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CPreview.py
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# ===============================================================================
# ===============================================================================
# CPreview 2024-10-04
# ===============================================================================
# ===============================================================================
import math as m
from functools import partial
import vapoursynth as vs
core = vs.core
# ===============================================================================
def CPreview(Source, CL, CR, CT, CB, Frame=False, Time=False, Type=1):
if not isinstance(Source, vs.VideoNode): raise vs.Error('CPreview: Source must be a video')
Source_Width = Source.width
Source_Height = Source.height
F_Source_Width = float(Source_Width)
F_Source_Height = float(Source_Height)
Source_Bits = Source.format.bits_per_sample
Scale = 2 ** (Source_Bits - 8)
CropLine = P_Line(Source_Width, Source_Height) if (1 <= Type <= 3) else Q_Line(Source_Width, Source_Height)
IsHalfFloat = Source.format.name.endswith("H")
IsFloat = Source.format.name.endswith("S")
IsRGBSource = (Source.format.color_family == vs.RGB)
IsGraySource = (Source.format.color_family == vs.GRAY)
IsChromaSS = \
not ((Source.format.subsampling_w == 0 == Source.format.subsampling_h) or IsRGBSource or IsGraySource)
if (Source_Width == 0) or (Source_Height == 0):
raise vs.Error('CPreview: Only video with a constant width and height is supported')
if not ((isinstance(CL, bool) is False) and isinstance(CL, int) and (CL >= 0)):
raise vs.Error(f'CPreview: Left cropping must be zero or a positive integer')
if not ((isinstance(CR, bool) is False) and isinstance(CR, int) and (CR >= 0)):
raise vs.Error(f'CPreview: Right cropping must be zero or a positive integer')
if not ((isinstance(CT, bool) is False) and isinstance(CT, int) and (CT >= 0)):
raise vs.Error(f'CPreview: Top cropping must be zero or a positive integer')
if not ((isinstance(CB, bool) is False) and isinstance(CB, int) and (CB >= 0)):
raise vs.Error(f'CPreview: Bottom cropping must be zero or a positive integer')
if not ((isinstance(CropLine, bool) is False) and isinstance(CropLine, int) and (CropLine >= 1)):
raise vs.Error('CPreview: The LineThickness functions must return an integer greater than or equal to 1')
if (1 <= Type <= 3) and IsHalfFloat:
raise vs.Error('CPreview: The cropping previews beginning with "p" cannot be used with ' + \
f'{Source.format.name} as half float formats are not supported by the VapourSynth Text function')
PropNum = Source.get_frame(0).props.get('_SARNum', 0)
PropDen = Source.get_frame(0).props.get('_SARDen', 0)
PropRange = Source.get_frame(0).props.get("_ColorRange", -1)
PropRange = PropRange if (-1 <= PropRange <= 1) else -1
PropChroma = None if not IsChromaSS else Source.get_frame(0).props.get("_ChromaLocation", None)
Cropped_Width = Source_Width - CL - CR
Cropped_Height = Source_Height - CT - CB
CLineL = min(CL, CropLine)
CLineR = min(CR, CropLine)
CLineT = min(CT, CropLine)
CLineB = min(CB, CropLine)
CropTest = core.std.Crop(Source, CL, CR, CT, CB)
Source444 = Source if not (IsChromaSS or IsHalfFloat) else \
core.resize.Bicubic(Source, format=vs.RGBS) if IsRGBSource and IsHalfFloat else \
core.resize.Bicubic(Source, format=vs.GRAYS) if IsGraySource and IsHalfFloat else \
core.resize.Bicubic(Source, format=vs.YUV444PS) if IsHalfFloat or (IsFloat and IsChromaSS) else \
eval("core.resize.Bicubic(Source, format=vs.YUV444P" + str(Source_Bits) + ")")
Cropped444 = core.std.Crop(Source444, CL, CR, CT, CB)
# -------------------------------------------------------------------------------
SubText = "" if (4 <= Type <= 6) else f'Source Resolution\n{Source_Width} x {Source_Height}' + \
