CN113220758B - Project maturity analysis and demonstration method - Google Patents
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Abstract
The invention provides a project maturity analysis and demonstration method, which comprises the following steps: s1, logging in a project maturity management platform; s2, importing project maturity basic data; and S3, the project maturity management platform processes the imported project maturity basic data, and the obtained project maturity is displayed on the intelligent handheld mobile equipment. The invention can reduce the complicated login process and the maturity of the visual display project, and enhance the user experience.
Description
Technical Field
The invention relates to the technical field of data display, in particular to a project maturity analysis and demonstration method.
Background
And (3) developing and utilizing urban and rural planning big data and urban operation big data fusion treatment, and establishing a big data system combining static planning data and urban operation dynamic data. The method is characterized in that government affair business management requirements are used as guidance, three-tone data are used as the basis, the data of a map of a homeland space planning are subjected to fusion treatment, a layered space unit system which takes administrative areas, streets, communities, groups and traffic cells as frames is established, land use, building, population, facilities and urban hot spot data are fused into each level of space units, a data system integrating land use, building, population, urban operation and basic support is formed, and data support is provided for developing implementation of a comprehensive project of a plurality of general "one blueprint".
Disclosure of Invention
The invention aims at least solving the technical problems existing in the prior art, and particularly creatively provides a project maturity analysis and demonstration method.
In order to achieve the above object, the present invention provides a project maturity analysis and demonstration method, comprising the steps of:
s1, logging in a project maturity management platform;
s2, importing project maturity basic data;
s3, the project maturity management platform processes the imported project maturity basic data; and displaying the obtained project maturity on the intelligent handheld mobile device.
In a preferred embodiment of the present invention, the following steps are included in step S1:
s11, the project maturity management platform judges whether a login request trigger signal is received or not:
if the project maturity management platform receives the login request trigger signal, executing step S12;
if the project maturity management platform does not receive the login request trigger signal, continuing waiting, and returning to the step S11;
s12, the project maturity management platform judges whether equipment information of the intelligent handheld mobile equipment to be logged in the project maturity management platform and a login account are authenticated or not:
if the device information and the login account number of the intelligent handheld mobile device of the to-be-logged-in project maturity management platform are authenticated, the device information of the intelligent handheld mobile device is an international mobile equipment identification code IMEI of the intelligent handheld mobile device, and then step S13 is executed;
if the equipment information of the intelligent handheld mobile equipment of the project maturity management platform to be logged in is not authenticated with the login account, authenticating the equipment information of the intelligent handheld mobile equipment of the project maturity management platform to be logged in;
s13, the project maturity management platform generates a login account number according to the login account, and sends the generated login account number to a mobile phone number associated with the login account;
s14, the project maturity management platform judges whether the login account number input by the intelligent handheld mobile device of the project maturity management platform to be logged in is consistent with the login account number sent by the project maturity management platform or not:
if the login account number input by the intelligent handheld mobile device of the project maturity management platform to be logged in is consistent with the login account number sent by the project maturity management platform, the intelligent handheld mobile device logs in successfully;
if the login account number input through the intelligent handheld mobile device of the project maturity management platform to be logged in is inconsistent with the login account number sent by the project maturity management platform, the intelligent handheld mobile device fails to log in.
In a preferred embodiment of the present invention, the step S12 of the item maturity management platform determining whether the device information of the smart handheld mobile device of the item maturity management platform to be logged in is authenticated with the login account includes the steps of:
s121, acquiring equipment information of the intelligent handheld mobile equipment by the project maturity management platform;
s122, performing equipment information authentication processing on the acquired equipment information of the intelligent handheld mobile equipment to obtain equipment codes of the intelligent handheld mobile equipment;
s123, judging whether the obtained equipment codes exist in an equipment code database of the project maturity management platform or not:
if the equipment code exists in the equipment code database of the project maturity management platform, the equipment information and the login account number of the intelligent handheld mobile equipment of the project maturity management platform to be logged in are authenticated, and the login account number corresponding to the equipment code is extracted;
if the equipment code does not exist in the equipment code database of the project maturity management platform, the equipment information and the login account number of the intelligent handheld mobile equipment to be logged in to the project maturity management platform are not authenticated.
In a preferred embodiment of the present invention, authenticating the device information of the smart handheld mobile device to be logged in to the project maturity management platform in step S12 comprises the steps of:
s121, the project maturity management platform acquires a login account of the project maturity management platform to be logged in;
s122, performing login account authentication processing on the acquired login account to obtain an account authentication code of the login account, and judging whether the account authentication code of the login account exists in an account authentication code database of the project maturity management platform or not:
if the account number authentication code exists in the account number authentication code database of the project maturity management platform, extracting a mobile phone number corresponding to the account number authentication code, and sending the generated account number mobile phone authentication code to the mobile phone number; the step S123 is performed such that,
if the account authentication code does not exist in the account authentication code database of the project maturity management platform, prompt information is sent to the intelligent handheld mobile equipment of the project maturity management platform to be logged in, wherein the prompt information is that the input login account is not existing in the project maturity management platform;
s123, the project maturity management platform judges whether an account mobile phone authentication code input by the intelligent handheld mobile device to be logged in the project maturity management platform is consistent with an account mobile phone authentication code sent by the project maturity management platform or not:
if the account mobile phone authentication code input through the intelligent handheld mobile device of the project maturity management platform to be logged in is consistent with the account mobile phone authentication code sent by the project maturity management platform, the device information of the intelligent handheld mobile device of the project maturity management platform to be logged in is associated with the account mobile phone authentication code;
if the account mobile phone authentication code input through the intelligent handheld mobile device of the project maturity management platform to be logged in is inconsistent with the account mobile phone authentication code sent by the project maturity management platform, sending prompt information to the intelligent handheld mobile device of the project maturity management platform to be logged in, wherein the prompt information is that the input account mobile phone authentication code is incorrect.
