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import { computed, IReactionDisposer, observable, reaction, trace } from "mobx";
import { observer } from "mobx-react";
import { Doc, HeightSym, WidthSym } from "../../../fields/Doc";
import { Cast, NumCast, StrCast } from "../../../fields/Types";
import { Transform } from "../../util/Transform";
import { DocComponent } from "../DocComponent";
import "./CollectionFreeFormDocumentView.scss";
import { DocumentView, DocumentViewProps } from "./DocumentView";
import React = require("react");
import { Document } from "../../../fields/documentSchemas";
import { TraceMobx } from "../../../fields/util";
import { ContentFittingDocumentView } from "./ContentFittingDocumentView";
import { List } from "../../../fields/List";
import { numberRange } from "../../../Utils";
import { ComputedField } from "../../../fields/ScriptField";
import { listSpec } from "../../../fields/Schema";
import { DocumentType } from "../../documents/DocumentTypes";
import { InkingStroke } from "../InkingStroke";
export interface CollectionFreeFormDocumentViewProps extends DocumentViewProps {
dataProvider?: (doc: Doc, replica: string) => { x: number, y: number, zIndex?: number, opacity?: number, highlight?: boolean, z: number, transition?: string } | undefined;
sizeProvider?: (doc: Doc, replica: string) => { width: number, height: number } | undefined;
zIndex?: number;
highlight?: boolean;
jitterRotation: number;
dataTransition?: string;
fitToBox?: boolean;
replica: string;
}
@observer
export class CollectionFreeFormDocumentView extends DocComponent<CollectionFreeFormDocumentViewProps, Document>(Document) {
@observable _animPos: number[] | undefined = undefined;
random(min: number, max: number) { // min should not be equal to max
const mseed = Math.abs(this.X * this.Y);
const seed = (mseed * 9301 + 49297) % 233280;
const rnd = seed / 233280;
return min + rnd * (max - min);
}
get displayName() { return "CollectionFreeFormDocumentView(" + this.rootDoc.title + ")"; } // this makes mobx trace() statements more descriptive
get maskCentering() { return this.props.Document.isInkMask ? InkingStroke.MaskDim / 2 : 0; }
get transform() { return `scale(${this.props.ContentScaling()}) translate(${this.X - this.maskCentering}px, ${this.Y - this.maskCentering}px) rotate(${this.random(-1, 1) * this.props.jitterRotation}deg)`; }
get X() { return this.dataProvider ? this.dataProvider.x : (this.Document.x || 0); }
get Y() { return this.dataProvider ? this.dataProvider.y : (this.Document.y || 0); }
get Opacity() { return this.dataProvider ? this.dataProvider.opacity : Cast(this.layoutDoc.opacity, "number", null); }
get ZInd() { return this.dataProvider ? this.dataProvider.zIndex : (this.Document.zIndex || 0); }
get Highlight() { return this.dataProvider?.highlight; }
get width() { return this.props.sizeProvider && this.sizeProvider ? this.sizeProvider.width : this.layoutDoc[WidthSym](); }
get height() {
const hgt = this.props.sizeProvider && this.sizeProvider ? this.sizeProvider.height : this.layoutDoc[HeightSym]();
return (hgt === undefined && this.nativeWidth && this.nativeHeight) ? this.width * this.nativeHeight / this.nativeWidth : hgt;
}
@computed get freezeDimensions() { return this.props.FreezeDimensions; }
@computed get dataProvider() { return this.props.dataProvider?.(this.props.Document, this.props.replica); }
@computed get sizeProvider() { return this.props.sizeProvider?.(this.props.Document, this.props.replica); }
@computed get nativeWidth() { return NumCast(this.layoutDoc._nativeWidth, this.props.NativeWidth() || (this.freezeDimensions ? this.layoutDoc[WidthSym]() : 0)); }
@computed get nativeHeight() { return NumCast(this.layoutDoc._nativeHeight, this.props.NativeHeight() || (this.freezeDimensions ? this.layoutDoc[HeightSym]() : 0)); }
@computed get renderScriptDim() {
if (this.Document.renderScript) {
