dros/src/pages/view/components/viewers/stack.image.viewer.tsx

import React, { useEffect, useRef } from 'react';
import * as cornerstone from '@cornerstonejs/core';
import type { Types } from '@cornerstonejs/core';
import * as cornerstoneTools from '@cornerstonejs/tools';
import * as cornerstoneDICOMImageLoader from '@cornerstonejs/dicom-image-loader';
import { useSelector } from 'react-redux';
import { RootState } from '@/states/store';
import { SystemMode } from '@/states/systemModeSlice';
import store from '@/states/store';
import { clearAction } from '@/states/view/functionAreaSlice';
import { useDispatch } from 'react-redux';

const {
  PanTool,
  WindowLevelTool,
  StackScrollTool,
  ZoomTool,
  LabelTool,
  ToolGroupManager,
  Enums: csToolsEnums,
  PlanarRotateTool,
} = cornerstoneTools;
const { MouseBindings } = csToolsEnums;
let toolGroup: cornerstoneTools.Types.IToolGroup;
let currentViewportId: string;

function registerTools(viewportId, renderingEngineId) {
  // Add tools to Cornerstone3D
  cornerstoneTools.addTool(PanTool);
  cornerstoneTools.addTool(WindowLevelTool);
  cornerstoneTools.addTool(StackScrollTool);
  cornerstoneTools.addTool(ZoomTool);
  cornerstoneTools.addTool(LabelTool);
  cornerstoneTools.addTool(PlanarRotateTool);
  // Define a tool group
  const toolGroupId = 'STACK_TOOL_GROUP_ID';
  const toolGroupTmp = ToolGroupManager.createToolGroup(toolGroupId);
  if (!toolGroupTmp) {
    return;
  }
  toolGroup = toolGroupTmp;
  // Add tools to the tool group
  toolGroup.addTool(PanTool.toolName);
  toolGroup.addTool(WindowLevelTool.toolName);
  toolGroup.addTool(StackScrollTool.toolName);
  toolGroup.addTool(ZoomTool.toolName);
  toolGroup.addTool(LabelTool.toolName);
  toolGroup.addTool(PlanarRotateTool.toolName);

  // Set the LabelTool as active
  // toolGroup.setToolActive(LabelTool.toolName, {
  //   bindings: [
  //     {
  //       mouseButton: MouseBindings.Primary, // Left Click
  //     },
  //   ],
  // });
  // Set the initial state of the tools
  // toolGroup.setToolActive(WindowLevelTool.toolName, {
  //   bindings: [
  //     {
  //       mouseButton: MouseBindings.Primary, // Left Click
  //     },
  //   ],
  // });

  toolGroup.setToolActive(PanTool.toolName, {
    bindings: [
      {
        mouseButton: MouseBindings.Auxiliary, // Middle Click
      },
    ],
  });

  toolGroup.setToolActive(ZoomTool.toolName, {
    bindings: [
      {
        mouseButton: MouseBindings.Secondary, // Right Click
      },
    ],
  });

  toolGroup.setToolActive(StackScrollTool.toolName, {
    bindings: [
      {
        mouseButton: MouseBindings.Wheel, // Mouse Wheel
      },
    ],
  });

  toolGroup.addViewport(viewportId, renderingEngineId);
}
function addLMark(): void {
  // Implement the logic to add an L mark
  console.log('Adding L Mark');
  toolGroup.setToolActive(LabelTool.toolName, {
    bindings: [
      // {
      //   mouseButton: MouseBindings.Primary, // Left Click
      // },
    ],
  });
  const position: Types.Point3 = [100, 100, 0]; // Example position
  const text = 'L'; // Predefined text
  LabelTool.hydrate(currentViewportId, position, text);
  toolGroup.setToolPassive(LabelTool.toolName, {
    removeAllBindings: true,
  });
  // const enabledElement = cornerstone.getEnabledElementByViewportId(currentViewportId);
  // cursors.elementCursor.resetElementCursor(elementRef.current as HTMLDivElement);
}
function addRLabel(viewportId) {
  toolGroup.setToolActive(LabelTool.toolName, {
    bindings: [],
  });
  const element = document.getElementById(viewportId);
  const elementHeight = element ? element.getBoundingClientRect().height : 0;
  const position: Types.Point3 = [100, elementHeight / 2, 0]; // Example position
  const text = 'R'; // Predefined text
  LabelTool.hydrate(viewportId, position, text);
  toolGroup.setToolPassive(LabelTool.toolName, { removeAllBindings: true });
}

