def calc_percent_overalls(self):
# graph percentages
if self["CGP"].overall:
self["PGPFP"].overall = percent( self["CGPFP"].overall,
self["CGP"].overall)
self["PGPUR"].overall = percent( self["CGPUR"].overall,
self["CGP"].overall)
self["PGPFU"].overall = percent( self["CGPFU"].overall,
self["CGP"].overall)
# relations percentages
cnp = float(self["CNP"].overall)
if cnp:
for relation in "EQ RE SPEC GEN INT".split():
self["P" + relation].overall = percent(self["C" +
relation].overall, cnp)
def calc_percentages(pgc_table, i):
# graph percentages
if pgc_table["CGP"][i]:
pgc_table["PGPFP"][i] = percent(pgc_table["CGPFP"][i],
pgc_table["CGP"][i])
pgc_table["PGPUR"][i] = percent(pgc_table["CGPUR"][i],
pgc_table["CGP"][i])
pgc_table["PGPFU"][i] = percent(pgc_table["CGPFU"][i],
pgc_table["CGP"][i])
# relations percentages
cnp = float(pgc_table["CNP"][i])
if cnp:
for relation in "EQ RE SPEC GEN INT".split():
pgc_table["P" + relation][i] = percent(pgc_table["C" +
relation][i], cnp)
def calc_percent_overalls(self):
if self["CG"].overall:
self["PGA"].overall = percent(self["CGA"].overall, self["CG"].overall)
self["PGFP"].overall = percent(self["CGFP"].overall, self["CG"].overall)
self["PGUR"].overall = percent(self["CGUR"].overall, self["CG"].overall)
if self["CGA"].overall:
self["PGSA"].overall = percent(self["CGSA"].overall, self["CGA"].overall)
self["PGMA"].overall = percent(self["CGMA"].overall, self["CGA"].overall)
if self["CN"].overall:
self["PNA"].overall = percent(self["CNA"].overall, self["CN"].overall)
def calc_percentages(gb_table, i):
if gb_table["CG"][i]:
gb_table["PGA"][i] = percent(gb_table["CGA"][i], gb_table["CG"][i])
gb_table["PGFP"][i] = percent(gb_table["CGFP"][i], gb_table["CG"][i])
gb_table["PGUR"][i] = percent(gb_table["CGUR"][i], gb_table["CG"][i])
gb_table["ATG"][i] = gb_table["CT"][i] / float(gb_table["CG"][i])
gb_table["ANG"][i] = gb_table["CN"][i] / float(gb_table["CG"][i])
if gb_table["CGA"][i]:
gb_table["PGSA"][i] = percent(gb_table["CGSA"][i], gb_table["CGA"][i])
gb_table["PGMA"][i] = percent(gb_table["CGMA"][i], gb_table["CGA"][i])
if gb_table["CN"][i]:
gb_table["PNA"][i] = percent(gb_table["CNA"][i], gb_table["CN"][i])
def calc_percentages(gb_table, i):
if gb_table["CG"][i]:
gb_table["PGA"][i] = percent(gb_table["CGA"][i], gb_table["CG"][i])
gb_table["PGFP"][i] = percent(gb_table["CGFP"][i], gb_table["CG"][i])
gb_table["PGUR"][i] = percent(gb_table["CGUR"][i], gb_table["CG"][i])
gb_table["ATG"][i] = gb_table["CT"][i] / float(gb_table["CG"][i])
gb_table["ANG"][i] = gb_table["CN"][i] / float(gb_table["CG"][i])
if gb_table["CGA"][i]:
gb_table["PGSA"][i] = percent(gb_table["CGSA"][i], gb_table["CGA"][i])
gb_table["PGMA"][i] = percent(gb_table["CGMA"][i], gb_table["CGA"][i])
if gb_table["CN"][i]:
gb_table["PNA"][i] = percent(gb_table["CNA"][i], gb_table["CN"][i])
def calc_percent_overalls(self):
if self["CG"].overall:
self["PGA"].overall = percent(self["CGA"].overall,
self["CG"].overall)
self["PGFP"].overall = percent(self["CGFP"].overall,
self["CG"].overall)
self["PGUR"].overall = percent(self["CGUR"].overall,
self["CG"].overall)
if self["CGA"].overall:
self["PGSA"].overall = percent(self["CGSA"].overall,
self["CGA"].overall)
self["PGMA"].overall = percent(self["CGMA"].overall,
self["CGA"].overall)
if self["CN"].overall:
self["PNA"].overall = percent(self["CNA"].overall,
self["CN"].overall)
