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this.BX = this.BX \|\| {}; this.BX.Calendar = this.BX.Calendar \|\| {}; this.BX.Calendar.Ui = this.BX.Calendar.Ui \|\| {}; (function (exports,calendar_util) { 'use strict'; /** * @interface / /* * @implements DragAndDropInterface / class EventDragAndDrop { // stickDistanceInMinutes = 30; constructor(getDateByPos, getPosByDate, getEvents) { this.maxTryDuration = 50; this.stickDistanceInPercents = 34; this.magnetizeDistanceInMinutes = 15; this.getDateByPos = getDateByPos; this.getPosByDate = getPosByDate; this.getEvents = getEvents; } setFinalTimeInterval(from, to) { this.finalFrom = new Date(from.getTime()); this.finalTo = new Date(to.getTime()); } getFinalFrom() { return this.finalFrom; } getFinalTo() { return this.finalTo; } onDragStart(duration, startPosition = 0) { this.savedDuration = duration; this.tryDuration = 0; this.startBoundary = this.getBoundaryFromPositionAndDuration(startPosition, duration); this.setFinalTimeInterval(this.startBoundary.from, this.startBoundary.to); } getDragBoundary(position) { const diff = this.previousPosition ? this.previousPosition - position : 0; this.previousPosition = position; this.calculateTryDuration(diff); this.resetMagnetStamps(diff); let boundary = this.getBoundaryFromPositionAndDuration(position, this.savedDuration); if (this.doMagnetize()) { boundary = this.getMagnetizedBoundary(boundary, diff); } boundary.size = this.getPosByDate(boundary.to) - this.getPosByDate(boundary.from); this.finalFrom = boundary.from; this.finalTo = boundary.to; return boundary; } getBoundaryFromPositionAndDuration(position, duration) { const from = this.getDateByPos(position); const to = from ? new Date(from.getTime() + duration) : null; return { from, to, position, wasMagnetized: false }; } getMagnetizedBoundary(boundary, diff) { let position = boundary.position; let duration = this.savedDuration; const magnetizedTimeInterval = this.getMagnetizedTimeInterval(boundary.from, boundary.to); const magnetizedFromPosition = this.getPosByDate(magnetizedTimeInterval.from); const wasMagnetized = magnetizedTimeInterval.wasMagnetizedTo \|\| magnetizedTimeInterval.wasMagnetizedFrom; if (wasMagnetized) { position = magnetizedFromPosition; duration = magnetizedTimeInterval.to.getTime() - magnetizedTimeInterval.from.getTime(); } // stabilize magnets if (!this.endMagnetStamp && boundary.to.getTime() < magnetizedTimeInterval.to.getTime() && diff < 0) { this.endMagnetStamp = position; } if (this.endMagnetStamp) { if (this.endMagnetStamp + 5 < position) { this.endMagnetStamp = null; } else { position = this.endMagnetStamp; } } if (!this.startMagnetStamp && boundary.from.getTime() > magnetizedTimeInterval.from.getTime() && diff > 0) { this.startMagnetStamp = position; } if (this.startMagnetStamp) { if (magnetizedFromPosition < this.startMagnetStamp) { this.startMagnetStamp = null; } else { position = this.startMagnetStamp; } } const from = this.getDateByPos(position); const to = new Date(from.getTime() + duration); return { from, to, position, wasMagnetized }; } /* * stick - behavior when dragged event intersects with another event * and we push dragged event to top or to bottom of another event * * magnetize - behavior when dragged event is close to another event * and we move it closer to another event / getMagnetizedTimeInterval(fromDate, toDate) { let wasMagnetizedFrom = false; let wasMagnetizedTo = false; let from = new Date(fromDate.getTime()); let to = new Date(toDate.getTime()); const duration = to.getTime() - from.getTime(); const magnetDistance = this.magnetizeDistanceInMinutes 60 * 1000; const stickDistance = this.stickDistanceInPercents / 100 * this.savedDuration; // find lowest fromDate and highest toDate let fromDateMax = new Date(from.getTime()); fromDateMax.setHours(0, 0, 0, 0); let