How to use prettyName method in storybook-root

Best JavaScript code snippet using storybook-root

index.js

Source:index.js

1import filter from 'lodash/filter';2const basisSets = [3  {4    value: 'sto-3g',5    prettyName: 'STO+3G',6  },7  {8    value: '6-31pg',9    prettyName: '6-31+G',10  },11  {12    value: '6-31pgs',13    prettyName: '6-31+G*',14  },15  {16    value: '6-311gss',17    prettyName: '6-311G**',18  },19  {20    value: 'def2-svp',21    prettyName: 'def2-SVP',22  },23  {24    value: 'cc-pvdz',25    prettyName: 'cc-pVDZ',26  },27  {28    value: 'def2-tzvp',29    prettyName: 'def2-TZVP',30  },31  {32    value: 'cc-pvtz',33    prettyName: 'cc-pVTZ',34  },35  {36    value: 'def2-qzvp',37    prettyName: 'def2-QZVP',38  },39  {40    value: 'cc-pvqz',41    prettyName: 'cc-pVQZ',42  },43];44const functionals = [45  {46    value: 'pbe',47    prettyName: 'PBE',48  },49  {50    value: 'pbe0',51    prettyName: 'PBE0',52  },53  {54    value: 'b3lyp',55    prettyName: 'B3LYP',56  },57  {58    value: 'wB97X-D',59    prettyName: 'wB97X-D',60  },61];62const networks = [63  {64    value: 'tensormol01',65    prettyName: 'TensorMol 0.1',66    supportedElements: ['H', 'C', 'N', 'O'],67  },68  {69    value: 'ani1',70    prettyName: 'ANI-1',71    supportedElements: ['H', 'C', 'N', 'O'],72  },73  {74    value: 'tensormol02',75    prettyName: 'TensorMol 0.2',76    supportedElements: [77      'H',78      'He',79      'Li',80      'Be',81      'B',82      'C',83      'N',84      'O',85      'F',86      'Ne',87      'Na',88      'Mg',89      'Al',90      'Si',91      'P',92      'S',93      'Cl',94      'Ar',95      'K',96      'Ca',97      'Sc',98      'Ti',99      'V',100      // 'Cr',101      'Mn',102      'Fe',103      'Co',104      'Ni',105      'Cu',106      'Zn',107      'Ga',108      'Ge',109      'As',110      'Se',111      'Br',112      'Kr',113    ],114  },115];116// const conformerSearchTypes = [117//   {118//     value: 'exhaustive',119//     prettyName: 'Exhaustive',120//   },121// ];122const types = [123  {124    value: 'groundState',125    prettyName: 'Ground State',126    supportedInputTypes: {127      geometry: {128        outputTypes: ['energy', 'force', 'geometry'],129      },130      '[geometry]': {131        outputTypes: ['[energy]', '[force]', '[geometry]'],132      },133    },134    methods: [135      {136        value: 'machineLearning',137        prettyName: 'Machine Learning',138        program: 'tensormol',139        networks,140      },141      {142        value: 'hartreeFock',143        prettyName: 'Hartree Fock',144        program: 'psi4',145        basisSets,146        charge: true,147        multiplicity: true,148      },149      {150        value: 'unrestrictedHartreeFock',151        prettyName: 'Unrestricted Hartree Fock',152        program: 'psi4',153        basisSets,154        charge: true,155        multiplicity: true,156      },157      {158        value: 'dft',159        prettyName: 'DFT',160        program: 'psi4',161        basisSets,162        functionals,163        charge: true,164        multiplicity: true,165      },166      {167        value: 'ccsd',168        prettyName: 'CCSD',169        program: 'psi4',170        basisSets,171        charge: true,172        multiplicity: true,173      },174      {175        value: 'ccsdt',176        prettyName: 'CCSD(T)',177        program: 'psi4',178        basisSets,179        charge: true,180        multiplicity: true,181      },182    ],183  },184  // {185  //   value: 'excitedState',186  //   prettyName: 'Excited State',187  //   supportedInputTypes: {188  //     geometry: {189  //       outputTypes: ['excitationEnergy'],190  //     },191  //     '[geometry]': {192  //       