Abstract: The present disclosure relates to systems, non-transitory computer-readable media, and methods for generating an editable text object that follows a depth perspective of a digital image from a text segment portrayed according to the depth perspective. In particular, in some cases, the disclosed systems detect a text segment portrayed in accordance with a depth perspective of a digital image displayed by a client device. Further, the disclosed systems generate, within the digital image and from the text segment, an editable text object that follows the depth perspective of the digital image. Additionally, the disclosed systems modify the editable text object in accordance with the depth perspective of the digital image in response to receiving one or more user interactions via the client device.

Abstract: Embodiments are disclosed for blending complex objects. The method may include identifying a first complex object and a second complex object. A first primary object associated with the first complex object and a first sequence of geometric repeat operations are determined. A second primary object associated with the second complex object and second sequence of geometric repeat operations are also determined. A blending operation is applied to the first primary object and the second primary object to generate one or more intermediate primary objects. One or more intermediate complex objects are generated from the one or more intermediate primary objects.

Abstract: The present disclosure is directed toward systems, methods, and non-transitory computer readable media that provide assistive guides for path tracing of raster images. In particular, in one or more implementations, the disclosed systems determine a set of outlines corresponding to boundaries of a set of segments within a raster image. The disclosed systems select, from the set of outlines, an outline corresponding to a segment in response to a client device input indicating point(s) located within a threshold distance of the outline. The disclosed systems provide, for display within a graphical user interface of a client device, a highlighted indication of the outline corresponding to the segment. The disclosed systems generate, within a vector image, a vector path based on the outline corresponding to the segment in response to a selection of the outline via the graphical user interface.

Abstract: In implementations of systems for generating blend objects from objects with pattern fills, a computing device implements a blend system to generate a source master texture using a first pattern fill of a source object and a destination master texture using a second pattern fill of the a destination object. First colors are sampled from the source master texture and second colors are sampled from the destination master texture. The blend system determines a blended pattern fill for the first pattern fill and the second pattern fill by combining the first colors and the second colors. The blend system generates an intermediate blend object for the source object and the destination object for display in a user interface based on the blended pattern fill.

Abstract: Digital representation techniques of intertwined vector objects are described. These techniques support a non-destructive representation of intertwined digital objects. Additionally, these techniques support editing of overlaps to change a visual ordering in an intuitive and efficient manner. Optimization operations are also implemented that remove redundancy, combine overlaps into a single representation, address visual artifacts at borders between the intertwined objected, and so forth.

Abstract: In implementations of systems for efficient rendering of clipping objects, a computing device implements a clipping system to generate a clipping tree that includes a root node and a node for each clipping group included in a layer of an input render tree. The clipping system generates a segment buffer having rows that each represent coverage of a branch of the clipping tree and columns that each represent coverage of a level of the clipping tree. The segment buffer is mapped to two-dimensional array, and the clipping system computes coverage for a clipping object of a clipping group included in the layer of the input render tree based on an identifier of a row of the two-dimensional array.

Abstract: Digital representation techniques of intertwined vector objects are described. These techniques support a non-destructive representation of intertwined digital objects. Additionally, these techniques support editing of overlaps to change a visual ordering in an intuitive and efficient manner. Optimization operations are also implemented that remove redundancy, combine overlaps into a single representation, address visual artifacts at borders between the intertwined objected, and so forth.

Abstract: In implementations of systems for efficient rendering of clipping objects, a computing device implements a clipping system to generate a clipping tree that includes a root node and a node for each clipping group included in a layer of an input render tree. The clipping system generates a segment buffer having rows that each represent coverage of a branch of the clipping tree and columns that each represent coverage of a level of the clipping tree. The segment buffer is mapped to two-dimensional array, and the clipping system computes coverage for a clipping object of a clipping group included in the layer of the input render tree based on an identifier of a row of the two-dimensional array.

Abstract: Embodiments are disclosed for blending complex objects. The method may include identifying a first complex object and a second complex object. A first primary object associated with the first complex object and a first sequence of geometric repeat operations are determined. A second primary object associated with the second complex object and second sequence of geometric repeat operations are also determined. A blending operation is applied to the first primary object and the second primary object to generate one or more intermediate primary objects. One or more intermediate complex objects are generated from the one or more intermediate primary objects.

Abstract: In implementations of systems for generating blend objects from objects with pattern fills, a computing device implements a blend system to generate a source master texture using a first pattern fill of a source object and a destination master texture using a second pattern fill of the a destination object. First colors are sampled from the source master texture and second colors are sampled from the destination master texture. The blend system determines a blended pattern fill for the first pattern fill and the second pattern fill by combining the first colors and the second colors. The blend system generates an intermediate blend object for the source object and the destination object for display in a user interface based on the blended pattern fill.