toDateMin = new Date(to.getTime()); toDateMin.setHours(23, 59, 0, 0); const events = this.getEvents(); for (const event of events) { const eventFrom = event.from.getTime(); const eventTo = event.to.getTime(); if (eventTo > fromDateMax.getTime() && eventTo <= to.getTime()) { fromDateMax = new Date(eventTo); } if (eventFrom < toDateMin.getTime() && eventFrom >= from.getTime()) { toDateMin = new Date(eventFrom); } } // if too many events if (fromDateMax.getTime() >= toDateMin.getTime()) { return { from, to, wasMagnetizedFrom, wasMagnetizedTo }; } // stick if (fromDateMax.getTime() > from.getTime() && fromDateMax.getTime() - from.getTime() <= stickDistance) { from = new Date(fromDateMax.getTime()); to = new Date(from.getTime() + duration); wasMagnetizedFrom = true; } if (toDateMin.getTime() < to.getTime() && to.getTime() - toDateMin.getTime() <= stickDistance) { to = new Date(toDateMin.getTime()); from = new Date(to.getTime() - duration); wasMagnetizedTo = true; } if (fromDateMax.getTime() > from.getTime() && fromDateMax.getTime() - from.getTime() <= stickDistance) { from = new Date(fromDateMax.getTime()); to = new Date(from.getTime() + duration); wasMagnetizedFrom = true; } if (wasMagnetizedFrom && wasMagnetizedTo) { from = new Date(fromDateMax.getTime()); to = new Date(toDateMin.getTime()); } // magnetize if (!wasMagnetizedFrom && !wasMagnetizedTo) { if (from.getTime() > fromDateMax.getTime() && from.getTime() - fromDateMax.getTime() <= magnetDistance) { wasMagnetizedFrom = true; } if (toDateMin.getTime() > to.getTime() && toDateMin.getTime() - to.getTime() <= magnetDistance) { wasMagnetizedTo = true; } if (wasMagnetizedFrom && !wasMagnetizedTo) { from = new Date(fromDateMax.getTime()); to = new Date(from.getTime() + duration); } if (wasMagnetizedTo && !wasMagnetizedFrom) { to = new Date(toDateMin.getTime()); from = new Date(to.getTime() - duration); } } return { from, to, wasMagnetizedFrom, wasMagnetizedTo }; } resetMagnetStamps(diff) { if (diff > 0) { this.endMagnetStamp = null; } if (diff < 0) { this.startMagnetStamp = null; } } calculateTryDuration(diff) { if (Math.abs(diff) < 1) { this.tryDuration++; } if (Math.abs(diff) > 3) { this.tryDuration = 0; } } doMagnetize() { return !calendar_util.Util.isAnyModifierKeyPressed() && !this.isUserTryingToTurnOffMagnet(); } isUserTryingToTurnOffMagnet() { return this.tryDuration > this.maxTryDuration; } } /** * @implements DragAndDropInterface / class ResizeDragAndDrop { constructor(getDateByPos, getPosByDate) { this.getDateByPos = getDateByPos; this.getPosByDate = getPosByDate; } getFinalFrom() { return this.from; } getFinalTo() { return this.to; } onDragStart(timeInterval, minSize = 0, isStartResizer = false) { this.from = timeInterval.from; this.to = timeInterval.to; this.isStartResizer = isStartResizer; this.direction = isStartResizer ? -1 : 1; this.positionStart = this.getPosByDate(this.from); this.positionEnd = this.getPosByDate(this.to); this.size = this.positionEnd - this.positionStart; this.minSize = minSize; } getDragBoundary(dy) { const size = Math.max(this.size + dy this.direction, this.minSize); if (this.isStartResizer) { this.positionStart = this.positionEnd - size; const timeFrom = this.getDateByPos(this.positionStart); this.from.setHours(timeFrom.getHours(), timeFrom.getMinutes(), 0, 0); } else { this.positionEnd = this.positionStart + size; const timeTo = this.getDateByPos(this.positionEnd); this.to.setHours(timeTo.getHours(), timeTo.getMinutes(), 0, 0); } return { from: this.from, to: this.to, position: this.positionStart, size }; } } exports.EventDragAndDrop = EventDragAndDrop; exports.ResizeDragAndDrop = ResizeDragAndDrop; }((this.BX.Calendar.Ui.Tools = this.BX.Calendar.Ui.Tools \|\| {}),BX.Calendar)); //# sourceMappingURL=draganddrop.bundle.js.map

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