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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) =>

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