def given_a_run(context):
p = Document().add_paragraph()
context.run = p.add_run()
failedArticles = []
if month in monthsOf31:
daysInMonth = 31
elif month in monthsOf30:
daysInMonth = 30
elif month == 2:
if month % 4 == 0:
daysInMonth = 29
else:
daysInMonth = 28
#Looping for the number of days within the month
while day <= daysInMonth:
print(str(day) + '/' + str(month) + '/' + str(year))
mainParser()
day += 1
#Adding failed articles and saving the document
failedArticlesParagraph = document.add_paragraph()
for failedArticle in failedArticles:
newLine = document.add_run(failedArticle)
newLine.add_break()
document.save('{0}/{1} results.docx'.format(month, year))
month += 1
day = 1
year += 1
month = 1
def given_a_run(context):
p = Document().add_paragraph()
context.run = p.add_run()
name_final = name_extension_cgm.replace('_', '.')
p.add_run(unicode(name_final[4:], 'utf-8'))
p.add_run(unicode(' a été utilisé (', 'utf-8'))
paragraph_format = p.paragraph_format
p.add_run('https://pycgm2.github.io/').italic = True
p.add_run(').')
if there_is_knee_optim:
p2 = document.add_paragraph(
unicode('La méthode de réorientation du genou DynaKad a été appliquée (', 'utf-8'))
paragraph_format = p2.paragraph_format
paragraph_format.space_before = Pt(10)
document.add_paragraph('\n')
p2.add_run(unicode(
'Baker, R., 1999. A new approach to determine the hip rotation from clinical gait analysis data 18, 655–667', 'utf-8')).italic = True
document.add_run(unicode(').', 'utf-8'))
p3 = document.add_paragraph()
p3.add_run('Objectifs de la demande :').bold = True
newpage_report_comp_4images(unicode('Paramètres Spatio-temporels', 'utf-8'),
SPT_pic_S1_LR_chiffre, SPT_pic_S2_LR_chiffre, SPT_pic_S1_LR, SPT_pic_S2_LR)
newpage_report_comp_4images(unicode('Paramètres Spatio-temporels',
'utf-8'), SPT_pic_Left_chiffre, SPT_pic_Right_chiffre, SPT_pic_Left, SPT_pic_Right)
newpage_report_comp(unicode('Cinématique', 'utf-8'), kinematic_pic_S1_LR, kinematic_pic_S2_LR)
if kinetic_bool:
#newpage_report_comp(unicode('Cinétique :', 'utf-8'), kinetic_pic_S1_LR, kinetic_pic_S2_LR)
newpage_report_comp_4images(unicode('Cinétique :', 'utf-8'), kinetic_pic_S1_LR,
kinetic_pic_S2_LR, kinetic_pic_S1_LR_frontal, kinetic_pic_S2_LR_frontal)
newpage_report_comp(unicode('Cinématique coté par coté : ', 'utf-8'),
