)i#8SrSSKrSSKrSSKJr "SS5rg)) PdfMatrixNc\rSrSrSrSSjrSrSr\S5r Sr \ S5r S r S rS rS rSS jrSrSSjrSrSrSrg)r a_ PDF transformation matrix helper class. See the PDF 1.7 specification, Section 8.3.3 ("Common Transformations"). Note: * The PDF format uses row vectors. * Transformations operate from the origin of the coordinate system (PDF coordinates: commonly bottom left, but can be any corner in principle. Device coordinates: top left). * Matrix calculations are implemented independently in Python. * Matrix objects are immutable, so transforming methods return a new matrix. * Matrix objects implement ctypes auto-conversion to ``FS_MATRIX`` for easy use as C function parameter. Attributes: a (float): Matrix value [0][0]. b (float): Matrix value [0][1]. c (float): Matrix value [1][0]. d (float): Matrix value [1][1]. e (float): Matrix value [2][0] (X translation). f (float): Matrix value [2][1] (Y translation). cXXX4XV4uUlUlUlUlUlUlgNabcdef)selfr r r r r rs Y/var/www/html/land-doc-ocr/venv/lib/python3.13/site-packages/pypdfium2/_helpers/matrix.py__init__PdfMatrix.__init__&s'9:qQ9I6c(SUR53$)Nr)getrs r__repr__PdfMatrix.__repr__)s488:,''rct[U5[U5LagUR5UR5:H$)NF)typerrothers r__eq__PdfMatrix.__eq__,s, :T%[ (xxzUYY[((rcJ[R"UR55$r)ctypesbyrefto_rawrs r_as_parameter_PdfMatrix._as_parameter_1s||T[[],,rcURURURURURUR 4$)z9 Get the matrix as tuple of the form (a, b, c, d, e, f). rrs rr PdfMatrix.get6s/??rcU"URURURURURUR 5$)zB Load a :class:`.PdfMatrix` from a raw :class:`FS_MATRIX` object. r)clsraws rfrom_rawPdfMatrix.from_raw=s1 355#%%suucee<UR[SSSSX55$)zc Parameters: x (float): Horizontal shift (<0: left, >0: right). y (float): Vertical shift. rr1rrxys r translatePdfMatrix.translate_s }}i1aA9;;rc<UR[USSU55$)z Parameters: x (float): A factor to scale the X axis (<1: compress, >1: stretch). y (float): A factor to scale the Y axis. rr5r6s rscalePdfMatrix.scaleis}}i1a355rcU(d[R"U5n[R"U5[R"U5pTUR U(a[ XEU*U55$[ XE*XT55$)z Parameters: angle (float): Angle by which to rotate the matrix. ccw (bool): If True, rotate counter-clockwise. rad (bool): If True, interpret the angle as radians. )mathradianscossinr1r)rangleccwradr ss rrotatePdfMatrix.rotatessZLL'Exx1}}iqb!4YY1bRSAWYYrcJURU(aSOSU(aSS9$SS9$)aR Parameters: invert_x (bool): If True, invert X coordinates (horizontal transform). Corresponds to flipping around the Y axis. invert_y (bool): If True, invert Y coordinates (vertical transform). Corresponds to flipping around the X axis. Note: Flipping around a vertical axis leads to a horizontal transform, and vice versa. r4)r7r8)r<)rinvert_xinvert_ys rmirrorPdfMatrix.mirrors'zz8RhzOOAzOOrc U(d,[R"U5n[R"U5nUR[S[R"U5[R"U5S55$)z Parameters: x_angle (float): Inner angle to skew the X axis. y_angle (float): Inner angle to skew the Y axis. rad (bool): If True, interpret the angles as radians. r4)r?r@r1rtan)rx_angley_anglerEs rskewPdfMatrix.skewsPll7+Gll7+G}}i488G+OQRSUUrcURU-URU--UR-URU-URU--UR -4$)z1 Returns: (float, float): Transformed point. )r r r r r rr6s ron_pointPdfMatrix.on_pointsP FF1Htvvax $&& ( FF1Htvvax $&& (  rcURX5URX5URX45URX254n[SU55[SU55[SU55[SU554$)zC Returns: (float, float, float, float): Transformed rectangle. c3*# UH oSv M g7frN.0ps r $PdfMatrix.on_rect..%f!fc3*# UH oSv M g7fr4Nr[r\s rr_r`rarbc3*# UH oSv M g7frZr[r\s rr_r`rarbc3*# UH oSv M g7frdr[r\s rr_r`rarb)rVminmax)rleftbottomrighttoppointss ron_rectPdfMatrix.on_rects MM$ $ MM$ ' MM% % MM% (   %f% % %f% % %f% % %f% %   rrN)r4rrr4rr)FF)F)__name__ __module__ __qualname____firstlineno____doc__rrrpropertyr#r classmethodr*r"r1r9r<rGrMrSrVrn__static_attributes__r[rrrr su0J() --@==/ &<6 ZP V   rr)__all__r?r pypdfium2.rawr)r-rr[rrrzs!  g g r