function deleteSelectedMark(): void {
  const viewport =
    cornerstone.getEnabledElementByViewportId(currentViewportId).viewport;
  const allAnnotations = cornerstoneTools.annotation.state.getAllAnnotations();
  for (const annotation of allAnnotations) {
    if (annotation.data.text === 'L' || annotation.data.text === 'R') {
      cornerstoneTools.annotation.state.removeAnnotation(
        annotation.annotationUID!
      );
    }
  }
  viewport.render();
}
function HorizontalFlip(): void {
  const viewport = cornerstone.getEnabledElementByViewportId(currentViewportId)
    .viewport as cornerstone.StackViewport;
  // 切换水平翻转状态
  const { flipHorizontal } = viewport.getCamera();
  viewport.setCamera({ flipHorizontal: !flipHorizontal });
  console.log('Flipping Image Horizontally');
}

function VerticalFlip(): void {
  const viewport = cornerstone.getEnabledElementByViewportId(currentViewportId)
    .viewport as cornerstone.StackViewport;
  // 切换竖直翻转状态
  const { flipVertical } = viewport.getCamera();
  viewport.setCamera({ flipVertical: !flipVertical });
}

function ApplyColormap(): void {
  const viewport = cornerstone.getEnabledElementByViewportId(currentViewportId)
    .viewport as cornerstone.StackViewport;
  // Implement the logic to apply colormap
  viewport.setProperties({ colormap: { name: 'hsv' } });
  viewport.render();
  console.log('Applying Colormap');
}

function RotateCounterclockwise90(): void {
  const viewport = cornerstone.getEnabledElementByViewportId(currentViewportId)
    .viewport as cornerstone.StackViewport;
  // let { rotation } = viewport.getViewPresentation();
  // const currentRotataion = viewport.getRotation();
  // viewport.rotation(22)
  // console.log(`rotation:${rotation}`)
  // if(!!rotation){
  //   rotation=0;
  // }
  // viewport.setViewPresentation({ rotation: rotation ?? 0 + 30 });
  // // // Implement the logic to rotate the image counterclockwise
  // // viewport.setCamera({ rotation: -90 });
  // viewport.render();

  // // 1. 获取当前的视图表现状态（一个完整的对象）
  // const currentViewPresentation = viewport.getViewPresentation();

  // // 2. 创建一个新的对象，基于当前状态，只更新你需要修改的属性
  // // 使用展开运算符 (...) 来复制所有现有属性
  // const newViewPresentation = {
  //   ...currentViewPresentation, // 保留所有原有属性，如 scale, translation, flip 等
  //   rotation: currentViewPresentation.rotation ?? + 30, // 只覆盖 rotation 属性
  // };

  // // 3. 将完整的新状态对象设置回 viewport
  // viewport.setViewPresentation(newViewPresentation);
  // viewport.render();

  //----------------------------------------
  // // 获取当前的完整视图状态
  // const currentViewState = viewport.getViewPresentation();

  // // 创建新的视图状态对象，保持所有其他属性不变
  // const newViewState = {
  //   ...currentViewState, // 保留所有现有属性
  //   rotation: (currentViewState.rotation ?? 0 + 30) % 360 // 只修改rotation
  // };

  // // 设置新的视图状态
  // viewport.setViewPresentation(newViewState);
  // viewport.render();
  //-----------------------------------------
  // 获取当前相机
  const camera = viewport.getCamera();

  // // 计算新的旋转角度（当前角度 + 90度）
  // const newRotation = (camera.rotation ?? 0) + 90;

  // // 转换为弧度
  // const radians = newRotation * Math.PI / 180;

  // // 计算新的viewUp向量（顺时针旋转90度）
  // const newViewUp:[number, number, number] = [
  //   Math.cos(radians),  // X分量
  //   Math.sin(radians),  // Y分量
  //   0                   // Z分量
  // ];

  // // 设置新的相机参数
  // viewport.setCamera({
  //   ...camera,          // 保持其他相机参数不变
  //   viewUp: newViewUp,  // 更新向上向量
  //   rotation: newRotation // 更新旋转角度（可选，但推荐）
  // });

  // 计算新的旋转角度（当前角度 + 90度）
  const newRotation = (camera.rotation ?? 0) + 90;

  // 但计算viewUp向量时，我们应该使用90度的弧度，而不是新角度的弧度！
  const ninetyDegreesRadians = (90 * Math.PI) / 180;

  // 获取当前的viewUp向量
  const currentViewUp = camera.viewUp || [0, 1, 0];

  // 计算旋转后的viewUp向量（这才是正确的相对旋转）
  const newViewUp: [number, number, number] = [
    currentViewUp[0] * Math.cos(ninetyDegreesRadians) -
      currentViewUp[1] * Math.sin(ninetyDegreesRadians),
    currentViewUp[0] * Math.sin(ninetyDegreesRadians) +
      currentViewUp[1] * Math.cos(ninetyDegreesRadians),
    0,
  ];