In a preferred embodiment of the present invention, the following steps are included in step S2:
s21, classifying types in the project maturity basic data, wherein the classification method comprises the following steps:
s211, numbering each file in the project maturity basic data according to the sequence, wherein the file numbers are respectively 1 st file number, 2 nd file number, 3 rd file number, … … and A-th file number, and A is the total number of the files in the project maturity basic data; let increment a=1;
s212, judging whether the file extension of the file corresponding to the a-th file number is the file extension identified by the project maturity management platform:
if the file extension of the file corresponding to the a-th file number is the file extension identified by the project maturity management platform, storing the file corresponding to the a-th file number into a temporary storage database which is the same as the file extension of the file corresponding to the a-th file number; a=a+1;
if the file extension name of the file corresponding to the a-th file number is not the file extension name identified by the project maturity management platform, the project maturity management platform establishes a temporary invalid folder, and stores the file corresponding to the a-th file number into the temporary invalid folder; a=a+1;
s213, judging the relation between the increment a and the total number A of files in the project maturity base data:
if a is less than or equal to A, returning to the step S212;
if a is more than A, the type classification is finished;
s22, extracting files stored in each temporary storage database for analysis, and obtaining project maturity basic data identified by a project maturity management platform.
In a preferred embodiment of the present invention, the following steps are included in step S3:
s31, extracting three-dimensional coordinate points in project maturity basic data;
s32, acquiring a map stored in the project maturity management platform, and correspondingly calibrating all the extracted three-dimensional coordinate points on the map;
s33, conducting adjacent three-dimensional coordinate point connection on all three-dimensional coordinate points calibrated on the map to obtain a contour line of the project, wherein the contour line is a closed and disjoint curve;
s34, calculating the contour area according to the obtained contour line, obtaining the building area in the map where the contour line is located, and judging the building area
Within the range of v 1 Representing the building area, v, within the map where the contour line is located 2 Representing the outline area, v representing the item maturity, and representing its item maturity in different colors.
In a preferred embodiment of the present invention, the step S3 further comprises a query according to its keywords; the content of its query is presented on the smart handheld mobile device.
In summary, due to the adoption of the technical scheme, the login method and the login device can reduce the complicated login process and the maturity of the visual display item, and enhance the user experience.
Additional aspects and advantages of the invention will be set forth in part in the description which follows, and in part will be obvious from the description, or may be learned by practice of the invention.
Drawings
The foregoing and/or additional aspects and advantages of the invention will become apparent and may be better understood from the following description of embodiments taken in conjunction with the accompanying drawings in which:
FIG. 1 is a schematic flow chart of the present invention.
FIG. 2 is a schematic representation of the maturity of the present invention.
Detailed Description
Embodiments of the present invention are described in detail below, examples of which are illustrated in the accompanying drawings, wherein like or similar reference numerals refer to like or similar elements or elements having like or similar functions throughout. The embodiments described below by referring to the drawings are illustrative only and are not to be construed as limiting the invention.
The invention provides a project maturity analysis and demonstration method, which is shown in figure 1 and comprises the following steps:
s1, logging in a project maturity management platform;
s2, importing project maturity basic data;
and S3, the project maturity management platform processes the imported project maturity basic data, and the obtained project maturity is displayed on the intelligent handheld mobile equipment.
In a preferred embodiment of the present invention, the following steps are included in step S1:
s11, the project maturity management platform judges whether a login request trigger signal is received or not:
if the project maturity management platform receives the login request trigger signal, executing step S12;
if the project maturity management platform does not receive the login request trigger signal, continuing waiting, and returning to the step S11;
s12, the project maturity management platform judges whether equipment information of the intelligent handheld mobile equipment to be logged in the project maturity management platform and a login account are authenticated or not:
if the device information and the login account number of the intelligent handheld mobile device of the to-be-logged-in project maturity management platform are authenticated, the device information of the intelligent handheld mobile device is an international mobile equipment identification code IMEI of the intelligent handheld mobile device, and then step S13 is executed;
if the equipment information of the intelligent handheld mobile equipment of the project maturity management platform to be logged in is not authenticated with the login account, authenticating the equipment information of the intelligent handheld mobile equipment of the project maturity management platform to be logged in;
s13, the project maturity management platform generates a login account number according to the login account, and sends the generated login account number to a mobile phone number associated with the login account; the method for generating the login account number by the project maturity management platform according to the login account number comprises the following steps:
Loginaccountnumber＝Secure Hash Algorithm(Loginaccount-Devicecode)，
wherein Secure Hash Algorithm () is a secure hash algorithm of SHA-1;
loginaccount represents a login account;
devicecode represents a device code;
-means to concatenate the device code Devicecode with the beginning and end of the login account Loginaccount; for example, when the device code Devicecode is 123 and the login account Loginaccount is 234, the Loginaccount-Devicecode is 234123; when its device code Devicecode is 789 and the login account number Loginaccount is 0145, the Loginaccount-Devicecode is 0145789; when its device code Devicecode is 148 and the login account Loginaccount is 51, loginaccount-Devicecode is denoted 51148.
Logina ccountnumber represents an arithmetic connection value;
wherein J represents the total number of bits of the operation connection value Logina ccountnumber;
loginaccountnumber (j) the j-th bit of the arithmetic connection value Loginaccountnumber;
d represents an adjustment coefficient and is a positive integer; d E [ alpha, beta ]]，
Alpha is a lower limit adjustment value, beta is an upper limit adjustment value, and int () represents a rounding function;
number indicates a login account number.
