GPS AIM the method of changing GPS coordinates to AIM coordinates

摘要

The present invention relates to a method for displaying coordinates of a map. In particular, the present invention relates to a method for converting GPS coordinates into AIM coordinates that reduces the conventional GPS coordinates to a minimum length. The present invention relates to a process for digitizing the coordinate values of GPS coordinates (first process) (Step 2) of obtaining the index value of the seconds value from the decelerated coordinate values, The order value of the seconds value obtained from the above is a coordinate value converted into the order value by replacing the latitude second order value and the longitude second order value with the latitude second value and the longitude second value by the latitude second order value and the longitude second order value, (Third process), A fourth step of calculating a coordinate value converted into the order value by a decimal order value, (Step 5) of calculating the nine-character coordinate value of the decimal order value obtained as described above, (Step 6) of forming the calculated nine-character coordinate value into an encoding coordinate value, To an AIM coordinate system. Further, the present invention is characterized in that the process of obtaining the index value of the seconds value (the second process) The second and first longitude values are decimated with the decimated coordinate values (second process-1) In the process (1-1 of the second process) of performing the numerical deterioration of the second value from the decelerated coordinate values, (1-1-1 of the second process) of forming a first-order numerical deterioration in which the number of decimal places before the decimal point and the number after the decimal point are described in order, (1-1-2 of the second step) of completing the numerical deterioration describing the first-order water-deteriorated seconds value formed in the above-described manner in reverse order, (1-1-3 of the second process), and the process of completing the hydrothermal decomposition by a method of describing the above-mentioned first-order water deterioration value in reverse order, (Step 1-1-4 of the second process) of forming the numerical deterioration with respect to the maximum value for each sequence of the completed numerical aperture, The process of calculating the order value of the second value (1-1-5 of the second process) The process of obtaining the ordinal value of the second value from the decelerated coordinate values (1-2 in the second process) (1-2-1 of the second step) of forming a primary water deterioration in which the number of decimal points before the decimal point and the number of decimal points after the decimal point are described in order, (1-2-2 of the second step) of completing the numerical deterioration in which the first-order water-deteriorated second value formed in the above-described manner is described in reverse order, (1-2-3 of the second process), and the process of completing the hydrothermal decomposition by a method of describing the above-mentioned first-order water-deteriorated second value in reverse order, (Step 1-2-4 of the second process) of forming the numerical deterioration with respect to the maximum value for each sequence of the completed numerical aperture, The process of calculating the order value of the second value (1-2-5 of the second process) And converting the GPS coordinates into AIM coordinates. Further, the present invention is characterized in that a process of calculating a coordinate value converted into the ordinal value as a decimal ordinal value (fourth process) A process of forming a maximum value sequence of transformed coordinate values (fourth process-1), (Step 4) of calculating a decimal order value of the minute coordinate value by substituting the maximum value sequence obtained in the above equation (2) into the AIM coordinates . / RTI [Equation 2] ego, m represents a maximum value sequence, a represents the second value sequence to be actually converted, n represents the size of the sequence] The present invention also includes a method for converting the GPS coordinates into AIM coordinates, (Step 7) of calculating the AIM coordinate value as a decimal order value, (Step 8) of calculating a sequence value converted into a decimal number as a fractional coordinate value, The ninth step of converting the latitude second order value and the longitude second order value into a decimal value which is an actual latitude second value in the coordinate value sequence calculated in the above process, (Step 11) of transforming the localized coordinate value sequence obtained in the above process into a character string, And converting the converted AIM coordinates into GPS coordinates.