gpml2pvjson/esnext/edge/edge.js

import { isFinite, map, omit, toPairs } from "lodash/fp";
import { isAttachablePoint, isDefinedCXML, isGPMLAnchor, isPvjsonBurr, isPvjsonSingleFreeNode, isPvjsonGroup, unionLSV } from "../gpml-utilities";
import { SmartPoint } from "../geom-utils";
import { calculateAllPoints } from "./calculateAllPoints";
import * as VError from "verror";
import * as MarkerMappings from "./MarkerMappings.json";
// a stub is a short path segment that is used for the first and/or last segment(s) of a path
export const DEFAULT_STUB_LENGTH = 20;
/**
 * getOffsetAndOrientationScalarsAlongAxis
 *
 * @param relValue {number}
 * @param axis {string}
 * @param referencedEntity
 * @return {OffsetOrientationAndPositionScalarsAlongAxis}
 */
function getOffsetAndOrientationScalarsAlongAxis(positionScalar, relativeOffsetScalar, axis, 
// TODO are we correctly handling the case of a group as the referenced
// entity? Do we have the group width and height yet to properly calculate
// this?
referencedEntity) {
    let offsetScalar = relativeOffsetScalar *
        (axis === "x" ? referencedEntity.width : referencedEntity.height);
    // TODO WP536 has a referenced entity that lacks width/height. Why?
    // The referenced entity was a group.
    // Is the problem that the group was nested?
    // Or is it a problem with the order of evaluation of entities (trying to
    //   parse a dependent entity before its dependencies were parsed)?
    if (!isFinite(offsetScalar)) {
        throw new Error(`
			Got non-finite value ${offsetScalar} for offsetScalar
			along ${axis} axis for
			getOffsetAndOrientationScalarsAlongAxis(
				positionScalar=${positionScalar},
				relativeOffsetScalar=${relativeOffsetScalar},
				referencedEntity=
				${JSON.stringify(referencedEntity, null, "  ")}
			)
		`);
    }
    // orientationScalar here refers to the initial direction the edge takes as
    // it moves away from the entity to which it is attached.
    let orientationScalar;
    if (positionScalar === 0) {
        orientationScalar = -1;
    }
    else if (positionScalar === 1) {
        orientationScalar = 1;
    }
    else {
        orientationScalar = 0;
    }
    return { offsetScalar, orientationScalar, positionScalar };
}
/**
 * preprocessGPML
 *
 * @param edge {GPMLEdge}
 * @return {GPMLEdge}
 */
export function preprocessGPML(Edge) {
    const isAttachedToOrVia = Edge.Graphics.Point
        .filter(p => p.GraphRef && isDefinedCXML(p.GraphRef))
        .map(p => p.GraphRef);
    if (isAttachedToOrVia.length > 0) {
        // In pvjson, an edge attaches directly to another entity (Node, Edge, Group),
        // not to an anchor.
        // If the edge attaches to another edge, it does so VIA an anchor.
        Edge["isAttachedToOrVia"] = isAttachedToOrVia;
    }
    return Edge;
}
/**
 * postprocessPVJSON
 *
 * @param referencedEntities
 * @param pvjsonEdge {pvjsonEdge}
 * @return {pvjsonEdge}
 */
export function postprocessPVJSON(referencedEntities, pvjsonEdge) {
    const { points, drawAs } = pvjsonEdge;
    const pointCount = points.length;
    let index = 0;
    const pvjsonEdgeIsAttachedTo = [];
    const providedPvjsonPoints = map(function (point) {
        const { marker, x, y } = point;
        if (!!marker) {
            // NOTE: side effects below
            if (index === 0) {
                pvjsonEdge.markerStart = marker;
            }
            else if (index === pointCount - 1) {
                pvjsonEdge.markerEnd = marker;
            }
            if (MarkerMappings.hasOwnProperty(marker)) {
                pvjsonEdge.type = toPairs(MarkerMappings[marker]).reduce(function (acc, [namespace, moreTypes]) {
                    return unionLSV(acc, moreTypes);
                }, pvjsonEdge.type);
            }
        }
        if (isAttachablePoint(point)) {
            // NOTE: pvjson allows for expressing one edge attached to another edge.
