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@@ -273,7 +273,7 b' def _getpaddingline(echars, idx, ncols, ' | |||||
273 | # | | | | | | |
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273 | # | | | | | | | |
274 | line.extend(echars[idx * 2:(idx + 1) * 2]) |
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274 | line.extend(echars[idx * 2:(idx + 1) * 2]) | |
275 | else: |
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275 | else: | |
276 |
line.extend(' |
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276 | line.extend([' ', ' ']) | |
277 | # all edges to the right of the current node |
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277 | # all edges to the right of the current node | |
278 | remainder = ncols - idx - 1 |
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278 | remainder = ncols - idx - 1 | |
279 | if remainder > 0: |
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279 | if remainder > 0: | |
@@ -410,14 +410,17 b' def ascii(ui, state, type, char, text, c' | |||||
410 | # shift_interline is the line containing the non-vertical |
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410 | # shift_interline is the line containing the non-vertical | |
411 | # edges between this entry and the next |
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411 | # edges between this entry and the next | |
412 | shift_interline = echars[:idx * 2] |
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412 | shift_interline = echars[:idx * 2] | |
413 | shift_interline.extend(' ' * (2 + coldiff)) |
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413 | for i in xrange(2 + coldiff): | |
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414 | shift_interline.append(' ') | |||
414 | count = ncols - idx - 1 |
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415 | count = ncols - idx - 1 | |
415 | if coldiff == -1: |
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416 | if coldiff == -1: | |
416 | shift_interline.extend('/ ' * count) |
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417 | for i in xrange(count): | |
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418 | shift_interline.extend(['/', ' ']) | |||
417 | elif coldiff == 0: |
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419 | elif coldiff == 0: | |
418 | shift_interline.extend(echars[(idx + 1) * 2:ncols * 2]) |
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420 | shift_interline.extend(echars[(idx + 1) * 2:ncols * 2]) | |
419 | else: |
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421 | else: | |
420 | shift_interline.extend(r'\ ' * count) |
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422 | for i in xrange(count): | |
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423 | shift_interline.extend(['\\', ' ']) | |||
421 |
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424 | |||
422 | # draw edges from the current node to its parents |
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425 | # draw edges from the current node to its parents | |
423 | _drawedges(echars, edges, nodeline, shift_interline) |
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426 | _drawedges(echars, edges, nodeline, shift_interline) |
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