The present invention is a simulator for skill-oriented training. The simulator includes a work piece platform having a sensor, a head-mounted display unit (HMDU) including a camera, a speaker and a sensor providing visual and audio output to an operator, and a controller having a controller sensor. The simulator includes a processor that executes algorithms to simulate a virtual training environment depicting a work piece rendered on the work piece platform. The controller sensor, the HMDU sensor and the platform sensor output signals to the processor representing spatial positioning, angular orientation and movement data of the controller relative to the work piece to render a virtual powder coating spray pattern including a stream having particles charged and emitted from the controller and a powder coating coverage as applied to the work piece during one or more passes of a powder coating spray process performed by the operator.

The present invention is a simulator for skill-oriented training. The simulator includes a work piece platform having a sensor, a head-mounted display unit (HMDU) including a camera, a speaker and a sensor providing visual and audio output to an operator, and a controller having a controller sensor. The simulator includes a processor that executes algorithms to simulate a virtual training environment depicting a work piece rendered on the work piece platform. The controller sensor, the HMDU sensor and the platform sensor output signals to the processor representing spatial positioning, angular orientation and movement data of the controller relative to the work piece to render a virtual powder coating spray pattern including a stream having particles charged and emitted from the controller and a powder coating coverage as applied to the work piece during one or more passes of a powder coating spray process performed by the operator.

The present disclosure relates to a system for providing an interactive participation-type drawing making service, which provides a remote drawing making service that is capable of real-time interaction between a first user and a second user in a contactless environment, wherein the system includes: a first terminal that is capable of inputting a first event signal of the first user; a second terminal that is capable of inputting a second event signal of the second user; a control part that constructs a network with the first and second terminals and a web, generating a server module for using a pre-stored drawing making program while undergoing communication, reflects all of each data resulting from real-time input of the first and second event signals to the drawing making program in real time, when both of the first and second terminals connect to the generated server module, and controls a preset alarm signal so as to be output in response to a result of reflection; and an alarm part that is equipped to the first and second terminals, performing visual displaying on an arbitrary screen according to the alarm signal output from the control part. Hereby, it is capable of implementing an interaction-type drawing making environment in such a fashion of interaction where the multilateral participants are able to draw and complete one drawing and accordingly increasing artistic competency in a more interesting making environment.

The present invention is a simulator for skill-oriented training. The simulator includes a work piece platform having a sensor, a head-mounted display unit (HMDU) including a camera, a speaker and a sensor providing visual and audio output to an operator, and a controller having a controller sensor. The simulator includes a processor that executes algorithms to simulate a virtual training environment depicting a work piece rendered on the work piece platform. The controller sensor, the HMDU sensor and the platform sensor output signals to the processor representing spatial positioning, angular orientation and movement data of the controller relative to the work piece to render a virtual powder coating spray pattern including a stream having particles charged and emitted from the controller and a powder coating coverage as applied to the work piece during one or more passes of a powder coating spray process performed by the operator.

The present invention is a simulator for skill-oriented training. The simulator includes a work piece platform having a sensor, a head-mounted display unit (HMDU) including a camera, a speaker and a sensor providing visual and audio output to an operator, and a controller having a controller sensor. The simulator includes a processor that executes algorithms to simulate a virtual training environment depicting a work piece rendered on the work piece platform. The controller sensor, the HMDU sensor and the platform sensor output signals to the processor representing spatial positioning, angular orientation and movement data of the controller relative to the work piece to render a virtual powder coating spray pattern including a stream having particles charged and emitted from the controller and a powder coating coverage as applied to the work piece during one or more passes of a powder coating spray process performed by the operator.

The present invention relates to a macroscopic, two or three-dimensional support medium that facilitates artistic expression and the creation and display of macroscopic art, design that is applied art and architecture. The invention also relates to various methods of making such novel support mediums and the works of art, design and architecture they are made as or into. Examples are works of art, design and architecture made with new and extraordinary aesthetic and/or functional properties from the use of nanomaterials.

The present invention relates to a macroscopic, two or three-dimensional support medium that facilitates artistic expression and the creation and display of macroscopic art, design that is applied art and architecture. The invention also relates to various methods of making such novel support mediums and the works of art, design and architecture they are made as or into. Examples are works of art, design and architecture made with new and extraordinary aesthetic and/or functional properties from the use of nanomaterials.

Disclosed is a method for simulating the accumulation of paint on a virtual object, the method comprising, dividing a surface of the virtual object into a plurality of sections, determining a point on the virtual object to deposit a virtual paint droplet, depositing the virtual paint droplet on the virtual object so that a center of the virtual paint droplet is disposed at the point, determining a subset of the plurality of sections touching the virtual paint droplet, calculating a thickness for the virtual paint droplet based on a volume and a radius of the virtual paint droplet, and incrementing each of the subset of the plurality of sections by the calculated thickness of the virtual paint droplet.

Disclosed is a method for simulating the accumulation of paint on a virtual object, the method comprising, dividing a surface of the virtual object into a plurality of sections, determining a point on the virtual object to deposit a virtual paint droplet, depositing the virtual paint droplet on the virtual object so that a center of the virtual paint droplet is disposed at the point, determining a subset of the plurality of sections touching the virtual paint droplet, calculating a thickness for the virtual paint droplet based on a volume and a radius of the virtual paint droplet, and incrementing each of the subset of the plurality of sections by the calculated thickness of the virtual paint droplet.

Disclosed is a method for simulating the accumulation of paint on a virtual object, the method comprising, dividing a surface of the virtual object into a plurality of sections, determining a point on the virtual object to deposit a virtual paint droplet, depositing the virtual paint droplet on the virtual object so that a center of the virtual paint droplet is disposed at the point, determining a subset of the plurality of sections touching the virtual paint droplet, calculating a thickness for the virtual paint droplet based on a volume and a radius of the virtual paint droplet, and incrementing each of the subset of the plurality of sections by the calculated thickness of the virtual paint droplet.