CR_PicMod(Source_Width, Source_Height) + \
'\n\nCropping\nLeft ' + str(CL) + ', Right ' + str(CR) + ', Top ' + str(CT) + ', Bottom ' + str(CB) + \
'\n\nCropped Resolution\n' + f'{Cropped444.width} x {Cropped444.height}' + \
CR_PicMod(Cropped_Width, Cropped_Height) + \
'\n\nFrame Properties SAR ' + (f'{PropNum}:{PropDen}' if (PropNum > 0 < PropDen) else 'None')
# -------------------------------------------------------------------------------
Black = RGBColor(Source444)
BClip = core.std.BlankClip(Cropped444, color=Black)
if (Type == 1) or (Type == 4):
OClip = BClip.std.AddBorders(CLineL, CLineR, CLineT, CLineB, color=RGBColor(Source444,'FFFF00'))
OClip = OClip.std.AddBorders(CL-CLineL, CR-CLineR, CT-CLineT, CB-CLineB, color=Black)
MClip = BClip.std.AddBorders(CLineL, CLineR, CLineT, CLineB, color=RGBColor(Source444,'E4E4E4'))
MClip = MClip.std.AddBorders(CL-CLineL, CR-CLineR, CT-CLineT, CB-CLineB, color=Black)
elif (Type == 2) or (Type == 5):
OClip = BClip.std.AddBorders(CL, CR, CT, CB, color=RGBColor(Source444,'FFFF00'))
MClip = BClip.std.AddBorders(CL, CR, CT, CB, color=RGBColor(Source444,'4B4B4B'))
else:
OClip = Cropped444.std.AddBorders(CL, CR, CT, CB, color=Black)
MClip = core.std.BlankClip(Cropped444, color=RGBColor(Source444,'FFFFFF'))
MClip = MClip.std.AddBorders(CL, CR, CT, CB, color=Black)
Planes = [0, 1, 2] if IsRGBSource else 0
FirstPlane = False if IsRGBSource else True
MClip = MClip if (PropRange == 0) or ((PropRange == -1) and IsRGBSource) or IsFloat or IsHalfFloat else \
MClip.std.Levels(min_in=16*Scale, max_in=235*Scale, min_out=0, max_out=255*Scale, planes=Planes)
# -------------------------------------------------------------------------------
CPreviewVideo = core.std.MaskedMerge(Source444, OClip, mask=MClip, first_plane=FirstPlane) \
if (1 <= Type <= 2) or (4 <= Type <= 5) else \
core.std.MaskedMerge(core.std.Invert(Source444), OClip, mask=MClip, first_plane=FirstPlane)
CPreviewVideo = CPreviewVideo if ((Type == 1) or (Type == 4) or not IsChromaSS) and not IsHalfFloat else \
core.resize.Bicubic(CPreviewVideo, format=vs.RGBH) if IsRGBSource else \
core.resize.Bicubic(CPreviewVideo, format=vs.GRAYH) if IsGraySource else \
core.resize.Bicubic(CPreviewVideo, format=vs.YUV444PH) if (Type == 1) or (Type == 4) else \
core.resize.Bicubic(CPreviewVideo, format=Source.format.id, chromaloc=PropChroma)
CPreviewVideo = CPreviewVideo if (Frame or Time) or (4 <= Type <= 6) else \
core.text.Text(CPreviewVideo, SubText, alignment=5)
return CPreviewVideo if not (Frame or Time) else CP_Position(CPreviewVideo, Frame, Time, SubText)
# ===============================================================================
# ===============================================================================
# Wrapper Functions
# ===============================================================================
# ===============================================================================
# -------------------------------------------------------------------------------
# pCrop / pCropf / pCropt / pCropp
# -------------------------------------------------------------------------------
def pCrop(Source, CL, CR, CT, CB): return CPreview(Source, CL, CR, CT, CB, False, False, 1)
def pCropf(Source, CL, CR, CT, CB): return CPreview(Source, CL, CR, CT, CB, True, False, 1)
def pCropt(Source, CL, CR, CT, CB): return CPreview(Source, CL, CR, CT, CB, False, True, 1)
def pCropp(Source, CL, CR, CT, CB): return CPreview(Source, CL, CR, CT, CB, True, True, 1)
# -------------------------------------------------------------------------------
# ppCrop / ppCropf / ppCropt / ppCropp
# -------------------------------------------------------------------------------
def ppCrop(Source, CL, CR, CT, CB): return CPreview(Source, CL, CR, CT, CB, False, False, 2)
def ppCropf(Source, CL, CR, CT, CB): return CPreview(Source, CL, CR, CT, CB, True, False, 2)
