regenerate graphs with capitalization and watermarks
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@ -53,6 +53,7 @@ def make_graph(results_list, title):
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return_plot.set_xlabel("Execution time improvement\n 1.0 value based on the first CPU", color="#ffaed2")
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return_plot.set_xlabel("Execution time improvement\n 1.0 value based on the first CPU", color="#ffaed2")
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return_plot.axvline(x=1, color="#2c1a4a", linewidth=1)
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return_plot.axvline(x=1, color="#2c1a4a", linewidth=1)
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fig.text(0, 0, "https://blog.neet.works", color="#ffaed2")
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plot.savefig(f"{title}.png", bbox_inches='tight', dpi=600)
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plot.savefig(f"{title}.png", bbox_inches='tight', dpi=600)
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@ -60,73 +61,73 @@ def make_graph(results_list, title):
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csv_fieldnames = ["AVX512", "Resolution", "Encoder", "Preset", "Run Time", "Temperature", "MHz", "Watts"]
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csv_fieldnames = ["AVX512", "Resolution", "Encoder", "Preset", "Run Time", "Temperature", "MHz", "Watts"]
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results_9950x_avx = []
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results_9950X_avx = []
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results_9950x_noavx = []
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results_9950X_noavx = []
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results_14700f = []
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results_14700F = []
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with open('results_9950x.csv', 'r', newline='') as results_file:
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with open('results_9950X.csv', 'r', newline='') as results_file:
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reader = csv.DictReader(results_file, csv_fieldnames)
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reader = csv.DictReader(results_file, csv_fieldnames)
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for row in reader:
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for row in reader:
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if row["AVX512"] == "On":
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if row["AVX512"] == "On":
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results_9950x_avx.append(row)
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results_9950X_avx.append(row)
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elif row["AVX512"] == "Off":
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elif row["AVX512"] == "Off":
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results_9950x_noavx.append(row)
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results_9950X_noavx.append(row)
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with open('results_14700f.csv', 'r', newline='') as results_file:
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with open('results_14700F.csv', 'r', newline='') as results_file:
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reader = csv.DictReader(results_file, csv_fieldnames)
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reader = csv.DictReader(results_file, csv_fieldnames)
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for row in reader:
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for row in reader:
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results_14700f.append(row)
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results_14700F.append(row)
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results_14700f.pop(0)
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results_14700F.pop(0)
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print("Ryzen 9 9950x AVX-512 performance gain. \"Zero\" point of 1.0 based on the speed of the non-AVX-512 performance.")
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print("Ryzen 9 9950X AVX-512 performance gain. \"Zero\" point of 1.0 based on the speed of the non-AVX-512 performance.")
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print("\nHEVC encoded by the x265 encoder.\n")
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print("\nHEVC encoded by the x265 encoder.\n")
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list_9950x_x265_vs_avx512_720p, list_9950x_x265_vs_avx512_1080p, list_9950x_x265_vs_avx512_4k = make_comparison_list(results_9950x_noavx, results_9950x_avx, "libx265")
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list_9950X_x265_vs_avx512_720p, list_9950X_x265_vs_avx512_1080p, list_9950X_x265_vs_avx512_4k = make_comparison_list(results_9950X_noavx, results_9950X_avx, "libx265")
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plot_9950x_x265_noavx_vs_9950x_avx_720p = make_graph(list_9950x_x265_vs_avx512_720p, "9950x AVX-512 Off vs 9950x AVX-512 On, 720p, x265")
