Anki/ts/editor/NoteEditor.svelte
Arthur Milchior efaaae8ce4
Cloze button get disabled outside of cloze field (#3879)
* NF: replace `disabled` by `enabled`

This allows to remove the negations and, in my opinion, make the code
easier to understand and edit.

* Cloze button get disabled outside of cloze field

More specifically, if the user focus in a field that is not a cloze
field, the button are still there but appear as disabled. The shortcut
instead of adding the cloze context shows an alert explaining why this
can't be done.

While this message is already displayed when the user tries to add a
note with cloze in non-cloze field, I suspect it will save time to
stop the user as soon as possible from making mistake. This should
make very clear what is authorized and what is not.

It'll also be a reminder of whether the current field is a cloze or
not.

In order to do this, I added a back-end method (that I expect we may
reuse in ankidroid) to get the index of the fields used in cloze. This
set is sent to the note editor, which propagates it where needed.

In mathjax, the cloze symbol is removed when the selected field is not
a cloze field.
2025-04-24 18:37:41 +10:00

847 lines
29 KiB
Svelte

<!--
Copyright: Ankitects Pty Ltd and contributors
License: GNU AGPL, version 3 or later; http://www.gnu.org/licenses/agpl.html
-->
<script context="module" lang="ts">
import type { Writable } from "svelte/store";
import Collapsible from "$lib/components/Collapsible.svelte";
import type { EditingInputAPI } from "./EditingArea.svelte";
import type { EditorToolbarAPI } from "./editor-toolbar";
import type { EditorFieldAPI } from "./EditorField.svelte";
import FieldState from "./FieldState.svelte";
import LabelContainer from "./LabelContainer.svelte";
import LabelName from "./LabelName.svelte";
export interface NoteEditorAPI {
fields: EditorFieldAPI[];
hoveredField: Writable<EditorFieldAPI | null>;
focusedField: Writable<EditorFieldAPI | null>;
focusedInput: Writable<EditingInputAPI | null>;
toolbar: EditorToolbarAPI;
}
import { registerPackage } from "@tslib/runtime-require";
import contextProperty from "$lib/sveltelib/context-property";
import lifecycleHooks from "$lib/sveltelib/lifecycle-hooks";
const key = Symbol("noteEditor");
const [context, setContextProperty] = contextProperty<NoteEditorAPI>(key);
const [lifecycle, instances, setupLifecycleHooks] = lifecycleHooks<NoteEditorAPI>();
export { context };
registerPackage("anki/NoteEditor", {
context,
lifecycle,
instances,
});
</script>
<script lang="ts">
import * as tr from "@generated/ftl";
import { bridgeCommand } from "@tslib/bridgecommand";
import { onMount, tick } from "svelte";
import { get, writable } from "svelte/store";
import { nodeIsCommonElement } from "@tslib/dom";
import Absolute from "$lib/components/Absolute.svelte";
import Badge from "$lib/components/Badge.svelte";
import Icon from "$lib/components/Icon.svelte";
import { alertIcon } from "$lib/components/icons";
import { TagEditor } from "$lib/tag-editor";
import { commitTagEdits } from "$lib/tag-editor/TagInput.svelte";
import {
type ImageLoadedEvent,
resetIOImage,
} from "../routes/image-occlusion/mask-editor";
import { ChangeTimer } from "../editable/change-timer";
import { clearableArray } from "./destroyable";
import DuplicateLink from "./DuplicateLink.svelte";
import EditorToolbar from "./editor-toolbar";
import type { FieldData } from "./EditorField.svelte";
import EditorField from "./EditorField.svelte";
import Fields from "./Fields.svelte";
import ImageOverlay from "./image-overlay";
import { shrinkImagesByDefault } from "./image-overlay/ImageOverlay.svelte";
import MathjaxOverlay from "./mathjax-overlay";
import { closeMathjaxEditor } from "./mathjax-overlay/MathjaxEditor.svelte";
import Notification from "./Notification.svelte";
import PlainTextInput from "./plain-text-input";
import { closeHTMLTags } from "./plain-text-input/PlainTextInput.svelte";
import PlainTextBadge from "./PlainTextBadge.svelte";
import RichTextInput, { editingInputIsRichText } from "./rich-text-input";
import RichTextBadge from "./RichTextBadge.svelte";