def ppCropt(Source, CL, CR, CT, CB): return CPreview(Source, CL, CR, CT, CB, False, True, 2)
def ppCropp(Source, CL, CR, CT, CB): return CPreview(Source, CL, CR, CT, CB, True, True, 2)
# -------------------------------------------------------------------------------
# pppCrop / pppCropf / pppCropt / pppCropp
# -------------------------------------------------------------------------------
def pppCrop(Source, CL, CR, CT, CB): return CPreview(Source, CL, CR, CT, CB, False, False, 3)
def pppCropf(Source, CL, CR, CT, CB): return CPreview(Source, CL, CR, CT, CB, True, False, 3)
def pppCropt(Source, CL, CR, CT, CB): return CPreview(Source, CL, CR, CT, CB, False, True, 3)
def pppCropp(Source, CL, CR, CT, CB): return CPreview(Source, CL, CR, CT, CB, True, True, 3)
# -------------------------------------------------------------------------------
# qCrop / qCropf / qCropt / qCropp
# -------------------------------------------------------------------------------
def qCrop(Source, CL, CR, CT, CB): return CPreview(Source, CL, CR, CT, CB, False, False, 4)
def qCropf(Source, CL, CR, CT, CB): return CPreview(Source, CL, CR, CT, CB, True, False, 4)
def qCropt(Source, CL, CR, CT, CB): return CPreview(Source, CL, CR, CT, CB, False, True, 4)
def qCropp(Source, CL, CR, CT, CB): return CPreview(Source, CL, CR, CT, CB, True, True, 4)
# -------------------------------------------------------------------------------
# qqCrop / qqCropf / qqCropt / qqCropp
# -------------------------------------------------------------------------------
def qqCrop(Source, CL, CR, CT, CB): return CPreview(Source, CL, CR, CT, CB, False, False, 5)
def qqCropf(Source, CL, CR, CT, CB): return CPreview(Source, CL, CR, CT, CB, True, False, 5)
def qqCropt(Source, CL, CR, CT, CB): return CPreview(Source, CL, CR, CT, CB, False, True, 5)
def qqCropp(Source, CL, CR, CT, CB): return CPreview(Source, CL, CR, CT, CB, True, True, 5)
# -------------------------------------------------------------------------------
# qqqCrop / qqqCropf / qqqCropt / qqqCropp
# -------------------------------------------------------------------------------
def qqqCrop(Source, CL, CR, CT, CB): return CPreview(Source, CL, CR, CT, CB, False, False, 6)
def qqqCropf(Source, CL, CR, CT, CB): return CPreview(Source, CL, CR, CT, CB, True, False, 6)
def qqqCropt(Source, CL, CR, CT, CB): return CPreview(Source, CL, CR, CT, CB, False, True, 6)
def qqqCropp(Source, CL, CR, CT, CB): return CPreview(Source, CL, CR, CT, CB, True, True, 6)
# -------------------------------------------------------------------------------
# Cropf / Cropt / Cropp
# -------------------------------------------------------------------------------
def Cropf(Source, CL, CR, CT, CB): return CP_Position(core.std.Crop(Source, CL, CR, CT, CB), True, False)
def Cropt(Source, CL, CR, CT, CB): return CP_Position(core.std.Crop(Source, CL, CR, CT, CB), False, True)
def Cropp(Source, CL, CR, CT, CB): return CP_Position(core.std.Crop(Source, CL, CR, CT, CB), True, True)
# ===============================================================================
# ===============================================================================
# VapourSynth's Crop
# ===============================================================================
# ===============================================================================
def Crop(Source, CL, CR, CT, CB): return core.std.Crop(Source, CL, CR, CT, CB)
# ===============================================================================
# ===============================================================================
# RGBColor
# ===============================================================================
# ===============================================================================
def RGBColor(clip, color=None, matrix=None, range=None):
