def _str_to_dict(p_string):
pri_colors_dict = dict()
for pri_color in p_string.split(','):
pri, color = pri_color.split(':')
pri_colors_dict[pri] = Color(color)
return pri_colors_dict
def priority_color(self, p_priority):
"""
Returns a dict with priorities as keys and color numbers as value.
"""
def _str_to_dict(p_string):
pri_colors_dict = dict()
for pri_color in p_string.split(','):
pri, color = pri_color.split(':')
pri_colors_dict[pri] = Color(color)
return pri_colors_dict
try:
pri_colors_str = self.cp.get('colorscheme', 'priority_colors')
if pri_colors_str == '':
pri_colors_dict = _str_to_dict('A:-1,B:-1,C:-1')
else:
pri_colors_dict = _str_to_dict(pri_colors_str)
except ValueError:
pri_colors_dict = _str_to_dict(
self.defaults['colorscheme']['priority_colors'])
return pri_colors_dict[
p_priority] if p_priority in pri_colors_dict else Color('NEUTRAL')
def metadata_color(self):
try:
return Color(self.cp.getint('colorscheme', 'metadata_color'))
except ValueError:
return Color(self.cp.get('colorscheme', 'metadata_color'))
def context_color(self):
try:
return Color(self.cp.getint('colorscheme', 'context_color'))
except ValueError:
return Color(self.cp.get('colorscheme', 'context_color'))
def project_color(self):
try:
return Color(self.cp.getint('colorscheme', 'project_color'))
except ValueError:
return Color(self.cp.get('colorscheme', 'project_color'))
def progress_color(p_todo):
color16_range = [
2, # green
10, # light green
3, # yellow
1, # red
]
# https://commons.wikimedia.org/wiki/File:Xterm_256color_chart.svg
# a gradient from green to yellow to red
color256_range = \
[22, 28, 34, 40, 46, 82, 118, 154, 190, 226, 220, 214, 208, 202, 196]
def get_length():
"""
Returns the length of the p_todo item in days, based on the recurrence
period + due date, or the start/due date.
"""
result = 0
def diff_days(p_start, p_end):
"""
Returns the difference in days between p_start and p_end, where
start is before due.
"""
diff = p_end - p_start
return diff.days
does_recur = p_todo.has_tag('rec')
start_date = p_todo.start_date()
due_date = p_todo.due_date()
creation_date = p_todo.creation_date()
if does_recur and due_date and not start_date:
# add negation, offset is based on due date
recurrence_pattern = p_todo.tag_value('rec')
neg_recurrence_pattern = re.sub('^\+?', '-', recurrence_pattern)
start = relative_date_to_date(neg_recurrence_pattern, due_date)
result = diff_days(start, due_date)
elif due_date and not start_date and not creation_date:
result = ASSUMED_TODO_LENGTH
elif due_date and start_date and due_date < start_date:
result = ASSUMED_TODO_LENGTH
elif due_date and not start_date and creation_date and due_date < creation_date:
result = ASSUMED_TODO_LENGTH
else:
result = p_todo.length()
# a todo item is at least one day long
return max(1, result)
def get_progress(p_todo, p_consider_parents=True):
"""
Returns a value from 0 to 1 where we are today in a date range. Returns
a value >1 when a todo item is overdue.
"""
def progress_of_parents():
try:
parents = p_todo.parents()
except AttributeError:
parents = []
if parents:
return max(get_progress(parent, False) for parent in parents)
else:
return 0
if p_todo.is_completed():
return 0
elif p_todo.is_overdue():
return 1.1
elif p_todo.due_date():
days_till_due = p_todo.days_till_due()
length = get_length()
return max((length - days_till_due), 0) / length
elif p_consider_parents:
return progress_of_parents()
else:
return 0
use_256_colors = config().colors() == 256
color_range = color256_range if use_256_colors else color16_range
progress = get_progress(p_todo)
# TODO: remove linear scale to exponential scale
if progress > 1:
# overdue, return the last color
return Color(color_range[-1])
elif p_todo.is_completed():
# return grey
return Color(243) if use_256_colors else Color(7)
else:
# not overdue, calculate position over color range excl. due date
# color
pos = round(progress * (len(color_range) - 2))
return Color(color_range[pos])
def test_neutral_color(self):
color = Color('NEUTRAL')
self.assertEqual(color.as_ansi(), NEUTRAL_COLOR)
def test_neutral_color(self):
color = Color('NEUTRAL')
self.assertEqual(color.as_ansi(), NEUTRAL_COLOR)
