xox/Plots_for_Johanns_Masterarbeit
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finalize all plots (so far)

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fordprefect
2023-07-10 14:13:54 +02:00
parent 63e6724d2c
commit cb749a449a
1 changed files with 28 additions and 45 deletions
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73
plots_für_johann.py
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@@ -76,44 +76,13 @@ def plotTdiagram():
def plotUdiagram():
figures = {}
figures["E11-9a_amph_E11_ab"] = pp.subplots(1)
figures["Fro5-2_amph_Fro_i"] = pp.subplots(1)
figures["Fro5-2_amph_Fro_j"] = pp.subplots(1)
figures["Fro5-2_amph_Fro_k"] = pp.subplots(1)
figures["Fro5-2_amph_Fro_l"] = pp.subplots(1)
figures["Fro5-2_amph_Fro_m"] = pp.subplots(1)
figures["Fro5-2_amph_Fro_o"] = pp.subplots(1)
figures["Fro12-4_amph_Fro_ad"] = pp.subplots(1)
figures["Fro12-4_amph_Fro_ah"] = pp.subplots(1)
figures["Fro12-4_amph_Fro_ai"] = pp.subplots(1)
figures["Fro12-4_amph_Fro_aj"] = pp.subplots(1)
figures["Fro1312b1_amph_Fro_bb"] = pp.subplots(1)
figures["Fro1312b1_amph_Fro_be"] = pp.subplots(1)
figures["Fro1312b1_amph_Fro_bi"] = pp.subplots(1)
figures["Rane10-3_amph_Rane_a"] = pp.subplots(1)
figures["Rane10-3_amph_Rane_b"] = pp.subplots(1)
figures["Rane10-3_amph_Rane_c"] = pp.subplots(1)
figures["Rane10-3_amph_Rane_e"] = pp.subplots(1)
figures["Rane10-3_amph_Rane_f"] = pp.subplots(1)
figures["Rane10-4_amph_Rane_g"] = pp.subplots(1)
figures["Rane10-4_amph_Rane_l"] = pp.subplots(1)
figures["Rane10-4_amph_Rane_m"] = pp.subplots(1)
figures["Rane10-10_amph_Rane_p"] = pp.subplots(1)
figures["Rane10-10_amph_Rane_q"] = pp.subplots(1)
figures["Rane10-10_amph_Rane_r"] = pp.subplots(1)
figures["Rane10-10_amph_Rane_s"] = pp.subplots(1)
figures["Rane10-10_amph_Rane_t"] = pp.subplots(1)
figures["Rane10-10_amph_Rane_u"] = pp.subplots(1)
figures["Rane10-10_amph_Rane_v"] = pp.subplots(1)
figures["Rane10-10_amph_Rane_w"] = pp.subplots(1)
for g in data_udiagram.data.keys():
dat = data_udiagram.data[g]
for i, zone in enumerate(dat['zones']):
fig, ax = figures[f"{g}_{zone}"]
name = f"{g}_{zone}"
fig, ax = pp.subplots(1, num=name)
ax.plot(dat['index'][i], dat['al4'][i], label="Al(IV)", color="blue", marker=".")
ax.plot(dat['index'][i], dat['al6'][i], label="Al(VI)", color="orange", marker=".")
ax.set_xlabel("No.")
@@ -124,13 +93,11 @@ def plotUdiagram():
fig.savefig(f"uplot_{g}_{zone}.png")
pp.show()
#pp.show()
def plotZdiagram():
#fig, ax = pp.subplots(1)
for g in data_udiagram.data.keys():
fig, ax = pp.subplots(1, num=g)
@@ -146,14 +113,33 @@ def plotZdiagram():
fig.savefig(f"zplot_{g}.png")
pp.show()
#pp.show()
def plotEdiagram():
#line = [[2.75, 1], [2,.75, 0]]
line = [[2.75, 2.075], [1, 0]]
labelpositions = {
"Epi_E_a": [[2.1,0.8], [2.4,0.1]],
"Epi_E_d": [[2.1,0.4], [2.4,0.1]],
"Epi_E_h": [[2.1,0.5], [2.4,0.1]],
"Epi_E_k": [[1.8,0.4], [2.4,0.1]],
"Epi_Fro_a": [[2.1,0.5], [2.4,0.1]],
"Epi_Fro_d": [[2.01,0.5], [2.4,0.1]],
"Epi_Fro_g": [[2.1,0.8], [2.4,0.1]],
"Epi_Fro_k": [[2.1,0.8], [2.4,0.1]],
"Epi_Fro_n": [[2,0.5], [2.4,0.1]],
"Epi_Fro_q": [[2.1,0.4], [2.4,0.1]],
"Epi_Fro_u": [[2.08,0.3], [2.4,0.1]],
"Epi_Rane_a": [[2.1,0.8], [2.225,0.02]],
"Epi_Rane_d": [[1.7,0.3], [2.4,0.1]],
}
for dataset in data_ediagram.data:
#print(dataset)
firstname = dataset['labels'][0]
fig, ax = pp.subplots(1, num=firstname)
ax.plot(line[0], line[1], color="k")
lens = list(map(len, dataset['al']))
for idx in range(len(lens)):
@@ -164,6 +150,8 @@ def plotEdiagram():
ax.plot(aldata, fedata, linestyle="", marker="o", label=label)
ax.annotate("Epidote", labelpositions[firstname][0])
ax.annotate("Zoisite/Clinozoisite", labelpositions[firstname][1])
ax.legend(frameon=False)
ax.set_xlabel("Al")
ax.set_ylabel("Fe+3")
@@ -171,15 +159,10 @@ def plotEdiagram():
fig.savefig(f"eplot_{firstname}")
pp.show()
exit()
raise NotImplementedError()
if __name__ == "__main__":
pass
#plotTdiagram()
#plotUdiagram()
#plotZdiagram()
plotEdiagram()
plotUdiagram()
plotZdiagram()
#plotEdiagram()