<jupyter_start><jupyter_text>GFDL-ESM4 Loading SST(tos) anomalies for various experiments<jupyter_code>%pwd
esm_tos_his = np.load("nino3SST_calc/ESM4/index_nino3_hist.npy")
esm_tos_1pct = np.load("nino3SST_calc/ESM4/index_nino3_1pct.npy")
esm_tos_4x = np.load("nino3SST_calc/ESM4/index_nino3_4x.npy")<jupyter_output><empty_output><jupyter_text>Loading Precipitation(PR) anomalies for various experiments<jupyter_code>esm_pr_his= np.load("PrecipitationCalc/ESM4/anoma_nino3_hist.npy")
esm_pr_1pct = np.load("PrecipitationCalc/ESM4/anoma_nino3_1pct.npy")
esm_pr_4x = np.load("PrecipitationCalc/ESM4/anoma_nino3_4x.npy")
esm_pr_his.shape
plt.plot(esm_tos_his[0], esm_pr_his[0], "+")
plt.ylim(-1e-5,3e-5)
plt.title("NINO3 REGION 1980 -2011 (ESM4 Historical)")
plt.ylabel("Precipitation Anomaly")
plt.xlabel("SST Anomaly")
esm_pr_1pct.size
plt.plot(esm_tos_1pct[0], esm_pr_1pct[0], "+")
plt.ylim(-1e-5,3e-5)
plt.title("NINO3 REGION 0120 -0150 (ESM4 1%CO2)")
plt.ylabel("Precipitation Anomaly")
plt.xlabel("SST Anomaly")
plt.plot(esm_tos_4x[0], esm_pr_4x[0], "+")
plt.ylim(-1e-5,3e-5)
plt.title("NINO3 REGION 0120 -0150 (ESM4 4xCO2)")
plt.ylabel("Precipitation Anomaly")
plt.xlabel("SST Anomaly")<jupyter_output><empty_output><jupyter_text>CESM2<jupyter_code>cesm_tos_his = np.load("nino3SST_calc/CESM2/CESM2_SST_nino3_hist.npy")
cesm_tos_1pct = np.load("nino3SST_calc/CESM2/CESM2_SST_nino3_1pct.npy")
cesm_tos_4x = np.load("nino3SST_calc/CESM2/CESM2_SST_nino3_4x.npy")<jupyter_output><empty_output><jupyter_text>Loading Precipitation(PR) anomalies for various experiments<jupyter_code>cesm_pr_his= np.load("PrecipitationCalc/CESM2/CESM2anoma_nino3_hist.npy")
cesm_pr_1pct = np.load("PrecipitationCalc/ESM4/anoma_nino3_1pct.npy")
cesm_pr_4x = np.load("PrecipitationCalc/CESM2/CESM2anoma_nino3_4x.npy")
plt.plot(cesm_tos_his[0], cesm_pr_his[0], "+")
plt.ylim(-4e-5,10e-5)
plt.title("NINO3 REGION 1980-2011 (CESM2 Historical)")
plt.ylabel("Precipitation Anomaly")
plt.xlabel("SST Anomaly")
plt.plot(cesm_tos_1pct[0], cesm_pr_1pct[0], "+")
plt.ylim(-1e-5,7e-5)
plt.title("NINO3 REGION 0120-0150 (CESM2 1%CO2)")
plt.ylabel("Precipitation Anomaly")
plt.xlabel("SST Anomaly")
plt.plot(cesm_tos_4x[0], cesm_pr_4x[0], "+")
plt.ylim(-10e-5,10e-5)
plt.xlim(-2,2)
plt.title("NINO3 REGION 0120-0150 (CESM2 4xCO2)")
plt.ylabel("Precipitation Anomaly")
plt.xlabel("SST Anomaly")<jupyter_output><empty_output>
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