geoman-io · Falke-Design · Nov 24, 2024 · Nov 24, 2024 · Nov 24, 2024 · Nov 24, 2024
diff --git a/cypress/e2e/line.cy.js b/cypress/e2e/line.cy.js
@@ -407,4 +407,47 @@ describe('Draw & Edit Line', () => {
 
     cy.hasVertexMarkers(2);
   });
+
+  it("doesn't snap to the vertex", () => {
+    cy.window().then(({ map }) => {
+      map.pm.setGlobalOptions({ snapVertex: false });
+    });
+
+    // activate polyline drawing
+    cy.toolbarButton('polyline')
+      .click()
+      .closest('.button-container')
+      .should('have.class', 'active');
+
+    // draw a polyline
+    cy.get(mapSelector).click(90, 250).click(150, 50).click(150, 50);
+
+    // activate polyline drawing
+    cy.toolbarButton('polyline')
+      .click()
+      .closest('.button-container')
+      .should('have.class', 'active');
+
+    // draw a polyline
+    cy.get(mapSelector).click(150, 60).click(250, 50).click(250, 50);
+
+    cy.window().then(({ map }) => {
+      const layer = map.pm.getGeomanDrawLayers()[1];
+      expect(layer.getLatLngs()[0].lat).to.eq(51.52538802368748);
+      expect(layer.getLatLngs()[0].lng).to.eq(-0.15050450596240997);
+    });
+
+    cy.toolbarButton('edit').click();
+
+    cy.get(mapSelector)
+      .trigger('mousedown', 150, 60, { which: 1 })
+      .trigger('mousemove', 150, 55, { which: 1 })
+      .trigger('mouseup', 150, 55, { which: 1 });
+
+    cy.window().then(({ map }) => {
+      const layer = map.pm.getGeomanDrawLayers()[1];
+      expect(layer.getLatLngs()[0].lat).to.eq(51.5258877375718);
+      expect(layer.getLatLngs()[0].lng).to.eq(-0.15026355008465944);
+    });
+  });
 });
diff --git a/cypress/e2e/polygon.cy.js b/cypress/e2e/polygon.cy.js
@@ -1418,4 +1418,51 @@ describe('Draw & Edit Poly', () => {
 