outputTypes: ['[excitationEnergy]'],193  //     },194  //   },195  //   methods: [196  //     {197  //       value: 'tddft',198  //       prettyName: 'TD-DFT',199  //       program: 'pyscf',200  //       basisSets,201  //       functionals,202  //       charge: true,203  //       multiplicity: true,204  //     },205  //     {206  //       value: 'eeccsd',207  //       prettyName: 'EE-CCSD',208  //       program: 'pyscf',209  //       basisSets,210  //       charge: true,211  //       multiplicity: true,212  //     },213  //     {214  //       value: 'ipccsd',215  //       prettyName: 'IP-CCSD',216  //       program: 'pyscf',217  //       basisSets,218  //       charge: true,219  //       multiplicity: true,220  //     },221  //     {222  //       value: 'eaccsd',223  //       prettyName: 'EA-CCSD',224  //       program: 'pyscf',225  //       basisSets,226  //       charge: true,227  //       multiplicity: true,228  //     },229  //   ],230  // },231  {232    value: 'geometryOptimization',233    prettyName: 'Geometry Optimization',234    supportedInputTypes: {235      geometry: {236        outputTypes: ['geometry', 'energy'],237      },238      '[geometry]': {239        outputTypes: ['[geometry]', '[energy]'],240      },241    },242    methods: [243      {244        value: 'machineLearning',245        prettyName: 'Machine Learning',246        program: 'tensormol',247        networks,248      },249      {250        value: 'hartreeFock',251        prettyName: 'Hartree Fock',252        program: 'psi4',253        basisSets,254        charge: true,255        multiplicity: true,256      },257      {258        value: 'unrestrictedHartreeFock',259        prettyName: 'Unrestricted Hartree Fock',260        program: 'psi4',261        basisSets,262        charge: true,263        multiplicity: true,264      },265      {266        value: 'dft',267        prettyName: 'DFT',268        program: 'psi4',269        basisSets,270        functionals,271        charge: true,272        multiplicity: true,273      },274      {275        value: 'ccsd',276        prettyName: 'CCSD',277        program: 'psi4',278        basisSets,279        charge: true,280        multiplicity: true,281      },282    ],283  },284  {285    value: 'conformerSearch',286    prettyName: 'Conformation Search',287    supportedInputTypes: {288      geometry: {289        outputTypes: ['[geometry]', '[energy]'],290      },291      '[geometry]': {292        outputTypes: ['[[geometry]]', '[[energy]]'],293      },294    },295    methods: [296      {297        value: 'machineLearning',298        prettyName: 'Machine Learning',299        networks,300        // conformerSearchTypes,301        numberOfConformers: true,302      },303    ],304  },305  {306    value: 'harmonicSpectra',307    prettyName: 'Harmonic Spectra',308    supportedInputTypes: {309      geometry: {310        outputTypes: ['freeEnergy', '[frequency]', '[intensity]', 'geometry'],311      },312      '[geometry]': {313        outputTypes: [314          '[freeEnergy]',315          '[[frequency]]',316          '[[intensity]]',317          '[geometry]',318        ],319      },320    },321    methods: [322      {323        value: 'machineLearning',324        prettyName: 'Machine Learning',325        networks: filter(326          networks,327          (network) => network.value === 'tensormol01'328        ),329      },330    ],331  },332  // {333  //   value: 'opticalSpectra',334  //   prettyName: 'Optical Spectra',335  //   supportedInputTypes: {336  //     geometry: {337  //       outputTypes: ['[frequency]', '[intensity]'],338  //     },339  //     '[geometry]': {340  //       outputTypes: ['[[frequency]]', '[[intensity]]'],341  //     },342  //   },343  //   