How to use toPercent method in wpt
Best JavaScript code snippet using wpt
CommonLogicalTransformer.ts
Source:CommonLogicalTransformer.ts 
...10import { Volume } from "../../model/Volume";11import { Convert } from "./Convert";12export class CommonLogicalTransformer {13 public static compressorToLogical(compressor: Compressor) {14 compressor.level = Convert.toPercent(compressor.level);15 compressor.sensitivity = Convert.toPercent(compressor.sensitivity);16 }17 public static compressorFromLogical(compressor: Compressor) {18 compressor.level = Convert.fromPercent(compressor.level);19 compressor.sensitivity = Convert.fromPercent(compressor.sensitivity);20 }21 public static boostToLogical(boost: Boost) {22 boost.gain = Convert.toDB(boost.gain);23 }24 public static boostFromLogical(boost: Boost) {25 boost.gain = Convert.fromDB(boost.gain);26 }27 public static phaserToLogical(phaser: Phaser) {28 phaser.manual = Convert.toPercent(phaser.manual);29 phaser.depth = Convert.toPercent(phaser.depth);30 phaser.tempo = Convert.toTempoSpeed(phaser.tempo);31 }32 public static phaserFromLogical(phaser: Phaser) {33 phaser.manual = Convert.fromPercent(phaser.manual);34 phaser.depth = Convert.fromPercent(phaser.depth);35 phaser.tempo = Convert.fromTempoSpeed(phaser.tempo);36 }37 public static noiseGateToLogical(noiseGate: NoiseGate) {38 noiseGate.noiseLevel = Convert.toPercent(noiseGate.noiseLevel);39 noiseGate.release = Convert.toPercent(noiseGate.release);40 }41 public static noiseGateFromLogical(noiseGate: NoiseGate) {42 noiseGate.noiseLevel = Convert.fromPercent(noiseGate.noiseLevel);43 noiseGate.release = Convert.fromPercent(noiseGate.release);44 }45 public static filtersToLogical(filters: Filters) {46 filters.filter1.resonance = Convert.toResonance1(filters.filter1.resonance);47 filters.filter1.auto.tempo = Convert.toTempoSpeed(filters.filter1.auto.tempo);48 filters.filter1.auto.minFrequency = Convert.toFrequency1(filters.filter1.auto.minFrequency);49 filters.filter1.auto.maxFrequency = Convert.toFrequency1(filters.filter1.auto.maxFrequency);50 filters.filter1.envelope.sensitivity = Convert.toPercent(filters.filter1.envelope.sensitivity);51 filters.filter1.envelope.frequency = Convert.toFrequency1(filters.filter1.envelope.frequency);52 filters.filter1.eq.frequency = Convert.toFrequency1(filters.filter1.eq.frequency);53 filters.filter2.resonance = Convert.toResonance2(filters.filter2.resonance);54 filters.filter2.auto.tempo = Convert.toTempoSpeed(filters.filter2.auto.tempo);55 filters.filter2.auto.minFrequency = Convert.toFrequency2(filters.filter2.auto.minFrequency);56 filters.filter2.auto.maxFrequency = Convert.toFrequency2(filters.filter2.auto.maxFrequency);57 filters.filter2.envelope.sensitivity = Convert.toPercent(filters.filter2.envelope.sensitivity);58 filters.filter2.envelope.frequency = Convert.toFrequency2(filters.filter2.envelope.frequency);59 filters.filter2.eq.frequency = Convert.toFrequency2(filters.filter2.eq.frequency);60 }61 public static filtersFromLogical(filters: Filters) {62 filters.filter1.resonance = Convert.fromResonance1(filters.filter1.resonance);63 filters.filter1.auto.tempo = Convert.fromTempoSpeed(filters.filter1.auto.tempo);64 filters.filter1.auto.minFrequency = Convert.fromFrequency1(filters.filter1.auto.minFrequency);65 filters.filter1.auto.maxFrequency = Convert.fromFrequency1(filters.filter1.auto.maxFrequency);66 filters.filter1.envelope.sensitivity = Convert.fromPercent(filters.filter1.envelope.sensitivity);67 filters.filter1.envelope.frequency = Convert.fromFrequency1(filters.filter1.envelope.frequency);68 filters.filter1.eq.frequency = Convert.fromFrequency1(filters.filter1.eq.frequency);69 filters.filter2.resonance = Convert.fromResonance2(filters.filter2.resonance);70 filters.filter2.auto.tempo = Convert.fromTempoSpeed(filters.filter2.auto.tempo);71 filters.filter2.auto.minFrequency = Convert.fromFrequency2(filters.filter2.auto.minFrequency);72 