def table_standard_header(caption, label):
col_widths = (
0.5,
0.3,
)
headings = (
"Parameter",
"Value",
)
return bt.get_header(
caption, label, headings, col_widths=col_widths, center=False
)
def table_scenario_header(caption, label):
col_widths = (
0.1,
0.25,
0.3,
0.15,
)
headings = (
"Scenario",
"Scenario Name",
"Parameter",
"Value",
)
return bt.get_header(
caption, label, headings, col_widths=col_widths, center=False
)
def build_tex_tables(ex_dict):
print("building LaTeX table for mf6examples.tex introduction")
ex_order = get_ordered_examples()
ex_tex = {}
for idx, ex in enumerate(ex_order):
for key, d in ex_dict.items():
if ex in key:
ex_number = [idx + 1
] + [" " for i in range(len(d["paks"]) - 1)]
d["ex_number"] = ex_number
ex_tex[key] = d
# build latex table for pdf document
headings = (
"Example",
"Simulation",
"Namefile(s)",
"Grid \\newline Dimensions",
"Packages",
)
col_widths = (
0.10,
0.22,
0.25,
0.15,
0.28,
)
caption = "List of example problems and simulation characteristics."
label = "tab:ex-table"
lines = bt.get_header(caption,
label,
headings,
col_widths=col_widths,
firsthead=True)
on_ex = 0
for idx, (key, sim_dict) in enumerate(ex_tex.items()):
for jdx, (ex_number, namefile, dimensions, model_paks,
sim_paks) in enumerate(
zip(
sim_dict["ex_number"],
sim_dict["namefiles"],
sim_dict["dimensions"],
sim_dict["paks"],
sim_dict["simulation_paks"],
)):
# union of sim_paks and model_paks to create unique list of packages
paks = sim_paks
for pak in model_paks:
if pak not in paks:
paks.append(pak)
# eliminate any duplicate packages
paks = sorted(list(set(paks)))
# separate examples by a line
if isinstance(ex_number, int):
if ex_number > on_ex:
on_ex = ex_number
include_idx = True
lines += "\t\t\\hline\n"
if on_ex % 2 == 0:
lines += "\t\t\\rowcolor{Gray}\n"
lines += "\t\t"
if include_idx:
include_idx = False
lines += "{} & ".format(ex_number)
else:
lines += " & "
if jdx == 0:
lines += "{} & ".format(key)
else:
lines += " & "
lines += " {} & ".format(namefile.replace("_", "\\_"))
lines += " {} & ".format(dimensions)
# packages
pak_line = []
for pak in paks:
pak_line.append(pak.upper())
lines += " ".join(pak_line) + " \\\\\n"
lines += bt.get_footer()
# create table
pth = os.path.join("..", "tables", "ex-table.tex")
f = open(pth, "w")
f.write(lines)
f.close()