Feature 556 connect correlation backend

packages/libs/components/src/plots/BipartiteNetwork.css

@@ -0,0 +1,4 @@
+.BipartiteNetworkColumnTitle {
+  font-size: 1em;
+  font-weight: 500;
+}

packages/libs/components/src/plots/BipartiteNetwork.tsx

@@ -10,52 +10,66 @@ import {
   useImperativeHandle,
   useRef,
 } from 'react';
-import { DEFAULT_CONTAINER_HEIGHT } from './PlotlyPlot';
 import Spinner from '../components/Spinner';
 import { ToImgopts } from 'plotly.js';
 import domToImage from 'dom-to-image';
+import { gray } from '@veupathdb/coreui/lib/definitions/colors';
+import './BipartiteNetwork.css';
+
+export interface BipartiteNetworkSVGStyles {
+  width?: number; // svg width
+  topPadding?: number; // space between the top of the svg and the top-most node
+  nodeSpacing?: number; // space between vertically adjacent nodes
+  columnPadding?: number; // space between the left of the svg and the left column, also the right of the svg and the right column.
+}
 
 export interface BipartiteNetworkProps {
   /** Bipartite network data */
-  data: BipartiteNetworkData;
+  data: BipartiteNetworkData | undefined;
   /** Name of column 1 */
   column1Name?: string;
   /** Name of column 2 */
   column2Name?: string;
   /** styling for the plot's container */
   containerStyles?: CSSProperties;
+  /** bipartite network-specific styling for the svg itself. These
+   * properties will override any adaptation the network may try to do based on the container styles.
+   */
+  svgStyleOverrides?: BipartiteNetworkSVGStyles;
   /** container name */
   containerClass?: string;
   /** shall we show the loading spinner? */
   showSpinner?: boolean;
-  /** plot width */
-  width?: number;
 }
 
+// Show a few gray nodes when there is no real data.
+const EmptyBipartiteNetworkData: BipartiteNetworkData = {
+  column1NodeIDs: ['0', '1', '2', '3', '4', '5'],
+  column2NodeIDs: ['6', '7', '8'],
+  nodes: [...Array(9).keys()].map((item) => ({
+    id: item.toString(),
+    color: gray[100],
+    stroke: gray[300],
+  })),
+  links: [],
+};
+
 // The BipartiteNetwork function draws a two-column network using visx. This component handles
 // the positioning of each column, and consequently the positioning of nodes and links.
 function BipartiteNetwork(
   props: BipartiteNetworkProps,
   ref: Ref<HTMLDivElement>
 ) {
   const {
-    data,
+    data = EmptyBipartiteNetworkData,
     column1Name,
     column2Name,
-    containerStyles = { width: '100%', height: DEFAULT_CONTAINER_HEIGHT },
+    containerStyles,
+    svgStyleOverrides,
     containerClass = 'web-components-plot',
     showSpinner = false,
-    width,
   } = props;
 
-  // Defaults
-  // Many of the below can get optional props in the future as we figure out optimal layouts
-  const DEFAULT_WIDTH = 400;
-  const DEFAULT_NODE_VERTICAL_SPACE = 30;
-  const DEFAULT_TOP_PADDING = 40;
-  const DEFAULT_COLUMN1_X = 100;
-  const DEFAULT_COLUMN2_X = (width ?? DEFAULT_WIDTH) - DEFAULT_COLUMN1_X;
-
   // Use ref forwarding to enable screenshotting of the plot for thumbnail versions.
   const plotRef = useRef<HTMLDivElement>(null);
   useImperativeHandle<HTMLDivElement, any>(
@@ -70,6 +84,18 @@ function BipartiteNetwork(
     []
   );
 
+  // Set up styles for the bipartite network and incorporate overrides
+  const svgStyles = {
+    width: Number(containerStyles?.width) || 400,
+    topPadding: 40,
+    nodeSpacing: 30,
+    columnPadding: 100,
+    ...svgStyleOverrides,
+  };
+
+  const column1Position = svgStyles.columnPadding;
+  const column2Position = svgStyles.width - svgStyles.columnPadding;
+
   // In order to assign coordinates to each node, we'll separate the
   // nodes based on their column, then will use their order in the column
   // (given by columnXNodeIDs) to finally assign the coordinates.
@@ -91,8 +117,8 @@ function BipartiteNetwork(
 
