CN106407266B - A method and device for formatted extraction of three-dimensional calculation results - Google Patents

Abstract

The invention discloses a method and device for formatting and extracting three-dimensional calculation results. The method includes data upload, CRSF_TABLE generation, and CRSF_TABLE display; the device includes a three-dimensional calculation server for three-dimensional data calculation, and CRSF data for receiving and uploading CRSF data files The server, the data field for extracting the CRSF data file, the first operating system for generating and outputting the CRSF_TABLE, and the second operating system for converting the attributes of the received CRSF_TABLE file for easy viewing. The present invention is based on the Linux platform, uses traversal, iterative search, input and output redirection, combined with open source software AWK and SED technology, can generate a formatted CRSF_TABLE within 1 minute, and solves the problem caused by artificial methods in the process of extracting the three-dimensional calculation results of nuclear power design Time-consuming, labor-intensive, and problems of missing and wrongly extracting data.

Description

A method and device for formatted extraction of three-dimensional calculation results

technical field

The invention relates to the field of computer data processing, in particular to a method and device for formatted and extracted three-dimensional calculation results, and in particular to a method and device for formatted and extracted three-dimensional calculation results for nuclear power design.

Background technique

In 3D design, especially in the process of nuclear power 3D design, tens of thousands of CRSF (data files of 3D calculation results) will be generated, and the data in CRSF are mostly unstructured, disordered, and poorly readable. . Therefore, the designer needs to manually extract the data fields that are valuable for the design from each CRSF, and then copy and paste the data fields one by one into the Microsoft Excel document for secondary processing, and finally obtain a CRSF_TABLE (that is, the three-dimensional calculation result Technical parameter table), the specific operation steps are: 1) Manually find the required data fields from the CRSF; 2) Copy the data fields and paste them to the corresponding data items in the Microsoft Excel file; 3) Repeat steps 1) and 2) continuously, and finally Form CRSF_TABLE; 4) Perform secondary check and correction on CRSF_TABLE.

Because the CRSF_TABLE is generated by manual labor, the above method usually takes a lot of energy and time for the designer, resulting in low design work efficiency, and because the above CRSF_TABLE is generated by manually extracting fields, it is limited by human energy. There is a risk of data omission or incorrect data extraction, the accuracy of the data cannot be ensured, and multiple checks are required before it can be used.

Therefore, it is necessary to provide a 3D design calculation, especially in the process of 3D calculation of nuclear power design, which can quickly, efficiently and accurately extract important data from massive CRSFs, and automatically generate CRSF_TABLE technical solutions, so as to solve the problems in the existing technology. The process of generating CRSF_TABLE through manual labor takes a long time, high cost, and problems of missing and wrongly extracting data.

Contents of the invention

Aiming at the above-mentioned problems in the prior art, the present invention provides a three-dimensional design calculation, especially in the process of nuclear power design three-dimensional calculation, which can quickly, efficiently and accurately extract important data from massive CRSFs, and automatically generate CRSF_TABLE technical methods and methods device, in order to improve the efficiency of nuclear power three-dimensional design.

The technical scheme that the present invention proposes with respect to above-mentioned technical problem is as follows:

On the one hand, provide a kind of format extraction method of three-dimensional calculation result, comprise the steps:

S1. Data upload: receive and upload all CRSF data files in the 3D calculation results;

S2. CRSF_TABLE generation: obtain the CRSF data file by the first operating system server, extract the data field of the CRSF data file, and format the data field, generate and output the CRSF_TABLE;

S3. CRSF_TABLE display: the second operating system server receives the CRSF_TABLE, and converts the first operating system file attribute of the CRSF_TABLE into the second operating system file attribute, which is used to view all the files under the second operating system server CRSF_TABLE described above.

Preferably, the first operating system includes a Linux system.

Preferably, the second operating system includes Windows system.

Preferably, the file attribute of the second operating system is an Excel file.