Abstract: In implementations of systems for efficiently generating blend objects, a computing device implements a blending system to assign unique shape identifiers to objects included in an input render tree. The blending system generates a shape mask based on the unique shape identifiers. A color of a pixel of a blend object is computed based on particular objects of the objects that contribute to the blend object using the shape mask. The blending system generates the blend object for display in a user interface based on the color of the pixel.

Abstract: In implementations of systems for efficiently rendering vector objects, a computing device implements a rendering system to identify unique geometries from a set of geometries of vector objects included in a render tree. The rendering system tessellates the unique geometries and each of the tessellated unique geometries has a unique identifier. Mappings are generated between the vector objects included in the render tree and the tessellated unique geometries using the unique identifiers. The rendering system renders the vector objects included in the render tree for display in a user interface based on the mappings.

Abstract: An example operation may include one or more of identifying a registered interest associated with a requestor on a blockchain, accessing a smart contract stored on the blockchain, determining a match between the registered interest and blockchain transaction information, determining the requestor associated with the registered interest has access permissions to access the blockchain transaction information based on access control rules, and creating a temporary bilateral smart contract including the requestor, and an owner of the blockchain transaction information, and the temporary bilateral smart contract provides permission for the requester to access the blockchain transaction information.

Abstract: An example operation may include one or more of storing a user profile in a blockchain by an authorized member of the blockchain, receiving a request by another authorized member of the blockchain to access the user profile, identifying the request for the user profile is from the another authorized member of the blockchain, creating a signed message that includes consent to share the user profile with the another authorized member of the blockchain, and transmitting the signed message to the another authorized member of the blockchain, and wherein an exchange of the user profile between the blockchain members is performed without revealing blockchain member identities of the authorized member of the blockchain and the another authorized member of the blockchain to any of the blockchain members.

Abstract: An example operation may include one or more of identifying a registered interest associated with a requestor on a blockchain, accessing a smart contract stored on the blockchain, determining a match between the registered interest and blockchain transaction information, determining the requestor associated with the registered interest has access permissions to access the blockchain transaction information based on access control rules, and creating a temporary bilateral smart contract including the requestor, and an owner of the blockchain transaction information, and the temporary bilateral smart contract provides permission for the requester to access the blockchain transaction information.

Abstract: One embodiment provides a method that performs the steps of collecting network signal information from a sensor of a mobile device located in a designated vendor area. The network signal information is produced by a fixed transmitting device and has a corresponding network time stamp. The mobile device located in the designated vendor area receives a payment notification from a vendor; extracting from the payment notification, time stamp information and a name of the vendor sending the payment notification; and matching the time stamp information with the corresponding network time stamp and automatically updating a labeled localization database. The labeled localization database comprises previously mapped localization information corresponding to multiple spatial zones of the designated vendor area and the updating comprises linking the name of the vendor sending the payment notification with a physical location of the fixed transmitting device. Other aspects are described and claimed.

Abstract: An example operation may include one or more of storing a user profile in a blockchain by an authorized member of the blockchain, receiving a request by another authorized member of the blockchain to access the user profile, identifying the request for the user profile is from the another authorized member of the blockchain, creating a signed message that includes consent to share the user profile with the another authorized member of the blockchain, and transmitting the signed message to the another authorized member of the blockchain, and wherein an exchange of the user profile between the blockchain members is performed without revealing blockchain member identities of the authorized member of the blockchain and the another authorized member of the blockchain to any of the blockchain members.

Abstract: One embodiment provides a method for ensuring device security via swipe pattern recognition, the method comprising: utilizing at least one processor to execute computer code that performs the steps of: receiving, using a touch device, at least one swipe input of a user; determining, using the at least one processor, if the at least one swipe input matches a known swipe pattern of the user, the match requiring exceeding a match confidence level; and responsive to said determining, executing an action associated with the touch device. Other aspects are described and claimed.

Abstract: Methods and arrangements for handling web-based purchase requests. A customer request for content of a third party content provider is received at a charging service provider. An authorization code on behalf of the content provider is generated and returned to the customer via a channel other than a channel which links the customer with the third party content provider. The authorization code is accepted from the third party content provider as received by the third party content provider from the customer, the authorization code is verified, and charging for the requested content is executed.

Abstract: One embodiment provides a method that performs the steps of collecting network signal information from a sensor of a mobile device located in a designated vendor area. The network signal information is produced by a fixed transmitting device and has a corresponding network time stamp. The mobile device located in the designated vendor area receives a payment notification from a vendor; extracting from the payment notification, time stamp information and a name of the vendor sending the payment notification; and matching the time stamp information with the corresponding network time stamp and automatically updating a labeled localization database. The labeled localization database comprises previously mapped localization information corresponding to multiple spatial zones of the designated vendor area and the updating comprises linking the name of the vendor sending the payment notification with a physical location of the fixed transmitting device. Other aspects are described and claimed.