60 lines
1.4 KiB
Python
60 lines
1.4 KiB
Python
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# 生成桩号
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import re
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import color
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line_gap = int(param("line_gap"))
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curve_gap = int(param("curve_gap"))
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with sheet("alignment_table"):
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if cell(3, 2).empty():
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print(f"{color.red}错误{color.nc}:缺少数据")
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start = cell(3, 3).value
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j = 4
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while not cell(j, 3).empty():
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j += 1
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end = cell(j - 1, 3).value
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align_table = [0] * 5
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list_label = ["ZH", "HY", "QZ", "YH", "HZ", ""]
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list_stake = []
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pos = start - (start % line_gap)
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with sheet("alignment_table"):
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row = 5
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while not cell(row, 13).empty():
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for k in range(13, 18):
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align_table[k - 13] = cell(row, k).value
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while pos + line_gap < align_table[0]:
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pos += line_gap
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list_stake.append([row, pos, 5])
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pos = align_table[0] - (align_table[0] % curve_gap)
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while pos + curve_gap < align_table[4]:
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pos += curve_gap
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list_stake.append([row, pos, 5])
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pos = align_table[4] - (align_table[4] % line_gap)
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for k in range(5):
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list_stake.append([row, align_table[k], k])
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row += 1
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while pos + line_gap < end:
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pos += line_gap
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list_stake.append([row, pos, 5])
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list_stake.append([row, end, 5])
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with sheet("coord_calc") as sheet_coord:
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for row in range(2, sheet_coord.row):
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for col in range(6):
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cell(row, col).clear()
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list_stake.sort()
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for row, stake in enumerate(list_stake):
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row += 2
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cell(row, 0).text = list_label[stake[2]]
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cell(row, 1).value = stake[1]
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sheet_coord.fit_content()
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