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'use client'
import { create } from 'zustand'
import { Monaco } from '@monaco-editor/react'
import MonacoEditor from 'monaco-editor'
import { ClapProject, ClapSegmentCategory } from '@aitube/clap'
import {
TimelineStore,
useTimeline,
leftBarTrackScaleWidth,
} from '@aitube/timeline'
import {
ScriptEditorStore,
EditorView,
ScrollData,
} from '@aitube/clapper-services'
import { getDefaultScriptEditorState } from './getDefaultScriptEditorState'
export const useScriptEditor = create<ScriptEditorStore>((set, get) => ({
...getDefaultScriptEditorState(),
setMonaco: (monaco?: Monaco) => {
set({ monaco })
},
setTextModel: (textModel?: MonacoEditor.editor.ITextModel) => {
set({ textModel })
},
setStandaloneCodeEditor: (
standaloneCodeEditor?: MonacoEditor.editor.IStandaloneCodeEditor
) => {
set({ standaloneCodeEditor })
},
setMouseIsInside: (mouseIsInside: boolean) => {
set({ mouseIsInside })
},
loadDraftFromClap: (clap: ClapProject) => {
const { setDraft } = get()
setDraft(clap.meta.screenplay)
},
setDraft: (draft: string) => {
const { draft: previousDraft, highlightElements, textModel } = get()
if (draft === previousDraft) {
return
}
set({ draft })
if (!textModel) {
return
}
// we need to update the model
textModel?.setValue(draft)
// and highlight the text again
highlightElements()
},
publishDraftToTimeline: async (): Promise<void> => {
const { draft } = get()
console.log(`user asked to update the whole scene! this is expensive..`)
// we can do something smart, which is to only reconstruct the impacted segments
// and shift the rest along the time axis, without modifying it
},
onDidScrollChange: ({
scrollHeight,
scrollLeft,
scrollTop,
scrollWidth,
}: ScrollData) => {
const {
scrollHeight: previousScrollHeight,
scrollLeft: previousScrollLeft,
scrollTop: previousScrollTop,
scrollWidth: previousScrollWidth,
mouseIsInside,
} = get()
// skip if nothing changed
if (
scrollHeight === previousScrollHeight &&
scrollLeft === previousScrollLeft &&
scrollTop === previousScrollTop &&
scrollWidth === previousScrollWidth
) {
return
}
set({
scrollHeight,
scrollLeft,
scrollTop,
scrollWidth,
})
// if the scroll event happened while we where inside the editor,
// then we need to dispatch the it
if (mouseIsInside) {
const timeline: TimelineStore = useTimeline.getState()
if (!timeline.timelineCamera || !timeline.timelineControls) {
return
}
const { standaloneCodeEditor } = get()
const scrollRatio = scrollTop / scrollHeight
const scrollX = Math.round(
leftBarTrackScaleWidth + scrollRatio * timeline.contentWidth
)
/*console.log({
scrollHeight,
scrollLeft,
scrollTop,
scrollWidth,
scrollRatio,
scrollX
})
*/
if (useTimeline.getState().scrolX !== scrollX) {
useTimeline.setState({ scrollX })
timeline.timelineCamera.position.setX(scrollX)
timeline.timelineControls.target.setX(scrollX)
}
}
},
jumpCursorOnLineClick: (line?: number) => {
if (typeof line !== 'number') {
return
}
const timeline: TimelineStore = useTimeline.getState()
const { lineNumberToMentionedSegments } = timeline
const mentionedSegments = lineNumberToMentionedSegments[line] || []
const firstMentionedSegment = mentionedSegments.at(0)
if (typeof firstMentionedSegment?.startTimeInMs !== 'number') {
return
}
const { startTimeInMs } = firstMentionedSegment
timeline.setCursorTimestampAtInMs(startTimeInMs)
},
highlightElements: () => {
const timeline: TimelineStore = useTimeline.getState()
const { clap } = timeline
const { textModel, standaloneCodeEditor, applyClassNameToKeywords } = get()
if (!textModel || !standaloneCodeEditor || !clap) {
return
}
const characters = clap.entities
.filter((entity) => entity.category === ClapSegmentCategory.CHARACTER)
.map((entity) => entity.triggerName)
// any character
applyClassNameToKeywords('entity entity-character', characters)
// UPPERCASE CHARACTER
applyClassNameToKeywords(
'entity entity-character entity-highlight',
characters,
true
)
const locations = clap.entities
.filter((entity) => entity.category === ClapSegmentCategory.LOCATION)
.map((entity) => entity.triggerName)
// any location
applyClassNameToKeywords('entity entity-location', locations)
// UPPERCASE LOCATION
applyClassNameToKeywords(
'entity entity-location entity-highlight',
locations,
true
)
},
applyClassNameToKeywords: (
className: string = '',
keywords: string[] = [],
caseSensitive = false
) => {
const timeline: TimelineStore = useTimeline.getState()
const { clap } = timeline
const { textModel, standaloneCodeEditor } = get()
if (!textModel || !standaloneCodeEditor || !clap) {
return
}
keywords.forEach((entityTriggerName: string): void => {
const matches: MonacoEditor.editor.FindMatch[] = textModel.findMatches(
// searchString β The string used to search. If it is a regular expression, set isRegex to true.
// searchString: string,
entityTriggerName,
// @param searchOnlyEditableRange β Limit the searching to only search inside the editable range of the model.
// searchOnlyEditableRange: boolean,
false,
// / @param isRegex β Used to indicate that searchString is a regular expression.
// isRegex: boolean,
false,
// @param matchCase β Force the matching to match lower/upper case exactly.
// matchCase: boolean,
caseSensitive,
// @param wordSeparators β Force the matching to match entire words only. Pass null otherwise.
// wordSeparators: string | null,
null,
// @param captureMatches β The result will contain the captured groups.
// captureMatches: boolean,
false
// limitResultCount β Limit the number of results
// limitResultCount?: number
)
matches.forEach((match: MonacoEditor.editor.FindMatch): void => {
standaloneCodeEditor.createDecorationsCollection([
{
range: match.range,
options: {
isWholeLine: false,
inlineClassName: className,
},
},
])
})
})
},
setCurrent: (current?: string) => {
set({ current })
},
undo: () => {},
redo: () => {},
}))
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