RMC TotalRisk Applications Guide

docs/desktop-applications/rmc-totalrisk/applications-guide/v1.0/02-hydrologic-risk-analysis.mdx

@@ -21,14 +21,18 @@ This risk analysis includes the evaluation of an earthen embankment dam with a c
 shown in <TableReference tableKey="hydrologic-key-elevations"/>. The following examples generally build upon each
 other, and the risk analyses will progress from simple to more complex.
 
-<TableVertical
-tableKey="hydrologic-key-elevations"
-headerConfig={[
-{ label: "Key Elevations (ft-NAVD88)", colSpan: 2 },
-]}
-columns={[
-["Normal High Pool", "Top of Active Storage", "Top of Dam", "Probable Maximum Flood"],
-["641.00", "644.00", "649.65", "654.10"]]}
-fullWidth={false}
-alt="alt"
-caption="Key elevations" />
+{/*Table 1*/}
+<TableVertical tableKey="hydrologic-key-elevations"
+  caption="Key elevations."
+  alt="Key elevations for a dam in feet."
+  widthMode="intrinsic"
+  headers={[
+    [
+      { value: "Key Elevations (ft-NAVD88)", colSpan: 2 }
+    ]
+  ]}
+  columns={[
+    ["Normal High Pool", "Top of Active Storage", "Top of Dam", "Probable Maximum Flood"],
+    ["641.00", "644.00", "649.65", "654.10"]
+  ]}
+/>