const someView = Cast(this.props.Document.someView, Doc);
const minimap = Cast(this.props.Document.minimap, Doc);
if (someView instanceof Doc && minimap instanceof Doc) {
const x = (NumCast(someView._panX) - NumCast(someView._width) / 2 / NumCast(someView._viewScale) - (NumCast(minimap.fitX) - NumCast(minimap.fitW) / 2)) / NumCast(minimap.fitW) * NumCast(minimap._width) - NumCast(minimap._width) / 2;
const y = (NumCast(someView._panY) - NumCast(someView._height) / 2 / NumCast(someView._viewScale) - (NumCast(minimap.fitY) - NumCast(minimap.fitH) / 2)) / NumCast(minimap.fitH) * NumCast(minimap._height) - NumCast(minimap._height) / 2;
const w = NumCast(someView._width) / NumCast(someView._viewScale) / NumCast(minimap.fitW) * NumCast(minimap.width);
const h = NumCast(someView._height) / NumCast(someView._viewScale) / NumCast(minimap.fitH) * NumCast(minimap.height);
return { x: x, y: y, width: w, height: h };
}
}
return undefined;
}
public static getValues(doc: Doc, time: number) {
const timecode = Math.round(time);
return ({
x: Cast(doc["x-indexed"], listSpec("number"), [NumCast(doc.x)]).reduce((p, x, i) => (i <= timecode && x !== undefined) || p === undefined ? x : p, undefined as any as number),
y: Cast(doc["y-indexed"], listSpec("number"), [NumCast(doc.y)]).reduce((p, y, i) => (i <= timecode && y !== undefined) || p === undefined ? y : p, undefined as any as number),
opacity: Cast(doc["opacity-indexed"], listSpec("number"), [NumCast(doc.opacity, 1)]).reduce((p, o, i) => i <= timecode || p === undefined ? o : p, undefined as any as number),
});
}
public static setValues(time: number, d: Doc, x?: number, y?: number, opacity?: number) {
const timecode = Math.round(time);
const xindexed = Cast(d["x-indexed"], listSpec("number"), []).slice();
const yindexed = Cast(d["y-indexed"], listSpec("number"), []).slice();
const oindexed = Cast(d["opacity-indexed"], listSpec("number"), []).slice();
xindexed[timecode] = x as any as number;
yindexed[timecode] = y as any as number;
oindexed[timecode] = opacity as any as number;
d["x-indexed"] = new List<number>(xindexed);
d["y-indexed"] = new List<number>(yindexed);
d["opacity-indexed"] = new List<number>(oindexed);
}
public static updateKeyframe(docs: Doc[], time: number) {
const timecode = Math.round(time);
docs.forEach(doc => {
const xindexed = Cast(doc['x-indexed'], listSpec("number"), null);
const yindexed = Cast(doc['y-indexed'], listSpec("number"), null);
const opacityindexed = Cast(doc['opacity-indexed'], listSpec("number"), null);
xindexed?.length <= timecode + 1 && xindexed.push(undefined as any as number);
yindexed?.length <= timecode + 1 && yindexed.push(undefined as any as number);
opacityindexed?.length <= timecode + 1 && opacityindexed.push(undefined as any as number);
doc.dataTransition = "all 1s";
});
setTimeout(() => docs.forEach(doc => doc.dataTransition = "inherit"), 1010);
}
public static gotoKeyframe(docs: Doc[]) {
docs.forEach(doc => doc.dataTransition = "all 1s");
setTimeout(() => docs.forEach(doc => doc.dataTransition = "inherit"), 1010);
}
public static setupKeyframes(docs: Doc[], timecode: number, progressivize: boolean = false) {
docs.forEach((doc, i) => {
const curTimecode = progressivize ? i : timecode;
const xlist = new List<number>(numberRange(timecode + 1).map(i => undefined) as any as number[]);
const ylist = new List<number>(numberRange(timecode + 1).map(i => undefined) as any as number[]);
const olist = new List<number>(numberRange(timecode + 1).map(t => progressivize && t < i ? 0 : 1));
xlist[curTimecode] = NumCast(doc.x);
ylist[curTimecode] = NumCast(doc.y);
doc["x-indexed"] = xlist;
doc["y-indexed"] = ylist;
doc["opacity-indexed"] = olist;
doc.activeFrame = ComputedField.MakeFunction("self.context?.currentFrame||0");
doc.x = ComputedField.MakeInterpolated("x", "activeFrame");
doc.y = ComputedField.MakeInterpolated("y", "activeFrame");
doc.opacity = ComputedField.MakeInterpolated("opacity", "activeFrame");