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plot_9950X_x265_noavx_vs_9950X_avx_720p = make_graph(list_9950X_x265_vs_avx512_720p, "9950X AVX-512 Off vs 9950X AVX-512 On, 720p, x265")
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plot_9950x_x265_noavx_vs_9950x_avx_1080p = make_graph(list_9950x_x265_vs_avx512_1080p, "9950x AVX-512 Off vs 9950x AVX-512 On, 1080p, x265")
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plot_9950X_x265_noavx_vs_9950X_avx_1080p = make_graph(list_9950X_x265_vs_avx512_1080p, "9950X AVX-512 Off vs 9950X AVX-512 On, 1080p, x265")
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plot_9950x_x265_noavx_vs_9950x_avx_4k = make_graph(list_9950x_x265_vs_avx512_4k, "9950x AVX-512 Off vs 9950x AVX-512 On, 4k, x265")
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plot_9950X_x265_noavx_vs_9950X_avx_4k = make_graph(list_9950X_x265_vs_avx512_4k, "9950X AVX-512 Off vs 9950X AVX-512 On, 4k, x265")
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print("\nAV1 encoded by the SVT-AV1 encoder. Note: In SVT-AV1, preset 0 is the heaviest, and preset 13 is the lightest.\n")
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print("\nAV1 encoded by the SVT-AV1 encoder. Note: In SVT-AV1, preset 0 is the heaviest, and preset 13 is the lightest.\n")
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list_9950x_av1_vs_avx512_720p, list_9950x_av1_vs_avx512_1080p, list_9950x_av1_vs_avx512_4k = make_comparison_list(results_9950x_noavx, results_9950x_avx, "libsvtav1")
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list_9950X_av1_vs_avx512_720p, list_9950X_av1_vs_avx512_1080p, list_9950X_av1_vs_avx512_4k = make_comparison_list(results_9950X_noavx, results_9950X_avx, "libsvtav1")
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plot_9950x_av1_noavx_vs_9950x_avx_720p = make_graph(list_9950x_av1_vs_avx512_720p, "9950x AVX-512 Off vs 9950x AVX-512 On, 720p, SVT-AV1")
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plot_9950X_av1_noavx_vs_9950X_avx_720p = make_graph(list_9950X_av1_vs_avx512_720p, "9950X AVX-512 Off vs 9950X AVX-512 On, 720p, SVT-AV1")
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plot_9950x_av1_noavx_vs_9950x_avx_1080p = make_graph(list_9950x_av1_vs_avx512_1080p, "9950x AVX-512 Off vs 9950x AVX-512 On, 1080p, SVT-AV1")
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plot_9950X_av1_noavx_vs_9950X_avx_1080p = make_graph(list_9950X_av1_vs_avx512_1080p, "9950X AVX-512 Off vs 9950X AVX-512 On, 1080p, SVT-AV1")
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plot_9950x_av1_noavx_vs_9950x_avx_4k = make_graph(list_9950x_av1_vs_avx512_4k, "9950x AVX-512 Off vs 9950x AVX-512 On, 4k, SVT-AV1")
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plot_9950X_av1_noavx_vs_9950X_avx_4k = make_graph(list_9950X_av1_vs_avx512_4k, "9950X AVX-512 Off vs 9950X AVX-512 On, 4k, SVT-AV1")
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print("Ryzen 9 9950x AVX-512 performance gain vs the i7-14700f. \"Zero\" point of 1.0 based on the i7-14700f performance.")
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print("Ryzen 9 9950X AVX-512 performance gain vs the i7-14700F. \"Zero\" point of 1.0 based on the i7-14700F performance.")
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print("\nHEVC encoded by the x265 encoder.\n")
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print("\nHEVC encoded by the x265 encoder.\n")
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list_9950x_x265_vs_14700f_720p, list_9950x_x265_vs_14700f_1080p, list_9950x_x265_vs_14700f_4k = make_comparison_list(results_14700f, results_9950x_avx, "libx265")
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list_9950X_x265_vs_14700F_720p, list_9950X_x265_vs_14700F_1080p, list_9950X_x265_vs_14700F_4k = make_comparison_list(results_14700F, results_9950X_avx, "libx265")
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plot_9950x_avx_x265_vs_14700f_720p = make_graph(list_9950x_x265_vs_14700f_720p, "i7-14700f vs 9950x AVX-512 On, 720p, x265")
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plot_9950X_avx_x265_vs_14700F_720p = make_graph(list_9950X_x265_vs_14700F_720p, "i7-14700F vs 9950X AVX-512 On, 720p, x265")
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plot_9950x_avx_x265_vs_14700f_1080p = make_graph(list_9950x_x265_vs_14700f_1080p, "i7-14700f vs 9950x AVX-512 On, 1080p, x265")
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plot_9950X_avx_x265_vs_14700F_1080p = make_graph(list_9950X_x265_vs_14700F_1080p, "i7-14700F vs 9950X AVX-512 On, 1080p, x265")
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plot_9950x_avx_x265_vs_14700f_4k = make_graph(list_9950x_x265_vs_14700f_4k, "i7-14700f vs 9950x AVX-512 On, 4k, x265")
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plot_9950X_avx_x265_vs_14700F_4k = make_graph(list_9950X_x265_vs_14700F_4k, "i7-14700F vs 9950X AVX-512 On, 4k, x265")
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print("\nAV1 encoded by the SVT-AV1 encoder. Note: In SVT-AV1, preset 0 is the heaviest, and preset 13 is the lightest.\n")
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print("\nAV1 encoded by the SVT-AV1 encoder. Note: In SVT-AV1, preset 0 is the heaviest, and preset 13 is the lightest.\n")
