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@@ -1,5 +1,5 @@
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from pdfminer.pdfinterp import PDFGraphicState, PDFResourceManager
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-from pdfminer.pdffont import PDFFont, PDFCIDFont
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+from pdfminer.pdffont import PDFCIDFont
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from pdfminer.converter import PDFConverter
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from pdfminer.pdffont import PDFUnicodeNotDefined
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from pdfminer.utils import apply_matrix_pt, mult_matrix
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@@ -105,13 +105,12 @@ class PDFConverterEx(PDFConverter):
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class Paragraph:
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- def __init__(self, y, x, x0, x1, size, font, brk):
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+ def __init__(self, y, x, x0, x1, size, brk):
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self.y: float = y # 初始纵坐标
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self.x: float = x # 初始横坐标
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self.x0: float = x0 # 左边界
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self.x1: float = x1 # 右边界
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self.size: float = size # 字体大小
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- self.font: PDFFont = font # 字体
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self.brk: bool = brk # 换行标记
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@@ -258,21 +257,14 @@ class TranslateConverter(PDFConverterEx):
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pstk[-1].brk = True
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else: # 根据当前字符构建一个新的段落
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sstk.append("")
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- pstk.append(Paragraph(child.y0, child.x0, child.x0, child.x0, child.size, child.font, False))
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+ pstk.append(Paragraph(child.y0, child.x0, child.x0, child.x0, child.size, False))
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if not cur_v: # 文字入栈
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if ( # 根据当前字符修正段落属性
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child.size > pstk[-1].size / 0.79 # 1. 当前字符显著比段落字体大
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or len(sstk[-1].strip()) == 1 # 2. 当前字符为段落第二个文字（考虑首字母放大的情况）
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- or vflag(pstk[-1].font.fontname, "") # 3. 段落字体为公式字体
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- or re.match( # 4. 段落字体为粗体
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- r"(.*Medi|.*Bold)",
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- pstk[-1].font.fontname,
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- re.IGNORECASE,
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- )
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):
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pstk[-1].y -= child.size - pstk[-1].size # hack 这个段落纵向位置的修正有问题，不过先凑合用吧
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pstk[-1].size = child.size
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- pstk[-1].font = child.font
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sstk[-1] += child.get_text()
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else: # 公式入栈
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if ( # 根据公式左侧的文字修正公式的纵向偏移
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@@ -358,18 +350,17 @@ class TranslateConverter(PDFConverterEx):
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_x, _y = 0, 0
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for id, new in enumerate(news):
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x: float = pstk[id].x # 段落初始横坐标
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- y: float = pstk[id].y # 段落上边界
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+ y: float = pstk[id].y # 段落初始纵坐标
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x0: float = pstk[id].x0 # 段落左边界
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x1: float = pstk[id].x1 # 段落右边界
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size: float = pstk[id].size # 段落字体大小
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- font: PDFFont = pstk[id].font # 段落字体
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- brk: bool = pstk[id].brk # 段落属性
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+ brk: bool = pstk[id].brk # 段落换行标记
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cstk: str = "" # 当前文字栈
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- fcur: str = None # 当前字体ID
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+ fcur: str = None # 当前字体 ID
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tx = x
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fcur_ = fcur
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ptr = 0
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- log.debug(f"< {y} {x} {x0} {x1} {size} {font.fontname} {brk} > {sstk[id]} | {new}")
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+ log.debug(f"< {y} {x} {x0} {x1} {size} {brk} > {sstk[id]} | {new}")
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while ptr < len(new):
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vy_regex = re.match(
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r"\$?\s*v([\d\s]+)\$", new[ptr:], re.IGNORECASE
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@@ -387,12 +378,6 @@ class TranslateConverter(PDFConverterEx):
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else: # 加载文字
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ch = new[ptr]
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fcur_ = None
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- # 原字体编码容易出问题，这里直接放弃掉
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- # try:
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- # if font.widths.get(ord(ch)) and font.to_unichr(ord(ch))==ch:
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- # fcur_=self.fontid[font] # 原字体
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- # except:
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- # pass
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try:
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if fcur_ is None and self.fontmap["tiro"].to_unichr(ord(ch)) == ch:
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fcur_ = "tiro" # 默认拉丁字体
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@@ -400,7 +385,6 @@ class TranslateConverter(PDFConverterEx):
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pass
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if fcur_ is None:
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fcur_ = self.resfont # 默认非拉丁字体
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- # print(self.fontid[font],fcur_,ch,font.char_width(ord(ch)))
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if fcur_ == 'noto':
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adv = self.noto.char_lengths(ch, size)[0]
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else:
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