methods: [344  //     {345  //       value: 'tddft',346  //       prettyName: 'TD-DFT',347  //       program: 'pyscf',348  //       basisSets,349  //       functionals,350  //       charge: true,351  //       multiplicity: true,352  //     },353  //   ],354  // },355  {356    value: 'relaxedScan',357    prettyName: 'Relaxed Scan',358    supportedInputTypes: {359      geometry: {360        outputTypes: ['[energy]', '[geometry]'],361      },362      '[geometry]': {363        outputTypes: ['[[energy]]', '[[geometry]]'],364      },365    },366    methods: [367      {368        value: 'machineLearning',369        prettyName: 'Machine Learning',370        program: 'tensormol',371        networks,372        atomOne: true,373        atomTwo: true,374        finalDistance: true,375        numberOfSteps: true,376      },377    ],378  },379  // {380  //   value: 'nudgedElasticBand',381  //   prettyName: 'Nudged Elastic Band',382  //   supportedInputTypes: {383  //     geometry: {384  //       outputTypes: ['[energy]', '[geometry]'],385  //     },386  //     '[geometry]': {387  //       outputTypes: ['[[energy]]', '[[geometry]]'],388  //     },389  //   },390  //   methods: [391  //     {392  //       value: 'machineLearning',393  //       prettyName: 'Machine Learning',394  //       program: 'tensormol',395  //       networks,396  //       numberOfSteps: true,397  //       secondaryXyz: true,398  //     },399  //   ],400  // },401];402const options = types;403export { options, networks };404export default options;405/* ~~~ Periodic Boundary Condition ~~~ */406/*407const auxBasisSets = [408  {409    value: false,410    prettyName: 'Default',411  },412  {413    value: 'weigend',414    prettyName: 'Weigend',415  },416  {417    value: 'ahlrichs',418    prettyName: 'Ahlrichs',419  },420];421const periodicBasisSets = [422  {423    periodicBasisSet: "gthszv",424    prettyName: "GTH-SZV"425  }, {426    periodicBasisSet: "gthszvmolopt",427    prettyName: "GTH-SZV-molopt"428  }, {429    periodicBasisSet: "gthdzv",430    prettyName: "GTH-DZV"431  }, {432    periodicBasisSet: "gthdzvp",433    prettyName: "GTH-DZVP"434  }, {435    periodicBasisSet: "gthccdzvp",436    prettyName: "GTH-cc-DZVP"437  }, {438    periodicBasisSet: "gthdzvpmolopt",439    prettyName: "GTH-DZVP-molopt"440  }, {441    periodicBasisSet: "gthdzvpmoloptsr",442    prettyName: "GTH-DZVP-molopt-sr"443  }, {444    periodicBasisSet: "gth-tzvp",445    prettyName: "GTH-TZVP"446  }, {447    periodicBasisSet: "gth-cc-TZVP",448    prettyName: "GTH-cc-TZVP"449  }, {450    periodicBasisSet: "gthtzvpmolopt",451    prettyName: "GTH-TZVP-molopt"452  }, {453    periodicBasisSet: "gthccqzvp",454    prettyName: "GTH-cc-QZVP"455  },456]457const periodicDensityFits = [458  {459    periodicDensityFit: "fftdf",460    prettyName: "Fast Fourier Transform"461  }, {462    periodicDensityFit: "aftdf",463    prettyName: "Analytical Fourier Transform"464  }, {465    periodicDensityFit: "gdf",466    prettyName: "Gaussian"467  }, {468    periodicDensityFit: "mdf",469    prettyName: "Mixed"470  }471]472const periodicCalculationTypes = [473  {474    value: "gammaPoint",475    prettyName: "Gamma Point"476  }, {477    value: "kPoint",478    prettyName: "K-Point"479  },480  {481    value: "superMolecule",482    prettyName: "Super Molecule"483  }484]485const pseudoPotentials = [486  {487    value: false,488    prettyName: "None"489  }, {490    value: "gth-blyp",491    prettyName: "GTH-BLYP"492  },{493    value: "gth-oyp",494    prettyName: "GTH-OYLP"495  },{496    value: "gth-pade",497    prettyName: "GTH-PADE"498  }, {499    value: "gth-pbe",500    prettyName: "GTH-PBE"501  }, {502    value: "gth-hf",503    prettyName: "GTH-HF"504  }505]...