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list_9950x_av1_vs_14700f_720p, list_9950x_av1_vs_14700f_1080p, list_9950x_av1_vs_14700f_4k = make_comparison_list(results_14700f, results_9950x_avx, "libsvtav1")
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list_9950X_av1_vs_14700F_720p, list_9950X_av1_vs_14700F_1080p, list_9950X_av1_vs_14700F_4k = make_comparison_list(results_14700F, results_9950X_avx, "libsvtav1")
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plot_9950x_avx_av1_vs_14700f_720p = make_graph(list_9950x_av1_vs_14700f_720p, "i7-14700f vs 9950x AVX-512 On, 720p, SVT-AV1")
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plot_9950X_avx_av1_vs_14700F_720p = make_graph(list_9950X_av1_vs_14700F_720p, "i7-14700F vs 9950X AVX-512 On, 720p, SVT-AV1")
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plot_9950x_avx_av1_vs_14700f_1080p = make_graph(list_9950x_av1_vs_14700f_1080p, "i7-14700f vs 9950x AVX-512 On, 1080p, SVT-AV1")
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plot_9950X_avx_av1_vs_14700F_1080p = make_graph(list_9950X_av1_vs_14700F_1080p, "i7-14700F vs 9950X AVX-512 On, 1080p, SVT-AV1")
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plot_9950x_avx_av1_vs_14700f_4k = make_graph(list_9950x_av1_vs_14700f_4k, "i7-14700f vs 9950x AVX-512 On, 4k, SVT-AV1")
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plot_9950X_avx_av1_vs_14700F_4k = make_graph(list_9950X_av1_vs_14700F_4k, "i7-14700F vs 9950X AVX-512 On, 4k, SVT-AV1")
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geomean_dict = {
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geomean_dict = {
|
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"9950x AVX-512 Off vs 9950x AVX-512 On, 720p, x265": geomean(list_9950x_x265_vs_avx512_720p),
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"9950X AVX-512 Off vs 9950X AVX-512 On, 720p, x265": geomean(list_9950X_x265_vs_avx512_720p),
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"9950x AVX-512 Off vs 9950x AVX-512 On, 1080p, x265": geomean(list_9950x_x265_vs_avx512_1080p),
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"9950X AVX-512 Off vs 9950X AVX-512 On, 1080p, x265": geomean(list_9950X_x265_vs_avx512_1080p),
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"9950x AVX-512 Off vs 9950x AVX-512 On, 4k, x265": geomean(list_9950x_x265_vs_avx512_4k),
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"9950X AVX-512 Off vs 9950X AVX-512 On, 4k, x265": geomean(list_9950X_x265_vs_avx512_4k),
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"9950x AVX-512 Off vs 9950x AVX-512 On, 720p, SVT-AV1": geomean(list_9950x_av1_vs_avx512_720p),
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"9950X AVX-512 Off vs 9950X AVX-512 On, 720p, SVT-AV1": geomean(list_9950X_av1_vs_avx512_720p),
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"9950x AVX-512 Off vs 9950x AVX-512 On, 1080p, SVT-AV1": geomean(list_9950x_av1_vs_avx512_1080p),
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"9950X AVX-512 Off vs 9950X AVX-512 On, 1080p, SVT-AV1": geomean(list_9950X_av1_vs_avx512_1080p),
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"9950x AVX-512 Off vs 9950x AVX-512 On, 4k, SVT-AV1": geomean(list_9950x_av1_vs_avx512_4k),
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"9950X AVX-512 Off vs 9950X AVX-512 On, 4k, SVT-AV1": geomean(list_9950X_av1_vs_avx512_4k),
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"i7-14700f vs 9950x AVX-512 On, 720p, x265": geomean(list_9950x_x265_vs_14700f_720p),
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"i7-14700F vs 9950X AVX-512 On, 720p, x265": geomean(list_9950X_x265_vs_14700F_720p),
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"i7-14700f vs 9950x AVX-512 On, 1080p, x265": geomean(list_9950x_x265_vs_14700f_1080p),
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"i7-14700F vs 9950X AVX-512 On, 1080p, x265": geomean(list_9950X_x265_vs_14700F_1080p),
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"i7-14700f vs 9950x AVX-512 On, 4k, x265": geomean(list_9950x_x265_vs_14700f_4k),
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"i7-14700F vs 9950X AVX-512 On, 4k, x265": geomean(list_9950X_x265_vs_14700F_4k),
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"i7-14700f vs 9950x AVX-512 On, 720p, SVT-AV1": geomean(list_9950x_av1_vs_14700f_720p),
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"i7-14700F vs 9950X AVX-512 On, 720p, SVT-AV1": geomean(list_9950X_av1_vs_14700F_720p),
|
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"i7-14700f vs 9950x AVX-512 On, 1080p, SVT-AV1": geomean(list_9950x_av1_vs_14700f_1080p),
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"i7-14700F vs 9950X AVX-512 On, 1080p, SVT-AV1": geomean(list_9950X_av1_vs_14700F_1080p),
|
||||||
"i7-14700f vs 9950x AVX-512 On, 4k, SVT-AV1": geomean(list_9950x_av1_vs_14700f_4k)
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"i7-14700F vs 9950X AVX-512 On, 4k, SVT-AV1": geomean(list_9950X_av1_vs_14700F_4k)
|
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}
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}
|
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geomean_dict = dict(reversed(geomean_dict.items()))
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geomean_dict = dict(reversed(geomean_dict.items()))
|
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