  // 设置新的相机参数
  viewport.setCamera({
    ...camera,
    viewUp: newViewUp,
    rotation: newRotation % 360, // 确保角度在0-359范围内
  });

  viewport.render();

  console.log('Rotating Image Counterclockwise 90°');
}

function RotateClockwise90(): void {
  const viewport = cornerstone.getEnabledElementByViewportId(currentViewportId)
    .viewport as cornerstone.StackViewport;
  const camera = viewport.getCamera();
  // 计算新的旋转角度（当前角度 + 90度）
  const newRotation = (camera.rotation ?? 0) - 90;

  // 但计算viewUp向量时，我们应该使用90度的弧度，而不是新角度的弧度！
  const ninetyDegreesRadians = (90 * Math.PI) / 180;

  // 获取当前的viewUp向量
  const currentViewUp = camera.viewUp || [0, 1, 0];

  // 计算旋转后的viewUp向量（这才是正确的相对旋转）
  const newViewUp: [number, number, number] = [
    currentViewUp[0] * Math.cos(ninetyDegreesRadians) -
      currentViewUp[1] * Math.sin(ninetyDegreesRadians),
    currentViewUp[0] * Math.sin(ninetyDegreesRadians) +
      currentViewUp[1] * Math.cos(ninetyDegreesRadians),
    0,
  ];

  // 设置新的相机参数
  viewport.setCamera({
    ...camera,
    viewUp: newViewUp,
    rotation: newRotation % 360, // 确保角度在0-359范围内
  });

  viewport.render();
  console.log('Rotating Image Clockwise 90°');
}

function ResetImage(): void {
  const viewport = cornerstone.getEnabledElementByViewportId(currentViewportId)
    .viewport as cornerstone.StackViewport;
  // Implement the logic to reset the image
  // Resets the viewport's camera
  viewport.resetCamera();
  // Resets the viewport's properties
  viewport.resetProperties();
  viewport.render();
  console.log('Resetting Image');
}

function InvertImage(): void {
  const viewport = cornerstone.getEnabledElementByViewportId(currentViewportId)
    .viewport as cornerstone.StackViewport;
  // Implement the logic to invert the image
  const invert = !viewport.getProperties().invert;
  viewport.setProperties({ invert });
  viewport.render();
  console.log('Inverting Image');
}

const StackViewer = ({
  imageIndex = 0,
  imageUrls = [],
}: {
  imageIndex?: number;
  imageUrls?: string[];
}) => {
  const elementRef = useRef<HTMLDivElement>(null);
  const action = useSelector((state: RootState) => state.functionArea.action);
  const dispatch = useDispatch();

  useEffect(() => {
    const setup = async () => {
      // 初始化 Cornerstone
      cornerstone.init();
      cornerstoneTools.init();
      const state = store.getState();
      console.log(`当前系统模式：${state.systemMode.mode}`);

      const token =
        state.systemMode.mode === SystemMode.Emergency
          ? state.product.guest
          : state.userInfo.token;
      console.log(`token stack.image.viewer: ${token}`);

      cornerstoneDICOMImageLoader.init({
        maxWebWorkers: navigator.hardwareConcurrency || 1,
        errorInterceptor: (error) => {
          if (error.status === 401) {
            console.error('Authentication failed. Please refresh the token.');
          }
          console.error(`请求dcm文件出错:${error}`);
        },
        beforeSend: (xhr, imageId, defaultHeaders) => {
          return {
            ...defaultHeaders,
            Authorization: `Bearer ${token}`,
            Language: 'en',
            Product: 'DROS',
            Source: 'Electron',
          };
        },
      });

      // Instantiate a rendering engine
      const renderingEngineId = 'myRenderingEngine';
      const renderingEngine = new cornerstone.RenderingEngine(
        renderingEngineId
      );

      const viewportId = 'CT_AXIAL_STACK';
      currentViewportId = viewportId;
      const viewportInput: cornerstone.Types.PublicViewportInput = {
        viewportId,
        element: elementRef.current!,
        type: cornerstone.Enums.ViewportType.STACK,
      };

      renderingEngine.enableElement(viewportInput);
      registerTools(viewportId, renderingEngineId);

      // Get the stack viewport that was created
      const viewport = renderingEngine.getViewport(
        viewportId
      ) as cornerstone.Types.IStackViewport;

