SAIA Javascript SDK

Installing

To install SAIA SDK as npm package into your project, use the following command using npm:

npm install --save @3dlook/saia-sdk

Building

To build SAIA SDK, clone repository to your local machine

with https:

git clone https://github.com/3dlook-me/saia-sdk.git

or with ssh:

git clone [email protected]:3dlook-me/saia-sdk.git

and then enter into the cloned project directory in the terminal:

cd saia-sdk

and build it:

npm run build:prod

Usage

SAIA Javascript SDK works as an API wrapper. To use it, you only need to create a new instance of the SAIA class and then call methods that you need.

Example:

const frontImage, sideImage;

const saia = new SAIA({
  key: '<your api key>',
});

saia.api.person.create({
  gender: 'female',
  height: 180,
  frontImage: frontImage,
  sideImage: sideImage,
})
  .then((taskSetId) => saia.api.queue.getResults(taskSetId))
  .then(results => console.log(results))
  .catch(err => console.error(err));

API

Classes

API: API wrapper class
MTMClient: MTMClient class
Person: Person class
Product: Product class
Queue: Queue class
Sizechart: Product class
SAIA

Functions

getBase64(file) ⇒ Promise.<string>: Convert File or Blob object to base64 string
getFileName(blob): Get file name with extension for Blob
getTaskError(tasks) ⇒ string: Get error description

API

API wrapper class

Kind: global class

new API(options)

Class constructor

Param	Type	Description
options	`Object`	options
options.host	`string`	API url
options.key	`string`	API key

Example

const api = new API({
  key: '<your key>',
  host: '<api host url>',
});

MTMClient

MTMClient class

Kind: global class

MTMClient
- new MTMClient(host, axios)
- .create(params) ⇒ Promise.<number>
- .update(params) ⇒ Promise.<number>
- .createPerson(mtmClientId, params) ⇒ Promise.<(string|number)>

new MTMClient(host, axios)

MTMClient's class constructor

Param	Type	Description
host	`string`	host url
axios	`Axios`	axios instance

mtmClient.create(params) ⇒ `Promise.<number>`

Create mtm client

Kind: instance method of MTMClient
Returns: Promise.<number> - mtm client's id

Param	Type	Description
params	`object`	mtm client's parameters
params.firstName	`string`	mtm client's first name
[params.lastName]	`string`	mtm client's last name
params.unit	`string`	mtm client's unit - cm or in
[params.phone]	`string`	mtm client's phone number - cm or in
[params.email]	`string`	mtm client's email - cm or in
[params.source]	`string`	the source of the request - dashboard, widget
[params.notes]	`string`	additional information about mtm client
[params.widgetId]	`string`	widget object id

Example

const saia = new SAIA({
  key: '<your key>',
});

// create person only with metadata
// and get its id
saia.api.mtmClient.create({
  firstName: 'Stephen',
  lastName: 'King',
  unit: 'in',
})
  .then(mtmClientId => console.log(mtmClientId))
  .catch(err => console.log(err));

mtmClient.update(params) ⇒ `Promise.<number>`

Update mtm client

Kind: instance method of MTMClient
Returns: Promise.<number> - mtm client's id

Param	Type	Description
params	`object`	mtm client's parameters
params.firstName	`string`	mtm client's first name
[params.lastName]	`string`	mtm client's last name
params.unit	`string`	mtm client's unit - cm or in
[params.phone]	`string`	mtm client's phone number - cm or in
[params.email]	`string`	mtm client's email - cm or in
[params.source]	`string`	the source of the request - dashboard, widget
[params.notes]	`string`	additional information about mtm client
[params.widgetId]	`string`	widget object id

Example

const saia = new SAIA({
  key: '<your key>',
});

// update person only with metadata
// and get its id
const existingMtmClientId = 1;

saia.api.mtmClient.update(existingMtmClientId, {
  firstName: 'Stephen',
  lastName: 'King',
  unit: 'in',
})
  .then(mtmClientId => console.log(mtmClientId))
  .catch(err => console.log(err));

mtmClient.createPerson(mtmClientId, params) ⇒ `Promise.<(string|number)>`

Create person for mtm client only with metadata (gender and height) or with photos (gender, height, frontImage, sideImage).