S14, the project maturity management platform judges whether the login account number input by the intelligent handheld mobile device of the project maturity management platform to be logged in is consistent with the login account number sent by the project maturity management platform or not:
if the login account number input by the intelligent handheld mobile device of the project maturity management platform to be logged in is consistent with the login account number sent by the project maturity management platform, the intelligent handheld mobile device logs in successfully;
if the login account number input through the intelligent handheld mobile device of the project maturity management platform to be logged in is inconsistent with the login account number sent by the project maturity management platform, the intelligent handheld mobile device fails to log in.
In a preferred embodiment of the present invention, the step S12 of the item maturity management platform determining whether the device information of the smart handheld mobile device of the item maturity management platform to be logged in is authenticated with the login account includes the steps of:
s121, acquiring equipment information of the intelligent handheld mobile equipment by the project maturity management platform;
s122, performing equipment information authentication processing on the acquired equipment information of the intelligent handheld mobile equipment to obtain equipment codes of the intelligent handheld mobile equipment; the method for obtaining the equipment code comprises the following steps:
Devicecode＝Secure Hash Algorithm(DeviceInformation,DeviceInformation k )，
wherein Secure Hash Algorithm () is a secure hash algorithm of SHA-1;
DeviceInformation represents device information of the intelligent handheld mobile device;
DeviceInformation k a sum of top k-bit values representing device information DeviceInformation of the smart handheld mobile device; k is a positive integer less than or equal to K, and K is the total bit number of the device information of the intelligent handheld mobile device;
Secure Hash Algorithm(DeviceInformation,DeviceInformation k ) Representing DeviceInformation iterations of device information DeviceInformation for a smart handheld mobile device k A secure hash algorithm of secondary SHA-1;
devicecode represents a device code;
for example, when the device information DeviceInformation of the smart handheld mobile device is 359836049182979, the total bit number of the device information of the smart handheld mobile device is 15 bits, and when k is 2, the sum of the first 2 bit values of the device information DeviceInformation of the smart handheld mobile device is 3+5=8; when k is 4, the sum of the first 4 digits of the device information DeviceInformationof the intelligent handheld mobile device is 3+5+9+8=25; when k is 5, the sum of the first 5 digits of the device information DeviceInformation of the smart handheld mobile device is 3+5+9+8+3=28. When its devicecode= Secure Hash Algorithm (359836049182979,8), the secure hash algorithm for SHA-1 is performed 8 times on 359836049182979, namely:
Q 1 ＝Secure Hash Algorithm(359836049182979)，
Q 2 ＝Secure Hash Algorithm(Q 1 )，
Q 3 ＝Secure Hash Algorithm(Q 2 )，
Q 4 ＝Secure Hash Algorithm(Q 3 )，
Q 5 ＝Secure Hash Algorithm(Q 4 )，
Q 6 ＝Secure Hash Algorithm(Q 5 )，
Q 7 ＝Secure Hash Algorithm(Q 6 )，
Q 8 ＝Secure Hash Algorithm(Q 7 ) The method comprises the steps of carrying out a first treatment on the surface of the At this time devicecode=q 8 。
When devicecode= Secure Hash Algorithm (359836049182979,25), the secure hash algorithm for SHA-1 is performed 25 times on 359836049182979, namely:
Q 1 ＝Secure Hash Algorithm(359836049182979)，
Q 2 ＝Secure Hash Algorithm(Q 1 )，
Q 3 ＝Secure Hash Algorithm(Q 2 )，
Q 4 ＝Secure Hash Algorithm(Q 3 )，
Q 5 ＝Secure Hash Algorithm(Q 4 )，
Q 6 ＝Secure Hash Algorithm(Q 5 )，
Q 7 ＝Secure Hash Algorithm(Q 6 )，
Q 8 ＝Secure Hash Algorithm(Q 7 )，
Q 9 ＝Secure Hash Algorithm(Q 8 )，
Q 10 ＝Secure Hash Algorithm(Q 9 )，
Q 11 ＝Secure Hash Algorithm(Q 10 )，
Q 12 ＝Secure Hash Algorithm(Q 11 )，
Q 13 ＝Secure Hash Algorithm(Q 12 )，
Q 14 ＝Secure Hash Algorithm(Q 13 )，
Q 15 ＝Secure Hash Algorithm(Q 14 )，
Q 16 ＝Secure Hash Algorithm(Q 15 )，
Q 17 ＝Secure Hash Algorithm(Q 16 )，
Q 18 ＝Secure Hash Algorithm(Q 17 )，
Q 19 ＝Secure Hash Algorithm(Q 18 )，
Q 20 ＝Secure Hash Algorithm(Q 19 )，
Q 21 ＝Secure Hash Algorithm(Q 20 )，
Q 22 ＝Secure Hash Algorithm(Q 21 )，
Q 23 ＝Secure Hash Algorithm(Q 22 )，
Q 24 ＝Secure Hash Algorithm(Q 23 )，
Q 25 ＝Secure Hash Algorithm(Q 24 ) The method comprises the steps of carrying out a first treatment on the surface of the At this time devicecode=q 25 。
S123, judging whether the obtained equipment codes exist in an equipment code database of the project maturity management platform or not:
if the equipment code exists in the equipment code database of the project maturity management platform, the equipment information and the login account number of the intelligent handheld mobile equipment of the project maturity management platform to be logged in are authenticated, and the login account number corresponding to the equipment code is extracted;
if the equipment code does not exist in the equipment code database of the project maturity management platform, the equipment information and the login account number of the intelligent handheld mobile equipment to be logged in to the project maturity management platform are not authenticated.
