/** * @typedef {import('./cart').CartData} CartData * @typedef {import('./cart').CartShippingAddress} CartShippingAddress */ /** * @typedef {Object} StoreCart * * @property {Array} cartCoupons An array of coupons applied * to the cart. * @property {Array} cartItems An array of items in the * cart. * @property {number} cartItemsCount The number of items in the * cart. * @property {number} cartItemsWeight The weight of all items in * the cart. * @property {boolean} cartNeedsPayment True when the cart will * require payment. * @property {boolean} cartNeedsShipping True when the cart will * require shipping. * @property {Array} cartItemErrors Item validation errors. * @property {Object} cartTotals Cart and line total * amounts. * @property {boolean} cartIsLoading True when cart data is * being loaded. * @property {Array} cartErrors An array of errors thrown * by the cart. * @property {CartShippingAddress} shippingAddress Shipping address for the * cart. * @property {Array} shippingRates array of selected shipping * rates. * @property {boolean} shippingRatesLoading Whether or not the * shipping rates are * being loaded. * @property {boolean} hasShippingAddress Whether or not the cart * has a shipping address yet. * @property {function(Object):any} receiveCart Dispatcher to receive * updated cart. */ /** * @typedef {Object} StoreCartCoupon * * @property {Array} appliedCoupons Collection of applied coupons from the * API. * @property {boolean} isLoading True when coupon data is being loaded. * @property {Function} applyCoupon Callback for applying a coupon by code. * @property {Function} removeCoupon Callback for removing a coupon by code. * @property {boolean} isApplyingCoupon True when a coupon is being applied. * @property {boolean} isRemovingCoupon True when a coupon is being removed. */ /** * @typedef {Object} StoreCartItemAddToCart * * @property {number} cartQuantity The quantity of the item in the * cart. * @property {boolean} addingToCart Whether the cart item is still * being added or not. * @property {boolean} cartIsLoading Whether the cart is being loaded. * @property {Function} addToCart Callback for adding a cart item. */ /** * @typedef {Object} StoreCartItemQuantity * * @property {number} quantity The quantity of the item in the * cart. * @property {boolean} isPendingDelete Whether the cart item is being * deleted or not. * @property {Function} changeQuantity Callback for changing quantity * of item in cart. * @property {Function} removeItem Callback for removing a cart item. * @property {Object} cartItemQuantityErrors An array of errors thrown by * the cart. */ /** * @typedef {Object} EmitResponseTypes * * @property {string} SUCCESS To indicate a success response. * @property {string} FAIL To indicate a failed response. * @property {string} ERROR To indicate an error response. */ /** * @typedef {Object} NoticeContexts * * @property {string} PAYMENTS Notices for the payments step. * @property {string} EXPRESS_PAYMENTS Notices for the express payments step. */ /* eslint-disable jsdoc/valid-types */ // Enum format below triggers the above rule even though VSCode interprets it fine. /** * @typedef {NoticeContexts['PAYMENTS']|NoticeContexts['EXPRESS_PAYMENTS']} NoticeContextsEnum */ /** * @typedef {Object} EmitSuccessResponse * * @property {EmitResponseTypes['SUCCESS']} type Should have the value of * EmitResponseTypes.SUCCESS. * @property {string} [redirectUrl] If the redirect url should be changed set * this. Note, this is ignored for some * emitters. * @property {Object} [meta] Additional data returned for the success * response. This varies between context * emitters. */ /** * @typedef {Object} EmitFailResponse * * @property {EmitResponseTypes['FAIL']} type Should have the value of * EmitResponseTypes.FAIL * @property {string} message A message to trigger a notice for. * @property {NoticeContextsEnum} [messageContext] What context to display any message in. * @property {Object} [meta] Additional data returned for the fail * response. This varies between context * emitters. */ /** * @typedef {Object} EmitErrorResponse * * @property {EmitResponseTypes['ERROR']} type Should have the value of * EmitResponseTypes.ERROR * @property {string} message A message to trigger a notice for. * @property {boolean} retry If false, then it means an * irrecoverable error so don't allow for * shopper to retry checkout (which may * mean either a different payment or * fixing validation errors). * @property {Object} [validationErrors] If provided, will be set as validation * errors in the validation context. * @property {NoticeContextsEnum} [messageContext] What context to display any message in. * @property {Object} [meta] Additional data returned for the fail * response. This varies between context * emitters. */ /* eslint-enable jsdoc/valid-types */ /** * @typedef {Object} EmitResponseApi * * @property {EmitResponseTypes} responseTypes An object of various response types that can * be used in returned response objects. * @property {NoticeContexts} noticeContexts An object of various notice contexts that can * be used for targeting where a notice appears. * @property {function(Object):boolean} shouldRetry Returns whether the user is allowed to retry * the payment after a failed one. * @property {function(Object):boolean} isSuccessResponse Returns whether the given response is of a * success response type. * @property {function(Object):boolean} isErrorResponse Returns whether the given response is of an * error response type. * @property {function(Object):boolean} isFailResponse Returns whether the given response is of a * fail response type. */ export {}; /** * Internal dependencies */ import { ACTION_TYPES as types } from './action-types'; /** * Action creator for setting a single query-state value for a given context. * * @param {string} context Context for query state being stored. * @param {string} queryKey Key for query item. * @param {*} value The value for the query item. * * @return {Object} The action object. */ export const setQueryValue = ( context, queryKey, value ) => { return { type: types.SET_QUERY_KEY_VALUE, context, queryKey, value, }; }; /** * Action creator for setting query-state for a given context. * * @param {string} context Context for query state being stored. * @param {*} value Query state being stored for the given context. * * @return {Object} The action object. */ export const setValueForQueryContext = ( context, value ) => { return { type: types.SET_QUERY_CONTEXT_VALUE, context, value, }; };

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Image Recognition API, Computer Vision AI<\/h1>\n<\/p>\n

\"ai<\/p>\n

You can teach it to recognize specific things unique to your projects, making it super customizable. ai that can identify images<\/a> It might seem a bit complicated for those new to cloud services, but Google offers support.<\/p>\n<\/p>\n

And then just a few months later, in December, Microsoft beat its own record with a 3.5 percent classification error rate at the most recent ImageNet challenge. Imagga Technologies is a pioneer and a global innovator in the image recognition as a service space. Tavisca services power thousands of travel websites and enable tourists and business people all over the world to pick the right flight or hotel. By implementing Imagga’s powerful image categorization technology Tavisca was able to significantly improve the … Find out how the manufacturing sector is using AI to improve efficiency in its processes. But without prior programming, a computer must strain to distinguish all components down to the last pixel in a two-dimensional image, and it’s more complicated when there are overlapping items, shadows or an irregular or partitioned shape.<\/p>\n<\/p>\n

Deep Learning is a type of Machine Learning based on a set of algorithms that are patterned like the human brain. This allows unstructured data, such as documents, photos, and text, to be processed. Computer Vision is a branch of AI that allows computers and systems to extract useful information from photos, videos, and other visual inputs. If Artificial Intelligence allows computers to think, Computer Vision allows them to see, watch, and interpret. To get a better understanding of how the model gets trained and how image classification works, let\u2019s take a look at some key terms and technologies involved.<\/p>\n<\/p>\n