filters.filter2.auto.maxFrequency = Convert.fromFrequency2(filters.filter2.auto.maxFrequency);73 filters.filter2.envelope.sensitivity = Convert.fromPercent(filters.filter2.envelope.sensitivity);74 filters.filter2.envelope.frequency = Convert.fromFrequency2(filters.filter2.envelope.frequency);75 filters.filter2.eq.frequency = Convert.fromFrequency2(filters.filter2.eq.frequency);76 }77 public static modulationToLogical(modulation: Modulation) {78 modulation.chorus.depth = Convert.toPercent(modulation.chorus.depth);79 modulation.chorus.level = Convert.toPercent(modulation.chorus.level);80 modulation.chorus.tempo = Convert.toTempoSpeed(modulation.chorus.tempo);81 modulation.chorus.wet = Convert.toPercent(modulation.chorus.wet);82 modulation.vibe.depth = Convert.toPercent(modulation.vibe.depth);83 modulation.vibe.tempo = Convert.toTempoSpeed(modulation.vibe.tempo);84 modulation.flanger.feedback = Convert.toPercent(modulation.flanger.feedback);85 modulation.flanger.depth = Convert.toPercent(modulation.flanger.depth);86 modulation.flanger.delay = Convert.toPercent(modulation.flanger.delay);87 modulation.flanger.wet = Convert.toPercent(modulation.flanger.wet);88 modulation.flanger.tempo = Convert.toTempoSpeed(modulation.flanger.tempo);89 }90 public static modulationFromLogical(modulation: Modulation) {91 modulation.chorus.depth = Convert.fromPercent(modulation.chorus.depth);92 modulation.chorus.level = Convert.fromPercent(modulation.chorus.level);93 modulation.chorus.tempo = Convert.fromTempoSpeed(modulation.chorus.tempo);94 modulation.chorus.wet = Convert.fromPercent(modulation.chorus.wet);95 modulation.vibe.depth = Convert.fromPercent(modulation.vibe.depth);96 modulation.vibe.tempo = Convert.fromTempoSpeed(modulation.vibe.tempo);97 modulation.flanger.feedback = Convert.fromPercent(modulation.flanger.feedback);98 modulation.flanger.depth = Convert.fromPercent(modulation.flanger.depth);99 modulation.flanger.delay = Convert.fromPercent(modulation.flanger.delay);100 modulation.flanger.wet = Convert.fromPercent(modulation.flanger.wet);101 modulation.flanger.tempo = Convert.fromTempoSpeed(modulation.flanger.tempo);102 }103 public static delayToLogical(delay: Delay) {104 delay.feedback = Convert.toPercent(delay.feedback);105 delay.inputLevel = Convert.toPercent(delay.inputLevel);106 delay.modDepth = Convert.toPercent(delay.modDepth);107 delay.modSpeed = Convert.toPercent(delay.modSpeed);108 delay.outputLevel = Convert.toPercent(delay.outputLevel);109 delay.wet = Convert.toPercent(delay.wet);110 switch (delay.range) {111 default:112 case DelayRange.Short:113 delay.time = Convert.toTimeShort(delay.time);114 break;115 case DelayRange.Medium:116 delay.time = Convert.toTimeMedium(delay.time);117 break;118 case DelayRange.Long:119 delay.time = Convert.toTimeLong(delay.time);120 break;121 }122 }123 public static delayFromLogical(delay: Delay) {124 delay.feedback = Convert.fromPercent(delay.feedback);125 delay.inputLevel = Convert.fromPercent(delay.inputLevel);126 delay.modDepth = Convert.fromPercent(delay.modDepth);127 delay.modSpeed = Convert.fromPercent(delay.modSpeed);128 delay.outputLevel = Convert.fromPercent(delay.outputLevel);129 delay.wet = Convert.fromPercent(delay.wet);130 switch (delay.range) {131 default:132 case DelayRange.Short:133 delay.time = Convert.fromTimeShort(delay.time);134 break;135 case DelayRange.Medium:136 delay.time = Convert.fromTimeMedium(delay.time);137 break;138 case DelayRange.Long:139 delay.time = Convert.fromTimeLong(delay.time);140 break;141 }142 }143 public static auxToLogical(aux: Aux) {144 aux.mixDryLevelL = Convert.toPercent(aux.mixDryLevelL);145 aux.mixDryLevelR = Convert.toPercent(aux.mixDryLevelR);146 aux.mixGainSendL = Convert.toPercent(aux.mixGainSendL);147 aux.mixGainSendR = Convert.toPercent(aux.mixGainSendR);148 aux.mixWetLevelL = Convert.toPercent(aux.mixWetLevelL);149 aux.mixWetLevelR = Convert.toPercent(aux.mixWetLevelR);150 }151 public static auxFromLogical(aux: Aux) {152 aux.mixDryLevelL = Convert.fromPercent(aux.mixDryLevelL);153 aux.mixDryLevelR = Convert.fromPercent(aux.mixDryLevelR);154 aux.mixGainSendL = Convert.fromPercent(aux.mixGainSendL);155 aux.mixGainSendR = Convert.fromPercent(aux.mixGainSendR);156 aux.mixWetLevelL = Convert.fromPercent(aux.mixWetLevelL);157 aux.mixWetLevelR = Convert.fromPercent(aux.mixWetLevelR);158 }159 public static vcaToLogical(vca: VoltageControlledAmp) {160 vca.depth = Convert.toPercent(vca.depth);161 vca.tempo = Convert.toTempoSpeed(vca.tempo);162 }163 public static vcaFromLogical(vca: VoltageControlledAmp) {164 vca.depth = Convert.fromPercent(vca.depth);165 vca.tempo = Convert.fromTempoSpeed(vca.tempo);166 }167 public static volumeToLogical(volume: Volume) {168 volume.levelL = Convert.toPercent(volume.levelL);169 volume.levelR = Convert.toPercent(volume.levelR);170 }171 public static volumeFromLogical(volume: Volume) {172 volume.levelL = Convert.fromPercent(volume.levelL);173 volume.levelR = Convert.fromPercent(volume.levelR);174 }...
helpers.js
Source:helpers.js
...14const getComponentWidth = (screenSize, props) => {15 switch (screenSize) {16 case 'small':17 if (props.sm) {18 return toPercent(props.sm / props.rowSize);19 } else {20 return props.parentWidth;21 }22 break;23 case 'medium':24 if (props.md) {25 return toPercent(props.md / props.rowSize);26 } else if (props.sm) {27 return toPercent(props.sm / props.rowSize);28 } else {29 return props.parentWidth;30 }31 break;32 case 'large':33 if (props.lg) {34 return toPercent(props.lg / props.rowSize);35 } else if (props.md) {36 return toPercent(props.md / props.rowSize);37 } else if (props.sm) {38 return toPercent(props.sm / props.rowSize);39 } else {40 return props.parentWidth;41 }42 break;43 default:44 return props.parentWidth;45 }46};47const getComponentOffset = (screenSize, props) => {48 switch (screenSize) {49 case 'small':50 if (props.smOffset) {51 return toPercent(props.smOffset / props.rowSize);52 } else {53 return 0;54 }55 break;56 case 'medium':57 if (props.mdOffset) {58 return toPercent(props.mdOffset / props.rowSize);59 } else if (props.smOffset) {60 return toPercent(props.smOffset / props.rowSize);61 } else {62 return 0;63 }64 break;65 case 'large':66 if (props.lgOffset) {67 return toPercent(props.lgOffset / props.rowSize);68 } else if (props.mdOffset) {69 return toPercent(props.mdOffset / props.rowSize);70 } else if (props.smOffset) {71 return toPercent(props.smOffset / props.rowSize);72 } else {73 return 0;74 }75 break;76 default:77 return 0;78 }79};...
toPercent.spec.ts
Source:toPercent.spec.ts
1import * as Utils from '../src/index';2describe('转ç¾åæ¯', () => {3 it('returning toPercent', () => {4 const res = Utils.toPercent('æ ');5 expect(res).toEqual('æ ');6 });7 it('returning toPercent', () => {8 const res = Utils.toPercent(0);9 expect(res).toEqual('0');10 });11 it('returning toPercent', () => {12 const res = Utils.toPercent(0.12);13 expect(res).toEqual('12%');14 });15 it('returning toPercent', () => {16 const res = Utils.toPercent(12, false);17 expect(res).toEqual('12%');18 });19 it('returning toPercent', () => {20 const res = Utils.toPercent('12', false);21 expect(res).toEqual('12%');22 });23 it('returning toPercent', () => {24 const res = Utils.toPercent(12.23, false, 2);25 expect(res).toEqual('12.23%');26 });27 it('returning toPercent', () => {28 const res = Utils.toPercent('12.23', false, 2);29 expect(res).toEqual('12.23%');30 });31 it('returning toPercent', () => {32 const res = Utils.toPercent('14.1268733', false, 3);33 expect(res).toEqual('14.127%');34 });35 it('returning toPercent', () => {36 const res = Utils.toPercent(14.1268733, false, 3);37 expect(res).toEqual('14.127%');38 });39 it('returning toPercent', () => {40 const res = Utils.toPercent(0.141268733, true, 3);41 expect(res).toEqual('14.127%');42 });...