Preferably, step S2 specifically includes the following steps:

S21, data traversal: upload the CRSF data file to the Linux system, traverse CRSF_DIR, and list directory and file details;

S22. Field extraction: iteratively search each of the CRSF data files according to the file name, and find the data items to be extracted;

S23. Multiple output re-items: perform AWK and SED multiple-output re-item processing on the data items to be extracted to obtain corresponding parameters of the data items to be extracted;

S24. CRSF_TABLE generation: format and output the data items to be extracted, and form a CRSF_TABLE.

Preferably, in step S21, the step of listing directory and file detailed information includes: using the print parameter in AWK to filter each CRSF_NAME in the CRSF_DIR, and finally form a CRSF_NAME_LIST containing each CRSF_NAME_LIST.

Preferably, in step S22, the implementation method of field extraction includes:

Take out a CRSF_NAME from the CRSF_NAME_LIST, perform a traversal operation, extract DATA1 data fragments, DATA2 data fragments, DATA3 data fragments and DATA4 data fragments, and then use the same method to sequentially extract other CRSF_NAMEs, perform traversal operations in turn, and sequentially extract DATA1 Data fragments, DATA2 data fragments, DATA3 data fragments and DATA4 data fragments, until all CRSF_NAMEs in CRSF_NAME_LIST perform a traversal operation, and extract the DATA1 data fragments, DATA2 data fragments, DATA3 data fragments and DATA4 data fragments in each CRSF_NAME respectively .

Preferably, the value of each CRSF_NAME file in the CRSF_DIR is obtained by using the TAIL tool, and the last four lines of data in each CRSF_NAME file are taken out.

Preferably, in step S23, the implementation method of the multiple output re-item processing includes:

Extraction of the final DATA1 value: find the symbol "=" from the DATA1 data segment obtained in the step S22, and use the AWK method to list the data of the row where the symbol "=" is located, and output the second column value with the symbol "=" as a boundary ; Pass the second column value to SED as an input parameter, and delete all spaces before the second column value, and take out the first value in the first row in the second column value, and finally Use the AWK method to format and output the first value, and the first value is the final value of DATA1;

Extraction of the final DATA2 value: find the symbol "=" from the DATA2 data segment obtained in the step S22, and use the AWK method to list the data of the row where the symbol "=" is located, and output the second column value with the symbol "=" as a boundary ; Then pass the second column value to SED as an input parameter, and delete all spaces before the second column value, and take out the first value in the second row in the second column value, and finally Use the AWK method to format and output the first value, and the first value is the final value of DATA2;

Extraction of the final DATA3 value: find the symbol "=" from the DATA3 data segment obtained in the step S22, and use the AWK method to list the data of the row where the symbol "=" is located, and output the second column value with the symbol "=" as a boundary ; Pass the second column value to SED as an input parameter, and delete all spaces before the second column value, and take out the first value in the third row in the second column value, and finally Use the AWK method to format and output the first value, and the first value is the final value of DATA3;

Extraction of the final DATA4 value: find the symbol "=" from the DATA4 data segment obtained in the step S22, and use the AWK method to list the data of the row where the symbol "=" is located, and output the second column value with the symbol "=" as a boundary ; Pass the second column value to SED as an input parameter, and delete all spaces before the second column value, and take out the first value in the fourth row in the second column value, and finally The AWK method is used to format and output the first value, and the first value is the final value of DATA4.

Preferably, in step S24, the formed CRSF_TABLE is named as CRSF_TABLE.CSV, and formatted and output using the ECHO method, the output format is "CRSF_NAME, DATA 1, DATA 2, DATA 3, DATA 4".

Preferably, the three-dimensional calculation result is a three-dimensional calculation result of nuclear power design.

On the other hand, a device for formatting and extracting three-dimensional calculation results is provided, including a three-dimensional calculation server, which is used for data calculation in the process of three-dimensional design;

A CRSF data server, connected to the calculation server, for receiving and uploading all CRSF data files in the calculation results of the calculation server;

The first operating system, connected to the CRSF data server, is used to obtain the CRSF data file, and extract the data field of the CRSF data file, and format the data field to generate and output CRSF_TABLE;

The second operating system, connected to the first operating system, is used to receive the CRSF_TABLE, and convert the first operating system file attribute of the CRSF_TABLE into a second operating system file attribute, which is used in the second operation View the CRSF_TABLE in the system.