Using AI Code Generation

1import { prettyName } from 'storybook-root';2import { prettyName } from 'storybook-root';3import { prettyName } from 'storybook-root';4import { prettyName } from 'storybook-root';5import { prettyName } from 'storybook-root';6import { prettyName } from 'storybook-root';7import { prettyName } from 'storybook-root';8import { prettyName } from 'storybook-root';9import { prettyName } from 'storybook-root';10import { prettyName } from 'storybook-root';11import { prettyName } from 'storybook-root';12import { prettyName } from 'storybook-root';13import { prettyName } from 'storybook-root';14import { prettyName } from 'storybook-root';15import { prettyName } from 'storybook-root';16import { prettyName } from 'storybook-root';17import { prettyName } from 'storybook-root';18import { prettyName } from 'storybook-root';19import { prettyName } from 'storybook-root';20import { prettyName } from 'storybook-root';

Using AI Code Generation

1import { prettyName } from 'storybook-root-alias';2import { prettyName } from 'storybook-root-alias';3import { prettyName } from 'storybook-root-alias';4import { prettyName } from 'storybook-root-alias';5import { prettyName } from 'storybook-root-alias';6import { prettyName } from 'storybook-root-alias';7import { prettyName } from 'storybook-root-alias';8import { prettyName } from 'storybook-root-alias';9import { prettyName } from 'storybook-root-alias';10import { prettyName } from 'storybook-root-alias';11import { prettyName } from 'storybook-root-alias';12import { prettyName } from 'storybook-root-alias';13import { prettyName } from 'storybook-root-alias';14import { prettyName } from 'storybook-root-alias';15import { prettyName } from 'storybook-root-alias';16import { prettyName } from 'storybook-root-alias';17import { prettyName } from 'storybook-root-alias';

Using AI Code Generation

1import { prettyName } from 'storybook-root-decorator';2import { addDecorator, addParameters } from '@storybook/react';3import { withA11y } from '@storybook/addon-a11y';4import { withKnobs } from '@storybook/addon-knobs';5import { withInfo } from '@storybook/addon-info';6import { withTests } from '@storybook/addon-jest';7import { withThemesProvider } from 'storybook-addon-styled-component-theme';8import { withRootDecorator } from 'storybook-root-decorato

Using AI Code Generation

1const prettyName = require('storybook-root').prettyName;2console.log(prettyName('foo'));3import { prettyName } from 'storybook-root';4console.log(prettyName('foo'));5const { prettyName } = require('storybook-root');6console.log(prettyName('foo'));7import prettyName from 'storybook-root/prettyName';8console.log(prettyName('foo'));9const prettyName = require('storybook-root/prettyName');10console.log(prettyName('foo'));11import { prettyName } from 'storybook-root/prettyName';12console.log(prettyName('foo'));13const { prettyName } = require('storybook-root/prettyName');14console.log(prettyName('foo'));15import prettyName from 'storybook-root/lib/prettyName';16console.log(prettyName('foo'));17const prettyName = require('storybook-root/lib/prettyName');18console.log(prettyName('foo'));19import { prettyName } from 'storybook-root/lib/prettyName';20console.log(prettyName('foo'));21const { prettyName } = require('storybook-root/lib/prettyName');22console.log(prettyName('foo'));23import prettyName from 'storybook-root/prettyName.js';24console.log(prettyName('foo'));25const prettyName = require('storybook-root/prettyName.js');26console.log(prettyName('foo'));

Using AI Code Generation

1import { prettyName } from 'storybook-root';2console.log(prettyName('Hello World'));3import { prettyName } from './src/prettyName';4export { prettyName };5export function prettyName(name) {6  return name.replace(/\s+/g, '-').toLowerCase();7}8The storybook-root module is also defined as a dev dependency. This means that the storybook-root module is installed in the node_modules folder when we run npm install in the storybook-root module. This is important because the storybook-root module needs to be installed in the node_modules

Using AI Code Generation

1import { prettyName } from 'storybook-root';2const name = 'myName';3import { prettyName } from 'storybook-root';4const name = 'myName';5import { prettyName } from 'storybook-root';6const name = 'myName';7import { prettyName } from 'storybook-root';8const name = 'myName';9import { prettyName } from 'storybook-root';10const name = 'myName';11import { prettyName } from 'storybook-root';12const name = 'myName';13import { prettyName } from 'storybook-root';14const name = 'myName';15import { prettyName } from 'storybook-root';16const name = 'myName';17import { prettyName } from 'storybook-root';18const name = 'myName';19import { prettyName } from 'storybook-root';20const name = 'myName';21import { prettyName } from 'storybook-root

Using AI Code Generation

1import { prettyName } from 'storybook-root'2let s = prettyName('harry potter')3console.log(s)4import { prettyName } from 'storybook-root'5let s = prettyName('harry potter')6console.log(s)7import { prettyName } from 'storybook-root'8let s = prettyName('harry potter')9console.log(s)10export function prettyName(name) {11  return name.split(' ').map((n) => n[0].toUpperCase() + n.slice(1)).join(' ')12}13{14  "scripts": {15  }16}17import { prettyName } from 'storybook-root'18let s = prettyName('harry potter')19console.log(s)20export function prettyName(name) {21  return name.split(' ').map((n) => n[0].toUpperCase() + n.slice(1)).join(' ')22}23{24  "scripts": {25  }26}27import { prettyName } from 'storybook-root'28let s = prettyName('harry potter')29console.log(s)30import { prettyName } from 'storybook-root'31let s = prettyName('harry potter')32console.log(s)33import { prettyName } from 'storybook-root'34let s = prettyName('harry potter')35console.log(s)36export function prettyName(name) {37  return name.split(' ').map((n) =>

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.