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-rw-r--r--src/client/util/CurrentUserUtils.ts2
-rw-r--r--src/client/util/bezierFit.ts116
2 files changed, 117 insertions, 1 deletions
diff --git a/src/client/util/CurrentUserUtils.ts b/src/client/util/CurrentUserUtils.ts
index b6a7cacba..141695d86 100644
--- a/src/client/util/CurrentUserUtils.ts
+++ b/src/client/util/CurrentUserUtils.ts
@@ -743,7 +743,7 @@ pie title Minerals in my tap water
{ title: "Square", toolTip: "Square (double tap to lock mode)", btnType: ButtonType.ToggleButton, icon: "square", toolType: Gestures.Rectangle, scripts: {onClick:`{ return setActiveTool(this.toolType, false, _readOnly_);}`, onDoubleClick:`{ return setActiveTool(this.toolType, true, _readOnly_);}`} },
{ title: "Line", toolTip: "Line (double tap to lock mode)", btnType: ButtonType.ToggleButton, icon: "minus", toolType: Gestures.Line, scripts: {onClick:`{ return setActiveTool(this.toolType, false, _readOnly_);}`, onDoubleClick:`{ return setActiveTool(this.toolType, true, _readOnly_);}`} },
{ title: "Mask", toolTip: "Mask", btnType: ButtonType.ToggleButton, icon: "user-circle",toolType: "inkMask", scripts: {onClick:'{ return setInkProperty(this.toolType, value, _readOnly_);}'}, funcs: {hidden:"IsNoviceMode()" } },
- { title: "Labels", toolTip: "Lab els", btnType: ButtonType.ToggleButton, icon: "text-width", toolType: "labels", scripts: {onClick:'{ return setInkProperty(this.toolType, value, _readOnly_);}'}, },
+ { title: "Labels", toolTip: "Labels", btnType: ButtonType.ToggleButton, icon: "text-width", toolType: "labels", scripts: {onClick:'{ return setInkProperty(this.toolType, value, _readOnly_);}'}, },
{ title: "Width", toolTip: "Stroke width", btnType: ButtonType.NumberSliderButton, toolType: "strokeWidth", ignoreClick: true, scripts: {script: '{ return setInkProperty(this.toolType, value, _readOnly_);}'}, numBtnMin: 1},
{ title: "Ink", toolTip: "Stroke color", btnType: ButtonType.ColorButton, icon: "pen", toolType: "strokeColor", ignoreClick: true, scripts: {script: '{ return setInkProperty(this.toolType, value, _readOnly_);}'} },
{ title: "Smart Draw", toolTip: "Draw with GPT", btnType: ButtonType.ToggleButton, icon: "user-pen", toolType: "smartdraw", scripts: {onClick:'{ return setActiveTool(this.toolType, false, _readOnly_);}'}, funcs: {hidden: "IsNoviceMode()"}},
diff --git a/src/client/util/bezierFit.ts b/src/client/util/bezierFit.ts
index fbc2bb7cd..f5696afaf 100644
--- a/src/client/util/bezierFit.ts
+++ b/src/client/util/bezierFit.ts
@@ -2,8 +2,18 @@
/* eslint-disable prefer-destructuring */
/* eslint-disable no-param-reassign */
/* eslint-disable camelcase */
+import e from 'cors';
import { Point } from '../../pen-gestures/ndollar';
+export enum SVGType {
+ Rect = 'rect',
+ Path = 'path',
+ Circle = 'circle',
+ Ellipse = 'ellipse',
+ Line = 'line',
+ Polygon = 'polygon',
+}
+
class SmartRect {
minx: number = 0;
miny: number = 0;
@@ -616,6 +626,112 @@ export function GenerateControlPoints(coordinates: Point[], alpha = 0.1) {
return [...firstEnd, ...points, ...lastEnd];
}
+export function SVGToBezier(name: SVGType, attributes: any): Point[] {
+ console.log('in svg to bezier', name, attributes);
+ switch (name) {
+ case 'line':
+ const x1 = parseInt(attributes.x1);
+ const x2 = parseInt(attributes.x2);
+ const y1 = parseInt(attributes.y1);
+ const y2 = parseInt(attributes.y2);
+ return [
+ { X: x1, Y: y1 },
+ { X: x1, Y: y1 },
+ { X: x2, Y: y2 },
+ { X: x2, Y: y2 },
+ ];
+ case 'circle':
+ case 'ellipse':
+ const c = 0.551915024494;
+ const centerX = parseInt(attributes.cx);
+ const centerY = parseInt(attributes.cy);