docs/desktop-applications/rmc-totalrisk/applications-guide/v1.0/04-example-2.mdx

@@ -0,0 +1,188 @@
+---
+title: Example 2 - Single Failure Mode, No Intervention
+---
+
+import Link from "@docusaurus/Link";
+import addBaseUrl from "@docusaurus/useBaseUrl";
+import Citation from "@site/src/components/Citation";
+import CitationFootnote from "@site/src/components/CitationFootnote";
+import Figure from "@site/src/components/Figure";
+import FigureInline from "@site/src/components/FigureInline";
+import FigReference from "@site/src/components/FigureReference";
+import NavContainer from "@site/src/components/NavContainer";
+import ProcessList from "@site/src/components/ProcessList";
+import TableReference from "@site/src/components/TableReference";
+import TableVertical from "@site/src/components/TableVertical";
+import VersionSelector from "@site/src/components/VersionSelector";
+
+<NavContainer 
+  link="/desktop-applications/rmc-totalrisk"
+  linkTitle="RMC-TotalRisk" 
+  document="desktop-applications/rmc-totalrisk/applications-guide"
+></NavContainer>
+
+# Example 2 - Single Failure Mode, No Intervention
+
+This example starts with the completed risk analysis from [Example 1](./03-example-1.mdx) and adds the without intervention scenario. 
+The hazard, transform, and consequence functions will remain unchanged from [Example 1](./03-example-1.mdx). New RMC-TotalRisk concepts 
+covered by this example include copying an event tree and plotting the results of multiple risk analyses on the same plot.
+
+## Hazards
+
+The hydrologic hazard for this example is the same as [Example 1](./03-example-1.mdx). Reference procedure in [Hazards](./03-example-1.mdx#hazards) 
+from Example 1 to create the hazard function for this risk analysis.
+
+## Transforms
+
+The stage frequency, system response, and consequence data for this risk analysis are all a function of stage (ft). Therefore, a transform function is
+ not required for this analysis.
+
+## System Responses
+
+To build the event tree for the BEP PFM without the consideration of intervention, copy and paste the event tree completed in 
+[System Responses](./03-example-1.mdx#system-responses) 
+from Example 1 for BEP PFM with intervention and set the probability of no intervention in the event tree to 1.0 for all hazard levels. 
+
+<ProcessList
+    items={[
+        { //Step 1
+            title: (
+                <>
+                    Right-click on the <FigureInline src="/figures/desktop-applications/rmc-totalrisk/applications-guide/v1.0/icons/addeventtree.png"/> <strong>Backward Erosion Piping with Intervention</strong> event tree in the <FigureInline src="/figures/desktop-applications/rmc-totalrisk/applications-guide/v1.0/icons/folder.png"/> <strong>System Responses</strong> folder in the
+                    Project Explorer window and click <FigureInline src="/figures/desktop-applications/rmc-totalrisk/applications-guide/v1.0/icons/copy.png"/> <strong>Copy…</strong> Name the copied system response function in the prompt (e.g., Backward Erosion 
+                    Piping without Intervention) and press <strong>OK</strong>.
+                </> 
+            ), 
+        },
+        { //Step 2
+            title: (
+                <>
+                    Select the <FigureInline src="/figures/desktop-applications/rmc-totalrisk/applications-guide/v1.0/icons/addeventtree.png"/> <strong>Backward Erosion Piping with Intervention</strong> event tree in the <FigureInline src="/figures/desktop-applications/rmc-totalrisk/applications-guide/v1.0/icons/folder.png"/> <strong>System Responses</strong> folder in the
+                    Project Explorer window.
+                </> 
+            )
+        },
+        { //Step 3
+            title: (
+                <>
+                    Click on the “No Intervention” branch of the event tree. Set the <strong>Source</strong> to <em>Single Value</em>, set the <strong>Distribution</strong> to <em>Deterministic</em>, and input a value of 1, <FigReference figKey="example-2-bep-no-intervene-n6" />.
+                </> 
+            ),
+            freeform: ( 
+                <> 
+                    {/*Figure 17*/}
+                    <Figure figKey="example-2-bep-no-intervene-n6"
+                        caption="Backward erosion piping without intervention Node 6 inputs."
+                        docId="04-example-2.mdx"
+                        src="figures/desktop-applications/rmc-totalrisk/applications-guide/v1.0/figures/figure17.png" 
+                        fullWidth={true}
+                        alt="Backward erosion piping without intervention Node 6 inputs."
+                    />
+                </>
+            )
+        },
+        { //Step 4
+            title: (
+                <>
+                    Click on the <strong>Response</strong> tab within the event tree window to view a graph of the system response curve plotted against stage, <FigReference figKey="example-2-bep-no-intervene-src"/>. 
+                </> 
+            ),
+            freeform: ( 
+                <> 
+                    {/*Figure 18*/}
+                    <Figure figKey="example-2-bep-no-intervene-src"
+                        caption="Backward erosion piping without intervention Node 6 inputs." 
+                        docId="04-example-2.mdx"
+                        src="figures/desktop-applications/rmc-totalrisk/applications-guide/v1.0/figures/figure18.png" 
+                        fullWidth={true}
+                        alt="Backward erosion piping without intervention Node 6 inputs." 
+                    />
+                </>
+            )
+        }
+    ]}
+/>
+
+## Consequences
+
+The consequence functions for this example are the same as [Example 1](./03-example-1.mdx). 
+Reference the procedure in [Consequences](./03-example-1.mdx#consequences) from Example 1 to create the consequence functions for this risk analysis.
+
+## Risk Analyses
+
+Create and simulate a new risk analysis for BEP without intervention.
+
+<ProcessList
+	items={[
+		{ //Step 1
+			title: (
+                <>
+                    Right-click on the <FigureInline src="/figures/desktop-applications/rmc-totalrisk/applications-guide/v1.0/icons/addriskanalysis.png"/> <strong>Backward Erosion Piping with Intervention</strong> risk analysis in 
+                    the <FigureInline src="/figures/desktop-applications/rmc-totalrisk/applications-guide/v1.0/icons/folder.png"/> <strong>Risk Analyses</strong> folder in the Project Explorer window and click <FigureInline src="/figures/desktop-applications/rmc-totalrisk/applications-guide/v1.0/icons/copy.png"/> <strong>Copy…</strong> Name the copied risk analysis in the 
+                    prompt (e.g., Backward Erosion Piping without Intervention) and press <strong>OK</strong>.
+                </> 
+            )
+        },
+        { //Step 2
+            title: (
+                <>
+                    For the response node <FigureInline src="/figures/desktop-applications/rmc-totalrisk/applications-guide/v1.0/icons/responseIcon.png"/> , use the drop-down box to change the response from “Backward Erosion Piping with Intervention” 
+                    to “Backward Erosion Piping without Intervention”, <FigReference figKey="example-2-risk-analysis-diagram" />.
+                </> 
+            ),
+            freeform: ( 
+                <> 
+                    {/*Figure 19*/}
+                    <Figure figKey="example-2-risk-analysis-diagram"
+                        caption="Risk analysis diagram (Example 2)."
+                        docId="04-example-2.mdx"
+                        src="figures/desktop-applications/rmc-totalrisk/applications-guide/v1.0/figures/figure19.png" 
+                        fullWidth={true}
+                        alt="Risk analysis diagram with hazard, consequence, and response components (Example 2)."      
+                    />
+                </>
+            )
+        },
+        { //Step 3
+            title: (
+                <>
+                    Use the procedure described in steps 4 and 5 of <a href="/RMC-Software-Documentation/docs/desktop-applications/rmc-totalrisk/applications-guide/v1.0/example-1#risk-analyses" target="_blank" rel="noopener noreferrer">Risk Analyses</a> from Example 1 to run the simulation. 
+                </> 
+            )
+        }
+	]}     
+/>
+
+## Results
+
+Once the risk analysis model has been simulated, the **Summary Statistics** tab provides a table of summary results. In the Alternatives filter menu, 
+select “BEP without Intervention” to display the results in the same table as “BEP with Intervention” as shown in <FigReference figKey="example-2-risk-analysis-summary" />. This table shows the 
+incremental _Mean, E[N]_ (also referred to as the average annual life loss, AALL), of 6.34E-03 without intervention and 1.09E-03 with intervention and an 
+_Exceedance Probability, α_ (also referred to as annual probability of failure, APF) of 3.71E-05 without intervention and 6.89E-06 with intervention. 
+
+The incremental F-N Plot with uncertainty is shown in <FigReference figKey="example-2-inc-fn-uncertain"/> and the α-ƞ Plot with uncertainty is shown in <FigReference figKey="example-2-an-uncertain-scatter" />.
+
+{/*Figure 20*/}
+<Figure figKey="example-2-risk-analysis-summary"
+    caption="Risk analysis summary statistics (Example 2)."
+    docId="04-example-2.mdx"
+    src="figures/desktop-applications/rmc-totalrisk/applications-guide/v1.0/figures/figure20.png" 
+    fullWidth={true}
+    alt="Risk analysis summary statistics (Example 2)." 
+/>
+{/*Figure 21*/}
+<Figure figKey="example-2-inc-fn-uncertain"
+    caption="Incremental F-N plot with full uncertainty (Example 2)."
+    docId="04-example-2.mdx"
+    src="figures/desktop-applications/rmc-totalrisk/applications-guide/v1.0/figures/figure21.png" 
+    fullWidth={true}
+    alt="Incremental F-N plot with full uncertainty (Example 2)."
+/>   
+{/*Figure 22*/}
+<Figure figKey="example-2-an-uncertain-scatter"
+    caption="α-ƞ plot with uncertainty scatter (Example 2)."
+    docId="04-example-2.mdx"
+    src="figures/desktop-applications/rmc-totalrisk/applications-guide/v1.0/figures/figure22.png" 
+    fullWidth={true}
+    alt="α-ƞ plot with uncertainty scatter (Example 2)."
+/>