In a preferred embodiment of the present invention, authenticating the device information of the smart handheld mobile device to be logged in to the project maturity management platform in step S12 comprises the steps of:
s121, the project maturity management platform acquires a login account of the project maturity management platform to be logged in;
s122, performing login account authentication processing on the acquired login account to obtain an account authentication code of the login account, and judging whether the account authentication code of the login account exists in an account authentication code database of the project maturity management platform or not:
if the account number authentication code exists in the account number authentication code database of the project maturity management platform, extracting a mobile phone number corresponding to the account number authentication code, and sending the generated account number mobile phone authentication code to the mobile phone number; the step S123 is performed such that,
if the account authentication code does not exist in the account authentication code database of the project maturity management platform, prompt information is sent to the intelligent handheld mobile equipment of the project maturity management platform to be logged in, wherein the prompt information is that the input login account is not existing in the project maturity management platform;
s123, the project maturity management platform judges whether an account mobile phone authentication code input by the intelligent handheld mobile device to be logged in the project maturity management platform is consistent with an account mobile phone authentication code sent by the project maturity management platform or not:
if the account mobile phone authentication code input through the intelligent handheld mobile device of the project maturity management platform to be logged in is consistent with the account mobile phone authentication code sent by the project maturity management platform, the device information of the intelligent handheld mobile device of the project maturity management platform to be logged in is associated with the account mobile phone authentication code;
if the account mobile phone authentication code input through the intelligent handheld mobile device of the project maturity management platform to be logged in is inconsistent with the account mobile phone authentication code sent by the project maturity management platform, sending prompt information to the intelligent handheld mobile device of the project maturity management platform to be logged in, wherein the prompt information is that the input account mobile phone authentication code is incorrect.
In a preferred embodiment of the present invention, in step S1, the login item maturity management platform may also include the steps of:
s11, judging whether the intelligent handheld mobile device triggering command is received:
if a trigger command for logging in the intelligent handheld mobile device is received, executing step S12;
if the triggering command of logging in the intelligent handheld mobile device is not received, returning to the step S11;
s12, acquiring login voice, and processing the acquired login voice to obtain login processing voice; sending the obtained login processing voice to a project maturity management platform;
s13, the project maturity management platform processes the received voice to obtain server processing voice, recognizes the obtained server processing voice to obtain server comparison voice, and judges that the server comparison voice is compared with stored voice prestored in the project maturity management platform:
if the comparison voice of the server is consistent with the stored voice prestored by the project maturity management platform, the project maturity management platform logs in successfully;
if the comparison voice of the server is inconsistent with the stored voice prestored in the project maturity management platform, the login is failed; returning to step S1 thereof.
In a preferred embodiment of the present invention, in step S12, the method for obtaining the login processing voice thereof is as follows:
the acquired login voice is subjected to a secure hash algorithm to obtain a voice security value, and the voice security value is calculated by the following steps:
Voice value＝Secure Hash Algorithm(Voice 0 )，
wherein Secure Hash Algorithm () is a secure hash algorithm of SHA-1;
Voice 0 logging voice acquired for the intelligent handheld mobile device;
voice value is a Voice security value;
taking the Voice security value Voice value obtained by the Voice security value as the login Voice acquired by the intelligent handheld mobile device 0 Is a voice file name of (a); thus obtaining the login processing voice.
In a preferred embodiment of the present invention, in step S13, the method for obtaining the voice processed by the server thereof is as follows:
the voice received by the project maturity management platform is subjected to a secure hash algorithm to obtain a voice server security value, and the calculation method of the voice server security value comprises the following steps:
Voice value′＝Secure Hash Algorithm(Voice 1 )，
wherein Secure Hash Algorithm () is a secure hash algorithm of SHA-1;
Voice 1 speech received for the project maturity management platform;
voice value' is the Voice server security value;
judging the Voice server security value' and the Voice received by the project maturity management platform 1 Whether the corresponding voice file names are consistent:
if the Voice server security value Voice value' and the Voice received by the project maturity management platform 1 The corresponding Voice file names of the (a) are consistent, and then the Voice received by the project maturity management platform 1 Namely, processing voice for the server;
if the Voice server security value Voice value' and the Voice received by the project maturity management platform 1 The corresponding voice file names of the mobile device are inconsistent, and the intelligent handheld mobile device is requested to resend the login processing voice.
In a preferred embodiment of the present invention, the following steps are included in step S13:
s131, the project maturity management platform acquires voice amplitude of the acquired server processing voice, and selects a first voice amplitude and a second voice amplitude from the acquired voice amplitude, wherein the second voice amplitude is larger than the first voice amplitude;
s132, obtaining the upper and lower limits [ -Sound amplitude ], sound amplitude and Sound amplitude ] of the Sound amplitude by using the first Sound amplitude and the second Sound amplitude selected in the step S131, wherein Sound amplitude represents the third Sound amplitude; [ -Sound amplitude ] represents the upper and lower limits of the speech amplitude; when the Sound amplitude 'is more than or equal to the Sound amplitude', sound 'represents the first voice amplitude, sound' represents the second voice amplitude, and absolute value is calculated; sound amplitude= |sound amplitude ' | when it is |sound amplitude ' | < |sound amplitude ' |, sound amplitude= |sound amplitude ' | is Sound amplitude ' |.