if not isinstance(clip, vs.VideoNode): raise vs.Error('CPreview (RGBColor): clip must be a video')
PropMatrix = clip.get_frame(0).props.get("_Matrix", -1)
PropRange = clip.get_frame(0).props.get("_ColorRange", -1)
# -------------------------------------------------------------------------------
if not ((-1 <= PropMatrix <= 2) or (4 <= PropMatrix <= 10)):
raise vs.Error('CPreview (RGBColor): Video has an unsupported value ' + \
f'({PropMatrix}) for "_Matrix" in frame properties')
if not (-1 <= PropRange <= 1):
raise vs.Error('CPreview (RGBColor): Video has an unsupported value ' + \
f'({PropRange}) for "_ColorRange" in frame properties')
if (clip.format.name).endswith("H"):
raise vs.Error(f'CPreview (RGBColor): {clip.format.name} is not supported')
if not ((color is None) or isinstance(color, str)):
raise vs.Error('CPreview (RGBColor): "color" must be a string, for example "darkblue" or "00008B"')
if not ((matrix is None) or isinstance(matrix, str) or \
(isinstance(matrix, int) and (isinstance(matrix, bool) is False))):
raise vs.Error('CPreview (RGBColor): matrix must be an integer or string')
if (matrix is not None) and (clip.format.color_family == vs.RGB):
raise vs.Error('CPreview (RGBColor): A matrix cannot be specified for an RGB source')
if not ((range is None) or (isinstance(range, str) and \
((range.lower().strip() == 'full') or (range.lower().strip() == 'limited') or \
(range.lower().strip() == 'f') or (range.lower().strip() == 'l')))):
raise vs.Error('CPreview (RGBColor): ' + \
'range must be "full" or "f", or "limited" or "l" (not case sensitive)')
# -------------------------------------------------------------------------------
# Color
# -------------------------------------------------------------------------------
color = 'black' if (color is None) else color.lower().strip()
Colors = {'aliceblue' : 'F0F8FF',
'antiquewhite' : 'FAEBD7',
'aqua' : '00FFFF',
'aquamarine' : '7FFFD4',
'azure' : 'F0FFFF',
'beige' : 'F5F5DC',
'bisque' : 'FFE4C4',
'black' : '000000',
'blanchedalmond' : 'FFEBCD',
'blue' : '0000FF',
'blueviolet' : '8A2BE2',
'brown' : 'A52A2A',
'burlywood' : 'DEB887',
'cadetblue' : '5F9EA0',
'chartreuse' : '7FFF00',
'chocolate' : 'D2691E',
'coral' : 'FF7F50',
'cornflowerblue' : '6495ED',
'cornsilk' : 'FFF8DC',
'crimson' : 'DC143C',
'cyan' : '00FFFF',
'darkblue' : '00008B',
'darkcyan' : '008B8B',
'darkgoldenrod' : 'B8860B',
'darkgray' : 'A9A9A9',
'darkgrey' : 'A9A9A9',
'darkgreen' : '006400',
'darkkhaki' : 'BDB76B',
'darkmagenta' : '8B008B',
'darkolivegreen' : '556B2F',
'darkorange' : 'FF8C00',
'darkorchid' : '9932CC',
'darkred' : '8B0000',
'darksalmon' : 'E9967A',
'darkseagreen' : '8FBC8F',
'darkslateblue' : '483D8B',
'darkslategray' : '2F4F4F',
'darkslategrey' : '2F4F4F',
'darkturquoise' : '00CED1',
'darkviolet' : '9400D3',
'deeppink' : 'FF1493',
'deepskyblue' : '00BFFF',
'dimgray' : '696969',
'dimgrey' : '696969',
'dodgerblue' : '1E90FF',
'firebrick' : 'B22222',
'floralwhite' : 'FFFAF0',
'forestgreen' : '228B22',
'fuchsia' : 'FF00FF',
'gainsboro' : 'DCDCDC',
'ghostwhite' : 'F8F8FF',
'gold' : 'FFD700',
'goldenrod' : 'DAA520',
'gray' : '808080',
'grey' : '808080',
'green' : '008000',
'greenyellow' : 'ADFF2F',
'honeydew' : 'F0FFF0',
'hotpink' : 'FF69B4',
'indianred' : 'CD5C5C',
'indigo' : '4B0082',
'ivory' : 'FFFFF0',
'khaki' : 'F0E68C',
'lavender' : 'E6E6FA',
'lavenderblush' : 'FFF0F5',
'lawngreen' : '7CFC00',
'lemonchiffon' : 'FFFACD',
'lightblue' : 'ADD8E6',
'lightcoral' : 'F08080',
'lightcyan' : 'E0FFFF',
'lightgoldenrodyellow' : 'FAFAD2',
'lightgreen' : '90EE90',
'lightgray' : 'D3D3D3',
'lightgrey' : 'D3D3D3',
'lightpink' : 'FFB6C1',
'lightsalmon' : 'FFA07A',
'lightseagreen' : '20B2AA',
'lightskyblue' : '87CEFA',
'lightslategray' : '778899',
'lightslategrey' : '778899',
'lightsteelblue' : 'B0C4DE',
'lightyellow' : 'FFFFE0',
'lime' : '00FF00',
