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import {
triggerSegmentationRepresentationModified,
triggerSegmentationModified,
triggerSegmentationRepresentationRemoved,
triggerSegmentationRemoved,
} from './triggerSegmentationEvents';
import type {
ColorLUT,
RepresentationConfig,
Segmentation,
SegmentationPublicInput,
SegmentationRepresentationConfig,
SegmentSpecificRepresentationConfig,
ToolGroupSpecificRepresentation,
ToolGroupSpecificRepresentations,
} from '../../types/SegmentationStateTypes';
import normalizeSegmentationInput from './helpers/normalizeSegmentationInput';
import getDefaultLabelmapConfig from '../../tools/displayTools/Labelmap/labelmapConfig';
import { SegmentationRepresentations } from '../../enums';
/**
* It returns the defaultSegmentationStateManager.
*/
function getDefaultSegmentationStateManager() {
return defaultSegmentationStateManager;
}
/*************************
*
* Segmentation State
*
**************************/
/**
* Get the segmentation for the given segmentationId
* @param segmentationId - The Id of the segmentation
* @returns A GlobalSegmentationData object
*/
function getSegmentation(segmentationId: string): Segmentation | undefined {
const segmentationStateManager = getDefaultSegmentationStateManager();
return segmentationStateManager.getSegmentation(segmentationId);
}
/**
* Get the segmentations inside the state
* @returns Segmentation array
*/
function getSegmentations(): Segmentation[] | [] {
const segmentationStateManager = getDefaultSegmentationStateManager();
const state = segmentationStateManager.getState();
return state.segmentations;
}
/**
* It takes a segmentation input and adds it to the segmentation state manager
* @param segmentationInput - The segmentation to add.
* @param suppressEvents - If true, the event will not be triggered.
*/
function addSegmentation(
segmentationInput: SegmentationPublicInput,
suppressEvents?: boolean
): void {
const segmentationStateManager = getDefaultSegmentationStateManager();
const segmentation = normalizeSegmentationInput(segmentationInput);
segmentationStateManager.addSegmentation(segmentation);
Eif (!suppressEvents) {
triggerSegmentationModified(segmentation.segmentationId);
}
}
/**
* Get the segmentation state for a tool group. It will return an array of
* segmentation representation objects.
* @param toolGroupId - The unique identifier of the tool group.
* @returns An array of segmentation representation objects.
*/
function getSegmentationRepresentations(
toolGroupId: string
): ToolGroupSpecificRepresentations | [] {
const segmentationStateManager = getDefaultSegmentationStateManager();
return segmentationStateManager.getSegmentationRepresentations(toolGroupId);
}
/**
* Get the tool group IDs that have a segmentation representation with the given
* segmentationId
* @param segmentationId - The id of the segmentation
* @returns An array of tool group IDs.
*/
function getToolGroupIdsWithSegmentation(segmentationId: string): string[] {
const segmentationStateManager = getDefaultSegmentationStateManager();
const state = segmentationStateManager.getState();
const toolGroupIds = Object.keys(state.toolGroups);
const foundToolGroupIds = [];
toolGroupIds.forEach((toolGroupId) => {
const toolGroupSegmentationRepresentations =
segmentationStateManager.getSegmentationRepresentations(toolGroupId);
toolGroupSegmentationRepresentations.forEach((representation) => {
Eif (representation.segmentationId === segmentationId) {
foundToolGroupIds.push(toolGroupId);
}
});
});
return foundToolGroupIds;
}
/**
* Get the segmentation representations config for a given tool group
* @param toolGroupId - The Id of the tool group that the segmentation
* config belongs to.
* @returns A SegmentationConfig object.
*/
function getToolGroupSpecificConfig(
toolGroupId: string
): SegmentationRepresentationConfig {
const segmentationStateManager = getDefaultSegmentationStateManager();
return segmentationStateManager.getToolGroupSpecificConfig(toolGroupId);
}
/**
* Set the segmentation representation config for the provided toolGroup. ToolGroup specific
* configuration overwrites the global configuration for each representation.
* It fires SEGMENTATION_REPRESENTATION_MODIFIED event if not suppressed.
*
* @triggers SEGMENTATION_REPRESENTATION_MODIFIED
* @param toolGroupId - The Id of the tool group that the segmentation
* config is being set for.
* @param config - The new configuration for the tool group.
* @param suppressEvents - If true, the event will not be triggered.