import type { NotetypeIdAndModTime, SessionOptions } from "./types";
import { EditorState } from "./types";
function quoteFontFamily(fontFamily: string): string {
// generic families (e.g. sans-serif) must not be quoted
if (!/^[-a-z]+$/.test(fontFamily)) {
fontFamily = `"${fontFamily}"`;
}
return fontFamily;
}
const size = 1.6;
const wrap = true;
const sessionOptions: SessionOptions = {};
export function saveSession(): void {
if (notetypeMeta) {
sessionOptions[notetypeMeta.id] = {
fieldsCollapsed,
fieldStates: {
richTextsHidden,
plainTextsHidden,
plainTextDefaults,
},
modTimeOfNotetype: notetypeMeta.modTime,
};
}
}
const fieldStores: Writable<string>[] = [];
let fieldNames: string[] = [];
export function setFields(fs: [string, string][]): void {
// this is a bit of a mess -- when moving to Rust calls, we should make
// sure to have two backend endpoints for:
// * the note, which can be set through this view
// * the fieldname, font, etc., which cannot be set
const newFieldNames: string[] = [];
for (const [index, [fieldName]] of fs.entries()) {
newFieldNames[index] = fieldName;
}
for (let i = fieldStores.length; i < newFieldNames.length; i++) {
const newStore = writable("");
fieldStores[i] = newStore;
newStore.subscribe((value) => updateField(i, value));
}
for (
let i = fieldStores.length;
i > newFieldNames.length;
i = fieldStores.length
) {
fieldStores.pop();
}
for (const [index, [, fieldContent]] of fs.entries()) {
fieldStores[index].set(fieldContent);
}
fieldNames = newFieldNames;
}
let fieldsCollapsed: boolean[] = [];
export function setCollapsed(defaultCollapsed: boolean[]): void {
fieldsCollapsed =
sessionOptions[notetypeMeta?.id]?.fieldsCollapsed ?? defaultCollapsed;
}
let clozeFields: boolean[] = [];
export function setClozeFields(defaultClozeFields: boolean[]): void {
clozeFields = defaultClozeFields;
}
let richTextsHidden: boolean[] = [];
let plainTextsHidden: boolean[] = [];
let plainTextDefaults: boolean[] = [];
export function setPlainTexts(defaultPlainTexts: boolean[]): void {
const states = sessionOptions[notetypeMeta?.id]?.fieldStates;
if (states) {
richTextsHidden = states.richTextsHidden;
plainTextsHidden = states.plainTextsHidden;
plainTextDefaults = states.plainTextDefaults;
} else {
plainTextDefaults = defaultPlainTexts;
richTextsHidden = [...defaultPlainTexts];
plainTextsHidden = Array.from(defaultPlainTexts, (v) => !v);
}
}
export function triggerChanges(): void {
// I know this looks quite weird and doesn't seem to do anything
// but if we don't call this after setPlainTexts() and setCollapsed()
// when switching notetypes, existing collapsibles won't react
// automatically to the updated props
tick().then(() => {
fieldsCollapsed = fieldsCollapsed;
plainTextDefaults = plainTextDefaults;
richTextsHidden = richTextsHidden;
plainTextsHidden = plainTextsHidden;
});
}
function setMathjaxEnabled(enabled: boolean): void {
mathjaxConfig.enabled = enabled;
}
let fieldDescriptions: string[] = [];
export function setDescriptions(descriptions: string[]): void {
fieldDescriptions = descriptions.map((d) =>
d.replace(/\\/g, "").replace(/"/g, '\\"'),
);
}
let fonts: [string, number, boolean][] = [];
const fields = clearableArray<EditorFieldAPI>();
export function setFonts(fs: [string, number, boolean][]): void {
fonts = fs;
}
export function focusField(index: number | null): void {
tick().then(() => {
if (typeof index === "number") {
if (!(index in fields)) {
return;
}
fields[index].editingArea?.refocus();
} else {
$focusedInput?.refocus();
}
});
}
const tags = writable<string[]>([]);
export function setTags(ts: string[]): void {
$tags = ts;
}
const tagsCollapsed = writable<boolean>();
export function setTagsCollapsed(collapsed: boolean): void {
$tagsCollapsed = collapsed;
}
function updateTagsCollapsed(collapsed: boolean) {
$tagsCollapsed = collapsed;
bridgeCommand(`setTagsCollapsed:${$tagsCollapsed}`);
}
let noteId: number | null = null;
export function setNoteId(ntid: number): void {
// TODO this is a hack, because it requires the NoteEditor to know implementation details of the PlainTextInput.
