How to change positions of elements (figure, line, image) in PDF file?

Question

Python

There is a PDF file. It has a bunch of non-text elements. It is necessary under certain conditions to move these elements.
Some change color. If you just work with text then you could use the pypdf2
list element I deduced through

from pdfminer.high_level import extract_pages
from pdfminer.layout import LTTextContainer, LTChar, LTCurve, LTFigure
for page_layout in extract_pages('File-XD.pdf'):
    for element in page_layout:
        print(element, element.bbox)

The resulting list looks like this:

<LTTextBoxHorizontal(34) 78.142,83.061,94.482,92.561 'BMI\n'> (78.14209999999997, 83.0611, 94.48209999999997, 92.5611)
<LTTextBoxHorizontal(35) 78.142,102.061,238.008,111.561 'Effect of Fitness on Blood Pressure\n'> (78.14209999999997, 102.0611, 238.00809999999998, 111.5611)
<LTTextBoxHorizontal(36) 307.140,102.061,382.864,111.561 'Physical Activity\n'> (307.1396, 102.0611, 382.8641, 111.5611)
<LTFigure(Fm0) -19.000,294.000,596.000,1010.000 matrix=[1.00,0.00,0.00,1.00, (0.00,0.00)]> (-19.0, 294.0, 596.0, 1010.0)
<LTCurve 38.965,415.467,188.311,469.171> (38.9648, 415.46729999999997, 188.3108, 469.1713)
<LTCurve 406.965,414.467,556.311,468.171> (406.9648, 414.46729999999997, 556.3108, 468.1713)
<LTFigure(Fm1) 38.000,200.000,595.000,246.000 matrix=[1.00,0.00,0.00,1.00, (0.00,0.00)]> (38.0, 200.0, 595.0, 246.0)
<LTCurve 53.577,61.695,541.699,184.695> (53.57690000000002, 61.6949, 541.6989000000001, 184.6949)
<LTFigure(Fm2) 62.988,174.314,595.275,246.390 matrix=[1.00,0.00,0.00,1.00, (0.00,0.00)]> (62.9881, 174.314, 595.2751000000001, 246.3902)
<LTLine 75.638,100.824,288.638,100.824> (75.6378, 100.8237, 288.63779999999997, 100.8237)
<LTLine 304.638,100.824,517.638,100.824> (304.6378, 100.8237, 517.6378, 100.8237)
<LTCurve 486.638,106.354,505.638,112.854> (486.6379, 106.3542, 505.6379, 112.8542)
<LTCurve 257.638,106.354,276.638,112.854> (257.6379, 106.3542, 276.6379, 112.8542)
<LTCurve 257.638,87.513,276.638,94.013> (257.638, 87.5128, 276.638, 94.0128)
<LTCurve 76.136,131.823,201.136,155.445> (76.1357, 131.8228, 201.13569999999999, 155.4448)
<LTCurve 87.619,139.590,91.320,140.501> (87.6189, 139.5904, 91.31989999999999, 140.5014)
<LTCurve 84.439,140.798,84.885,144.109> (84.43889999999999, 140.7984, 84.88489999999999, 144.1094)
<LTCurve 82.657,137.153,94.378,150.730> (82.6569, 137.15339999999998, 94.3779, 150.73039999999997)
<LTFigure(Fm3) 411.000,162.000,943.000,294.000 matrix=[1.00,0.00,0.00,1.00, (0.00,0.00)]> (411.0, 162.0, 943.0, 294.0)
<LTCurve 417.009,138.775,525.267,155.445> (417.00910000000005, 138.7749, 525.2671, 155.4449)
<LTRect 453.804,134.758,487.530,168.878> (453.804, 134.758, 487.53, 168.87800000000001)
<LTRect 420.204,134.758,453.930,168.878> (420.204, 134.758, 453.93, 168.87800000000001)
<LTRect 487.562,134.758,522.204,168.878> (487.56199999999995, 134.758, 522.204, 168.87800000000001)
<LTFigure(Fm4) 491.000,154.000,1012.000,281.000 matrix=[1.00,0.00,0.00,1.00, (0.00,0.00)]> (491.0, 154.0, 1012.0, 281.0)
<LTCurve 500.197,136.754,511.814,144.350> (500.19669999999996, 136.7542, 511.8137, 144.3502)
<LTFigure(Fm5) 38.000,437.000,595.000,625.000 matrix=[1.00,0.00,0.00,1.00, (0.00,0.00)]> (38.0, 437.0, 595.0, 625.0)
<LTCurve 53.577,203.195,541.699,421.195> (53.57690000000002, 203.1949, 541.6989000000001, 421.19489999999996)

So you need to save it to a new PDF with shifted (right, left) elements like LTRect, LTFigure