1215d7270f
Make the hands in the font zero-width; now the clock *without* filled face is independent of font size. The clock *with* filled face is not. Its elements (face, hands) have to be in a specific order (hands must come after face), the face would obscure the hands if it's the other way around. But since the font has zero-width for the hands, not the face (and this makes the most sense), the filled-face clock still relies on a hardcoded offset (as before, 27 units are subtracted to move the hands, but now that the hands are zero-width, we add them back after emitting the hands, to have the rest of the bar in the correct position). So I think that the hands will be off-center if you change font size (haven't tested that), but even in that case it will be less messy now. Likewise for the battery icon. In truth, I made the font adjustments a few months ago, and had better done it in a different way: make the clock faces zero-width, make the minute hand non-zero-width, and make everything about the battery icon zero-width and add a separate, transparant "battery width" glyph. I might fix that later.
92 lines
2.5 KiB
Python
Executable file
92 lines
2.5 KiB
Python
Executable file
#!/usr/bin/env python3
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import sys
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from datetime import datetime
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import time
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import pytz
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FILL_CLOCK_FACE = False
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try:
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# if len(sys.argv) < 3:
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# print("Usage: {scriptname} timezone_left timezone_right".format(scriptname=sys.argv[0]), file=sys.stderr)
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# exit(1)
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# try:
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# tzleft = pytz.timezone(sys.argv[1])
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# tzright = pytz.timezone(sys.argv[2])
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# except pytz.exceptions.UnknownTimeZoneError as e:
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# print('Unknown time zone "{}"'.format(e.args[0]), file=sys.stderr)
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# exit(1)
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hourhands = ""
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minutehands = ""
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def face_for(t):
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minute = minutehands[ t.minute // 5 ]
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hour = hourhands [ t.hour % 12 ]
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if FILL_CLOCK_FACE:
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return "%{O1}%{T8}" + color_for(t) + "%{O-27}%{F#000}" + hour + minute + "%{O27}" + "%{T-}%{F}"
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else:
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return "%{O1}%{T8}" + color_for(t) + hour + minute + "%{T-}%{F}"
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def color_for(t):
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if t.hour < 5 or t.hour > 22:
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return "%{F#888}"
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elif t.hour < 10:
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return "%{F#DB9}"
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elif t.hour < 14:
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return "%{F#DDB}"
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elif t.hour < 19:
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return "%{F#DDD}"
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else:
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return "%{F#D9B}"
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while True:
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utcnow = datetime.now(tz=pytz.utc)
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localnow = datetime.now()
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# leftnow = utcnow.astimezone(tzleft )
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# rightnow = utcnow.astimezone(tzright)
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localcolor = color_for(localnow)
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khal_link = lambda x: "%{A1:i3-sensible-terminal -x khal interactive &:}" + x + "%{A}"
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clock_link = lambda x, args: "%{A1:i3-sensible-terminal -x tty-clock -cC3 " + args + " &:}" + x + "%{A}"
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print(
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khal_link(
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localcolor +
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localnow.strftime("%A") +
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"%{F} "
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) +
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# face_for(leftnow) +
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clock_link(" %{T4}" + localcolor + localnow.strftime("%H") + "%{F}", "") +
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clock_link("%{O2}%{T8}" + face_for(localnow), "-D") +
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clock_link("%{O2}%{T4}" + localcolor + localnow.strftime("%M") + "%{T-}%{F} ", "-s") +
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# face_for(rightnow) + " " +
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khal_link(
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" " +
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localcolor +
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localnow.strftime("%d %b") +
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"%{F}"
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),
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flush = True
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)
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delay = 60 - localnow.second - (localnow.microsecond * 10e-7)
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time.sleep(delay)
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except Exception as e:
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print(e, file=sys.stderr)
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