// It should be refactored once we work on our own Undo stack
for (const pi of plainTextInputs) {
pi.api.codeMirror.editor.then((editor) => editor.clearHistory());
}
noteId = ntid;
}
let notetypeMeta: NotetypeIdAndModTime;
function setNotetypeMeta({ id, modTime }: NotetypeIdAndModTime): void {
notetypeMeta = { id, modTime };
// Discard the saved state of the fields if the notetype has been modified.
if (sessionOptions[id]?.modTimeOfNotetype !== modTime) {
delete sessionOptions[id];
}
if (isImageOcclusion) {
getImageOcclusionFields({
notetypeId: BigInt(notetypeMeta.id),
}).then((r) => (ioFields = r.fields!));
}
}
function getNoteId(): number | null {
return noteId;
}
let isImageOcclusion = false;
function setIsImageOcclusion(val: boolean) {
isImageOcclusion = val;
$ioMaskEditorVisible = val;
}
let cols: ("dupe" | "")[] = [];
export function setBackgrounds(cls: ("dupe" | "")[]): void {
cols = cls;
}
let hint: string = "";
export function setClozeHint(hnt: string): void {
hint = hnt;
}
$: fieldsData = fieldNames.map((name, index) => ({
name,
plainText: plainTextDefaults[index],
description: fieldDescriptions[index],
fontFamily: quoteFontFamily(fonts[index][0]),
fontSize: fonts[index][1],
direction: fonts[index][2] ? "rtl" : "ltr",
collapsed: fieldsCollapsed[index],
hidden: hideFieldInOcclusionType(index, ioFields),
isClozeField: clozeFields[index],
})) as FieldData[];
let lastSavedTags: string[] | null = null;
function saveTags({ detail }: CustomEvent): void {
tagAmount = detail.tags.filter((tag: string) => tag != "").length;
lastSavedTags = detail.tags;
bridgeCommand(`saveTags:${JSON.stringify(detail.tags)}`);
}
const fieldSave = new ChangeTimer();
function transformContentBeforeSave(content: string): string {
return content.replace(/ data-editor-shrink="(true|false)"/g, "");
}
function updateField(index: number, content: string): void {
fieldSave.schedule(
() =>
bridgeCommand(
`key:${index}:${getNoteId()}:${transformContentBeforeSave(
content,
)}`,
),
600,
);
}
function saveFieldNow(): void {
/* this will always be a key save */
fieldSave.fireImmediately();
}
function saveNow(): void {
closeMathjaxEditor?.();
$commitTagEdits();
saveFieldNow();
}
export function saveOnPageHide() {
if (document.visibilityState === "hidden") {
// will fire on session close and minimize
saveFieldNow();
}
}
export function focusIfField(x: number, y: number): boolean {
const elements = document.elementsFromPoint(x, y);
const first = elements[0].closest(".field-container");
if (!first || !nodeIsCommonElement(first)) {
return false;
}
const index = parseInt(first.dataset?.index ?? "");
if (Number.isNaN(index) || !fields[index] || fieldsCollapsed[index]) {
return false;
}
if (richTextsHidden[index]) {
toggleRichTextInput(index);
} else {
richTextInputs[index].api.refocus();
}
return true;
}
let richTextInputs: RichTextInput[] = [];
$: richTextInputs = richTextInputs.filter(Boolean);
let plainTextInputs: PlainTextInput[] = [];
$: plainTextInputs = plainTextInputs.filter(Boolean);
function toggleRichTextInput(index: number): void {
const hidden = !richTextsHidden[index];
richTextInputs[index].focusFlag.setFlag(!hidden);
richTextsHidden[index] = hidden;
if (hidden) {
plainTextInputs[index].api.refocus();
}
}
function togglePlainTextInput(index: number): void {
const hidden = !plainTextsHidden[index];
plainTextInputs[index].focusFlag.setFlag(!hidden);
plainTextsHidden[index] = hidden;
if (hidden) {
