Top 10 Examples of "itk in functional component" in JavaScript
Dive into secure and efficient coding practices with our curated list of the top 10 examples showcasing 'itk' in functional components in JavaScript. Our advanced machine learning engine meticulously scans each line of code, cross-referencing millions of open source libraries to ensure your implementation is not just functional, but also robust and secure. Elevate your React applications to new heights by mastering the art of handling side effects, API calls, and asynchronous operations with confidence and precision.
setupDicomForm(patientDict, async (files) => {
outputTextArea.textContent = "Loading..."
// Read DICOM serie
const { image, webWorker } = await readImageDICOMFileSeries(null, files)
webWorker.terminate()
// Display
function replacer (key, value) {
if (!!value && value.byteLength !== undefined) {
return String(value.slice(0, 6)) + '...'
}
return value
}
outputTextArea.textContent = JSON.stringify(image, replacer, 4)
})
})}
const numberOfBytes = pixelCount * image.imageType.components * componentSize
const pipelinePath = 'ZstdDecompress'
const args = ['input.bin', 'output.bin', String(numberOfBytes)]
const desiredOutputs = [
{ path: 'output.bin', type: IOTypes.Binary }
]
const inputs = [
{ path: 'input.bin', type: IOTypes.Binary, data: byteArray }
]
console.log(`input MB: ${byteArray.length / 1000 / 1000}`)
console.log(`output MB: ${numberOfBytes / 1000 / 1000 }`)
const compressionAmount = byteArray.length / numberOfBytes
console.log(`compression amount: ${compressionAmount}`)
const t0 = performance.now()
return runPipelineBrowser(null, pipelinePath, args, desiredOutputs, inputs)
.then(function ({stdout, stderr, outputs, webWorker}) {
webWorker.terminate()
const t1 = performance.now();
const duration = Number(t1 - t0).toFixed(1).toString()
console.log("decompression took " + duration + " milliseconds.")
switch (image.imageType.componentType) {
case IntTypes.Int8:
image.data = new Int8Array(outputs[0].data.buffer)
break
case IntTypes.UInt8:
image.data = outputs[0].data
break
case IntTypes.Int16:
image.data = new Int16Array(outputs[0].data.buffer)
breakconst elementSize = DataTypeByteSize[polyData[prop].dataType]
const numberOfBytes = polyData[prop].size * elementSize
const pipelinePath = 'ZstdDecompress'
const args = ['input.bin', 'output.bin', String(numberOfBytes)]
const desiredOutputs = [
{ path: 'output.bin', type: IOTypes.Binary }
]
const inputs = [
{ path: 'input.bin', type: IOTypes.Binary, data: byteArray }
]
console.log(`${prop} input MB: ${byteArray.length / 1000 / 1000}`)
console.log(`${prop} output MB: ${numberOfBytes / 1000 / 1000 }`)
const compressionAmount = byteArray.length / numberOfBytes
console.log(`${prop} compression amount: ${compressionAmount}`)
const t0 = performance.now()
return runPipelineBrowser(null, pipelinePath, args, desiredOutputs, inputs)
.then(function ({stdout, stderr, outputs, webWorker}) {
webWorker.terminate()
const t1 = performance.now();
const duration = Number(t1 - t0).toFixed(1).toString()
console.log(`${prop} decompression took ${duration} milliseconds.`)
polyData[prop]['values'] = new window[polyData[prop].dataType](outputs[0].data.buffer)
return polyData
})
}return readMeshFile(null, file).then(({ mesh: itkMesh, webWorker }) => {
const read1 = performance.now();
const duration = Number(read1 - read0).toFixed(1).toString()
console.log("Mesh reading took " + duration + " milliseconds.")