Preferably, the first operating system includes the following modules:

Data traversal module, for uploading described CRSF data file to Linux system, traverses CRSF_DIR, and lists directory and file detailed information;

The field extraction module is used to iteratively search each described CRSF data file by file name, and find the data item that needs to be extracted therefrom;

The multiple output redefinition module is used to perform AWK and SED multiple output redefinition processing on the data items that need to be extracted, so as to obtain the corresponding parameters of the data items that need to be extracted;

The CRSF_TABLE generation module is used to format and output the data items to be extracted, and form a CRSF_TABLE.

Preferably, the second operating system includes Windows system.

Preferably, the file attribute of the second operating system is an Excel file.

Preferably, the step of listing the detailed information of directories and files includes: using the print parameter in AWK to filter each CRSF_NAME in the CRSF_DIR, and finally form a CRSF_NAME_LIST containing each CRSF_NAME_LIST.

Preferably, the implementation method of field extraction includes:

Take out a CRSF_NAME from the CRSF_NAME_LIST, perform a traversal operation, extract DATA1 data fragments, DATA2 data fragments, DATA3 data fragments and DATA4 data fragments, and then use the same method to sequentially extract other CRSF_NAMEs, perform traversal operations in turn, and sequentially extract DATA1 Data fragments, DATA2 data fragments, DATA3 data fragments and DATA4 data fragments, until all CRSF_NAMEs in CRSF_NAME_LIST perform a traversal operation, and extract the DATA1 data fragments, DATA2 data fragments, DATA3 data fragments and DATA4 data fragments in each CRSF_NAME respectively .

Preferably, the value of each CRSF_NAME file in the CRSF_DIR is obtained by using the TAIL tool, and the last four lines of data in each CRSF_NAME file are taken out.

Preferably, the implementation method of the multiple output re-item processing includes:

Extraction of the final DATA1 value: find the symbol "=" from the DATA1 data segment obtained in the step S22, and use the AWK method to list the data of the row where the symbol "=" is located, and output the second column value with the symbol "=" as a boundary ; Pass the second column value to SED as an input parameter, and delete all spaces before the second column value, and take out the first value in the first row in the second column value, and finally Use the AWK method to format and output the first value, and the first value is the final value of DATA1;

Extraction of the final DATA2 value: find the symbol "=" from the DATA2 data segment obtained in the step S22, and use the AWK method to list the data of the row where the symbol "=" is located, and output the second column value with the symbol "=" as a boundary ; Then pass the second column value to SED as an input parameter, and delete all spaces before the second column value, and take out the first value in the second row in the second column value, and finally Use the AWK method to format and output the first value, and the first value is the final value of DATA2;

Extraction of the final DATA3 value: find the symbol "=" from the DATA3 data segment obtained in the step S22, and use the AWK method to list the data of the row where the symbol "=" is located, and output the second column value with the symbol "=" as a boundary ; Pass the second column value to SED as an input parameter, and delete all spaces before the second column value, and take out the first value in the third row in the second column value, and finally Use the AWK method to format and output the first value, and the first value is the final value of DATA3;

Extraction of the final DATA4 value: find the symbol "=" from the DATA4 data segment obtained in the step S22, and use the AWK method to list the data of the row where the symbol "=" is located, and output the second column value with the symbol "=" as a boundary ; Pass the second column value to SED as an input parameter, and delete all spaces before the second column value, and take out the first value in the fourth row in the second column value, and finally The AWK method is used to format and output the first value, and the first value is the final value of DATA4.

Preferably, in step S24, the formed CRSF_TABLE is named as CRSF_TABLE.CSV, and formatted and output using the ECHO method, the output format is "CRSF_NAME, DATA 1, DATA 2, DATA 3, DATA 4".

Preferably, the three-dimensional calculation result is a three-dimensional calculation result of nuclear power design.

The technical effect brought by the technical solution of the present invention:

1) It can quickly traverse CRSF_DIR, extract the data items needed by designers from CRSF, and automatically generate CRSF_TABLE within 1 minute, which greatly improves the work efficiency of designers.