            // When we do this, we say that the POINT attaches to an ANCHOR on the other edge,
            // but the EDGE attaches to the other EDGE, never the anchor.
            const { isAttachedTo, attachmentDisplay } = point;
            if (!attachmentDisplay.offset) {
                throw new Error(`attachmentDisplay for a Point has no offset property.
					postprocessPVJSON(
						referencedEntities=${JSON.stringify(referencedEntities, null, "  ")},
						pvjsonEdge=${JSON.stringify(pvjsonEdge, null, "  ")}
					)`);
            }
            // entityReferencedByPoint can be a regular node (DataNode, Shape, Label)
            // or an Anchor. If connected to an Anchor, the biological meaning is
            // that the edge is connected to another edge, but in this code, we
            // implement this by treating the Anchor as a node, as if it were
            // a "burr" that is always stuck (isAttachedTo) the other edge.
            const entityReferencedByPoint = referencedEntities &&
                !!isAttachedTo &&
                referencedEntities[isAttachedTo];
            const entityIdReferencedByEdge = isGPMLAnchor(entityReferencedByPoint)
                ? entityReferencedByPoint.isAttachedTo
                : entityReferencedByPoint.id;
            // WARNING: side effect
            pvjsonEdgeIsAttachedTo.push(entityIdReferencedByEdge);
            const entityReferencedByEdge = referencedEntities[entityIdReferencedByEdge];
            const orientation = (point.orientation =
                point.orientation || []);
            // attachmentDisplay: { position: [x: number, y: number], offset: [xOffset: number, yOffset: number], orientation: [dx: number, dy: number] }
            //
            // x = xDistance / width (relative: [0,1])
            // y = yDistance / height (relative: [0,1])
            // xOffset = distance offset in x direction (absolute)
            // yOffset = distance offset in y direction (absolute)
            // dx = x component of edge emanation angle (unit: [0,1])
            // dy = y component of edge emanation angle (unit: [0,1])
            //
            //     0 ----------------- x ------------------->
            //     | ========================================
            //     | ||                                    ||
            //     | ||                                    ||
            //     | ||                                    ||
            //     y ||                                    ||
            //     | ||                                    ||
            //     | ||                                    ||
            //     | ||                                    ||
            //     | ||                                    ||
            //     v ===================*====================
            //                          |
            //                  yOffset |
            //                     |    |
            //                     v    |
            //                          ----------*
            //                           xOffset>  \
            //                             				  \
            //                             		  	   \ dx>
            //                             		dy	    \
            //                            		|        \
            //                             		v         \
            //                             					     \
            //
            //  example above is an attachmentDisplay specifying an edge that emanates down and to the right
            //  at a 45 deg. angle (1, 1), offset right 5 x units and down 11 y units from the center (0.5)
            //  of the bottom side (1) of the node: {position: [0.75, 1], offset: [5, 11], orientation: [1, 1]}
            //
            //
            // where x is distance from left side along width axis as a percentage of the total width
            //       y is distance from top side along height axis as a percentage of the total height
            //       offsetX, offsetY are obvious from the name. Notice they are absolute, unlike x,y.