      // 给定一个dcm文件路径，加载并显示出来
      await viewport.setStack(imageUrls, imageIndex);
      viewport.render();
    };

    setup();
  }, [elementRef, imageIndex]);

  useEffect(() => {
    if (action) {
      // Handle the action
      switch (action) {
        case 'Add L Mark':
          addLMark();
          break;
        case 'Add R Mark':
          // Implement the logic to add an R mark
          addRLabel(currentViewportId);
          console.log('Adding R Mark');
          break;
        case 'Delete Selected Mark': {
          deleteSelectedMark();
          break;
        }
        case 'Horizontal Flip': {
          HorizontalFlip();
          break;
        }
        case 'Vertical Flip': {
          VerticalFlip();
          break;
        }
        case 'Rotate Counterclockwise 90': {
          RotateCounterclockwise90();
          break;
        }
        case 'Rotate Clockwise 90':
          RotateClockwise90();
          break;
        case 'Rotate Any Angle':
          // Implement the logic to rotate the image by any angle
          {
            const planar = toolGroup.getToolInstance(PlanarRotateTool.toolName); // Reset rotation angle
            const isActive = planar.mode === csToolsEnums.ToolModes.Active;
            console.log(
              `PlanarRotateTool is currently ${isActive ? 'active' : 'inactive'}`
            );
            if (isActive) {
              toolGroup.setToolPassive(PlanarRotateTool.toolName, {
                removeAllBindings: true,
              });
            } else {
              toolGroup.setToolActive(PlanarRotateTool.toolName, {
                bindings: [
                  {
                    mouseButton: MouseBindings.Primary, // Left Click
                  },
                ],
              });
            }
            console.log('Rotating Image by Any Angle');
          }
          break;
        case 'Crop Image':
          // Implement the logic to crop the image
          console.log('Cropping Image');
          break;
        case 'Delete Digital Mask':
          // Implement the logic to delete the digital mask
          console.log('Deleting Digital Mask');
          break;
        case 'Adjust Brightness and Contrast':
          // Implement the logic to adjust brightness and contrast
          console.log('Adjusting Brightness and Contrast');
          break;
        case 'Crop Selected Area':
          // Implement the logic to crop the selected area
          console.log('Cropping Selected Area');
          break;
        case 'Delete Mask':
          // Implement the logic to delete the mask
          console.log('Deleting Mask');
          break;
        case 'Image Comparison':
          // Implement the logic for image comparison
          console.log('Comparing Images');
          break;
        case 'Invert Contrast':
          // Implement the logic to invert the contrast
          {
            const viewport =
              cornerstone.getEnabledElementByViewportId(
                currentViewportId
              ).viewport;
            const targetBool = !viewport.getProperties().invert;
            viewport.setProperties({
              invert: targetBool,
            });
            viewport.render();
          }
          console.log('Inverting Contrast');
          break;
        case '1x1 Layout':
          // Implement the logic for 1x1 layout
          console.log('Setting 1x1 Layout');
          break;
        case '1x2 Layout':
          // Implement the logic for 1x2 layout
          console.log('Setting 1x2 Layout');
          break;
        case '2x2 Layout':
          // Implement the logic for 2x2 layout
          console.log('Setting 2x2 Layout');
          break;
        case '4x4 Layout':
          // Implement the logic for 4x4 layout
          console.log('Setting 4x4 Layout');
          break;
        case 'Magnifier':
          // Implement the logic for magnifier
          console.log('Activating Magnifier');
          break;
        case 'Fit Size':
          // Implement the logic to fit the image size
          console.log('Fitting Image Size');
          break;
        case 'Original Size':
          // Implement the logic to set the image to original size
          console.log('Setting Image to Original Size');
          break;
        case 'Zoom Image':
          // Implement the logic to zoom the image
          console.log('Zooming Image');
          break;
        case 'Reset Cursor':
          // Implement the logic to reset the cursor
          console.log('Resetting Cursor');
          break;
        case 'Pan':
          // Implement the logic to pan the image
          console.log('Panning Image');
          break;
        case 'Invert Image':
          InvertImage();
          break;
        case 'Reset Image':
          ResetImage();
          break;
        case 'Snapshot':
          // Implement the logic to take a snapshot
          console.log('Taking Snapshot');
          break;
        case 'Advanced Processing':
          // Implement the logic for advanced processing
          console.log('Performing Advanced Processing');
          break;
        case 'Musician':
          // Implement the logic for musician
          console.log('Activating Musician');
          break;
        case 'Image Measurement':
          // Implement the logic for image measurement
          console.log('Measuring Image');
          break;
        case 'More':
          // Implement the logic for more options
          console.log('Showing More Options');
          break;
        case 'Apply Colormap':
          ApplyColormap();
          break;
        default:
          break;
      }
      dispatch(clearAction()); //清理后可连续同一个action触发响应
    }
  }, [action]);

  return (
    <div
      ref={elementRef}
      style={{ width: '100%', height: '100%', backgroundColor: '#000' }}
    />
  );
};

export default StackViewer;