If you create Person only with metadata, then you will get Person's ID. If you create Person with metadata and images, you will get Taskset ID

Kind: instance method of MTMClient
Returns: Promise.<(string|number)> - person's id or taskset id

Param	Type	Description
mtmClientId	`number`	mtm client id
params	`object`	person's parameters
params.gender	`string`	person's gender
params.height	`number`	person's height
[params.measurementsType]	`string`	type of measurements - all
[params.frontImage]	`string`	person's Base64 encoded front photo
[params.sideImage]	`string`	person's Base64 encoded side photo
[params.weight]	`string`	person's weight in kg
[params.weightTopBorder]	`string`	person's top weight border in kg
[params.weightBottomBorder]	`string`	person's bottom weight border in kg

Example

const saia = new SAIA({
  key: '<your key>',
});

// create person only with metadata
// and get its id
saia.api.mtmClient.createPerson(mtmClientId, {
  gender: 'male',
  height: 180,
})
  .then(personId => console.log(personId))
  .catch(err => console.log(err));

// create person only with metadata and images
// and get taskset id. You can use it to track
// calculation process by using saia.api.queue.getResults(taskSetId)
saia.api.mtmClient.createPerson(mtmClientId, {
  gender: 'male',
  height: 180,
  frontImage: <frontImage>,
  sideImage: <sideImage>,
})
  .then(taskSetId => console.log(taskSetId))
  .catch(err => console.log(err));

Person

Person class

Kind: global class

Person
- new Person(host, axios)
- .create(params) ⇒ Promise.<(string|number)>
- .get(id) ⇒ Promise.<Object>
- .update(id, params) ⇒ Promise.<Object>
- .updateAndCalculate(id, params) ⇒ Promise.<string>
- .calculate(id, hasVirtualTryOn, product) ⇒ Promise.<string>
- .virtualTryOn(id, product) ⇒ Promise.<Object>

new Person(host, axios)

Person's class constructor

Param	Type	Description
host	`string`	host url
axios	`Axios`	axios instance

person.create(params) ⇒ `Promise.<(string|number)>`

Create person only with metadata (gender and height) or with photos (gender, height, frontImage, sideImage).

If you create Person only with metadata, then you will get Person's ID. If you create Person with metadata and images, you will get Taskset ID

Kind: instance method of Person
Returns: Promise.<(string|number)> - person's id or taskset id

Param	Type	Description
params	`object`	person's parameters
params.gender	`string`	person's gender
params.height	`number`	person's height
[params.measurementsType]	`string`	type of measurements - all
[params.hasVirtualTryOn]	`boolean`	should apply virtual try on
[params.product]	`any`	product sku which would be used for virtual try on
[params.frontImage]	`string`	person's Base64 encoded front photo
[params.sideImage]	`string`	person's Base64 encoded side photo
[params.weight]	`string`	person's weight in kg
[params.weightTopBorder]	`string`	person's top weight border in kg
[params.weightBottomBorder]	`string`	person's bottom weight border in kg
[params.deviceCoordinates]	`Object`	user device x, y, z coordinates during photos
params.deviceCoordinates.frontPhoto	`Object`	user device x, y, z coordinates during Front photo
params.deviceCoordinates.frontPhoto.betaX	`number`	value represents the motion of the device around the x axis, represented in degrees with values ranging from -180 to 180. This represents a front to back motion of the device.
params.deviceCoordinates.frontPhoto.gammaY	`number`	value represents the motion of the device around the y axis, represented in degrees with values ranging from -90 to 90. This represents a left to right motion of the device.
params.deviceCoordinates.frontPhoto.alphaZ	`number`	value represents the motion of the device around the z axis, represented in degrees with values ranging from 0 to 360.
params.deviceCoordinates.sidePhoto	`Object`	user device x, y, z coordinates during Side photo
params.deviceCoordinates.sidePhoto.betaX	`number`	value represents the motion of the device around the x axis, represented in degrees with values ranging from -180 to 180. This represents a front to back motion of the device.
params.deviceCoordinates.sidePhoto.gammaY	`number`	value represents the motion of the device around the y axis, represented in degrees with values ranging from -90 to 90. This represents a left to right motion of the device.
params.deviceCoordinates.sidePhoto.alphaZ	`number`	value represents the motion of the device around the z axis, represented in degrees with values ranging from 0 to 360.
params.photoFlowType	`string`	photo flow type ("friend" or "hand").

