d5-comp latex table generation updated

benchs/scripts/d5-comp/plot

@@ -34,6 +34,12 @@ def algo_name(algo):
         "dbfs": "Euro-Par'2018 distributed algorithm",
         "dbfs-collapse": "ICECCS'2018 distributed algorithm"
     }[algo]
+def cite_name(algo):
+    return {
+        "mc": "EKP13",
+        "dbfs": "CEP18",
+        "dbfs-collapse": "CEP18-2"
+    }[algo]
 def algo_color(algo):
     return {
         "mc": "blue",
@@ -167,15 +173,59 @@ for algo in [a for a in algos if a != REF_ALGO]:
         ) for row in rows]))
         fd.write("\n\\\\\\hline\n")
         fd.write("\\end{tabular}\n")
+with open(f"table-xp-comp-all.tex", "w") as fd:
+    fd.write(TEX_HEADER)
+    fd.write("\\begin{table}\n")
+    fd.write(f"\\centering\\input{{table-xp-comp-{algo}}}\n")
+    aname = algo_name(algo)
+    bname = algo_name(REF_ALGO)
+    fd.write(f"\\caption{{{aname} versus {bname}}}\n")
+    fd.write("\\end{table}\n")
+    fd.write(TEX_FOOTER)
 with open(f"table-xp-comp.tex", "w") as fd:
+    rows = list()
     fd.write(TEX_HEADER)
-    for algo in [a for a in algos if a != REF_ALGO]:
-        fd.write("\\begin{table}\n")
-        fd.write(f"\\centering\\input{{table-xp-comp-{algo}}}\n")
-        aname = algo_name(algo)
-        bname = algo_name(REF_ALGO)
-        fd.write(f"\\caption{{{aname} versus {bname}}}\n")
-        fd.write("\\end{table}\n")
-        pass
+    rows = list()
+    ok_procs = set()
+    for model in [m for m in models if REF_ALGO in data[m]]:
+        row = [ r"\textsf{" + model.replace("_", "\\_") + "}" ]
+        for algo in [a for a in algos if a != REF_ALGO]:
+            row.append("vs \\cite{" + cite_name(algo) + "}")
+            for proc in procs:
+                if proc in data[model][REF_ALGO] and proc in data[model][algo]:
+                    ref_time = data[model][REF_ALGO][proc][1]
+                    algo_time = data[model][algo][proc][1]
+                    new = str("{:.2f}".format(ref_time / algo_time))
+                    ok_procs.add(proc)
+                else:
+                    new = "-"
+                row.append(new)
+            rows.append(row)
+            rows.append(["\\\\"])
+            row = [ "" ]
+        rows.append(["\\hline"])
+    ok_procs = sorted(list(ok_procs))
+    cols = set([ 0, 1 ] + list(set(procs.index(p) + 2 for p in ok_procs)))
+    #
+    fd.write("\\begin{center}\n")
+    fd.write("\\begin{tabular}{|l|l|" + (len(procs) * "r|") + "}\n")
+    fd.write("\\hline\n")
+    fd.write("\\rowcolor{lightgray}")
+    fd.write("\\multicolumn{1}{|c}{Model} &")
+    fd.write("\\multicolumn{1}{c|}{} &")
+    fd.write(
+        "\\multicolumn{" + str(len(cols) - 2) + "}{c|}{Threads/Processes}\\\\"
+    )
+    fd.write("\\rowcolor{lightgray}")
+    fd.write("\\multicolumn{2}{|c|}{} &")
+    fd.write("&".join(str(p) for p in ok_procs) + "\\\\\n")
+    fd.write("\\hline\n")
+    fd.write("\n".join(["\n& ".join(
+        val for col, val in enumerate(row) if col in cols
+    ) for row in rows]))
+    fd.write("\\end{tabular}\n")
+    fd.write("\\end{center}\n")
+    fd.write("\\bibliographystyle{plain}")
+    fd.write("\\bibliography{biblio}")
     fd.write(TEX_FOOTER)
 exit(0)