Abstract: In an exemplary capturing apparatus, a first captured image captured by a capturing section is acquired. Then, it is determined whether or not a face image is included in the first captured image. When it is determined that a face image is included, any one type of image processing is selected from a plurality of types of image processing including a type of image processing using the face image, and the selected type of image processing is performed on the first captured image.

Abstract: In an exemplary capturing apparatus, a captured image is acquired in real time. A first face area is detected from a plurality of face areas included in the captured image thus acquired, and a first face image corresponding to the first face area is acquired. Then, a face combination image is generated by replacing at least a part of a second face area with the first face image.

Abstract: Game data variable in accordance with the state of an input device and usable for game processing is sequentially obtained. Next, it is determined whether or not a predetermined condition for the game processing has been fulfilled based on the game data. Information on an indicated position on a game image, which is calculated from the game data when the predetermined condition has been fulfilled, is obtained. A moving speed of the input device which is calculated from the game data is also obtained. When the obtained moving speed is equal to or greater than a predetermined speed, an object which appears in a virtual game space and is related to the indicated position is processed.

Abstract: In an acceleration value obtaining step (S2), an acceleration value which changes in accordance with a state of the input device is sequentially obtained as the input value. In an increase/decrease direction inversion detection step (S3, S17), it is detected that an acceleration value increase/decrease direction has inverted. In an acceleration value difference calculation step (S41 through S44), when the acceleration value increase/decrease direction has inverted, a difference between at least two acceleration values obtained immediately before the inversion is calculated. In a game processing step (S12 through S15), when the calculated difference is equal to or greater than a predetermined value, first game processing is executed, and when the calculated difference is smaller than the predetermined value, second game processing different from the first game processing is executed.

Abstract: In an exemplary capturing apparatus, a captured image is acquired in real time. A first face area is detected from a plurality of face areas included in the captured image thus acquired, and a first face image corresponding to the first face area is acquired. Then, a face combination image is generated by replacing at least a part of a second face area with the first face image.

Abstract: In an exemplary capturing apparatus, a first captured image captured by a capturing section is acquired. Then, it is determined whether or not a face image is included in the first captured image. When it is determined that a face image is included, any one type of image processing is selected from a plurality of types of image processing including a type of image processing using the face image, and the selected type of image processing is performed on the first captured image.

Abstract: First acceleration data representing an acceleration applied in a first direction of the input device and second acceleration data representing an acceleration applied in a second direction of the input device different from the first direction are obtained based on a value detected by an acceleration detection section. Next, it is determined whether or not the first acceleration data is smaller than a first threshold value. When the first acceleration data is determined to be smaller than the first threshold value, predetermined calculation processing at least based on the second acceleration data is executed to calculate a first parameter used in game processing. When the first acceleration data is determined to be larger than the first threshold value, the first parameter is set to a predetermined value. The game processing is executed based on the first parameter.

Abstract: First acceleration data representing an acceleration applied in a first direction of the input device and second acceleration data representing an acceleration applied in a second direction of the input device different from the first direction are obtained based on a value detected by an acceleration detection section. Next, it is determined whether or not the first acceleration data is smaller than a first threshold value. When the first acceleration data is determined to be smaller than the first threshold value, predetermined calculation processing at least based on the second acceleration data is executed to calculate a first parameter used in game processing. When the first acceleration data is determined to be larger than the first threshold value, the first parameter is set to a predetermined value. The game processing is executed based on the first parameter.

Abstract: In an acceleration value obtaining step (S2), an acceleration value which changes in accordance with a state of the input device is sequentially obtained as the input value. In an increase/decrease direction inversion detection step (S3, S17), it is detected that an acceleration value increase/decrease direction has inverted. In an acceleration value difference calculation step (S41 through S44), when the acceleration value increase/decrease direction has inverted, a difference between at least two acceleration values obtained immediately before the inversion is calculated. In a game processing step (S12 through S15), when the calculated difference is equal to or greater than a predetermined value, first game processing is executed, and when the calculated difference is smaller than the predetermined value, second game processing different from the first game processing is executed.

Abstract: Game data variable in accordance with the state of an input device and usable for game processing is sequentially obtained. Next, it is determined whether or not a predetermined condition for the game processing has been fulfilled based on the game data. Information on an indicated position on a game image, which is calculated from the game data when the predetermined condition has been fulfilled, is obtained. A moving speed of the input device which is calculated from the game data is also obtained. When the obtained moving speed is equal to or greater than a predetermined speed, an object which appears in a virtual game space and is related to the indicated position is processed.