S133, the upper and lower limits of the voice amplitude in the step S132 are [ -Sound amplitude, sound amplitude]Divided into upper and lower limits of P voice amplitude sub-ranges, respectively P 1 、P 2 、P 3 、……、P p P is a positive integer greater than or equal to 2; wherein P is 1 P is the upper and lower limits of the 1 st sub-amplitude of voice 2 P is the upper and lower limits of the 2 nd sub-amplitude of voice 3 P is the upper and lower limits of the 3 rd sub-amplitude of the voice p For the upper and lower limits of the p-th sub-amplitude of speech, [ -Sound amplitude, sound amplitude]＝P 1 ∪P 2 ∪P 3 ∪…∪P p The u-degree represents the union,
the U represents intersection->
Representing an empty set, i+.j, i=1, 2, 3, … …, p; j=1, 2, 3, … …, p; upper and lower limits P of P' th sub-of speech amplitude p′ The upper limit value of (2) is smaller than the upper limit P of the P' +1 th sub-upper limit of the voice amplitude p′+1 P' =1, 2, 3, … …, p-1;
s134, p voice amplitudesThe upper limit value and the lower limit value in the sub upper limit and the lower limit value form an upper limit set and a lower limit set, wherein the same element values in the upper limit set and the lower limit set are repeatedly screened, and the element values in the upper limit set and the lower limit set are used for Q from small to large 0 、Q 1 、Q 2 、Q 3 、……、Q p The representation can be P 1 ＝[Q 0 ,Q 1 ](or P) 1 ＝[-Sound amplitude,Q 1 ])、P 2 ＝(Q 1 ,Q 2 ]、P 3 ＝(Q 2 ,Q 3 ]、P 4 ＝(Q 3 ,Q 4 ]、……、P p ＝(Q p-1 ,Q p ](or P) p ＝(Q p-1 ,Sound amplitude]) The method comprises the steps of carrying out a first treatment on the surface of the Or may also be P 1 ＝[Q 0 ,Q 1 ) (or P) 1 ＝[-Sound amplitude,Q 1 ))、P 2 ＝[Q 1 ,Q 2 )、P 3 ＝[Q 2 ,Q 3 )、P 4 ＝[Q 3 ,Q 4 )、……、P p ＝[Q p-1 ,Q p ](or P) p ＝[Q p-1 ,Sound amplitude]) The method comprises the steps of carrying out a first treatment on the surface of the Other forms are also possible; q (Q) 0 To Q p With progressively larger p-bit binary values O 1 O 2 O 3 ……O p Represented by O u =1 or 0, u=1, 2, 3, … …, p; wherein Q is p″′ The corresponding binary values have p ' "numbers 1 and p-p '" numbers 0, p ' "=0, 1, 2, 3, … …, p from leftmost to rightmost;
s135, the project maturity management platform segments the obtained server processing voice according to the playing time sequence thereof, acquires the amplitude of each section of server processing voice, judges the upper limit value or the lower limit value of the amplitude of each section of server processing voice, and represents the voice code of the section of server processing voice by using the binary value code corresponding to the nearest upper limit value or the lower limit value.
In a preferred embodiment of the present invention, the method for obtaining stored voices pre-stored by the project maturity management platform comprises the steps of:
s131, the project maturity management platform acquires voice amplitude of the acquired server processing voice, and selects a first voice amplitude and a second voice amplitude from the acquired voice amplitude, wherein the second voice amplitude is larger than the first voice amplitude;
s132, obtaining the upper and lower limits [ -Sound amplitude ], sound amplitude and Sound amplitude ] of the Sound amplitude by using the first Sound amplitude and the second Sound amplitude selected in the step S131, wherein Sound amplitude represents the third Sound amplitude; [ -Sound amplitude ] represents the upper and lower limits of the speech amplitude; when the Sound amplitude 'is more than or equal to the Sound amplitude', sound 'represents the first voice amplitude, sound' represents the second voice amplitude, and absolute value is calculated; sound amplitude= |sound amplitude ' | when it is |sound amplitude ' | < |sound amplitude ' |, sound amplitude= |sound amplitude ' | is Sound amplitude ' |.
S133, the upper and lower limits of the voice amplitude in the step S132 are [ -Sound amplitude, sound amplitude]Divided into upper and lower limits of P voice amplitude sub-ranges, respectively P 1 、P 2 、P 3 、……、P p P is a positive integer greater than or equal to 2; wherein P is 1 P is the upper and lower limits of the 1 st sub-amplitude of voice 2 P is the upper and lower limits of the 2 nd sub-amplitude of voice 3 P is the upper and lower limits of the 3 rd sub-amplitude of the voice p For the upper and lower limits of the p-th sub-amplitude of speech, [ -Sound amplitude, sound amplitude]＝P 1 ∪P 2 ∪P 3 ∪…∪P p The u-degree represents the union,
the U represents intersection->
Representing an empty set, i+.j, i=1, 2, 3, … …, p; j=1, 2, 3, … …, p; upper and lower limits P of P' th sub-of speech amplitude p′ The upper limit value of (2) is smaller than the upper limit P of the P' +1 th sub-upper limit of the voice amplitude p′+1 P' =1, 2, 3, … …, p-1;
s134, forming an upper limit set and a lower limit set by the upper limit value and the lower limit value of the upper limit and the lower limit value of p voice amplitude sub-upper limit, and using the element values in the upper limit set and the lower limit set from small to largeQ 0 、Q 1 、Q 2 、Q 3 、……、Q p Representation, Q 0 To Q p With progressively larger p-bit binary values O 1 O 2 O 3 ……O p Represented by O u =1 or 0, u=1, 2, 3, … …, p; wherein Q is p″′ The corresponding binary values have p ' "numbers 1 and p-p '" numbers 0, p ' "=0, 1, 2, 3, … …, p from leftmost to rightmost;
s135, the project maturity management platform segments the obtained server processing voice according to the playing time sequence thereof, acquires the amplitude of each section of server processing voice, judges the upper limit value or the lower limit value of the amplitude of each section of server processing voice, and represents the voice code of the section of server processing voice by using the binary value code corresponding to the nearest upper limit value or the lower limit value. The safe login through voice is realized.