richTextInputs[index].api.refocus();
}
}
function toggleField(index: number): void {
const collapsed = !fieldsCollapsed[index];
fieldsCollapsed[index] = collapsed;
const defaultInput = !plainTextDefaults[index]
? richTextInputs[index]
: plainTextInputs[index];
if (!collapsed) {
defaultInput.api.refocus();
} else if (!plainTextDefaults[index]) {
plainTextsHidden[index] = true;
} else {
richTextsHidden[index] = true;
}
}
const toolbar: Partial<EditorToolbarAPI> = {};
function setShrinkImages(shrinkByDefault: boolean) {
$shrinkImagesByDefault = shrinkByDefault;
}
function setCloseHTMLTags(closeTags: boolean) {
$closeHTMLTags = closeTags;
}
/**
* Enable/Disable add-on buttons that do not have the `perm` class
*/
function setAddonButtonsDisabled(disabled: boolean): void {
document
.querySelectorAll<HTMLButtonElement>("button.linkb:not(.perm)")
.forEach((button) => {
button.disabled = disabled;
});
}
import { ImageOcclusionFieldIndexes } from "@generated/anki/image_occlusion_pb";
import { getImageOcclusionFields } from "@generated/backend";
import { wrapInternal } from "@tslib/wrap";
import Shortcut from "$lib/components/Shortcut.svelte";
import { mathjaxConfig } from "../editable/mathjax-element.svelte";
import ImageOcclusionPage from "../routes/image-occlusion/ImageOcclusionPage.svelte";
import ImageOcclusionPicker from "../routes/image-occlusion/ImageOcclusionPicker.svelte";
import type { IOMode } from "../routes/image-occlusion/lib";
import { exportShapesToClozeDeletions } from "../routes/image-occlusion/shapes/to-cloze";
import {
hideAllGuessOne,
ioImageLoadedStore,
ioMaskEditorVisible,
} from "../routes/image-occlusion/store";
import CollapseLabel from "./CollapseLabel.svelte";
import * as oldEditorAdapter from "./old-editor-adapter";
$: isIOImageLoaded = false;
$: ioImageLoadedStore.set(isIOImageLoaded);
let imageOcclusionMode: IOMode | undefined;
let ioFields = new ImageOcclusionFieldIndexes({});
function pickIOImage() {
imageOcclusionMode = undefined;
bridgeCommand("addImageForOcclusion");
}
function pickIOImageFromClipboard() {
imageOcclusionMode = undefined;
bridgeCommand("addImageForOcclusionFromClipboard");
}
async function setupMaskEditor(options: { html: string; mode: IOMode }) {
imageOcclusionMode = undefined;
await tick();
imageOcclusionMode = options.mode;
if (options.mode.kind === "add" && !("clonedNoteId" in options.mode)) {
fieldStores[ioFields.image].set(options.html);
// the image field is set programmatically and does not need debouncing
// commit immediately to avoid a race condition with the occlusions field
saveFieldNow();
// new image is being added
if (isIOImageLoaded) {
resetIOImage(options.mode.imagePath, (event: ImageLoadedEvent) =>
onImageLoaded(
new CustomEvent("image-loaded", {
detail: event,
}),
),
);
}
}
isIOImageLoaded = true;
}
function setImageField(html) {
fieldStores[ioFields.image].set(html);
}
globalThis.setImageField = setImageField;
function saveOcclusions(): void {
if (isImageOcclusion && globalThis.canvas) {
const occlusionsData = exportShapesToClozeDeletions($hideAllGuessOne);
fieldStores[ioFields.occlusions].set(occlusionsData.clozes);
}
}
// reset for new occlusion in add mode
function resetIOImageLoaded() {
isIOImageLoaded = false;
globalThis.canvas.clear();
globalThis.canvas = undefined;
if (imageOcclusionMode?.kind === "add") {
// canvas.clear indirectly calls saveOcclusions
saveFieldNow();
fieldStores[ioFields.image].set("");
}