Using AI Code Generation
1var wpt = require('webpagetest');2var wpt = new WebPageTest('www.webpagetest.org');3 if (err) return console.error(err);4 console.log(data);5 wpt.getTestResults(data.data.testId, function(err, data) {6 if (err) return console.error(err);7 console.log(data);8 });9});
Using AI Code Generation
1var wpt = require('webpagetest');2var test = wpt('myKey');3 test.getTestResults(data.data.testId, function(err, data) {4 console.log(data.data.median.firstView.loadTime);5 console.log(data.data.median.firstView.TTFB);6 console.log(data.data.median.firstView.render);7 console.log(data.data.median.firstView.SpeedIndex);8 console.log(data.data.median.firstView.docTime);9 console.log(data.data.median.firstView.fullyLoaded);10 console.log(data.data.median.firstView.bytesIn);11 console.log(data.data.median.firstView.requests);12 console.log(data.data.median.firstView.requestsDoc);13 console.log(data.data.median.firstView.requestsFull);14 console.log(data.data.median.firstView.responses_200);15 console.log(data.data.median.firstView.responses_404);16 console.log(data.data.median.firstView.responses_other);17 console.log(data.data.median.firstView.result);18 console.log(data.data.median.firstView.testStartOffset);19 console.log(data.data.median.firstView.pageSpeedVersion);20 console.log(data.data.median.firstView.titleTime);21 console.log(data.data.median.firstView.domElements);22 console.log(data.data.median.firstView.domContentLoadedEventStart);23 console.log(data.data.median.firstView.domContentLoadedEventEnd);24 console.log(data.data.median.firstView.domInteractive);25 console.log(data.data.median.firstView.loadEventStart);26 console.log(data.data.median.firstView.loadEventEnd);27 console.log(data.data.median.firstView.lastVisualChange);28 console.log(data.data.median.firstView.browser_name);29 console.log(data.data.median.firstView.browser_version);30 console.log(data.data.median.firstView.browser_working);31 console.log(data.data.median.firstView.browser_processCount);32 console.log(data.data.median.firstView.browser_threads);33 console.log(data.data.median.firstView.browser_main_memory);34 console.log(data.data.median.firstView.browser_other_private_memory);35 console.log(data.data.median.firstView.browser_working_set);36 console.log(data.data.median.firstView.browser_page_faults);37 console.log(data.data.median.firstView.browser_private_bytes);38 console.log(data.data.median.firstView.browser_commit_charge);39 console.log(data.data.median.firstView.browser_system_up_time);40 console.log(data.data.median.firstView.browser_system_up_time_delta);41 console.log(data.data.median.firstView.browser_process_up_time);
Using AI Code Generation
1var wpt = require('./wpt.js');2var percent = wpt.toPercent(0.5);3console.log(percent);4exports.toPercent = function (decimal) {5 return (decimal * 100).toFixed(2) + '%';6}
Using AI Code Generation
1var wptext = require('./wptext.js');2var percent = wptext.toPercent(0.5);3var wptext = require('./wptext.js');4var percent = wptext.toPercent(0.5, 2);5var wptext = require('./wptext.js');6var percent = wptext.toPercent(0.5, 2, true);7var wptext = require('./wptext.js');8var percent = wptext.toPercent(0.5, 2, false);9var wptext = require('./wptext.js');10var percent = wptext.toPercent(0.5, 2, true, true);11var wptext = require('./wptext.js');12var percent = wptext.toPercent(0.5, 2, false, true);13var wptext = require('./wptext.js');14var percent = wptext.toPercent(0.5, 2, true, false);15var wptext = require('./wptext.js');16var percent = wptext.toPercent(0.5, 2, false, false);17var wptext = require('./wptext.js');18var percent = wptext.toPercent(0.5, 2, true, true, true
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