doc.dataTransition = "inherit";
});
}
nudge = (x: number, y: number) => {
this.props.Document.x = NumCast(this.props.Document.x) + x;
this.props.Document.y = NumCast(this.props.Document.y) + y;
}
contentScaling = () => this.nativeWidth > 0 && !this.props.fitToBox && !this.freezeDimensions ? this.width / this.nativeWidth : 1;
panelWidth = () => (this.sizeProvider?.width || this.props.PanelWidth?.());
panelHeight = () => (this.sizeProvider?.height || this.props.PanelHeight?.());
getTransform = (): Transform => this.props.ScreenToLocalTransform().translate(-this.X, -this.Y).scale(1 / this.contentScaling());
focusDoc = (doc: Doc) => this.props.focus(doc, false);
opacity = () => this.Opacity;
NativeWidth = () => this.nativeWidth;
NativeHeight = () => this.nativeHeight;
render() {
TraceMobx();
const backgroundColor = StrCast(this.layoutDoc._backgroundColor) || StrCast(this.layoutDoc.backgroundColor) || StrCast(this.Document.backgroundColor) || this.props.backgroundColor?.(this.Document);
return <div className="collectionFreeFormDocumentView-container"
style={{
boxShadow:
this.Opacity === 0 ? undefined : // if it's not visible, then no shadow
this.layoutDoc.z ? `#9c9396 ${StrCast(this.layoutDoc.boxShadow, "10px 10px 0.9vw")}` : // if it's a floating doc, give it a big shadow
this.props.backgroundHalo?.() && this.props.Document.type !== DocumentType.INK ? (`${this.props.backgroundColor?.(this.props.Document)} ${StrCast(this.layoutDoc.boxShadow, `0vw 0vw ${(this.layoutDoc.isBackground ? 100 : 50) / this.props.ContentScaling()}px`)}`) : // if it's just in a cluster, make the shadown roughly match the cluster border extent
this.layoutDoc.isBackground ? undefined : // if it's a background & has a cluster color, make the shadow spread really big
StrCast(this.layoutDoc.boxShadow, ""),
borderRadius: StrCast(Doc.Layout(this.layoutDoc).borderRounding),
outline: this.Highlight ? "orange solid 2px" : "",
transform: this.transform,
transition: this.props.dataTransition ? this.props.dataTransition : this.dataProvider ? this.dataProvider.transition : StrCast(this.layoutDoc.dataTransition),
width: this.props.Document.isInkMask ? InkingStroke.MaskDim : this.width,
height: this.props.Document.isInkMask ? InkingStroke.MaskDim : this.height,
zIndex: this.ZInd,
mixBlendMode: StrCast(this.layoutDoc.mixBlendMode) as any,
display: this.ZInd === -99 ? "none" : undefined,
pointerEvents: this.props.Document.isBackground || this.Opacity === 0 || this.props.Document.type === DocumentType.INK || this.props.Document.isInkMask ? "none" : this.props.pointerEvents ? "all" : undefined
}} >
{Doc.UserDoc().renderStyle !== "comic" ? (null) :
<div style={{ width: "100%", height: "100%", position: "absolute" }}>
<svg style={{ transform: `scale(1,${this.props.PanelHeight() / this.props.PanelWidth()})`, transformOrigin: "top left", overflow: "visible" }} viewBox="0 0 12 14">
<path d="M 7 0 C 9 -1 13 1 12 4 C 11 10 13 12 10 12 C 6 12 7 13 2 12 Q -1 11 0 8 C 1 4 0 4 0 2 C 0 0 1 0 1 0 C 3 0 3 1 7 0"
style={{ stroke: "black", fill: backgroundColor, strokeWidth: 0.2 }} />
</svg>
</div>}
{!this.props.fitToBox ?
<DocumentView {...this.props}
nudge={this.nudge}
dragDivName={"collectionFreeFormDocumentView-container"}
ContentScaling={this.contentScaling}
ScreenToLocalTransform={this.getTransform}
backgroundColor={this.props.backgroundColor}
opacity={this.opacity}
NativeHeight={this.NativeHeight}
NativeWidth={this.NativeWidth}
PanelWidth={this.panelWidth}
PanelHeight={this.panelHeight} />
: <ContentFittingDocumentView {...this.props}
ContainingCollectionDoc={this.props.ContainingCollectionDoc}
DataDoc={this.props.DataDoc}
ScreenToLocalTransform={this.getTransform}
NativeHeight={this.NativeHeight}
NativeWidth={this.NativeWidth}
PanelWidth={this.panelWidth}
PanelHeight={this.panelHeight}
/>}
</div>;
}
}
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