Example

const saia = new SAIA({
  key: '<your key>',
});

// create person only with metadata
// and get its id
saia.api.person.create({
  gender: 'male',
  height: 180,
})
  .then(personId => console.log(personId))
  .catch(err => console.log(err));

// create person only with metadata and images
// and get taskset id. You can use it to track
// calculation process by using saia.api.queue.getResults(taskSetId)
saia.api.person.create({
  gender: 'male',
  height: 180,
  frontImage: <frontImage>,
  sideImage: <sideImage>,
})
  .then(taskSetId => console.log(taskSetId))
  .catch(err => console.log(err));

person.get(id) ⇒ `Promise.<Object>`

Get a specific Person by ID

Kind: instance method of Person
Returns: Promise.<Object> - Person

Param	Type	Description
id	`number`	Person's ID

Example

const saia = new SAIA({
  key: '<your key>',
});

saia.api.person.get(40)
  .then(person => console.log(person))
  .catch(err => console.log(err));

person.update(id, params) ⇒ `Promise.<Object>`

Full or Partial update Person by ID. Returns person's object with metadate.

Kind: instance method of Person
Returns: Promise.<Object> - updated parameters

Param	Type	Description
id	`number`	Person''s ID
params	`Object`	Person's parameters
[params.gender]	`string`	Person's parameters
[params.height]	`number`	Person's height
[params.frontImage]	`string`	Person's Base64 encoded frontImage
[params.sideImage]	`string`	Person's Base64 encoded sideImage
[params.weight]	`string`	person's weight in kg
[params.weightTopBorder]	`string`	person's top weight border in kg
[params.weightBottomBorder]	`string`	person's bottom weight border in kg
[params.deviceCoordinates]	`Object`	user device x, y, z coordinates during photo
params.deviceCoordinates.frontPhoto	`Object`	user device x, y, z coordinates during Front photo
params.deviceCoordinates.frontPhoto.betaX	`number`	value represents the motion of the device around the x axis, represented in degrees with values ranging from -180 to 180. This represents a front to back motion of the device.
params.deviceCoordinates.frontPhoto.gammaY	`number`	value represents the motion of the device around the y axis, represented in degrees with values ranging from -90 to 90. This represents a left to right motion of the device.
params.deviceCoordinates.frontPhoto.alphaZ	`number`	value represents the motion of the device around the z axis, represented in degrees with values ranging from 0 to 360.
params.deviceCoordinates.sidePhoto	`Object`	user device x, y, z coordinates during Side photo
params.deviceCoordinates.sidePhoto.betaX	`number`	value represents the motion of the device around the x axis, represented in degrees with values ranging from -180 to 180. This represents a front to back motion of the device.
params.deviceCoordinates.sidePhoto.gammaY	`number`	value represents the motion of the device around the y axis, represented in degrees with values ranging from -90 to 90. This represents a left to right motion of the device.
params.deviceCoordinates.sidePhoto.alphaZ	`number`	value represents the motion of the device around the z axis, represented in degrees with values ranging from 0 to 360.
params.photoFlowType	`string`	photo flow type ("friend" or "hand").

Example

const saia = new SAIA({
  key: '<your key>',
});

saia.api.person.update(personId, {
  frontImage: <frontImage>,
  sideImage: <sideImage>,
})
  .then(updatedFields => console.log(updatedFields))
  .catch(err => console.log(err));

person.updateAndCalculate(id, params) ⇒ `Promise.<string>`

Update a new Person by ID with calculation start. Returns person's task set id.