         return {
           // columnIndex of 0 refers to the left-column nodes whereas 1 refers to right-column nodes
-          x: columnIndex === 0 ? DEFAULT_COLUMN1_X : DEFAULT_COLUMN2_X,
-          y: DEFAULT_TOP_PADDING + DEFAULT_NODE_VERTICAL_SPACE * indexInColumn,
+          x: columnIndex === 0 ? column1Position : column2Position,
+          y: svgStyles.topPadding + svgStyles.nodeSpacing * indexInColumn,
           labelPosition:
             columnIndex === 0 ? 'left' : ('right' as LabelPosition),
           ...node,
@@ -128,32 +154,34 @@ function BipartiteNetwork(
   return (
     <div
       className={containerClass}
-      style={{ ...containerStyles, position: 'relative' }}
+      style={{ width: '100%', ...containerStyles, position: 'relative' }}
     >
       <div ref={plotRef} style={{ width: '100%', height: '100%' }}>
         <svg
-          width={width ?? DEFAULT_WIDTH}
+          width={svgStyles.width}
           height={
             Math.max(data.column1NodeIDs.length, data.column2NodeIDs.length) *
-              DEFAULT_NODE_VERTICAL_SPACE +
-            DEFAULT_TOP_PADDING
+              svgStyles.nodeSpacing +
+            svgStyles.topPadding
           }
         >
           {/* Draw names of node colums if they exist */}
           {column1Name && (
             <Text
-              x={DEFAULT_COLUMN1_X}
-              y={DEFAULT_TOP_PADDING / 2}
+              x={column1Position}
+              y={svgStyles.topPadding / 2}
               textAnchor="end"
+              className="BipartiteNetworkColumnTitle"
             >
               {column1Name}
             </Text>
           )}
           {column2Name && (
             <Text
-              x={DEFAULT_COLUMN2_X}
-              y={DEFAULT_TOP_PADDING / 2}
+              x={column2Position}
+              y={svgStyles.topPadding / 2}
               textAnchor="start"
+              className="BipartiteNetworkColumnTitle"
             >
               {column2Name}
             </Text>

packages/libs/components/src/plots/Network.tsx

@@ -32,7 +32,7 @@ export function NodeWithLabel(props: NodeWithLabelProps) {
     onClick,
     labelPosition = 'right',
     fontSize = '1em',
-    fontWeight = 200,
+    fontWeight = 400,
     labelColor = '#000',
   } = props;
 

packages/libs/components/src/stories/plots/BipartiteNetwork.stories.tsx

@@ -1,4 +1,4 @@
-import { useState, useEffect, useRef } from 'react';
+import { useState, useEffect, useRef, CSSProperties } from 'react';
 import { Story, Meta } from '@storybook/react/types-6-0';
 import {
   NodeData,
@@ -7,6 +7,7 @@ import {
 } from '../../types/plots/network';
 import BipartiteNetwork, {
   BipartiteNetworkProps,
+  BipartiteNetworkSVGStyles,
 } from '../../plots/BipartiteNetwork';
 import { twoColorPalette } from '../../types/plots/addOns';
 
@@ -21,6 +22,8 @@ interface TemplateProps {
   column2Name?: string;
   loading?: boolean;
   showThumbnail?: boolean;
+  containerStyles?: CSSProperties;
+  svgStyleOverrides?: BipartiteNetworkSVGStyles;
 }
 
 // Template for showcasing our BipartiteNetwork component.
@@ -42,7 +45,8 @@ const Template: Story<TemplateProps> = (args) => {
     column1Name: args.column1Name,
     column2Name: args.column2Name,
     showSpinner: args.loading,
-    width: 500,
+    containerStyles: args.containerStyles,
+    svgStyleOverrides: args.svgStyleOverrides,
   };
   return (
     <>
@@ -93,6 +97,12 @@ Loading.args = {
   loading: true,
 };
 
+// Empty bipartite network
+export const Empty = Template.bind({});
+Empty.args = {
+  data: undefined,
+};
+
 // Show thumbnail
 export const Thumbnail = Template.bind({});
 Thumbnail.args = {
@@ -102,6 +112,27 @@ Thumbnail.args = {
   showThumbnail: true,
 };
 
+// With style
+const plotContainerStyles = {
+  width: 700,
+  marginLeft: '0.75rem',
+  border: '1px solid #dedede',
+  boxShadow: '1px 1px 4px #00000066',
+};
+const svgStyleOverrides = {
+  columnPadding: 150,
+  topPadding: 100,
+  // width: 300, // should override the plotContainerStyles.width
+};
+export const WithStyle = Template.bind({});
+WithStyle.args = {
+  data: manyPointsData,
+  containerStyles: plotContainerStyles,
+  column1Name: 'Column 1',
+  column2Name: 'Column 2',
+  svgStyleOverrides: svgStyleOverrides,
+};
+
 // Gerenate a bipartite network with a given number of nodes and random edges
 function genBipartiteNetwork(
   column1nNodes: number,

packages/libs/eda/src/lib/core/api/DataClient/types.ts

@@ -390,20 +390,36 @@ const NodeData = type({
   id: string,
 });
 