const page = document.querySelector(".image-occlusion");
if (page) {
page.remove();
}
}
globalThis.resetIOImageLoaded = resetIOImageLoaded;
/** hide occlusions and image */
function hideFieldInOcclusionType(
index: number,
ioFields: ImageOcclusionFieldIndexes,
) {
if (isImageOcclusion) {
if (index === ioFields.occlusions || index === ioFields.image) {
return true;
}
}
return false;
}
// Signal image occlusion image loading to Python
function onImageLoaded(event: CustomEvent<ImageLoadedEvent>) {
const detail = event.detail;
bridgeCommand(
`ioImageLoaded:${JSON.stringify(detail.path || detail.noteId?.toString())}`,
);
}
// Signal editor UI state changes to add-ons
let editorState: EditorState = EditorState.Initial;
let lastEditorState: EditorState = editorState;
function getEditorState(
ioMaskEditorVisible: boolean,
isImageOcclusion: boolean,
isIOImageLoaded: boolean,
imageOcclusionMode: IOMode | undefined,
): EditorState {
if (isImageOcclusion && ioMaskEditorVisible && !isIOImageLoaded) {
return EditorState.ImageOcclusionPicker;
} else if (imageOcclusionMode && ioMaskEditorVisible) {
return EditorState.ImageOcclusionMasks;
} else if (!ioMaskEditorVisible && isImageOcclusion) {
return EditorState.ImageOcclusionFields;
}
return EditorState.Fields;
}
function signalEditorState(newState: EditorState) {
tick().then(() => {
globalThis.editorState = newState;
bridgeCommand(`editorState:${newState}:${lastEditorState}`);
lastEditorState = newState;
});
}
$: signalEditorState(editorState);
$: editorState = getEditorState(
$ioMaskEditorVisible,
isImageOcclusion,
isIOImageLoaded,
imageOcclusionMode,
);
$: if (isImageOcclusion && $ioMaskEditorVisible && lastSavedTags) {
setTags(lastSavedTags);
lastSavedTags = null;
}
onMount(() => {
function wrap(before: string, after: string): void {
if (!$focusedInput || !editingInputIsRichText($focusedInput)) {
return;
}
$focusedInput.element.then((element) => {
wrapInternal(element, before, after, false);
});
}
Object.assign(globalThis, {
saveSession,
setFields,
setCollapsed,
setClozeFields,
setPlainTexts,
setDescriptions,
setFonts,
focusField,
setTags,
setTagsCollapsed,
setBackgrounds,
setClozeHint,
saveNow,
focusIfField,
getNoteId,
setNoteId,
setNotetypeMeta,
wrap,
setMathjaxEnabled,
setShrinkImages,
setCloseHTMLTags,
triggerChanges,
setIsImageOcclusion,
setupMaskEditor,
saveOcclusions,
...oldEditorAdapter,
});
editorState = getEditorState(
$ioMaskEditorVisible,
isImageOcclusion,
isIOImageLoaded,
imageOcclusionMode,
);
document.addEventListener("visibilitychange", saveOnPageHide);
return () => document.removeEventListener("visibilitychange", saveOnPageHide);
});
let apiPartial: Partial<NoteEditorAPI> = {};
export { apiPartial as api };
const hoveredField: NoteEditorAPI["hoveredField"] = writable(null);
const focusedField: NoteEditorAPI["focusedField"] = writable(null);
const focusedInput: NoteEditorAPI["focusedInput"] = writable(null);
const api: NoteEditorAPI = {
...apiPartial,
hoveredField,
focusedField,
focusedInput,
toolbar: toolbar as EditorToolbarAPI,
fields,
};
setContextProperty(api);
setupLifecycleHooks(api);
$: tagAmount = $tags.length;
</script>
<!--
@component
Serves as a pre-slotted convenience component which combines all the common
components and functionality for general note editing.
Functionality exclusive to specific note-editing views (e.g. in the browser or
the AddCards dialog) should be implemented in the user of this component.