In a preferred embodiment of the present invention, the following steps are included in step S2:
s21, classifying types in the project maturity basic data, wherein the classification method comprises the following steps:
s211, numbering each file in the project maturity basic data according to the sequence, wherein the file numbers are respectively 1 st file number, 2 nd file number, 3 rd file number, … … and A-th file number, and A is the total number of the files in the project maturity basic data; let increment a=1;
s212, judging whether the file extension of the file corresponding to the a-th file number is the file extension identified by the project maturity management platform:
if the file extension of the file corresponding to the a-th file number is the file extension identified by the project maturity management platform, storing the file corresponding to the a-th file number into a temporary storage database which is the same as the file extension of the file corresponding to the a-th file number; a=a+1;
if the file extension name of the file corresponding to the a-th file number is not the file extension name identified by the project maturity management platform, the project maturity management platform establishes a temporary invalid folder, and stores the file corresponding to the a-th file number into the temporary invalid folder; a=a+1;
s213, judging the relation between the increment a and the total number A of files in the project maturity base data:
if a is less than or equal to A, returning to the step S212;
if a is more than A, the type classification is finished;
s22, extracting files stored in each temporary storage database for analysis, and obtaining project maturity basic data identified by a project maturity management platform.
In a preferred embodiment of the present invention, the following steps are included in step S3:
s31, extracting three-dimensional coordinate points in project maturity basic data;
s32, acquiring a map stored in the project maturity management platform, and correspondingly calibrating all the extracted three-dimensional coordinate points on the map;
s33, conducting adjacent three-dimensional coordinate point connection on all three-dimensional coordinate points calibrated on the map to obtain a contour line of the project, wherein the contour line is a closed and disjoint curve;
s34, calculating the contour area according to the obtained contour line, obtaining the building area in the map where the contour line is located, and judging the building area
Within the range of v 1 Representing the building area, v, within the map where the contour line is located 2 Representing the outline area, v representing the item maturity, and representing its item maturity in different colors, which is displayed on the smart handheld mobile device, as shown in fig. 2. Wherein if v<v ', v' represents a first preset judgment threshold value, and then the item maturity is represented by light yellow; if v ' is more than or equal to v and less than or equal to v ', v ' represents a second preset judgment threshold value, and the second preset judgment threshold value is larger than the first preset judgment threshold value, the project maturity is represented by light green; if v<v<v '", v'" represents a third preset judgment threshold, and if the third preset judgment threshold is greater than the second preset judgment threshold, the third preset judgment threshold represents the maturity of the project in green; if it isv '"is more than or equal to v'" and less than or equal to v "", v "" represents a fourth preset judgment threshold, and if the fourth preset judgment threshold is greater than the third preset judgment threshold, the item maturity is represented by red; if v > v "", the item maturity is indicated by a dark red color.
In a preferred embodiment of the present invention, the step S3 further comprises a query according to its keywords; the content of its query is presented on the smart handheld mobile device. The method comprises the following steps:
s31, judging whether the query trigger command is received or not:
if a query triggering command is received, query is carried out by taking a query word or a query word input in a query box as a keyword;
if the inquiry trigger command is not received, executing step S32;
s32, judging whether a query word or a query word is input in the query frame:
if the query word or the query word is input in the query box, the query word is only one Chinese character, and the query word is two or more Chinese characters, the query word or the query word is used for carrying out forward or/and backward conjunctions to obtain the conjunctions; if the connecting word inquiry triggering command is triggered, inquiring by taking the connecting word as a keyword; for example, the query word "love" entered in the query box may be "love", "hobbies", "loving", and the connecting word obtained backward may be "loving", "favorite".
If no query word or query word is input in the query box, returning to the step S32;
in a preferred embodiment of the present invention, step S32 further includes forming D sentences according to the connective, where D is a positive integer greater than or equal to 1, and the D sentences are arranged from large to small according to the number of queries;
in step S32, R connective words are obtained, where R is a positive integer greater than or equal to 1, and the R connective words are arranged from large to small according to the number of queries. And realizing the data information required by the query.
While embodiments of the present invention have been shown and described, it will be understood by those of ordinary skill in the art that: many changes, modifications, substitutions and variations may be made to the embodiments without departing from the spirit and principles of the invention, the scope of which is defined by the claims and their equivalents.