-export const BipartiteNetworkResponse = type({
+export const BipartiteNetworkData = type({
   column1NodeIDs: array(string),
   column2NodeIDs: array(string),
   nodes: array(NodeData),
   links: array(
-    type({
-      source: NodeData,
-      target: NodeData,
-      strokeWidth: number,
-      color: string,
-    })
+    intersection([
+      type({
+        source: NodeData,
+        target: NodeData,
+        strokeWidth: string,
+      }),
+      partial({
+        color: string,
+      }),
+    ])
   ),
 });
 
+const BipartiteNetworkConfig = type({
+  column1Metadata: string,
+  column2Metadata: string,
+});
+
+export const BipartiteNetworkResponse = type({
+  bipartitenetwork: type({
+    data: BipartiteNetworkData,
+    config: BipartiteNetworkConfig,
+  }),
+});
+
 export interface BipartiteNetworkRequestParams {
   studyId: string;
   filters: Filter[];

packages/libs/eda/src/lib/core/components/computations/plugins/correlationAssayMetadata.tsx

@@ -1,5 +1,5 @@
 import { useCollectionVariables, useStudyMetadata } from '../../..';
-import { VariableDescriptor } from '../../../types/variable';
+import { VariableCollectionDescriptor } from '../../../types/variable';
 import { ComputationConfigProps, ComputationPlugin } from '../Types';
 import { isEqual, partial } from 'lodash';
 import { useConfigChangeHandler, assertComputationWithConfig } from '../Utils';
@@ -19,8 +19,8 @@ const cx = makeClassNameHelper('AppStepConfigurationContainer');
  * Correlation
  *
  * The Correlation Assay vs Metadata app takes in a user-selected collection (ex. Species) and
- * runs a correlation of that data against all appropriate metadata in the study. The result is
- * a correlation coefficient and significance value for each (assay member, metadata variable) pair.
+ * runs a correlation of that data against all appropriate metadata in the study (found by the backend). The result is
+ * a correlation coefficient and (soon) a significance value for each (assay member, metadata variable) pair.
  *
  * Importantly, this is the first of a few correlation-type apps that are coming along in the near future.
  * There will also be an Assay vs Assay app and a Metadata vs Metadata correlation app. It's possible that
@@ -33,7 +33,7 @@ export type CorrelationAssayMetadataConfig = t.TypeOf<
 
 // eslint-disable-next-line @typescript-eslint/no-redeclare
 export const CorrelationAssayMetadataConfig = t.type({
-  collectionVariable: VariableDescriptor,
+  collectionVariable: VariableCollectionDescriptor,
   correlationMethod: t.string,
 });
 
@@ -44,7 +44,13 @@ export const plugin: ComputationPlugin = {
   createDefaultConfiguration: () => undefined,
   isConfigurationValid: CorrelationAssayMetadataConfig.is,
   visualizationPlugins: {
-    bipartitenetwork: bipartiteNetworkVisualization, // Must match name in data service and in visualization.tsx
+    bipartitenetwork: bipartiteNetworkVisualization.withOptions({
+      getPlotSubtitle(config) {
+        if (CorrelationAssayMetadataConfig.is(config)) {
+          return 'Showing links with an absolute correlation coefficient above '; // visualization will add in the actual value
+        }
+      },
+    }), // Must match name in data service and in visualization.tsx
   },
 };
 
@@ -145,7 +151,7 @@ export function CorrelationAssayMetadataConfiguration(
   const collectionVarItems = useMemo(() => {
     return collections.map((collectionVar) => ({
       value: {
-        variableId: collectionVar.id,
+        collectionId: collectionVar.id,
         entityId: collectionVar.entityId,
       },
       display:
@@ -157,7 +163,7 @@ export function CorrelationAssayMetadataConfiguration(
     if (configuration && 'collectionVariable' in configuration) {
       const selectedItem = collectionVarItems.find((item) =>
         isEqual(item.value, {
-          variableId: configuration.collectionVariable.variableId,
+          collectionId: configuration.collectionVariable.collectionId,
           entityId: configuration.collectionVariable.entityId,
         })
       );