-->
<div class="note-editor">
<EditorToolbar {size} {wrap} api={toolbar}>
<slot slot="notetypeButtons" name="notetypeButtons" />
</EditorToolbar>
{#if hint}
<Absolute bottom right --margin="10px">
<Notification>
<Badge --badge-color="tomato" --icon-align="top">
<Icon icon={alertIcon} />
</Badge>
<span>{@html hint}</span>
</Notification>
</Absolute>
{/if}
{#if imageOcclusionMode && ($ioMaskEditorVisible || imageOcclusionMode?.kind === "add")}
<div style="display: {$ioMaskEditorVisible ? 'block' : 'none'};">
<ImageOcclusionPage
mode={imageOcclusionMode}
on:save={saveOcclusions}
on:image-loaded={onImageLoaded}
/>
</div>
{/if}
{#if $ioMaskEditorVisible && isImageOcclusion && !isIOImageLoaded}
<ImageOcclusionPicker
onPickImage={pickIOImage}
onPickImageFromClipboard={pickIOImageFromClipboard}
/>
{/if}
{#if !$ioMaskEditorVisible}
<Fields>
{#each fieldsData as field, index}
{@const content = fieldStores[index]}
<EditorField
{field}
{content}
{index}
flipInputs={plainTextDefaults[index]}
api={fields[index]}
on:focusin={() => {
$focusedField = fields[index];
setAddonButtonsDisabled(false);
bridgeCommand(`focus:${index}`);
}}
on:focusout={() => {
$focusedField = null;
setAddonButtonsDisabled(true);
bridgeCommand(
`blur:${index}:${getNoteId()}:${transformContentBeforeSave(
get(content),
)}`,
);
}}
on:mouseenter={() => {
$hoveredField = fields[index];
}}
on:mouseleave={() => {
$hoveredField = null;
}}
collapsed={fieldsCollapsed[index]}
dupe={cols[index] === "dupe"}
--description-font-size="{field.fontSize}px"
--description-content={`"${field.description}"`}
>
<svelte:fragment slot="field-label">
<LabelContainer
collapsed={fieldsCollapsed[index]}
on:toggle={() => toggleField(index)}
--icon-align="bottom"
>
<svelte:fragment slot="field-name">
<LabelName>
{field.name}
</LabelName>
</svelte:fragment>
<FieldState>
{#if cols[index] === "dupe"}
<DuplicateLink />
{/if}
<slot
name="field-state"
{field}
{index}
show={fields[index] === $hoveredField ||
fields[index] === $focusedField}
/>
{#if plainTextDefaults[index]}
<RichTextBadge
show={!fieldsCollapsed[index] &&
(fields[index] === $hoveredField ||
fields[index] === $focusedField)}
bind:off={richTextsHidden[index]}
on:toggle={() => toggleRichTextInput(index)}
/>
{:else}
<PlainTextBadge
show={!fieldsCollapsed[index] &&
(fields[index] === $hoveredField ||
fields[index] === $focusedField)}
bind:off={plainTextsHidden[index]}
on:toggle={() => togglePlainTextInput(index)}
/>
{/if}
</FieldState>
</LabelContainer>
</svelte:fragment>
<svelte:fragment slot="rich-text-input">
<Collapsible
collapse={richTextsHidden[index]}
let:collapsed={hidden}
toggleDisplay
>
<RichTextInput
{hidden}
on:focusout={() => {
saveFieldNow();
$focusedInput = null;
}}
bind:this={richTextInputs[index]}
isClozeField={field.isClozeField}
/>
</Collapsible>
</svelte:fragment>
<svelte:fragment slot="plain-text-input">
<Collapsible
collapse={plainTextsHidden[index]}
let:collapsed={hidden}
toggleDisplay
>
<PlainTextInput
{hidden}
fieldCollapsed={fieldsCollapsed[index]}
on:focusout={() => {
saveFieldNow();
$focusedInput = null;
}}
bind:this={plainTextInputs[index]}
/>
</Collapsible>
</svelte:fragment>
</EditorField>
{/each}
<MathjaxOverlay />
<ImageOverlay maxWidth={250} maxHeight={125} />
</Fields>
<Shortcut
keyCombination="Control+Shift+T"
on:action={() => {
updateTagsCollapsed(false);
}}
/>
<CollapseLabel
collapsed={$tagsCollapsed}
tooltip={$tagsCollapsed ? tr.editingExpand() : tr.editingCollapse()}
on:toggle={() => updateTagsCollapsed(!$tagsCollapsed)}
>
{@html `${tagAmount > 0 ? tagAmount : ""} ${tr.editingTags()}`}
</CollapseLabel>
<Collapsible toggleDisplay collapse={$tagsCollapsed}>
<TagEditor {tags} on:tagsupdate={saveTags} />
</Collapsible>
{/if}
</div>
<style lang="scss">
.note-editor {
display: flex;
flex-direction: column;
height: 100%;
}
:global(.image-occlusion) {
position: fixed;
}
:global(.image-occlusion .tab-buttons) {
display: none !important;
}
:global(.image-occlusion .top-tool-bar-container) {
margin-left: 28px !important;
}
:global(.top-tool-bar-container .icon-button) {
height: 36px !important;
line-height: 1;
}
:global(.image-occlusion .tool-bar-container) {
top: unset !important;
margin-top: 2px !important;
}
:global(.image-occlusion .sticky-footer) {
display: none;
}
</style>