Claims (5)
1. A method for analytical demonstration of item maturity, comprising the steps of:
s1, logging in a project maturity management platform; the method for logging in the project maturity management platform comprises the following steps:
s11, the project maturity management platform judges whether a login request trigger signal is received or not:
if the project maturity management platform receives the login request trigger signal, executing step S12;
if the project maturity management platform does not receive the login request trigger signal, continuing waiting, and returning to the step S11;
s12, the project maturity management platform judges whether equipment information of the intelligent handheld mobile equipment to be logged in the project maturity management platform and a login account are authenticated or not:
if the device information and the login account number of the intelligent handheld mobile device of the to-be-logged-in project maturity management platform are authenticated, the device information of the intelligent handheld mobile device is an international mobile equipment identification code IMEI of the intelligent handheld mobile device, and then step S13 is executed;
if the equipment information of the intelligent handheld mobile equipment of the project maturity management platform to be logged in is not authenticated with the login account, authenticating the equipment information of the intelligent handheld mobile equipment of the project maturity management platform to be logged in;
s13, the project maturity management platform generates a login account number according to the login account, and sends the generated login account number to a mobile phone number associated with the login account; the method for generating the login account number by the project maturity management platform according to the login account number comprises the following steps:
Loginaccountnumber＝Secure Hash Algorithm(Loginaccount-Devicecode)，
wherein Secure Hash Algorithm () is a secure hash algorithm of SHA-1;
loginaccount represents a login account;
devicecode represents a device code;
-means to concatenate the device code Devicecode with the beginning and end of the login account Loginaccount;
logina ccountnumber represents an arithmetic connection value;
wherein J represents the total number of bits of the operation connection value Logina ccountnumber;
loginaccountnumber (j) the j-th bit of the arithmetic connection value Loginaccountnumber;
d represents an adjustment coefficient and is a positive integer; d E [ alpha, beta ]]，
Alpha is a lower limit adjustment value, beta is an upper limit adjustment value, and int () represents a rounding function;
number represents a login account number;
s14, the project maturity management platform judges whether the login account number input by the intelligent handheld mobile device of the project maturity management platform to be logged in is consistent with the login account number sent by the project maturity management platform or not:
if the login account number input by the intelligent handheld mobile device of the project maturity management platform to be logged in is consistent with the login account number sent by the project maturity management platform, the intelligent handheld mobile device logs in successfully;
if the login account number input through the intelligent handheld mobile device of the project maturity management platform to be logged in is inconsistent with the login account number sent by the project maturity management platform, the intelligent handheld mobile device fails to log in;
the method for logging in the project maturity management platform further comprises the following steps:
s11', judging whether the intelligent handheld mobile equipment triggering command is received:
if a trigger command for logging in the intelligent handheld mobile equipment is received, executing step S12';
if the triggering command of logging in the intelligent handheld mobile equipment is not received, returning to the step S11';
s12', acquiring login voice, and processing the acquired login voice to obtain login processing voice; sending the obtained login processing voice to a project maturity management platform;
s13', the project maturity management platform processes the received voice to obtain server processing voice, recognizes the obtained server processing voice to obtain server comparison voice, and judges that the server comparison voice is compared with stored voice prestored in the project maturity management platform:
if the comparison voice of the server is consistent with the stored voice prestored by the project maturity management platform, the project maturity management platform logs in successfully;
if the comparison voice of the server is inconsistent with the stored voice prestored in the project maturity management platform, the login is failed;
further, the method for obtaining the stored voice prestored by the project maturity management platform comprises the following steps:
s131, the project maturity management platform acquires voice amplitude of the acquired server processing voice, and selects a first voice amplitude and a second voice amplitude from the acquired voice amplitude, wherein the second voice amplitude is larger than the first voice amplitude;
s132, obtaining the upper and lower limits [ -Sound amplitude ], sound amplitude and Sound amplitude ] of the Sound amplitude by using the first Sound amplitude and the second Sound amplitude selected in the step S131, wherein Sound amplitude represents the third Sound amplitude; [ -Sound amplitude ] represents the upper and lower limits of the speech amplitude; when the Sound amplitude 'is more than or equal to the Sound amplitude', sound 'represents the first voice amplitude, sound' represents the second voice amplitude, and absolute value is calculated; sound amplitude= |sound amplitude ' | when it is |sound amplitude ' | < |sound amplitude ' |, sound amplitude= |sound amplitude ' | is Sound amplitude ' |.
S133, the upper and lower limits of the voice amplitude in the step S132 are [ -Sound amplitude, sound amplitude]Divided into upper and lower limits of P voice amplitude sub-ranges, respectively P 1 、P 2 、P 3 、……、P p P is a positive integer greater than or equal to 2; wherein P is 1 P is the upper and lower limits of the 1 st sub-amplitude of voice 2 P is the upper and lower limits of the 2 nd sub-amplitude of voice 3 P is the upper and lower limits of the 3 rd sub-amplitude of the voice p For the upper and lower limits of the p-th sub-amplitude of speech, [ -Sound amplitude, sound amplitude]＝P 1 ∪P 2 ∪P 3 ∪…∪P p The u-degree represents the union,
the U represents intersection->
Representing an empty set, i+.j, i=1, 2, 3, … …, p; j=1, 2, 3, … …, p; upper and lower limits P of P' th sub-of speech amplitude p′ The upper limit value of (2) is smaller than the upper limit P of the P' +1 th sub-upper limit of the voice amplitude p′+1 P' =1, 2, 3, … …, p-1;
s134, forming an upper limit set and a lower limit set by the upper limit value and the lower limit value of the upper limit and the lower limit value of p voice amplitude sub-upper limit, and using Q from small to large by the element values in the upper limit set and the lower limit set 0 、Q 1 、Q 2 、Q 3 、……、Q p Representation, Q 0 To Q p With progressively larger p-bit binary values O 1 O 2 O 3 ……O p Represented by O u =1 or 0, u=1, 2, 3, … …, p; wherein Q is p″′ The corresponding binary values have p ' "numbers 1 and p-p '" numbers 0, p ' "=0, 1, 2, 3, … …, p from leftmost to rightmost;
s135, segmenting the obtained server processing voice according to the playing time sequence by the project maturity management platform, obtaining the amplitude of each section of server processing voice, judging the upper limit value or the lower limit value of the amplitude of each section of server processing voice, and representing the voice code of the section of server processing voice by using the binary value code corresponding to the nearest upper limit value or the lower limit value;
s2, importing project maturity basic data;
s3, the project maturity management platform processes the imported project maturity basic data, and the obtained project maturity is displayed on the intelligent handheld mobile device; the method for processing the imported project maturity base data to obtain the project maturity in the step S3 comprises the following steps:
s31, extracting three-dimensional coordinate points in project maturity basic data;
s32, acquiring a map stored in the project maturity management platform, and correspondingly calibrating all the extracted three-dimensional coordinate points on the map;
s33, conducting adjacent three-dimensional coordinate point connection on all three-dimensional coordinate points calibrated on the map to obtain a contour line of the project, wherein the contour line is a closed and disjoint curve;
s34, calculating the contour area according to the obtained contour line, obtaining the building area in the map where the contour line is located, and judging the building area
Within the range of v 1 Representing the building area, v, within the map where the contour line is located 2 Representing the outline area, v representing the item maturity, and representing its item maturity in different colors.