     cy.hasVertexMarkers(3);
   });
+
+  it("doesn't snap to the vertex", () => {
+    cy.window().then(({ map }) => {
+      map.pm.setGlobalOptions({ snapVertex: false });
+    });
+
+    cy.toolbarButton('polygon')
+      .click()
+      .closest('.button-container')
+      .should('have.class', 'active');
+
+    cy.get(mapSelector)
+      .click(50, 250)
+      .click(150, 50)
+      .click(250, 50)
+      .click(50, 250);
+
+    cy.toolbarButton('polygon')
+      .click()
+      .closest('.button-container')
+      .should('have.class', 'active');
+
+    cy.get(mapSelector)
+      .click(150, 60)
+      .click(250, 90)
+      .click(200, 90)
+      .click(150, 60);
+
+    cy.window().then(({ map }) => {
+      const layer = map.pm.getGeomanDrawLayers()[1];
+      expect(layer.getLatLngs()[0][0].lat).to.eq(51.5255134425896);
+      expect(layer.getLatLngs()[0][0].lng).to.eq(-0.15071868896484378);
+    });
+
+    cy.toolbarButton('edit').click();
+
+    cy.get(mapSelector)
+      .trigger('mousedown', 150, 60, { which: 1 })
+      .trigger('mousemove', 150, 55, { which: 1 })
+      .trigger('mouseup', 150, 55, { which: 1 });
+
+    cy.window().then(({ map }) => {
+      const layer = map.pm.getGeomanDrawLayers()[1];
+      expect(layer.getLatLngs()[0][0].lat).to.eq(51.52594064813257);
+      expect(layer.getLatLngs()[0][0].lng).to.eq(-0.15037536621093753);
+    });
+  });
 });
diff --git a/cypress/e2e/rectangle.cy.js b/cypress/e2e/rectangle.cy.js
@@ -1040,4 +1040,43 @@ describe('Draw Rectangle', () => {
       expect(map.pm.getGeomanDrawLayers().length).to.eql(0);
     });
   });
+
+  it("doesn't snap to the vertex", () => {
+    cy.window().then(({ map }) => {
+      map.pm.setGlobalOptions({ snapVertex: false });
+    });
+
+    cy.toolbarButton('rectangle')
+      .click()
+      .closest('.button-container')
+      .should('have.class', 'active');
+
+    cy.get(mapSelector).click(90, 250).click(150, 50);
+
+    cy.toolbarButton('rectangle')
+      .click()
+      .closest('.button-container')
+      .should('have.class', 'active');
+
+    cy.get(mapSelector).click(150, 60).click(250, 90);
+
+    cy.window().then(({ map }) => {
+      const layer = map.pm.getGeomanDrawLayers()[1];
+      expect(layer.getLatLngs()[0][1].lat).to.eq(51.52529983831507);
+      expect(layer.getLatLngs()[0][1].lng).to.eq(-0.15003204345703128);
+    });
+
+    cy.toolbarButton('edit').click();
+
+    cy.get(mapSelector)
+      .trigger('mousedown', 150, 60, { which: 1 })
+      .trigger('mousemove', 150, 55, { which: 1 })
+      .trigger('mouseup', 150, 55, { which: 1 });
+
+    cy.window().then(({ map }) => {
+      const layer = map.pm.getGeomanDrawLayers()[1];
+      expect(layer.getLatLngs()[0][1].lat).to.eq(51.525833847122584);
+      expect(layer.getLatLngs()[0][1].lng).to.eq(-0.13286590576171878);
+    });
+  });
 });
diff --git a/leaflet-geoman.d.ts b/leaflet-geoman.d.ts
@@ -1132,12 +1132,7 @@ declare module 'leaflet' {
       event: any;
     }) => boolean;
 
-    interface EditModeOptions {
-      /** Enable snapping to other layers vertices for precision drawing. Can be disabled by holding the ALT key (default:true). */
-      snappable?: boolean;
-
-      /** The distance to another vertex when a snap should happen (default:20). */
-      snapDistance?: number;
+    interface EditModeOptions extends SnappingOptions {
 
       /** Allow self intersections (default:true). */
       allowSelfIntersection?: boolean;
@@ -1229,18 +1224,7 @@ declare module 'leaflet' {
       className?: string;
     }
 
-    interface DrawModeOptions {
-      /** Enable snapping to other layers vertices for precision drawing. Can be disabled by holding the ALT key (default:true). */
-      snappable?: boolean;
-
-      /** The distance to another vertex when a snap should happen (default:20). */
-      snapDistance?: number;
-
-      /** Allow snapping in the middle of two vertices (middleMarker)(default:false). */
-      snapMiddle?: boolean;
-
-      /** Allow snapping between two vertices. (default: true)*/
-      snapSegment?: boolean;
+    interface DrawModeOptions extends SnappingOptions {
 
       /** Require the last point of a shape to be snapped. (default: false). */
       requireSnapToFinish?: boolean;
@@ -1318,6 +1302,23 @@ declare module 'leaflet' {
       textOptions?: TextOptions;
     }
 
+    interface SnappingOptions {
+      /** Enable snapping to other layers vertices for precision drawing. Can be disabled by holding the ALT key (default:true). */
+      snappable?: boolean;
+
+      /** The distance to another vertex when a snap should happen (default:20). */
+      snapDistance?: number;
+
+      /** Allow snapping in the middle of two vertices (middleMarker)(default:false). */
+      snapMiddle?: boolean;
+
+      /** Allow snapping between two vertices. (default: true)*/
+      snapSegment?: boolean;
+
+      /** Allow snapping to vertices. (default: true)*/
+      snapVertex?: boolean;
+    }
+
     /**
      * PM toolbar options.
      */