Kind: instance method of Person
Returns: Promise.<string> - task set url

Param	Type	Description
id	`number`	Person''s ID
params	`Object`	Person's parameters
[params.measurementsType]	`string`	type of measurements - all
[params.hasVirtualTryOn]	`boolean`	should apply virtual try on
[params.product]	`any`	product sku which would be used for virtual try on
[params.gender]	`string`	Person's parameters
[params.height]	`number`	Person's height
[params.frontImage]	`string`	Person's Base64 encoded frontImage
[params.sideImage]	`string`	Person's Base64 encoded sideImage
[params.weight]	`string`	person's weight in kg
[params.weightTopBorder]	`string`	person's top weight border in kg
[params.weightBottomBorder]	`string`	person's bottom weight border in kg
[params.deviceCoordinates]	`Object`	user device x, y, z coordinates during photo
params.deviceCoordinates.frontPhoto	`Object`	user device x, y, z coordinates during Front photo
params.deviceCoordinates.frontPhoto.betaX	`number`	value represents the motion of the device around the x axis, represented in degrees with values ranging from -180 to 180. This represents a front to back motion of the device.
params.deviceCoordinates.frontPhoto.gammaY	`number`	value represents the motion of the device around the y axis, represented in degrees with values ranging from -90 to 90. This represents a left to right motion of the device.
params.deviceCoordinates.frontPhoto.alphaZ	`number`	value represents the motion of the device around the z axis, represented in degrees with values ranging from 0 to 360.
params.deviceCoordinates.sidePhoto	`Object`	user device x, y, z coordinates during Side photo
params.deviceCoordinates.sidePhoto.betaX	`number`	value represents the motion of the device around the x axis, represented in degrees with values ranging from -180 to 180. This represents a front to back motion of the device.
params.deviceCoordinates.sidePhoto.gammaY	`number`	value represents the motion of the device around the y axis, represented in degrees with values ranging from -90 to 90. This represents a left to right motion of the device.
params.deviceCoordinates.sidePhoto.alphaZ	`number`	value represents the motion of the device around the z axis, represented in degrees with values ranging from 0 to 360.
params.photoFlowType	`string`	photo flow type ("friend" or "hand").

Example

const saia = new SAIA({
  key: '<your key>',
});

saia.api.person.updateAndCalculate(personId, {
  frontImage: <frontImage>,
  sideImage: <sideImage>,
})
  .then(taskSetUrl => saia.api.queue.getResults(taskSetUrl))
  .then(person => console.log(person))
  .catch(err => console.log(err));

person.calculate(id, hasVirtualTryOn, product) ⇒ `Promise.<string>`

Manual recalculate Person's parameters by ID

Kind: instance method of Person
Returns: Promise.<string> - Taskset id

Param	Type	Description
id	`number`	Person's ID
hasVirtualTryOn	`boolean`	should process virtual try on
product	`any`	product sku for virtual try on

Example

// in this example we update person's images
// and then manually start recalculation
const saia = new SAIA({
  key: '<your key>',
});

saia.api.person.update({
  frontImage: <frontImage>,
  sideImage: <sideImage>,
})
  .then(updatedFields => saia.api.person.calculate(updatedFields.id))
  .then(taskSetId => console.log(taskSetId))
  .catch(err => console.log(err));

person.virtualTryOn(id, product) ⇒ `Promise.<Object>`

Processing virtual tryon for specific person and product result also would be available in person.get(id).virtual_tryons [ { "id": tryonId, "product_sku": "productSku" "created": 'datetime', "image: "https://url.to.tryon.image.com" } ]

Kind: instance method of Person
Returns: Promise.<Object> - virtual try on Object { "id": tryonId, "product_sku": "productSku" "created": 'datetime', "image: "https://url.to.tryon.image.com" }

Param	Type	Description
id	`number`	Person's ID
product	`any`	Product sku

Product

Product class

Kind: global class

Product
- new Product(host, axios)
- .get(url) ⇒ Promise.<(Object|Array)>
- .getSize(params) ⇒ Promise.<object>
- .getRecommendations(params) ⇒ Promise.<object>

new Product(host, axios)

Product's class constructor

Param	Type	Description
host	`string`	host url
axios	`Axios`	axios instance

product.get(url) ⇒ `Promise.<(Object|Array)>`

Get product object/objects by its page url. It can return an array if two or more products have the same url