*/
function setToolGroupSpecificConfig(
toolGroupId: string,
config: SegmentationRepresentationConfig,
suppressEvents?: boolean
): void {
const segmentationStateManager = getDefaultSegmentationStateManager();
segmentationStateManager.setSegmentationRepresentationConfig(
toolGroupId,
config
);
Eif (!suppressEvents) {
triggerSegmentationRepresentationModified(toolGroupId);
}
}
/**
* It sets the segmentation representation specific config for all the segments
* inside the segmentation.
* @param segmentationRepresentationUID - The unique identifier of the segmentation representation.
* @param config - The new configuration for the segmentation representation it is an object with keys of
* different representation types, and values of the configuration for each representation type.
*/
function setSegmentationRepresentationSpecificConfig(
toolGroupId: string,
segmentationRepresentationUID: string,
config: RepresentationConfig,
suppressEvents = false
): void {
const segmentationStateManager = getDefaultSegmentationStateManager();
segmentationStateManager.setSegmentationRepresentationSpecificConfig(
toolGroupId,
segmentationRepresentationUID,
config
);
if (!suppressEvents) {
triggerSegmentationRepresentationModified(
toolGroupId,
segmentationRepresentationUID
);
}
}
/**
* It returns the segmentation representation specific config which is the same for all the segments
* @param segmentationRepresentationUID - The unique identifier of the segmentation representation.
* @returns - The segmentation representation specific config.
*/
function getSegmentationRepresentationSpecificConfig(
toolGroupId: string,
segmentationRepresentationUID: string
): RepresentationConfig {
const segmentationStateManager = getDefaultSegmentationStateManager();
return segmentationStateManager.getSegmentationRepresentationSpecificConfig(
toolGroupId,
segmentationRepresentationUID
);
}
function getSegmentSpecificRepresentationConfig(
toolGroupId: string,
segmentationRepresentationUID: string,
segmentIndex: number
): RepresentationConfig {
const segmentationStateManager = getDefaultSegmentationStateManager();
return segmentationStateManager.getSegmentSpecificConfig(
toolGroupId,
segmentationRepresentationUID,
segmentIndex
);
}
function setSegmentSpecificRepresentationConfig(
toolGroupId: string,
segmentationRepresentationUID: string,
config: SegmentSpecificRepresentationConfig,
suppressEvents = false
): void {
const segmentationStateManager = getDefaultSegmentationStateManager();
segmentationStateManager.setSegmentSpecificConfig(
toolGroupId,
segmentationRepresentationUID,
config
);
// Todo: this can be even more performant if we create a new event for
// triggering a specific segment config change.
if (!suppressEvents) {
triggerSegmentationRepresentationModified(
toolGroupId,
segmentationRepresentationUID
);
}
}
/**
* Add the given segmentation representation data to the given tool group state. It fires
* SEGMENTATION_REPRESENTATION_MODIFIED event if not suppressed.
*
* @triggers SEGMENTATION_REPRESENTATION_MODIFIED
*
* @param toolGroupId - The Id of the tool group that the segmentation representation is for.
* @param segmentationData - The data to add to the segmentation state.
* @param suppressEvents - boolean
*/
function addSegmentationRepresentation(
toolGroupId: string,
segmentationRepresentation: ToolGroupSpecificRepresentation,
suppressEvents?: boolean
): void {
const segmentationStateManager = getDefaultSegmentationStateManager();
segmentationStateManager.addSegmentationRepresentation(
toolGroupId,
segmentationRepresentation
);
Eif (!suppressEvents) {
triggerSegmentationRepresentationModified(
toolGroupId,
segmentationRepresentation.segmentationRepresentationUID
);
}
}
/**
* It returns the global segmentation config. Note that the toolGroup-specific
* configuration has higher priority than the global configuration and overwrites
* the global configuration for each representation.
* @returns The global segmentation configuration for all segmentations.
*/
function getGlobalConfig(): SegmentationRepresentationConfig {
const segmentationStateManager = getDefaultSegmentationStateManager();
return segmentationStateManager.getGlobalConfig();
}
/**
* Set the global segmentation configuration. It fires SEGMENTATION_MODIFIED
* event if not suppressed.
*
* @triggers SEGMENTATION_MODIFIED
* @param config - The new global segmentation config.
* @param suppressEvents - If true, the `segmentationGlobalStateModified` event will not be triggered.
