Document(pytis.output.Group(*parts, vertical=True))