Kind: instance method of Product

Param	Type	Description
url	`string`	product page url

Example

const saia = new SAIA({
  key: '<your key>',
});

saia.api.product.get('https://saia.3dlook.me/test-product')
  .then(product => console.log(product))
  .catch(err => console.log(err));

product.getSize(params) ⇒ `Promise.<object>`

Get sizes for product based on person parameters. This method uses old implemendation of a size recommendation method

Kind: instance method of Product

Param	Type	Description
params	`Object`	parameters
params.height	`number`	person's height
params.gender	`string`	person's gender
params.hips	`number`	person's volume_params.hips
params.chest	`number`	person's volume_params.chest
params.waist	`number`	person's volume_params.waist
params.url	`string`	product url

Example

const saia = new SAIA({
  key: '<your key>',
});

saia.api.product.getSize({
  height: 173,
  gender: 'female',
  hips: 89,
  chest: 87,
  waist: 73,
  url: 'https://saia.3dlook.me/test-product',
})
  .then(size => console.log(size))
  .catch(err => console.log(err));

product.getRecommendations(params) ⇒ `Promise.<object>`

Get size recommendations for a selected product based on user measurements. This method uses new implementation of a size recommendation method.

Kind: instance method of Product

Param	Type	Description
params	`Object`	parameters
params.gender	`string`	person's gender
params.hips	`number`	person's volume_params.hips
params.chest	`number`	person's volume_params.chest
params.waist	`number`	person's volume_params.waist
params.url	`string`	product url

Example

const saia = new SAIA({
  key: '<your key>',
});

saia.api.product.getRecommendations({
  gender: 'female',
  hips: 89,
  chest: 87,
  waist: 73,
  url: 'https://saia.3dlook.me/test-product',
})
  .then(size => console.log(size))
  .catch(err => console.log(err));

Queue

Queue class

Kind: global class

Queue
- new Queue(host, axios)
- .get(id) ⇒ Promise.<object>
- .getResults(id, [delay], [personId]) ⇒ Promise.<object>

new Queue(host, axios)

Queue's class constructor

Param	Type	Description
host	`string`	host url
axios	`Axios`	axios instance

queue.get(id) ⇒ `Promise.<object>`

Get information about tasks by taskset id

Kind: instance method of Queue

Param	Type	Description
id	`string`	taskset id

Example

const saia = new SAIA({
  key: '<your key>',
});

saia.api.queue.get('4d563d3f-38ae-4b51-8eab-2b78483b153e')
  .then(task => console.log(task))
  .catch(err => console.log(err));

queue.getResults(id, [delay], [personId]) ⇒ `Promise.<object>`

Get result of person processing

Kind: instance method of Queue

Param	Type	Description
id	`string`	taskset id
[delay]	`number`	delay before next check
[personId]	`number`	person id

Example

const saia = new SAIA({
  key: '<your key>',
});

saia.api.queue.getResults('4d563d3f-38ae-4b51-8eab-2b78483b153e')
  .then(person => console.log(person))
  .catch(err => console.log(err));

// you also can specify the delay between checks
saia.api.queue.getResults('4d563d3f-38ae-4b51-8eab-2b78483b153e', 3400)
  .then(person => console.log(person))
  .catch(err => console.log(err));

Sizechart

Product class

Kind: global class

Sizechart
- new Sizechart(host, axios)
- .getSize(params) ⇒ Promise.<object>

new Sizechart(host, axios)

Product's class constructor

Param	Type	Description
host	`string`	host url
axios	`Axios`	axios instance

sizechart.getSize(params) ⇒ `Promise.<object>`

Get sizes for brand and body part based on person parameters

Kind: instance method of Sizechart

Param	Type	Description
params	`Object`	parameters
params.gender	`string`	person's gender
params.hips	`number`	person's volume_params.hips
params.chest	`number`	person's volume_params.chest
params.waist	`number`	person's volume_params.waist
params.body_part	`number`	body part
params.brand	`number`	brand name
[params.customRecommendation]	`string`	custom recommendation url part for our clients. For internal usage only or if you have custom url and you know what you're doing

Example

const saia = new SAIA({
  key: '<your key>',
});

saia.api.sizechart.getSize({
  gender: 'female',
  hips: 89,
  chest: 87,
  waist: 73,
  body_part: 'top',
  brand: 'Nike',
})
  .then(size => console.log(size))
  .catch(err => console.log(err));