            //       dx, dy are unit vector coordinates of a point that specifies how the edge emanates from the node
            if (isPvjsonSingleFreeNode(entityReferencedByEdge) ||
                isPvjsonGroup(entityReferencedByEdge) ||
                isPvjsonBurr(entityReferencedByEdge)) {
                const { position, relativeOffset } = attachmentDisplay;
                // edge connected to a SingleFreeNode, a Group or a Burr, but NOT another edge or an anchor
                try {
                    const { offsetScalar: offsetScalarX, orientationScalar: orientationScalarX } = getOffsetAndOrientationScalarsAlongAxis(position[0], relativeOffset[0], "x", entityReferencedByEdge);
                    const { offsetScalar: offsetScalarY, orientationScalar: orientationScalarY } = getOffsetAndOrientationScalarsAlongAxis(position[1], relativeOffset[1], "y", entityReferencedByEdge);
                    if (index === 0) {
                        orientation[0] = orientationScalarX;
                        orientation[1] = orientationScalarY;
                    }
                    else {
                        orientation[0] = -1 * orientationScalarX;
                        orientation[1] = -1 * orientationScalarY;
                    }
                    // TODO is there a case where we would ever use offset for edges?
                    attachmentDisplay.offset[0] = offsetScalarX;
                    attachmentDisplay.offset[1] = offsetScalarY;
                    point.attachmentDisplay = omit(["relativeOffset"], attachmentDisplay);
                }
                catch (err) {
                    throw new VError(err, `
						Error for:
						postprocessPVJSON(
							referencedEntities=${JSON.stringify(referencedEntities, null, "  ")},
							pvjsonEdge=${JSON.stringify(pvjsonEdge, null, "  ")}
						)
					`);
                    /* TODO should we use this?
                              console.warn(`Setting offsetScalar equal to 0.`);
                              offsetScalar = 0;
                              //*/
                }
            }
            else if (isGPMLAnchor(entityReferencedByPoint)) {
                // edge is connected to another edge via an anchor
                point.attachmentDisplay.position =
                    entityReferencedByPoint.attachmentDisplay.position;
            }
            else {
                throw new Error(`
					Edge or Point attached to unexpected entity.
					Point is attached to:
					${JSON.stringify(entityReferencedByPoint, null, "  ")}
					Point is attached to:
					${JSON.stringify(entityReferencedByEdge, null, "  ")}
					for:
					postprocessPVJSON(
					referencedEntities=${JSON.stringify(referencedEntities, null, "  ")},
					pvjsonEdge=${JSON.stringify(pvjsonEdge, null, "  ")}
					)
				`);
            }
        }
        // NOTE: side effect
        index += 1;
        return omit(["marker"], point);
    }, points);
    const pvjsonEdgeAttachedToCount = pvjsonEdgeIsAttachedTo.length;
    if (pvjsonEdgeAttachedToCount > 0) {
        pvjsonEdge.isAttachedTo = pvjsonEdgeIsAttachedTo;
    }
    let allPvjsonPoints;
    if (["StraightLine", "SegmentedLine"].indexOf(drawAs) > -1) {
        allPvjsonPoints = providedPvjsonPoints;
    }
    else if (["ElbowLine", "CurvedLine"].indexOf(drawAs) > -1) {
        // pvjsonEdge.isAttachedTo refers to what the EDGE is fundamentally attached to.
        // pvjsonEdge.points[0].isAttachedTo refers to what the POINT is attached to.
        //
        // From the perspective of the biological meaning, the edge is always attached to
        // a regular node like a DataNode or Shape (maybe Label?) but never to an Anchor.
        //
        // From the perspective of the implementation of the graphics, we say the edge
        // has points, one or more of which can be connected to an Anchor.
        let sourceEntity;
        let targetEntity;
        if (pvjsonEdgeAttachedToCount === 2) {
            sourceEntity = referencedEntities[pvjsonEdgeIsAttachedTo[0]];
            targetEntity = referencedEntities[pvjsonEdgeIsAttachedTo[1]];
        }
        else if (pvjsonEdgeAttachedToCount === 1) {
            const firstPoint = providedPvjsonPoints[0];
            const lastPoint = providedPvjsonPoints[providedPvjsonPoints.length - 1];
            if (firstPoint.hasOwnProperty("isAttachedTo")) {
                sourceEntity = referencedEntities[pvjsonEdgeIsAttachedTo[0]];
            }
            else if (lastPoint.hasOwnProperty("isAttachedTo")) {
                targetEntity = referencedEntities[pvjsonEdgeIsAttachedTo[0]];
            }
            else {
                throw new Error(`edge "${pvjsonEdge.id}" is said to be attached to "${pvjsonEdge.isAttachedTo.join()}",
					but neither first nor last points have "isAttachedTo" property`);
            }
        }
        allPvjsonPoints = calculateAllPoints(providedPvjsonPoints.map(point => new SmartPoint(point)), sourceEntity, targetEntity);
    }
    else {
        throw new Error(`
			Unknown edge drawer "${drawAs}" for:
			postprocessPVJSON(
			referencedEntities=${JSON.stringify(referencedEntities, null, "  ")},
			pvjsonEdge=${JSON.stringify(pvjsonEdge, null, "  ")}
			)
		`);
        // TODO should we use this?
