CN108228177B

CN108228177B - Software navigation method for navigation screen navigation banking business

Info

Publication number: CN108228177B
Application number: CN201611199280.9A
Authority: CN
Inventors: 王超; 陈文�; 孙信中; 矫人全
Original assignee: Nanjing Aoto Electronics Co ltd
Current assignee: Nanjing Aoto Electronics Co ltd
Priority date: 2016-12-22
Filing date: 2016-12-22
Publication date: 2020-12-04
Anticipated expiration: 2036-12-22
Also published as: CN108228177A

Abstract

The invention discloses a software navigation method for navigating banking business by a navigation screen, which is characterized by comprising the following steps of: step one, acquiring the position of a client entering a hall and all positions of a target business handling point according to a banking business 3d navigation map, uniformly putting the positions into a json file, recording all business positions, and storing the business positions by key value pairs; step two, acquiring well-defined information in a json file by a getJson method of the jquery, circularly traversing all click events by an each method of the jquery, and classifying and discussing the service of each floor; thirdly, the coordinates read from the json file are put into two arrays, several routes for reaching the target service point are recorded, and the numerical values in the arrays are assigned to the coordinates of the destination and the start points respectively; and step four, setting timing by using a setTimeOut function, and calling a setLine () function to finish the whole navigation.

Description

Software navigation method for navigation screen navigation banking business

Technical Field

The invention relates to a software navigation method for navigating banking business by a navigation screen.

Background

When a client enters a hall when transacting related business in a bank, the client can only ask bank staff or old clients transacting business, or see a plan view provided by the bank, because the transaction places of each business of the bank are not clear. However, if there are many customers, the bank staff may not work, which not only wastes time, but also causes the customers to be unhappy and leave directly, and the satisfaction is reduced. And may be forgotten in the near future even if the customer has asked it. When the client has time to see the plane map, the position is marked, and due to the lack of interactivity, the position can not be touched by the client, and the experience of the client is reduced.

Disclosure of Invention

Aiming at the defects in the prior art, the invention aims to design a software navigation method for navigating banking business by using a navigation screen, so that the time for a client to find a needed business handling point is saved, the client-centered purpose is embodied, and the business handling efficiency of a bank is improved.

In order to achieve the purpose of the invention, the invention adopts the technical scheme that: a software navigation method for navigating banking business by a navigation screen is characterized by comprising the following steps:

step one, acquiring the position of a client entering a hall and all positions of a target business handling point according to a banking business 3d navigation map, uniformly putting the positions into a json file, recording all business positions, and storing the business positions by key value pairs;

step two, acquiring well-defined information in a json file by a getJson method of the jquery, circularly traversing all click events by an each method of the jquery, and classifying and discussing the service of each floor;

thirdly, the coordinates read from the json file are put into two arrays, several routes for reaching the target service point are recorded, and the numerical values in the arrays are assigned to the coordinates of the destination and the start points respectively; calling a self-defined angle () angle function by defining a getLine () function; the angle () method uses arcTan inverse trigonometric function through the variable of the coordinate, and uses the arctangent function of the formula ((variable of y/variable of x)/2 pi) × 360 to calculate the angle, and returns the angle to getLine (), thereby judging that the drawing line direction is in the several quadrants; according to variables of an end point and a starting point, the getLine () method defines sine in a trigonometric function and multiplies a constant to control the distance between the points, and all parameters obtained by the getLine () method are put into an array of arra (for subsequent use);

setting timing by using a setTimeOut function, starting drawing a line after timing is finished, calling a setLine () function, setting a setInterval () function in the function, determining the direction of drawing the line according to a quadrant by using the set time, sequentially accumulating the direction by (the offset of the coordinate) + (the position of the previous coordinate) to obtain the next coordinate, and finally assigning the last point as an end point icon when num is less than 0, namely num indicates that the point is divided into a plurality of sections from the starting point to the end point, namely the designated end point is reached, thereby finishing the whole navigation.