diff --git a/src/js/Draw/L.PM.Draw.js b/src/js/Draw/L.PM.Draw.js
@@ -38,8 +38,9 @@ const Draw = L.Class.extend({
       text: null,
       focusAfterDraw: null,
       removeIfEmpty: null,
-      className: null
+      className: null,
     },
+    snapVertex: true,
   },
   setOptions(options) {
     L.Util.setOptions(this, options);

diff --git a/src/js/Edit/L.PM.Edit.js b/src/js/Edit/L.PM.Edit.js
@@ -28,6 +28,8 @@ const Edit = L.Class.extend({
     moveVertexValidation: undefined,
     resizeableCircleMarker: false,
     resizeableCircle: true,
+    snapMiddle: false,
+    snapVertex: true,
   },
   setOptions(options) {
     L.Util.setOptions(this, options);

diff --git a/src/js/Mixins/Snapping.js b/src/js/Mixins/Snapping.js
@@ -490,40 +490,40 @@ const SnapMixin = {
     // The closest point on the closest segment of the closest polygon to P. That's right.
     const C = closestLayer.latlng;
 
-    // distances from A to C and B to C to check which one is closer to C
-    const distanceAC = this._getDistance(map, A, C);
-    const distanceBC = this._getDistance(map, B, C);
+    // the latlng we ultemately want to snap to
+    let snapLatlng = C;
 
-    // closest latlng of A and B to C
-    let closestVertexLatLng = distanceAC < distanceBC ? A : B;
+    if (this.options.snapVertex) {
+      // distances from A to C and B to C to check which one is closer to C
+      const distanceAC = this._getDistance(map, A, C);
+      const distanceBC = this._getDistance(map, B, C);
 
-    // distance between closestVertexLatLng and C
-    let shortestDistance = distanceAC < distanceBC ? distanceAC : distanceBC;
+      // closest latlng of A and B to C
+      let closestVertexLatLng = distanceAC < distanceBC ? A : B;
 
-    // snap to middle (M) of segment if option is enabled
-    if (this.options.snapMiddle) {
-      const M = L.PM.Utils.calcMiddleLatLng(map, A, B);
-      const distanceMC = this._getDistance(map, M, C);
+      // distance between closestVertexLatLng and C
+      let shortestDistance = distanceAC < distanceBC ? distanceAC : distanceBC;
 
-      if (distanceMC < distanceAC && distanceMC < distanceBC) {
-        // M is the nearest vertex
-        closestVertexLatLng = M;
-        shortestDistance = distanceMC;
-      }
-    }
+      // snap to middle (M) of segment if option is enabled
+      if (this.options.snapMiddle) {
+        const M = L.PM.Utils.calcMiddleLatLng(map, A, B);
+        const distanceMC = this._getDistance(map, M, C);
 
-    // the distance that needs to be undercut to trigger priority
-    const priorityDistance = this.options.snapDistance;
+        if (distanceMC < distanceAC && distanceMC < distanceBC) {
+          // M is the nearest vertex
+          closestVertexLatLng = M;
+          shortestDistance = distanceMC;
+        }
+      }
 
-    // the latlng we ultemately want to snap to
-    let snapLatlng;
+      // the distance that needs to be undercut to trigger priority
+      const priorityDistance = this.options.snapDistance;
 
-    // if C is closer to the closestVertexLatLng (A, B or M) than the snapDistance,
-    // the closestVertexLatLng has priority over C as the snapping point.
-    if (shortestDistance < priorityDistance) {
-      snapLatlng = closestVertexLatLng;
-    } else {
-      snapLatlng = C;
+      // if C is closer to the closestVertexLatLng (A, B or M) than the snapDistance,
+      // the closestVertexLatLng has priority over C as the snapping point.
+      if (shortestDistance < priorityDistance) {
+        snapLatlng = closestVertexLatLng;
+      }
     }
 
     // return the copy of snapping point