2) The generated CRSF_TABLE.CSV can be used across platforms, and has the advantages of intuitiveness, readability, and easy-to-understand visualization.

3) The process of generating CRSF_TABLE is only manually involved once, which greatly reduces the risk of data omission or wrong data extraction during manual extraction.

Description of drawings

In order to more clearly illustrate the technical solutions in the embodiments of the present invention, the drawings that need to be used in the description of the embodiments will be briefly introduced below. Obviously, the drawings in the following description are only some embodiments of the present invention. For those skilled in the art, other drawings can also be obtained based on these drawings without creative effort.

Fig. 1 is a flow chart of the steps of the method for formatting and extracting three-dimensional calculation results provided by Embodiment 1 of the present invention;

Fig. 2 is a schematic structural diagram of a device for formatting and extracting three-dimensional calculation results provided by Embodiment 2 of the present invention.

Detailed ways

The present invention aims at the existing three-dimensional design, especially in the nuclear power three-dimensional design process, which uses manual labor to extract data and generate CRSF_TABLE, which requires a lot of manpower, low efficiency and high error rate, and provides a method that can quickly extract data from massive CRSF A method and device for extracting important data efficiently and accurately, and automatically generating CRSF_TABLE, so as to improve the efficiency of nuclear power three-dimensional design. Its core idea is: Based on the Linux platform, using traversal, iterative search, input and output redirection, combined with the open source software AWK and SED technology, the formatted CRSF_TABLE can be generated within 1 minute, which solves the time-consuming, laborious and time-consuming manual method. The problem of data extraction errors.

Embodiment one:

Figure 1 shows a flow chart of the steps of the formatted extraction method for three-dimensional calculation results, which can be used for the extraction of three-dimensional calculation results for nuclear power design, including:

S1. Data upload: receive and upload all CRSF data files in the 3D calculation results of nuclear power design;

S2.CRSF_TABLE generation: the first operating system server obtains the CRSF data file, extracts the data field of the CRSF data file, and formats the data field to generate and output the CRSF_TABLE; it specifically includes the following steps:

S21. Data traversal: upload the CRSF to the first operating system, traverse the CRSF_DIR, and list the directory and file detailed information, which includes 9 fields, which are: the same file attribute field, the number of hard links to the file, the file owner, and the file It has the group, file size, file creation time, and file name of all files. Use the print parameter in AWK to filter to get a list CRSF_NAME_LIST containing each CRSF_NAME. Implementation method: ls-lCRSF_DIR|AWK'{print$9}'; the first operating system includes a Linux system.

S22. Field extraction: iteratively search for each of the CRSF data files by file name, and find the data items that need to be extracted therefrom; the specific implementation method is:

for CRSF_NAME in CRSF_NAME_LIST

do

DATA1=$(GET_DATA_OPERATION)

DATA2=$(GET_DATA_OPERATION)

DATA3=$(GET_DATA_OPERATION)

DATA4=$(GET_DATA_OPERATION)

done

Since the data items to be extracted are in the last four lines of each CRSF, you can use the TAIL tool to get the value of each CRSF_NAME file in the CRSF_DIR, and take out the data in the last four lines of each CRSF_NAME file, that is, GET_DATA_OPERATION The method may preferably be tail-4CRSF_DIR/CRSF_NAME.

S23, multiple output redefinition items: perform AWK and SED multiple output redefinition items on the data items that need to be extracted, and obtain the corresponding parameters of the data items that need to be extracted; the implementation method is:

DATA1=$(GET_DATA_OPERATION|awk'BEGIN{FS="="}{print$2}'|sed's/^\s*//g'|sed-n"1,1p"|awk'{print$1}')

DATA 2=$(GET_DATA_OPERATION|awk'BEGIN{FS="="}{print$2}'|sed's/^\s*//g'|sed-n"2,1p"|awk'{print$1}' )

DATA 3=$(GET_DATA_OPERATION|awk'BEGIN{FS="="}{print$2}'|sed's/^\s*//g'|sed-n"3,1p"|awk'{print$1}' )

DATA 4=$(GET_DATA_OPERATION|awk'BEGIN{FS="="}{print$2}'|sed's/^\s*//g'|sed-n"4,1p"|awk'{print$1}' )

S24. CRSF_TABLE generation: Format and output the extracted data items to form CRSF_TABLE, and name it CRSF_TABLE.CSV, the implementation method is: echo "CRSF_NAME, DATA1, DATA2, DATA3, DATA4".

