fixed raw data

data_ptdiagram.py

@@ -35,7 +35,7 @@ Rane10-3		core	core	core	core	core	core	core	core	core	core	core	core	transition
 	p	10,2	9,3	9,5	6,8	10,4	9,7	9,9	7,2	10,3	9,6	9,7	6,8	10,6	10,5	10,7	9	10,7	10,7	11	9,2	10,2	9,9	10,2	8,8	11,5	11,6	11,4	9,9	12,2	14,9	15	12,8	12,7	15,4	15,3	12,9	12,3	15,1	15,4	13	12,2	15	15,3	12,8
 	T	404	369	381	264	421	387	398	278,901678670781	409,494301482043	375,533427916256	386,298013929303	269,422101590477	427	422	436	349	443	438	453	361,251084048528	402,742560356777	397,290404754501	409,887933680074	332,155441944561	483,254544257058	477,558572644372	492,214317009013	392,575336069011	516	645	620	541	531	666	639	555,699311677766	523,893893210169	655,908617463107	631,551872262378	549,721533665992	519,994628770231	652,207885553591	627,755793167068	545,452999968155
 
-Rane10-10		core	core	core	core	transition	transition	transition	transition	core	core	core	core	core	core	core	core	core	core	core	core
+Rane10-10		core	core	core	core	transition	transition	transition	transition	rim	rim	rim	rim	rim	rim	rim	rim	rim	rim	rim	rim
 	p	6,5	6,6	6,9	6,9	11,4	12,6	12,8	14	16,3	17,9	15,8	15,9	17,3	19,1	16,8	16,8	17,3	19,1	16,8	16,8
 	T	453	461	505	507	452	495	501	575	618	667	595	598	657	710	632	634,717258249757	656,108445904902	710,362518667749	631,32528493392	634,142181436897"""
 

plots_für_johann.py

@@ -133,18 +133,35 @@ def plotEdiagram():
     pp.show()
 
 def plotPTdiagram():
+
+    plots = {i: pp.subplots(1, num=i) for i in ["E", "F", "R"]}
+
+    colors={"core": "tab:blue", "transition": "tab:orange", "rim": "tab:green"}
     
     for label in data_ptdiagram.data:
         print(label)
-        pp.figure(label)
+        fig, ax = pp.subplots(1, num=label)
         for region in ["core", "transition", "rim"]:
-            pp.plot(data_ptdiagram.data[label][region]["p"], data_ptdiagram.data[label][region]["t"], marker="o", linestyle="", label=region)
+            # individual sample plot
-        pp.legend(frameon=False)
+            ax.plot(data_ptdiagram.data[label][region]["t"], data_ptdiagram.data[label][region]["p"], marker="o", linestyle="", label=region)
-        pp.xlabel("p [kbar]")
+            # overview plot
-        pp.ylabel("T [°C]")
+            plots[label[0]][1].plot(data_ptdiagram.data[label][region]["t"],
-        pp.title(label)
+                                    data_ptdiagram.data[label][region]["p"],
-        pp.savefig(f"ptplot_{label}.png")
+                                    marker="o", linestyle="", color=colors[region])
-    pp.show()
+        ax.legend(frameon=False)
+        ax.set_ylabel("p [kbar]")
+        ax.set_xlabel("T [°C]")
+        ax.set_title(label)
+        fig.savefig(f"ptplot_{label}.png")
+
+    names = {"E": "E11", "F": "Fro", "R": "Rane"}
+    for plot in plots:
+        plots[plot][1].set_ylabel("p [kbar]")
+        plots[plot][1].set_xlabel("T [°C]")
+        plots[plot][1].set_title(names[plot])
+        plots[plot][0].savefig(f"ptplot_{plot}overview.png")
+
+    #pp.show()
         
 
 if __name__ == "__main__":