def define_position_summary_template(self):
t = rlab.GridTemplate('positions', 100, 100)
r1 = slice(5, 30)
r2 = slice(30, 55)
r3 = slice(55, 100)
c1 = slice(1, 50)
c2 = slice(50, 98)
t.define_frames({
'F1': t[r1, c1],
'F2': t[5:55, c2],
'F3': t[r2, c1],
'F5': t[r3, 1:33],
'F6': t[r3, 33:],
'HDR': t[:5, :]
})
t.register(self.pdf)
def define_position_summary_template(self):
t = rlab.GridTemplate("positions", 100, 100)
r1 = slice(5, 30)
r2 = slice(30, 55)
r3 = slice(55, 100)
c1 = slice(1, 50)
c2 = slice(50, 98)
t.define_frames({
"F1": t[r1, c1],
"F2": t[5:55, c2],
"F3": t[r2, c1],
"F5": t[r3, 1:33],
"F6": t[r3, 33:],
"HDR": t[:5, :],
})
t.register(self.pdf)
def define_portfolio_summary_template(self):
t = rlab.GridTemplate('portfolio', 100, 100)
r1 = slice(5, 30)
r2 = slice(30, 55)
r3 = slice(55, 100)
c1 = slice(1, 33)
c2 = slice(33, 65)
c3 = slice(66, 98)
t.define_frames({
'F1': t[r1, c1],
'F2': t[r1, c2],
'F3': t[r1, c3],
'F4': t[r2, c1],
'F5': t[r2, c2],
'F6': t[r2, c3],
'F7': t[r3, c1],
'F8': t[r3, 33:],
'HDR': t[:5, :]
})
t.register(self.pdf)
def define_portfolio_summary_template(self):
t = rlab.GridTemplate("portfolio", 100, 100)
r1 = slice(5, 30)
r2 = slice(30, 55)
r3 = slice(55, 100)
c1 = slice(1, 33)
c2 = slice(33, 65)
c3 = slice(66, 98)
t.define_frames({
"F1": t[r1, c1],
"F2": t[r1, c2],
"F3": t[r1, c3],
"F4": t[r2, c1],
"F5": t[r2, c2],
"F6": t[r2, c3],
"F7": t[r3, c1],
"F8": t[r3, 33:],
"HDR": t[:5, :],
})
t.register(self.pdf)
def define_summary_template(self):
t = rlab.GridTemplate('summary', 100, 100)
t.define_frames({'F1': t[1:99, 1:99]})
t.register(self.pdf)
# | | |
# | TBL_1 | |
# | | |
# |------------| TBL_3 |
# | | |
# | TBL_2 | |
# | | |
# |-------------------------|
pdfpath = 'rlab_usage.pdf'
now = datetime.datetime.now().strftime("%d-%m-%Y")
x = 'Reporte del ' + now
coverpage = rlab.CoverPage('Resumen Posicionamiento Fondos Renta Fija', x)
pdf = rlab.PdfBuilder(pdfpath, coverpage=coverpage, showBoundary=0)
# Define TEMPLATE_1
template = rlab.GridTemplate('TEMPLATE_1', nrows=100, ncols=100)
# uses numpy style slicing to define the dimensions
template.define_frames({
'HEADER': template[:10, :],
'IMG_1': template[15:, 3:48],
'IMG_2': template[15:, 52:97]
})
template.register(pdf)
# Define TEMPLATE_2
template = rlab.GridTemplate('TEMPLATE_2', nrows=100, ncols=100)
template.define_frames({
'HEADER': template[:10, :],
'TBL_1': template[10:, :50],
'TBL_2': template[10:55, 50:],
'TBL_3': template[55:, 50:]
def define_summary_template(self):
t = rlab.GridTemplate("summary", 100, 100)
t.define_frames({"F1": t[1:99, 1:99]})
t.register(self.pdf)