S3. CRSF_TABLE display: the second operating system server receives the CRSF_TABLE, and converts the file attribute of the first operating system of the CRSF_TABLE into the file attribute of the second operating system, which is used for the server under the second operating system See said CRSF_TABLE. The second operating system includes a windows system; the file attribute of the second operating system is an Excel file. This solution can download the CRSF_TABLE.CSV file generated by the Linux system to the Windows platform, and use Microsoft Excel to open it, which is convenient for intuitive display and viewing of the CRSF_TABLE on the Windows platform.

It should be noted that the three-dimensional calculation results of nuclear power design in this embodiment may also be replaced by other similar three-dimensional calculation results that need to be processed.

Fig. 2 shows a schematic structural diagram of a device for formatting and extracting three-dimensional calculation results, which can be used to extract three-dimensional calculation results for nuclear power design, including:

3D calculation server, used for data calculation in the process of 3D design;

A CRSF data server, connected to the calculation server, for receiving and uploading all CRSF data files in the calculation results of the calculation server;

The first operating system, connected to the CRSF data server, is used to obtain the CRSF data file, and extract the data field of the CRSF data file, and format the data field to generate and output CRSF_TABLE;

The second operating system, connected to the first operating system, is used to receive the CRSF_TABLE, and convert the first operating system file attribute of the CRSF_TABLE into a second operating system file attribute, which is used in the second operation View the CRSF_TABLE in the system.

Likewise, the second operating system includes a windows system; the file attribute of the second operating system is preferably an Excel file.

Further, the first operating system includes the following modules:

Data traversal module, for uploading described CRSF data file to Linux system, traverses CRSF_DIR, and lists directory and file detailed information;

The field extraction module is used to iteratively search each described CRSF data file by file name, and find the data item that needs to be extracted therefrom;

The multiple output redefinition module is used to perform AWK and SED multiple output redefinition processing on the data items that need to be extracted, so as to obtain the corresponding parameters of the data items that need to be extracted;

and a CRSF_TABLE generating module, configured to format and output the data items to be extracted, and form a CRSF_TABLE.

Preferably, the formed CRSF_TABLE can also be named as CRSF_TABLE.CSV.

Wherein, the steps of listing the detailed information of directories and files, the implementation method of field extraction, the implementation method of GET_DATA_OPERATION, the implementation method of multiple output redirection processing, and the implementation method of naming the formed CRSF_TABLE as CRSF_TABLE.CSV are all Same as Embodiment 1.

Similarly, it should be noted that the three-dimensional calculation results of the nuclear power design in this embodiment can also be replaced by other similar three-dimensional calculation results that need to be processed.

In summary, the present invention is based on the Linux platform, uses traversal, iterative search, input and output redirection, combined with open source software AWK and SED technology, can generate a formatted CRSF_TABLE within 1 minute, and can export the generated CRSF_TABLE to Windows The platform is opened with Excel in Microsoft Office, which is easy to view and display, and solves the time-consuming, laborious, low efficiency, omissions, Problem with extracting data incorrectly.

Those of ordinary skill in the art can understand that all or part of the steps for implementing the above embodiments can be completed by hardware, and can also be completed by instructing related hardware through a program. The program can be stored in a computer-readable storage medium. The above-mentioned The storage medium mentioned may be a read-only memory, a magnetic disk or an optical disk, and the like.

The above descriptions are only preferred embodiments of the present invention, and are not intended to limit the present invention. Any modifications, equivalent replacements, improvements, etc. made within the spirit and principles of the present invention shall be included in the protection of the present invention. within range.