webWorker.terminate()
const pipelinePath = 'MeshToPolyData'
const args = ['mesh.json', 'polyData.json']
const desiredOutputs = [
{ path: args[1], type: IOTypes.vtkPolyData }
]
const inputs = [
{ path: args[0], type: IOTypes.Mesh, data: itkMesh }
]
is3D = itkMesh.meshType.dimension === 3
convert0 = performance.now()
return runPipelineBrowser(null, pipelinePath, args, desiredOutputs, inputs)
}).then(function ({ outputs, webWorker }) {
const convert1 = performance.now();function decompressDataValue(polyData, prop) {
if (!polyData.hasOwnProperty(prop)) {
return Promise.resolve(polyData)
}
const byteArray = new Uint8Array(polyData[prop].compressedValues.buffer)
const elementSize = DataTypeByteSize[polyData[prop].dataType]
const numberOfBytes = polyData[prop].size * elementSize
const pipelinePath = 'ZstdDecompress'
const args = ['input.bin', 'output.bin', String(numberOfBytes)]
const desiredOutputs = [
{ path: 'output.bin', type: IOTypes.Binary }
]
const inputs = [
{ path: 'input.bin', type: IOTypes.Binary, data: byteArray }
]
console.log(`${prop} input MB: ${byteArray.length / 1000 / 1000}`)
console.log(`${prop} output MB: ${numberOfBytes / 1000 / 1000 }`)
const compressionAmount = byteArray.length / numberOfBytes
console.log(`${prop} compression amount: ${compressionAmount}`)
const t0 = performance.now()
return runPipelineBrowser(null, pipelinePath, args, desiredOutputs, inputs)
.then(function ({stdout, stderr, outputs, webWorker}) {
webWorker.terminate()
const t1 = performance.now();
const duration = Number(t1 - t0).toFixed(1).toString()
console.log(`${prop} decompression took ${duration} milliseconds.`)
polyData[prop]['values'] = new window[polyData[prop].dataType](outputs[0].data.buffer)
return polyData
})function decompressDataValue(polyData, prop) {
if (!polyData.hasOwnProperty(prop)) {
return Promise.resolve(polyData)
}
const byteArray = new Uint8Array(polyData[prop].compressedValues.buffer)
const elementSize = DataTypeByteSize[polyData[prop].dataType]
const numberOfBytes = polyData[prop].size * elementSize
const pipelinePath = 'ZstdDecompress'
const args = ['input.bin', 'output.bin', String(numberOfBytes)]
const desiredOutputs = [
{ path: 'output.bin', type: IOTypes.Binary }
]
const inputs = [
{ path: 'input.bin', type: IOTypes.Binary, data: byteArray }
]
console.log(`${prop} input MB: ${byteArray.length / 1000 / 1000}`)
console.log(`${prop} output MB: ${numberOfBytes / 1000 / 1000 }`)
const compressionAmount = byteArray.length / numberOfBytes
console.log(`${prop} compression amount: ${compressionAmount}`)
const t0 = performance.now()
return runPipelineBrowser(null, pipelinePath, args, desiredOutputs, inputs)
.then(function ({stdout, stderr, outputs, webWorker}) {
webWorker.terminate()
const t1 = performance.now();
const duration = Number(t1 - t0).toFixed(1).toString()
console.log(`${prop} decompression took ${duration} milliseconds.`)
polyData[prop]['values'] = new window[polyData[prop].dataType](outputs[0].data.buffer)case IntTypes.UInt16:
image.data = new Uint16Array(outputs[0].data.buffer)
break
case IntTypes.Int32:
image.data = new Int32Array(outputs[0].data.buffer)
break
case IntTypes.UInt32:
image.data = new Uint32Array(outputs[0].data.buffer)
break
case IntTypes.Int64:
image.data = new BigUint64Array(outputs[0].data.buffer)
break
case IntTypes.UInt64:
image.data = new BigUint64Array(outputs[0].data.buffer)
break
case FloatTypes.Float32:
image.data = new Float32Array(outputs[0].data.buffer)
break
case FloatTypes.Float64:
image.data = new Float64Array(outputs[0].data.buffer)
break
default:
console.error('Unexpected component type: ' + image.imageType.componentType)
}
return image
})
}case IntTypes.Int32:
componentSize = 4
break
case IntTypes.UInt32:
componentSize = 4
break
case IntTypes.Int64:
componentSize = 8
break
case IntTypes.UInt64:
componentSize = 8
break
case FloatTypes.Float32:
componentSize = 4
break
case FloatTypes.Float64:
componentSize = 8
break
default:
console.error('Unexpected component type: ' + image.imageType.componentType)
}
const numberOfBytes = pixelCount * image.imageType.components * componentSize
const pipelinePath = 'ZstdDecompress'
const args = ['input.bin', 'output.bin', String(numberOfBytes)]
const desiredOutputs = [
{ path: 'output.bin', type: IOTypes.Binary }
]
const inputs = [
{ path: 'input.bin', type: IOTypes.Binary, data: byteArray }
]
console.log(`input MB: ${byteArray.length / 1000 / 1000}`)
console.log(`output MB: ${numberOfBytes / 1000 / 1000 }`)return readMeshFile(null, file).then(({ mesh: itkMesh, webWorker }) => {
const read1 = performance.now();
const duration = Number(read1 - read0).toFixed(1).toString()
console.log("Mesh reading took " + duration + " milliseconds.")
webWorker.terminate()
const pipelinePath = 'MeshToPolyData'
const args = ['mesh.json', 'polyData.json']
const desiredOutputs = [
{ path: args[1], type: IOTypes.vtkPolyData }
]
const inputs = [
{ path: args[0], type: IOTypes.Mesh, data: itkMesh }
]
is3D = itkMesh.meshType.dimension === 3
convert0 = performance.now()
return runPipelineBrowser(null, pipelinePath, args, desiredOutputs, inputs)
}).then(function ({ outputs, webWorker }) {
const convert1 = performance.now();return readMeshFile(null, file).then(({ mesh: itkMesh, webWorker }) => {
const read1 = performance.now();
const duration = Number(read1 - read0).toFixed(1).toString()
console.log("Mesh reading took " + duration + " milliseconds.")
webWorker.terminate()
const pipelinePath = 'MeshToPolyData'
const args = ['mesh.json', 'polyData.json']
const desiredOutputs = [
{ path: args[1], type: IOTypes.vtkPolyData }
]
const inputs = [
{ path: args[0], type: IOTypes.Mesh, data: itkMesh }
]
is3D = itkMesh.meshType.dimension === 3
convert0 = performance.now()
return runPipelineBrowser(null, pipelinePath, args, desiredOutputs, inputs)
}).then(function ({ outputs, webWorker }) {
const convert1 = performance.now();