Has the advantages that: the invention designs a method for navigating banking business by a navigation screen, thereby ensuring friendly interaction between a client and a bank, saving the time for the client to find business handling points, ensuring the client to approve the working efficiency of the bank business handling, improving the working efficiency of bank workers, and being simple and convenient for configuring each business handling point by software.

Drawings

FIG. 1 is a flow chart of the software navigation method for navigating banking business by using the navigation screen of the invention.

Detailed Description

The invention is described in further detail below with reference to the figures and specific examples.

As shown in fig. 1, the software navigation method for navigating banking business through the navigation screen of the present embodiment is a flowchart.

The software navigation method of the embodiment specifically comprises the following processes: (1) and acquiring the position of the client entering the hall and all the positions of target service handling points according to the 3d navigation chart of the banking service, uniformly putting the positions into a json file, recording all the service positions, and storing the positions by key value pairs.

(2) And acquiring the well-defined information in the json file by a jtJson method of the jquery, circularly traversing all click events by an each method of the jquery, and classifying and discussing the service of each floor.

(3) The coordinates read from the json file are put into the two arrays, several routes for reaching the target service point are recorded, and the numerical values in the arrays are assigned to the coordinates of the end point and the start point respectively. By defining the getLine () function, the custom angle () angle function is called. The angle () method determines that the drawing line direction is in the several quadrant by calculating the angle using the arcTan inverse trigonometric function as the variable of the coordinates and using the arctangent function 360 of the formula ((variable of y/variable of x)/2 pi), and returning the angle to getLine (). According to variables of an end point and a starting point, the getLine () method is defined by sine in a trigonometric function and multiplied by a constant to control the distance between the points, and all parameters obtained by the getLine () method are put into an array of arra (for later use).

(4) Setting timing by using a setTimeOut function, starting drawing a line after timing is finished, calling a setLine () function, setting a setInterval () function in the function, determining the direction of drawing the line according to a quadrant by using the set time, sequentially accumulating the direction by (the offset of a coordinate) + (the position of the previous coordinate) to obtain the next coordinate, and finally assigning the last point as an end point icon when num is less than 0, namely num indicates that the point is divided into a plurality of sections from the starting point to the end point, namely the designated end point is reached, thereby finishing the whole navigation.

The client can only inquire bank staff or inquire the client who has handled the business and watch the plan of the bank originally, the deficiency of interaction and the situation that the business handling position can not be found can be solved at the same time, and the problem can be intelligentized. Therefore, the interactivity is increased, the requirement that a customer wants to find a business handling point can be met, and the daily work efficiency of a bank is improved.

Although the present invention has been described with reference to a preferred embodiment, it should be understood that various changes, substitutions and alterations can be made herein without departing from the spirit and scope of the invention as defined by the appended claims.

Claims

1. A software navigation method for navigating banking business by a navigation screen is characterized by comprising the following steps:

step two, acquiring information well defined in a json file through a getJson () method of the jquery, circularly traversing all click events through an each () method of the jquery, and classifying and discussing the service of each floor;

thirdly, the coordinates read from the json file are put into two arrays, several routes for reaching the target service point are recorded, and the numerical values in the arrays are assigned to the coordinates of the destination and the start points respectively; calling a self-defined angle () angle function by defining a getLine () function; the angle () angle function determines that the drawing line direction is in the several quadrant by calculating the angle using the arcTan () inverse trigonometric function as a variable of the coordinates and using the arctangent function 360 of the formula ((variable of y/variable of x)/2 pi), and returning the angle to getLine (); according to variables of an end point and a starting point, the getLine () method defines sine in a trigonometric function and multiplies a constant to control the distance between the points, and all parameters obtained by the getLine () method are put into an array of arra (for subsequent use);

setting timing by using a setTimeOut () function, starting drawing a line after timing is finished, calling a setLine () function, setting a setInterval () function in the function, determining the direction of drawing the line according to a quadrant by using the set time, sequentially accumulating the direction by (the offset of the coordinate) + (the position of the previous coordinate) to obtain the next coordinate, finally dividing num from a starting point to an end point into a plurality of sections when num is less than 0, namely reaching a specified end point, and assigning the last point as an end point icon to finish the whole navigation.