Claims (18)

1. A three-dimensional calculation result formatting and extracting method is characterized by comprising the following steps:

s1, data uploading: receiving and uploading all CRSF data files in the three-dimensional calculation result; unstructured data are in the CRSF data file;

s2, CRSF _ TABLE generation: obtaining the CRSF data file by a first operating system server, extracting a data field of the CRSF data file, formatting the data field, generating a CRSF _ TABLE and outputting the CRSF _ TABLE;

s3, CRSF _ TABLE shows: receiving, by a second operating system server, the CRSF _ TABLE and translating first operating system file attributes of the CRSF _ TABLE into second operating system file attributes for viewing the CRSF _ TABLE under the second operating system; the first operating system comprises a Linux system;

the step S2 specifically includes the following steps:

s21, data traversal: uploading the CRSF data file, traversing CRSF _ DIR, and listing directory and file detailed information;

s22, field extraction: iteratively searching each CRSF data file according to the file name, and finding out the data items needing to be extracted;

s23, multiple output renormalization: performing AWK and SED multiple output re-item processing on the data item to be extracted to obtain corresponding parameters of the data item to be extracted;

s24, CRSF _ TABLE generation: and formatting and outputting the data items needing to be extracted by using an ECHO method, and forming CRSF _ TABLE.

2. The method of claim 1, wherein the second operating system comprises a Windows system.

3. The method of claim 2, wherein the file attribute of the second operating system is an Excel file.

4. The method of claim 1, wherein in step S21, the step of listing directory and file details comprises: and filtering each CRSF _ NAME in the CRSF _ DIR by using a print parameter in the AWK, and finally forming a CRSF _ NAME _ LIST containing each CRSF _ NAME _ LIST.

5. The method as claimed in claim 4, wherein in step S22, the field extraction is implemented by: and taking out one CRSF _ NAME from the CRSF _ NAME _ LIST, performing traversal operation, extracting a DATA1 DATA segment, a DATA2 DATA segment, a DATA3 DATA segment and a DATA4 DATA segment from the CRSF _ NAME _ LIST, sequentially taking out other CRSF _ NAMEs by the same method after the DATA is finished, sequentially performing traversal operation, and sequentially extracting a DATA1 DATA segment, a DATA2 DATA segment, a DATA3 DATA segment and a DATA4 DATA segment until all the CRSF _ NAMEs in the CRSF _ NAME _ LIST perform traversal operation once, and respectively extracting a DATA1 DATA segment, a DATA2 DATA segment, a DATA3 DATA segment and a DATA4 DATA segment in each CRSF _ NAME.

6. The method of claim 5, wherein a TAIL tool is used to evaluate each CRSF _ NAME file in the CRSF _ DIR and to retrieve the data of the last four rows in each CRSF _ NAME file.

7. The method of claim 5, wherein in step S23, the method of implementing the multiple output re-term processing comprises:

extraction of the final DATA1 value: finding out the symbol "═" from the DATA1 DATA segment obtained in said step S22, listing the DATA of the row in which the symbol "═" is located by the AWK method, and outputting the second column value bounded by the symbol "═" as a boundary; transmitting the second column value to SED as an input parameter, deleting all spaces before the second column value, taking out a first numerical value in a first row in the second column value, and finally formatting and outputting the first numerical value by using an AWK method, wherein the first numerical value is the final value of DATA 1;

extraction of the final DATA2 value: finding out the symbol "═" from the DATA2 DATA segment obtained in said step S22, listing the DATA of the row in which the symbol "═" is located by the AWK method, and outputting the second column value bounded by the symbol "═" as a boundary; transmitting the second column value to SED as an input parameter, deleting all spaces before the second column value, taking out a first numerical value in a second row in the second column value, and finally formatting and outputting the first numerical value by using an AWK method, wherein the first numerical value is the final value of DATA 2;

extraction of the final DATA3 value: finding out the symbol "═" from the DATA3 DATA segment obtained in said step S22, listing the DATA of the row in which the symbol "═" is located by the AWK method, and outputting the second column value bounded by the symbol "═" as a boundary; transmitting the second column number value to SED as an input parameter, deleting all spaces before the second column number value, taking out a first numerical value in a third row in the second column number value, and finally formatting and outputting the first numerical value by using an AWK method, wherein the first numerical value is the final value of DATA 3;

