def val_by_type(pds, valtype, dim, fid):
fid = resolve_fid(fid)
if valtype == "rank":
return val_rank(pds, dim=dim, funcId=fid)
elif valtype.startswith("slowdown2"):
m = re.match("slowdown2(.*)", valtype)
if m:
strat = m.group(1)
return val_slowdown(pds, baseline_name=strat, dim=dim, funcId=fid)
raise ValueError('valtype ' + valtype)
raise ValueError('valtype ' + valtype)
def val_by_type(pds, valtype, dim, fid):
fid = resolve_fid(fid)
if valtype == "rank":
return val_rank(pds, dim=dim, funcId=fid)
elif valtype.startswith("slowdown2"):
m = re.match("slowdown2(.*)", valtype)
if m:
strat = m.group(1)
return val_slowdown(pds, baseline_name=strat, dim=dim, funcId=fid)
raise ValueError('valtype ' + valtype)
raise ValueError('valtype ' + valtype)
def plot_by_type(pds, ax, plottype, dim, fid):
fid = resolve_fid(fid)
if plottype == "fval_by_budget":
return cplot.fval_by_budget(ax, pds, dim=dim, funcId=fid)
elif plottype.startswith("fval2"):
m = re.match("fval2(.*)_by_budget", plottype)
if m:
strat = m.group(1)
stratds = get_stratds(pds, strat, dim, fid)
return cplot.fval_by_budget(ax, pds, baseline_ds=stratds, baseline_label=strat, dim=dim, funcId=fid)
raise ValueError('plottype ' + plottype)
elif plottype == "rank_by_budget":
return cplot.rank_by_budget(ax, pds, dim=dim, funcId=fid)
elif plottype == "evals_by_target":
return cplot.evals_by_target(ax, pds, dim=dim, funcId=fid)
elif plottype.startswith("evals2") and plottype.endswith("_by_target"):
# e.g. evals2mUNIF7_by_target for data relative to mUNIF7
# evals2oracle_by_target is a special case that gives nice plots!
m = re.match("evals2(.*)_by_target", plottype)
if m:
strat = m.group(1)
stratds = get_stratds(pds, strat, dim, fid)
return cplot.evals_by_target(ax, pds, baseline_ds=stratds, baseline_label=strat, dim=dim, funcId=fid)
raise ValueError('plottype ' + plottype)
elif plottype.startswith("evals2"):
# e.g. evals2mUNIF7_by_evals2oracle
m = re.match("evals2(.*)_by_evals(?:2(.*))?", plottype)
if m:
strat1 = m.group(1)
strat1ds = get_stratds(pds, strat1, dim, fid)
strat2 = m.group(2)
if strat2 is not None:
strat2ds = get_stratds(pds, strat2, dim, fid)
else:
strat2 = ''
strat2ds = None
return cplot.evals_by_evals(ax, pds,
baseline1_ds=strat1ds, baseline1_label=strat1,
baseline2_ds=strat2ds, baseline2_label=strat2,
dim=dim, funcId=fid)
raise ValueError('plottype ' + plottype)
raise ValueError('plottype ' + plottype)
