zoomed in slip rate plots for each DM in the Garlock/Mojave/ECSZ region

src/main/java/scratch/kevin/nshm23/figures/GarlockMojaveECSZ_DMsPlot.java

@@ -0,0 +1,85 @@
+package scratch.kevin.nshm23.figures;
+
+import java.awt.Color;
+import java.io.File;
+import java.io.IOException;
+import java.util.List;
+
+import org.opensha.commons.geo.Location;
+import org.opensha.commons.geo.Region;
+import org.opensha.commons.gui.plot.GeographicMapMaker;
+import org.opensha.commons.mapping.gmt.elements.GMT_CPT_Files;
+import org.opensha.commons.util.cpt.CPT;
+import org.opensha.sha.earthquake.rupForecastImpl.nshm23.logicTree.NSHM23_DeformationModels;
+import org.opensha.sha.earthquake.rupForecastImpl.nshm23.logicTree.NSHM23_FaultModels;
+import org.opensha.sha.faultSurface.FaultSection;
+
+import com.google.common.base.Preconditions;
+
+public class GarlockMojaveECSZ_DMsPlot {
+
+	public static void main(String[] args) throws IOException {
+		File outputDir = new File("/tmp/garlock_mojave_ecsz");
+		Preconditions.checkState(outputDir.exists() || outputDir.mkdir());
+
+		NSHM23_DeformationModels[] dms = {
+				NSHM23_DeformationModels.GEOLOGIC, // must be first
+				NSHM23_DeformationModels.EVANS,
+				NSHM23_DeformationModels.POLLITZ,
+				NSHM23_DeformationModels.SHEN_BIRD,
+				NSHM23_DeformationModels.ZENG
+		};
+		NSHM23_DeformationModels refDM = NSHM23_DeformationModels.GEOLOGIC;
+		NSHM23_FaultModels fm = NSHM23_FaultModels.WUS_FM_v3;
+
+		Region reg = new Region(new Location(34, -119), new Location(37, -116));
+
+		List<? extends FaultSection> refSubSects = refDM.build(fm);
+
+		GeographicMapMaker mapMaker = new GeographicMapMaker(refSubSects);
+		mapMaker.setRegion(reg);
+
+		CPT linearSlipCPT = GMT_CPT_Files.SEQUENTIAL_BATLOW_UNIFORM.instance().rescale(0d, 10d);
+		CPT logSlipCPT = GMT_CPT_Files.RAINBOW_UNIFORM.instance().rescale(-2, Math.log10(30));
+		logSlipCPT.setNanColor(Color.LIGHT_GRAY);
+		CPT pDiffCPT = GMT_CPT_Files.DIVERGING_VIK_UNIFORM.instance().rescale(-60d, 60d).trim(-50, 50);
+
+		double[] refSlips = null;
+
+		for (NSHM23_DeformationModels dm : dms) {
+			List<? extends FaultSection> subSects;
+			if (dm == refDM)
+				subSects = refSubSects;
+			else
+				subSects = dm.build(fm);
+
+			double[] slips = new double[subSects.size()];
+			double[] pDiffs = dm == refDM ? null : new double[subSects.size()];
+			for (int s=0; s<subSects.size(); s++) {
+				double slip = subSects.get(s).getOrigAveSlipRate();
+				slips[s] = slip;
+				if (pDiffs != null)
+					pDiffs[s] = 100d*(slip - refSlips[s])/refSlips[s];
+			}
+			double[] logSlips = new double[subSects.size()];
+			for (int s=0; s<slips.length; s++)
+				logSlips[s] = slips[s] > 0 ? Math.log10(slips[s]) : Double.NaN;
+			if (dm == refDM)
+				refSlips = slips;
+
+			String prefix = dm.getFilePrefix();
+
+			mapMaker.plotSectScalars(slips, linearSlipCPT, dm.getShortName()+" Slip Rate (mm/yr)");
+			mapMaker.plot(outputDir, prefix+"_slips", " ");
+
+			mapMaker.plotSectScalars(logSlips, logSlipCPT, "Log10["+dm.getShortName()+" Slip Rate (mm/yr)]");
+			mapMaker.plot(outputDir, prefix+"_slips_log", " ");
+
+			if (pDiffs != null) {
+				mapMaker.plotSectScalars(pDiffs, pDiffCPT, dm.getShortName()+" vs "+refDM.getShortName()+", % Change");
+				mapMaker.plot(outputDir, prefix+"_slips_pDiff", " ");
+			}
+		}
+	}
+
+}