Operation method of stock tape reading software of mobile device

Abstract

The invention relates to an operation method of stock tape reading software of a mobile device, which is mainly characterized in that a directive icon provided with direction keys is used for revealing the operation states of the direction keys and generating an interactive effect with a user, the directive graphic design is expanded to combine with a touch screen of the mobile device so as to provide the operation and control effect of a virtual direction keyboard for the user; apart from providing a human-machine port (interface) for revealing the key states of an entity, the human-machine port (interface) is directly transformed to a virtual keyboard operating and control human-machine port (interface) driven by the touch screen, and then both the human-machine port (interface) and the virtual keyboard operating and control human-machine port (interface) are applied to the operation of the stock tape reading software of a mobile phone. The operation method has the effects of simple and easy operation, convenient use and real-time (immediate) read of financial information, breaks through the defects that the traditional hand-held mobile device uses entitative five-direction control keys and is lack of a graphical human-machine port (interface), substitutes for the mode that the stock tape reading software of the traditional hand-held mobile device utilizes a scroll bar (scroll) to be operated by the user, and has the effect of enlarging the information displaying range of the screen of the mobile device.

Description

technical field [0001] The present invention relates to an operation method of a stock reading software, in particular to an operating method of a stock reading software which has directional icons with direction keys for revealing the operating state of the direction keys and interacting with users. Background technique [0002] At present, the man-machine interface (Man Machine Interface) of mobile device stock reading software can be mainly divided into two types: button-type operation mode and touch screen-type operation mode. Among them, the push-button operation method is mainly used in handheld mobile phones (Cell Phone) and other devices that do not require complex software graphical interface (Graphic User Interface) (Graphic User Interface), while the touch screen operation method is mainly used in mobile phones. Intelligent digital (digital) assistant (Pocket Digital Assistant) and smart phone (Smart Phone) devices equipped with complex software interface (interfa...

AI Technical Summary

Problems solved by technology

If there is no graphical state interface (interface) corresponding to the up, down, left, and right arrow keys, and there is no scroll bar, it is very inconvenient to reveal the positioning information of the mobile device screen 12 information files in the four directions, and it is very inconvenient to achieve real-time ( The function of viewing financial information in real time has formed an obstacle, and if scroll bars (scrolls) 20 and 22 are added for reference when operating the direction keys 14, then it will occupy the screen space just like the aforementioned problem

[0008] In addition, the traditional existing intelligent digital (digital) assistant (Pocket Digital Assistant) and smart phone (Smart Phone) devices, which mainly operate on touch screens, are equipped with various software keyboards (Soft Key Pad), Such as standard 12-digit numeric keyboard, QWERTY full keyboard, hybrid double keyboard, 20-key mini keyboard and other keyboard types, but the direction keys equipped with these keyboards have the same function as traditional physical keys, and there is no feedback to reveal the location information of the screen file. Lack of interactive control concepts, so users must use trial and error methods to operate or add a scroll bar (scroll) for reference when operating the direction keys

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