        // allPvjsonPoints = providedPvjsonPoints;
    }
    // TODO how do we distinguish between intermediate (not first or last) points that a user
    // has explicitly specified vs. intermediate points that are only implied?
    // Do we need to? I think once a user specifies any implicit points, they may all be
    // made explicit.
    // GPML currently does not specify implicit intermediate points, but
    // pvjson does.
    pvjsonEdge.points = allPvjsonPoints;
    // TODO can I get rid of isAttachedToOrVia earlier?
    return omit(["isAttachedToOrVia"], pvjsonEdge);
}
//function recursivelyGetReferencedElements(acc, gpmlElement: GPMLElement) {
//	const { Graphics } = gpmlElement;
//	const graphRefIds: string[] = !!Graphics.Point &&
//		Graphics.Point[0]._exists !== false
//			? Graphics.Point.filter(P => isString(P.GraphRef)).map(P => P.GraphRef)
//			: gpmlElement.hasOwnProperty("GraphRef")
//				? arrayify(gpmlElement.GraphRef)
//				: [];
//
//				const referencedElementIds = arrayify(graphRefIds);
//				//const referencedElementIds = unionLSV(graphRefIds, gpmlElement.GroupRef);
//				return referencedElementIds.length === 0
//					? acc
//					: hl([
//						acc,
//						hl(referencedElementIds)
//						.flatMap(referencedElementId =>
//										 hl(getGPMLElementByGraphId(referencedElementId))
//										)
//										.flatMap(function(referencedElement: GPMLElement) {
//											return recursivelyGetReferencedElements(
//												hl([referencedElement]),
//												referencedElement
//											);
//										})
//					]).merge();
//}
//
//export function postprocessPVJSON(
//	pvjsonEdge: PvjsonEdge
//): Highland.Stream<PvjsonEdge> {
//	return hl([
//		hl([pvjsonEdge])
//		.reduce(hl([]), recursivelyGetReferencedElements)
//		.merge()
//		.flatMap(function(referencedGPMLElement: GPMLElement) {
//			return hl(
//				getPvjsonEntityLatestByGraphId(
//					referencedGPMLElement.GraphId
//				)
//			);
//		})
//	])
//	.merge()
//	.reduce({}, function(
//		acc: {
//			[key: string]: (PvjsonNode | PvjsonEdge);
//		},
//		referencedEntity: (PvjsonNode | PvjsonEdge)
//	) {
//		acc[referencedEntity.id] = referencedEntity;
//		return acc;
//	})
//	.map(function(referencedEntities) {
//		return process(pvjsonEdge, referencedEntities);
//	});
//	.merge();
//}
//
//export function createEdgeTransformStream(
//  processor,
//  edgeType: "Interaction" | "GraphicalLine"
//): (
//  s: Highland.Stream<GPML2013a.InteractionType | GPML2013a.GraphicalLineType>
//) => Highland.Stream<(PvjsonNode | PvjsonEdge)> {
//  const {
//    fillInGPMLPropertiesFromParent,
//    getGPMLElementByGraphId,
//    getPvjsonEntityLatestByGraphId,
//    ensureGraphIdExists,
//    preprocessGPMLElement,
//    processPropertiesAndType
//  } = processor;
//
//  function recursivelyGetReferencedElements(acc, gpmlElement: GPMLElement) {
//    const { Graphics } = gpmlElement;
//    const graphRefIds: string[] = !!Graphics.Point &&
//      Graphics.Point[0]._exists !== false
//      ? Graphics.Point.filter(P => isString(P.GraphRef)).map(P => P.GraphRef)
//      : gpmlElement.hasOwnProperty("GraphRef")
//        ? arrayify(gpmlElement.GraphRef)
//        : [];
//
//    const referencedElementIds = arrayify(graphRefIds);
//    //const referencedElementIds = unionLSV(graphRefIds, gpmlElement.GroupRef);
//    return referencedElementIds.length === 0