'limegreen' : '32CD32',
'linen' : 'FAF0E6',
'magenta' : 'FF00FF',
'maroon' : '800000',
'mediumaquamarine' : '66CDAA',
'mediumblue' : '0000CD',
'mediumorchid' : 'BA55D3',
'mediumpurple' : '9370DB',
'mediumseagreen' : '3CB371',
'mediumslatenlue' : '7B68EE',
'mediumspringgreen' : '00FA9A',
'mediumturquoise' : '48D1CC',
'mediumvioletred' : 'C71585',
'midnightblue' : '191970',
'mintcream' : 'F5FFFA',
'mistyrose' : 'FFE4E1',
'moccasin' : 'FFE4B5',
'navajowhite' : 'FFDEAD',
'navy' : '000080',
'oldlace' : 'FDF5E6',
'olive' : '808000',
'olivedrab' : '6B8E23',
'orange' : 'FFA500',
'orangered' : 'FF4500',
'orchid' : 'DA70D6',
'palegoldenrod' : 'EEE8AA',
'palegreen' : '98FB98',
'paleturquoise' : 'AFEEEE',
'palevioletred' : 'DB7093',
'papayawhip' : 'FFEFD5',
'peachpuff' : 'FFDAB9',
'peru' : 'CD853F',
'pink' : 'FFC0CB',
'plum' : 'DDA0DD',
'powderblue' : 'B0E0E6',
'purple' : '800080',
'red' : 'FF0000',
'rosybrown' : 'BC8F8F',
'royalblue' : '4169E1',
'saddlebrown' : '8B4513',
'salmon' : 'FA8072',
'sandybrown' : 'F4A460',
'seagreen' : '2E8B57',
'seashell' : 'FFF5EE',
'sienna' : 'A0522D',
'silver' : 'C0C0C0',
'skyblue' : '87CEEB',
'slateblue' : '6A5ACD',
'slategray' : '708090',
'slategrey' : '708090',
'snow' : 'FFFAFA',
'springgreen' : '00FF7F',
'steelblue' : '4682B4',
'tan' : 'D2B48C',
'teal' : '008080',
'thistle' : 'D8BFD8',
'tomato' : 'FF6347',
'turquoise' : '40E0D0',
'violet' : 'EE82EE',
'wheat' : 'F5DEB3',
'white' : 'FFFFFF',
'whitesmoke' : 'F5F5F5',
'yellow' : 'FFFF00',
'yellowgreen' : '9ACD32',
'gray10' : '191919',
'grey10' : '191919',
'gray20' : '323232',
'grey20' : '323232',
'gray30' : '4B4B4B',
'grey30' : '4B4B4B',
'gray40' : '656565',
'grey40' : '656565',
'gray50' : '7F7F7F',
'grey50' : '7F7F7F',
'gray60' : '989898',
'grey60' : '989898',
'gray70' : 'B1B1B1',
'grey70' : 'B1B1B1',
'gray80' : 'CACACA',
'grey80' : 'CACACA',
'gray90' : 'E4E4E4',
'grey90' : 'E4E4E4'}
if (Colors.get(color) is None) and (color.upper() not in Colors.values()):
raise vs.Error('CPreview (RGBColor): Invalid color string specified')
if (Colors.get(color) is not None):
v0, v1, v2 = tuple(int(Colors.get(color)[i : i + 2], 16) for i in (0, 2, 4))
else: v0, v1, v2 = tuple(int(color[i : i + 2], 16) for i in (0, 2, 4))
# -------------------------------------------------------------------------------
# Matrix For YUV
# -------------------------------------------------------------------------------
MatrixNum = None
if (clip.format.color_family != vs.RGB):
matrix = matrix if (matrix is None) or isinstance(matrix, int) else matrix.lower().strip()
MatrixNum = None if (matrix is None) else \
(matrix if (0 <= matrix <= 1) or (4 <= matrix <= 10) else -1) \
if isinstance(matrix, int) else \
1 if (matrix == '709') else 4 if (matrix == 'fcc') else \
5 if (matrix == '470bg') else 6 if (matrix == '170m') else \
7 if (matrix == '240m') else 8 if (matrix == 'ycgco') else \
9 if (matrix == '2020ncl') else 10 if (matrix == '2020cl') else -1
if (matrix is not None) and (MatrixNum == -1):
raise vs.Error('CPreview (RGBColor): Unsupported matrix specified')
PropMatrix = None if (PropMatrix == -1) or (PropMatrix == 2) else PropMatrix
if (matrix is not None) and (PropMatrix is not None) and (MatrixNum != PropMatrix):
raise vs.Error(f'CPreview (RGBColor): The value for "_Matrix" ({PropMatrix}) ' + \
'in frame properties doesn\'t match the specified matrix')
MatrixNum = matrix if (matrix is not None) else \
PropMatrix if (PropMatrix is not None) else \
5 if (clip.width <= 1056) and (clip.height < 600) else \
9 if (clip.width > 1920) and (clip.height > 1080) else 1
# -------------------------------------------------------------------------------
# Color Range
# -------------------------------------------------------------------------------
range = None if (range is None) else range.lower().strip()
range = None if (range is None) else \