2. The project maturity analysis and demonstration method according to claim 1, wherein the project maturity management platform judging whether the device information of the intelligent handheld mobile device to be logged in the project maturity management platform is authenticated with the login account number in step S12 comprises the steps of:
s121, acquiring equipment information of the intelligent handheld mobile equipment by the project maturity management platform;
s122, performing equipment information authentication processing on the acquired equipment information of the intelligent handheld mobile equipment to obtain equipment codes of the intelligent handheld mobile equipment;
s123, judging whether the obtained equipment codes exist in an equipment code database of the project maturity management platform or not:
if the equipment code exists in the equipment code database of the project maturity management platform, the equipment information and the login account number of the intelligent handheld mobile equipment of the project maturity management platform to be logged in are authenticated, and the login account number corresponding to the equipment code is extracted;
if the equipment code does not exist in the equipment code database of the project maturity management platform, the equipment information and the login account number of the intelligent handheld mobile equipment to be logged in to the project maturity management platform are not authenticated.
3. The project maturity analysis demonstration method according to claim 1, wherein authenticating the device information of the smart handheld mobile device to be logged into the project maturity management platform in step S12 comprises the steps of:
s121, the project maturity management platform acquires a login account of the project maturity management platform to be logged in;
s122, performing login account authentication processing on the acquired login account to obtain an account authentication code of the login account, and judging whether the account authentication code of the login account exists in an account authentication code database of the project maturity management platform or not:
if the account number authentication code exists in the account number authentication code database of the project maturity management platform, extracting a mobile phone number corresponding to the account number authentication code, and sending the generated account number mobile phone authentication code to the mobile phone number; the step S123 is performed such that,
if the account authentication code does not exist in the account authentication code database of the project maturity management platform, prompt information is sent to the intelligent handheld mobile equipment of the project maturity management platform to be logged in, wherein the prompt information is that the input login account is not existing in the project maturity management platform;
s123, the project maturity management platform judges whether an account mobile phone authentication code input by the intelligent handheld mobile device to be logged in the project maturity management platform is consistent with an account mobile phone authentication code sent by the project maturity management platform or not:
if the account mobile phone authentication code input through the intelligent handheld mobile device of the project maturity management platform to be logged in is consistent with the account mobile phone authentication code sent by the project maturity management platform, the device information of the intelligent handheld mobile device of the project maturity management platform to be logged in is associated with the account mobile phone authentication code;
if the account mobile phone authentication code input through the intelligent handheld mobile device of the project maturity management platform to be logged in is inconsistent with the account mobile phone authentication code sent by the project maturity management platform, sending prompt information to the intelligent handheld mobile device of the project maturity management platform to be logged in, wherein the prompt information is that the input account mobile phone authentication code is incorrect.
4. The project maturity analysis demonstration method according to claim 1, characterized in that it comprises the following steps in step S2:
s21, classifying types in the project maturity basic data, wherein the classification method comprises the following steps:
s211, numbering each file in the project maturity basic data according to the sequence, wherein the file numbers are respectively 1 st file number, 2 nd file number, 3 rd file number, … … and A-th file number, and A is the total number of the files in the project maturity basic data; let increment a=1;
s212, judging whether the file extension of the file corresponding to the a-th file number is the file extension identified by the project maturity management platform:
if the file extension of the file corresponding to the a-th file number is the file extension identified by the project maturity management platform, storing the file corresponding to the a-th file number into a temporary storage database which is the same as the file extension of the file corresponding to the a-th file number; a=a+1;
if the file extension name of the file corresponding to the a-th file number is not the file extension name identified by the project maturity management platform, the project maturity management platform establishes a temporary invalid folder, and stores the file corresponding to the a-th file number into the temporary invalid folder; a=a+1;
s213, judging the relation between the increment a and the total number A of files in the project maturity base data:
if a is less than or equal to A, returning to the step S212;
if a is more than A, the type classification is finished;
s22, extracting files stored in each temporary storage database for analysis, and obtaining project maturity basic data identified by a project maturity management platform.
5. The method of claim 1, further comprising querying in step S3 based on keywords thereof; displaying the inquired content on the intelligent handheld mobile device; the method for inquiring according to the keywords comprises the following steps:
s31, judging whether the query trigger command is received or not:
if a query triggering command is received, query is carried out by taking a query word or a query word input in a query box as a keyword;
if the inquiry trigger command is not received, executing step S32;
s32, judging whether a query word or a query word is input in the query frame:
if the query word or the query word is input in the query box, the query word is only one Chinese character, and the query word is two or more Chinese characters, the query word or the query word is used for carrying out forward or/and backward conjunctions to obtain the conjunctions; if the connecting word inquiry triggering command is triggered, inquiring by taking the connecting word as a keyword;
if no query word or query word is input in the query box, the process returns to step S32.
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