Abstract: A method for adjusting a projection parameter and a projection system are disclosed. In the projection system, a processor is configured to drive multiple projectors to project multiple projection images respectively and obtain a full projection range through calculation, select a target area from at least one overlapping area included in the full projection range and obtain a target projection parameter value of the target area, obtain multiple intersection points of the overlapping area on a boundary of the full projection range, define connecting lines between a center point of the target area and the intersection points as dividing lines to divide the full projection range into multiple sub-areas, respectively adjust a projection parameter value of each of the sub-areas according to the target projection parameter value of the target area, and perform projection through the corresponding projector based on the adjusted projection parameter value of each of the sub-areas.

Abstract: A method for adjusting a projection boundary and a projection system are provided. Multiple imaging apparatuses corresponding to multiple projection apparatuses are driven, and each imaging apparatus obtains a corresponding captured image by capturing projected image projected by corresponding one projection apparatus and surrounding area of the projected image. All captured images are displayed on a display, and a main bounding box corresponding to each projected image and a reference bounding box corresponding to the surrounding area are displayed on each captured image. The main bounding box of each captured image is independently adjusted relative to the reference bounding box to obtain an adjusted main bounding box. A full image boundary is calculated based on the respective adjusted main bounding boxes. The projection apparatuses are driven to project an adjusted full image based on the full image boundary.

Abstract: A projection system and a projection image adjustment method thereof are provided. The projection image adjustment method is applicable to a processing device connected to multiple projectors, a display, and an input device, and includes the following steps. Arrangement information between the multiple projectors is obtained. Multiple adjustable areas corresponding to a projection image of each projector are simultaneously displayed on the display and the multiple adjustable areas are simultaneously displayed on projection images of the multiple projectors according to the arrangement information. A parameter setting interface corresponding to a first adjustable area among the multiple adjustable areas is displayed on the display. The first adjustable area corresponds to a first projector among the multiple projectors.

Abstract: A projection position guiding method adapted to a projection system is provided. The projection system includes a projection target, an image capturing device and a projector. The projection position guiding method includes: projecting a projection content onto the projection target by the projector to generate a projection image, the projection content includes multiple positioning grid points arranged at intervals; capturing the projection target by the image capturing device to generate a captured image, and the captured image includes at least part of the projection image; and determining whether the positioning grid points satisfy multiple recognizable conditions according to the projection image in the captured image, when it is determined that the positioning grid points include at least one unrecognizable grid point that does not satisfy at least one of the recognizable conditions, adjusting a color of the at least one unrecognizable grid point in the projection content.

Abstract: A projection system and a projection image adjustment method thereof are provided. The projection image adjustment method is applicable to a processing device connected to multiple projectors, a display, and an input device, and includes the following steps. Arrangement information between the multiple projectors is obtained. Multiple adjustable areas corresponding to a projection image of each projector are simultaneously displayed on the display and the multiple adjustable areas are simultaneously displayed on projection images of the multiple projectors according to the arrangement information. A parameter setting interface corresponding to a first adjustable area among the multiple adjustable areas is displayed on the display. The first adjustable area corresponds to a first projector among the multiple projectors.

Abstract: An electronic device includes an imaging unit configured for capturing an image of a subject, a memory unit configured for storing data and images; a processing unit configured for processing data and images; a display unit configured for displaying data and images; and a central processing unit configured for processing various signals and images. The processing unit includes a replay module, a selection module, a function module, a menu module and an input/output unit. The input/output unit is configured for activating anyone of the replay module, the selection module, the function module and the menu module. The application system for the electronic device through activating each module via the input/output interface unit can allow the use of the electronic device to be more convenient and simplified.

Abstract: A camera includes a body having a front plate and a rear plate, a lens module mounted on the front plate, a slot defined in the rear plate, and an elongated deformable wire. The deformable wire is received in the slot, and the deformable wire is deformable between a first configuration where the deformable wire is received in the slot, and a second configuration where the deformable wire is released from the slot and reshaped to support the body on an object.

Abstract: A camera includes a body having a front plate and a rear plate, a lens module mounted on the front plate, a slot defined in the rear plate, and an elongated deformable wire. The deformable wire is received in the slot, and the deformable wire is deformable between a first configuration where the deformable wire is received in the slot, and a second configuration where the deformable wire is released from the slot and reshaped to support the body on an object.

Abstract: An electronic device includes an imaging unit configured for capturing an image of a subject, a memory unit configured for storing data and images; a processing unit configured for processing data and images; a display unit configured for displaying data and images; and a central processing unit configured for processing various signals and images. The processing unit includes a replay module, a selection module, a function module, a menu module and an input/output unit. The input/output unit is configured for activating anyone of the replay module, the selection module, the function module and the menu module. The application system for the electronic device through activating each module via the input/output interface unit can allow the use of the electronic device to be more convenient and simplified.

Abstract: A digital camera includes a rotatable wheel, a screen, and a menu display system for displaying menu on the screen. The menu display system includes a primary menu having a number of menu options and may have one or more hierarchical submenu options. The submenu is disk-shaped with a number of sub-submenu options displayed around the disk, each of the sub-submenu options can be selected by rotating the rotatable wheel clockwise or anticlockwise. The digital camera is capable of being operated quickly and efficiently.