//      ? acc
//      : hl([
//          acc,
//          hl(referencedElementIds)
//            .flatMap(referencedElementId =>
//              hl(getGPMLElementByGraphId(referencedElementId))
//            )
//            .flatMap(function(referencedElement: GPMLElement) {
//              return recursivelyGetReferencedElements(
//                hl([referencedElement]),
//                referencedElement
//              );
//            })
//        ]).merge();
//  }
//
//  return function(s) {
//    return s
//      .map(preprocessGPMLElement)
//      .flatMap(function(
//        gpmlEdge: GPMLElement
//      ): Highland.Stream<Highland.Stream<PvjsonNode | PvjsonEdge>> {
//        const { Graphics } = gpmlEdge;
//
//        const gpmlAnchors = Graphics.hasOwnProperty("Anchor") &&
//          Graphics.Anchor &&
//          Graphics.Anchor[0] &&
//          Graphics.Anchor[0]._exists !== false
//          ? Graphics.Anchor.filter(a => a.hasOwnProperty("GraphId"))
//          : [];
//
//        const fillInGPMLPropertiesFromEdge = fillInGPMLPropertiesFromParent(
//          gpmlEdge
//        );
//
//        return hl([
//          hl([gpmlEdge])
//            .map(processPropertiesAndType(edgeType))
//            .flatMap(function(pvjsonEdge: PvjsonEdge) {
//              return hl([
//                hl([gpmlEdge])
//                  .reduce(hl([]), recursivelyGetReferencedElements)
//                  .merge()
//                  .flatMap(function(referencedGPMLElement: GPMLElement) {
//                    return hl(
//                      getPvjsonEntityLatestByGraphId(
//                        referencedGPMLElement.GraphId
//                      )
//                    );
//                  })
//              ])
//                .merge()
//                .reduce({}, function(
//                  acc: {
//                    [key: string]: (PvjsonNode | PvjsonEdge);
//                  },
//                  referencedEntity: (PvjsonNode | PvjsonEdge)
//                ) {
//                  acc[referencedEntity.id] = referencedEntity;
//                  return acc;
//                })
//                .map(function(referencedEntities) {
//                  return process(pvjsonEdge, referencedEntities);
//                });
//            }),
//          hl(gpmlAnchors)
//            .map(preprocessGPMLElement)
//            .map(function(gpmlAnchor: GPMLElement) {
//              const filledInAnchor = fillInGPMLPropertiesFromEdge(gpmlAnchor);
//              filledInAnchor.GraphRef = gpmlEdge.GraphId;
//              return filledInAnchor;
//            })
//            .map(processPropertiesAndType("Anchor"))
//            .map(function(pvjsonAnchor: PvjsonNode): PvjsonNode {
//              const drawAnchorAs = pvjsonAnchor.drawAs;
//              if (drawAnchorAs === "None") {
//                defaultsDeep(pvjsonAnchor, {
//                  Height: 4,
//                  Width: 4
//                });
//              } else if (drawAnchorAs === "Circle") {
//                defaultsDeep(pvjsonAnchor, {
//                  Height: 8,
//                  Width: 8
//                });
//              }
//              return pvjsonAnchor;
//            })
//        ]);
//      })
//      .merge();
//  };
//}
//# 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