'limited' if (range == 'limited') or (range == 'l') else \
'full' if (range == 'full') or (range == 'f') else None
PropRangeStr = "limited" if (PropRange == 1) else "full" if (PropRange == 0) else None
if (range is not None) and (PropRangeStr is not None) and (range != PropRangeStr):
raise vs.Error(f'CPreview (RGBColor): The value for "_ColorRange" ({PropRange}) ' + \
'in frame properties doesn\'t match the specified range')
range = PropRangeStr if (PropRangeStr is not None) else range
# -------------------------------------------------------------------------------
# RGBColor Output
# -------------------------------------------------------------------------------
BlankRGB = core.std.BlankClip(color=(v0, v1, v2))
ColorClip = BlankRGB.resize.Point(format=clip.format.id, matrix=MatrixNum, range_s=range)
f = ColorClip.get_frame(0)
p0 = f[0][0,0]
return p0 if (clip.format.color_family == vs.GRAY) else (p0, f[1][0,0], f[2][0,0])
# ===============================================================================
# ===============================================================================
# Picture Mod
# ===============================================================================
# ===============================================================================
def CR_PicMod(W, H):
WMod = 16 if (W % 16 == 0) else 8 if (W % 8 == 0) else 4 if (W % 4 == 0) else 2 if (W % 2 == 0) else 1
HMod = 16 if (H % 16 == 0) else 8 if (H % 8 == 0) else 4 if (H % 4 == 0) else 2 if (H % 2 == 0) else 1
return f' (Mod {WMod}x{HMod})'
# ===============================================================================
# ===============================================================================
# Position
# ===============================================================================
# ===============================================================================
def CP_Position(Source, Frame, Time, SubText=""):
if (Frame or Time) and Source.format.name.endswith("H"):
raise vs.Error('CPreview: The Cropf, Cropt & Cropp functions cannot be used with ' + \
f'{Source.format.name} as half float formats are not supported by the VapourSynth Text function')
return core.std.FrameEval(Source, \
partial(CP_Pos, Source=Source, Frame=Frame, Time=Time, SubText=SubText))
# ---------------------------------------
def CP_Pos(n, Source, Frame, Time, SubText):
FRateNum = Source.fps.numerator
FRateDen = Source.fps.denominator
Time = Time if (FRateNum > 0 < FRateDen) else False
if Time:
F_Position = n * FRateDen / FRateNum
HH = m.floor(F_Position / 3600)
MM = m.floor(F_Position / 60) % 60
SS = m.floor(F_Position) % 60
MS = m.floor((F_Position - m.floor(F_Position)) * 1000)
Pos = "{:02.0f}:{:02.0f}:{:02.0f}.{:03.0f}".format(HH, MM, SS, MS) + "\n\n"
PosText = str(n) + "\n" + Pos if Frame and Time else str(n) + "\n\n" if Frame else Pos if Time else ""
return core.text.Text(Source, PosText + SubText, alignment=5)
# ===============================================================================
# ===============================================================================
# Line Thickness For pCrop & qCrop
# ===============================================================================
# ===============================================================================
#
# Modifying the return value of the functions below will change
# the thickness of the lines in the pCrop & qCrop previews.
# These funtions are required and cannot be commented out.
#
# -------------------------------------------------------------------------------
def P_Line(W, H): return 1 if (W <= 1920) and (H <= 1080) else 2
def Q_Line(W, H): return 1 if (W <= 1920) and (H <= 1080) else 2
# ===============================================================================
# ===============================================================================