*/
function setGlobalConfig(
config: SegmentationRepresentationConfig,
suppressEvents?: boolean
): void {
const segmentationStateManager = getDefaultSegmentationStateManager();
segmentationStateManager.setGlobalConfig(config);
Iif (!suppressEvents) {
triggerSegmentationModified();
}
}
/**
* Get the segmentation data object for a given tool group and
* segmentation data UID. It searches all the toolGroup specific segmentation
* data objects and returns the first one that matches the UID.
* @param toolGroupId - The Id of the tool group that the segmentation
* data belongs to.
* @param segmentationRepresentationUID - The uid of the segmentation representation
* @returns Segmentation Data object.
*/
function getSegmentationRepresentationByUID(
toolGroupId: string,
segmentationRepresentationUID: string
): ToolGroupSpecificRepresentation | undefined {
const segmentationStateManager = getDefaultSegmentationStateManager();
return segmentationStateManager.getSegmentationRepresentationByUID(
toolGroupId,
segmentationRepresentationUID
);
}
/**
* It removes the segmentation from the segmentation state manager
*
* @triggers SEGMENTATION_REMOVED
*
* @param segmentationId - The id of the segmentation
*/
function removeSegmentation(segmentationId: string): void {
const segmentationStateManager = getDefaultSegmentationStateManager();
segmentationStateManager.removeSegmentation(segmentationId);
triggerSegmentationRemoved(segmentationId);
}
/**
* Remove a segmentation representation from the segmentation state manager for a toolGroup.
* It fires SEGMENTATION_REPRESENTATION_MODIFIED event.
*
* @triggers SEGMENTATION_REPRESENTATION_REMOVED
*
* @param toolGroupId - The Id of the tool group that the segmentation
* data belongs to.
* @param segmentationRepresentationUID - The uid of the segmentation representation to remove.
* remove.
* @param - immediate - If true, the viewports will be updated immediately.
*/
function removeSegmentationRepresentation(
toolGroupId: string,
segmentationRepresentationUID: string
): void {
const segmentationStateManager = getDefaultSegmentationStateManager();
segmentationStateManager.removeSegmentationRepresentation(
toolGroupId,
segmentationRepresentationUID
);
triggerSegmentationRepresentationRemoved(
toolGroupId,
segmentationRepresentationUID
);
}
/**
* Add a color LUT to the segmentation state manager
* @param colorLUT - The color LUT array to add.
* @param index - The index of the color LUT to add.
*/
function removeColorLUT(colorLUTIndex: number): void {
const segmentationStateManager = getDefaultSegmentationStateManager();
segmentationStateManager.removeColorLUT(colorLUTIndex);
}
/**
* Get the color lut for a given index
* @param index - The index of the color lut to retrieve.
* @returns A ColorLUT array.
*/
function getColorLUT(index: number): ColorLUT | undefined {
const segmentationStateManager = getDefaultSegmentationStateManager();
return segmentationStateManager.getColorLUT(index);
}
/**
* Add a color LUT to the segmentation state manager
* @param colorLUT - The color LUT array to add.
* @param index - The index of the color LUT to add.
*/
function addColorLUT(colorLUT: ColorLUT, index: number): void {
const segmentationStateManager = getDefaultSegmentationStateManager();
segmentationStateManager.addColorLUT(colorLUT, index);
// Todo: trigger event color LUT added
}
// Initialize the default configuration
// Note: when we get other representations, we should set their default representations too.
const defaultLabelmapConfig = getDefaultLabelmapConfig();
const newGlobalConfig: SegmentationRepresentationConfig = {
renderInactiveSegmentations: true,
representations: {
[SegmentationRepresentations.Labelmap]: defaultLabelmapConfig,
},
};
setGlobalConfig(newGlobalConfig, true);
export {
// state manager
getDefaultSegmentationStateManager,
// Segmentation
getSegmentation,
getSegmentations,
addSegmentation,
removeSegmentation,
// ToolGroup specific Segmentation Representation
getSegmentationRepresentations,
addSegmentationRepresentation,
removeSegmentationRepresentation,
// config
getToolGroupSpecificConfig,
setToolGroupSpecificConfig,
getGlobalConfig,
setGlobalConfig,
getSegmentationRepresentationSpecificConfig,
setSegmentationRepresentationSpecificConfig,
getSegmentSpecificRepresentationConfig,
setSegmentSpecificRepresentationConfig,
// helpers s
getToolGroupIdsWithSegmentation,
getSegmentationRepresentationByUID,
// color
addColorLUT,
getColorLUT,
removeColorLUT,
};
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