+ const radiusX = parseInt(attributes.rx) || parseInt(attributes.r);
+ const radiusY = parseInt(attributes.ry) || parseInt(attributes.r);
+ return [
+ { X: centerX, Y: centerY + radiusY },
+ { X: centerX + c * radiusX, Y: centerY + radiusY },
+ { X: centerX + radiusX, Y: centerY + c * radiusY },
+ { X: centerX + radiusX, Y: centerY },
+ { X: centerX + radiusX, Y: centerY },
+ { X: centerX + radiusX, Y: centerY - c * radiusY },
+ { X: centerX + c * radiusX, Y: centerY - radiusY },
+ { X: centerX, Y: centerY - radiusY },
+ { X: centerX, Y: centerY - radiusY },
+ { X: centerX - c * radiusX, Y: centerY - radiusY },
+ { X: centerX - radiusX, Y: centerY - c * radiusY },
+ { X: centerX - radiusX, Y: centerY },
+ { X: centerX - radiusX, Y: centerY },
+ { X: centerX - radiusX, Y: centerY + c * radiusY },
+ { X: centerX - c * radiusX, Y: centerY + radiusY },
+ { X: centerX, Y: centerY + radiusY },
+ ];
+ case 'rect':
+ const x = parseInt(attributes.x);
+ const y = parseInt(attributes.y);
+ const width = parseInt(attributes.width);
+ const height = parseInt(attributes.height);
+ return [
+ { X: x, Y: y },
+ { X: x, Y: y },
+ { X: x + width, Y: y },
+ { X: x + width, Y: y },
+ { X: x + width, Y: y },
+ { X: x + width, Y: y },
+ { X: x + width, Y: y + height },
+ { X: x + width, Y: y + height },
+ { X: x + width, Y: y + height },
+ { X: x + width, Y: y + height },
+ { X: x, Y: y + height },
+ { X: x, Y: y + height },
+ { X: x, Y: y + height },
+ { X: x, Y: y + height },
+ { X: x, Y: y },
+ { X: x, Y: y },
+ ];
+ case 'path':
+ const coordList: Point[] = [];
+ const startPt = attributes.d.match(/M(-?\d+\.?\d*),(-?\d+\.?\d*)/);
+ coordList.push({ X: parseInt(startPt[1]), Y: parseInt(startPt[2]) });
+ const matches: RegExpMatchArray[] = Array.from(
+ attributes.d.matchAll(/Q(-?\d+\.?\d*),(-?\d+\.?\d*) (-?\d+\.?\d*),(-?\d+\.?\d*)|C(-?\d+\.?\d*),(-?\d+\.?\d*) (-?\d+\.?\d*),(-?\d+\.?\d*) (-?\d+\.?\d*),(-?\d+\.?\d*)|L(-?\d+\.?\d*),(-?\d+\.?\d*)/g)
+ );
+ let lastPt: Point;
+ matches.forEach(match => {
+ if (match[0].startsWith('Q')) {
+ coordList.push({ X: parseInt(match[1]), Y: parseInt(match[2]) });
+ coordList.push({ X: parseInt(match[1]), Y: parseInt(match[2]) });
+ coordList.push({ X: parseInt(match[3]), Y: parseInt(match[4]) });
+ coordList.push({ X: parseInt(match[3]), Y: parseInt(match[4]) });
+ lastPt = { X: parseInt(match[3]), Y: parseInt(match[4]) };
+ } else if (match[0].startsWith('C')) {
+ coordList.push({ X: parseInt(match[5]), Y: parseInt(match[6]) });
+ coordList.push({ X: parseInt(match[7]), Y: parseInt(match[8]) });
+ coordList.push({ X: parseInt(match[9]), Y: parseInt(match[10]) });
+ coordList.push({ X: parseInt(match[9]), Y: parseInt(match[10]) });
+ lastPt = { X: parseInt(match[9]), Y: parseInt(match[10]) };
+ } else {
+ coordList.push(lastPt || { X: parseInt(startPt[1]), Y: parseInt(startPt[2]) });
+ coordList.push({ X: parseInt(match[11]), Y: parseInt(match[12]) });
+ coordList.push({ X: parseInt(match[11]), Y: parseInt(match[12]) });
+ coordList.push({ X: parseInt(match[11]), Y: parseInt(match[12]) });
+ lastPt = { X: parseInt(match[11]), Y: parseInt(match[12]) };
+ }
+ });
+ const hasZ = attributes.d.match(/Z/);
+ if (hasZ) {
+ coordList.push(lastPt);
+ coordList.push({ X: parseInt(startPt[1]), Y: parseInt(startPt[2]) });
+ coordList.push({ X: parseInt(startPt[1]), Y: parseInt(startPt[2]) });
+ } else {
+ coordList.pop();
+ }
+ return coordList;
+ case 'polygon':
+ default:
+ return [];
+ }
+}
+
/*
static double GetTValueFromSValue (const BezierRep &parent, double t, double endT, bool left, double influenceDistance, double &excess) {
double dist = 0;