SAIA

Kind: global class

new SAIA(options)

SAIA class constructor

Param	Type	Description
options	`Object`	config parameters
options.key	`string`	api key
options.host	`string`	api host url

Example

const saia = new SAIA({
  key: '<your key>'
});

getBase64(file) ⇒ `Promise.<string>`

Convert File or Blob object to base64 string

Kind: global function

Param	Type	Description
file	`File` \| `Blob`	image file

getFileName(blob)

Get file name with extension for Blob

Kind: global function

Param	Type	Description
blob	`Blob`	file

getTaskError(tasks) ⇒ `string`

Get error description

Kind: global function

Param	Type	Description
tasks	`Array`	array of tasks

Testing

To run tests, you need to run this command on terminal/consol:

Linux/macOS

$ export API_KEY='<your api key>' && export API_HOST='<host>' && npm test

Windows

$ set API_KEY='<your api key>' && set API_HOST='<host>' && npm test

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example		example
jsdoc2md		jsdoc2md
lib		lib
test		test
.docma.json		.docma.json
.editorconfig		.editorconfig
.eslintrc		.eslintrc
.gitignore		.gitignore
.jsdoc.json		.jsdoc.json
.travis.yml		.travis.yml
README.md		README.md
index.js		index.js
karma.config.js		karma.config.js
package-lock.json		package-lock.json
package.json		package.json
test-context.js		test-context.js
webpack.config.js		webpack.config.js

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SAIA Javascript SDK

Installing

Building

Usage

API

Classes

Functions

API

new API(options)

MTMClient

new MTMClient(host, axios)

mtmClient.create(params) ⇒ Promise.<number>

mtmClient.update(params) ⇒ Promise.<number>

mtmClient.createPerson(mtmClientId, params) ⇒ Promise.<(string|number)>

Person

new Person(host, axios)

person.create(params) ⇒ Promise.<(string|number)>

person.get(id) ⇒ Promise.<Object>

person.update(id, params) ⇒ Promise.<Object>

person.updateAndCalculate(id, params) ⇒ Promise.<string>

person.calculate(id, hasVirtualTryOn, product) ⇒ Promise.<string>

person.virtualTryOn(id, product) ⇒ Promise.<Object>

Product

new Product(host, axios)

product.get(url) ⇒ Promise.<(Object|Array)>

product.getSize(params) ⇒ Promise.<object>

product.getRecommendations(params) ⇒ Promise.<object>

Queue

new Queue(host, axios)

queue.get(id) ⇒ Promise.<object>

queue.getResults(id, [delay], [personId]) ⇒ Promise.<object>

Sizechart

new Sizechart(host, axios)

sizechart.getSize(params) ⇒ Promise.<object>

SAIA

new SAIA(options)

getBase64(file) ⇒ Promise.<string>

getFileName(blob)

getTaskError(tasks) ⇒ string

Testing

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mtmClient.create(params) ⇒ `Promise.<number>`

mtmClient.update(params) ⇒ `Promise.<number>`

mtmClient.createPerson(mtmClientId, params) ⇒ `Promise.<(string|number)>`

person.create(params) ⇒ `Promise.<(string|number)>`

person.get(id) ⇒ `Promise.<Object>`

person.update(id, params) ⇒ `Promise.<Object>`

person.updateAndCalculate(id, params) ⇒ `Promise.<string>`

person.calculate(id, hasVirtualTryOn, product) ⇒ `Promise.<string>`

person.virtualTryOn(id, product) ⇒ `Promise.<Object>`

product.get(url) ⇒ `Promise.<(Object|Array)>`

product.getSize(params) ⇒ `Promise.<object>`

product.getRecommendations(params) ⇒ `Promise.<object>`

queue.get(id) ⇒ `Promise.<object>`

queue.getResults(id, [delay], [personId]) ⇒ `Promise.<object>`

sizechart.getSize(params) ⇒ `Promise.<object>`

getBase64(file) ⇒ `Promise.<string>`

getTaskError(tasks) ⇒ `string`

Packages