extraction of the final DATA4 value: finding out the symbol "═" from the DATA4 DATA segment obtained in said step S22, listing the DATA of the row in which the symbol "═" is located by the AWK method, and outputting the second column value bounded by the symbol "═" as a boundary; and then transmitting the second column number value to SED as an input parameter, deleting all spaces before the second column number value, taking out a first numerical value in a fourth row in the second column number value, and finally formatting and outputting the first numerical value by using an AWK method, wherein the first numerical value is the value of the final DATA 4.

8. The method according to claim 1, wherein in step S24, the formed CRSF _ TABLE is named CRSF _ TABLE. csv, and the format of the output is "CRSF _ NAME, DATA1, DATA2, DATA3, DATA 4".

9. The method of any one of claims 1-8, wherein the three-dimensional computation result is a nuclear power design three-dimensional computation result.

10. A three-dimensional calculation result formatting and extracting device, which is suitable for the three-dimensional calculation result formatting and extracting method as claimed in claim 1, comprising a three-dimensional calculation server for data calculation in a three-dimensional design process, and further comprising:

the CRSF data server is connected with the calculation server and is used for receiving and uploading all CRSF data files in the calculation result of the calculation server; unstructured data are in the CRSF data file;

the first operating system is connected with the CRSF data server and used for acquiring the CRSF data file, extracting a data field of the CRSF data file, formatting the data field, generating a CRSF _ TABLE and outputting the CRSF _ TABLE;

the second operating system is connected with the first operating system and is used for receiving the CRSF _ TABLE and converting the first operating system file attribute of the CRSF _ TABLE into a second operating system file attribute for viewing the CRSF _ TABLE in the second operating system;

the first operating system includes the following modules:

the data traversing module is used for uploading the CRSF data file to a Linux system, traversing CRSF _ DIR and listing directory and file detailed information;

a field extraction module, configured to iteratively search each CRSF data file according to a file name, and find a data item to be extracted from the CRSF data file;

a repeated output re-item module, configured to perform AWK and SED repeated output re-item processing on the data item to be extracted to obtain a corresponding parameter of the data item to be extracted;

and the CRSF _ TABLE generation module is used for formatting and outputting the data items needing to be extracted by using an ECHO method and forming CRSF _ TABLE.

11. The apparatus of claim 10, wherein the second operating system comprises a Windows system.

12. The apparatus of claim 11, wherein the file attribute of the second operating system is an Excel file.

13. The apparatus of claim 10, wherein the step of listing directory and file details comprises: and filtering each CRSF _ NAME in the CRSF _ DIR by using a print parameter in the AWK, and finally forming a CRSF _ NAME _ LIST containing each CRSF _ NAME _ LIST.

14. The apparatus of claim 13, wherein field extraction is implemented by:

and taking out one CRSF _ NAME from the CRSF _ NAME _ LIST, performing traversal operation, extracting a DATA1 DATA segment, a DATA2 DATA segment, a DATA3 DATA segment and a DATA4 DATA segment from the CRSF _ NAME _ LIST, sequentially taking out other CRSF _ NAMEs by the same method after the DATA is finished, sequentially performing traversal operation, and sequentially extracting a DATA1 DATA segment, a DATA2 DATA segment, a DATA3 DATA segment and a DATA4 DATA segment until all the CRSF _ NAMEs in the CRSF _ NAME _ LIST perform traversal operation once, and respectively extracting a DATA1 DATA segment, a DATA2 DATA segment, a DATA3 DATA segment and a DATA4 DATA segment in each CRSF _ NAME.

15. The apparatus of claim 14, wherein a TAIL tool is used to evaluate each CRSF _ NAME file in the CRSF _ DIR and to retrieve the last four rows of data in each CRSF _ NAME file.

16. The apparatus of claim 14, wherein a method of implementing the multiple output re-item processing comprises:

extraction of the final DATA1 value: finding out the symbol "═" from the DATA1 DATA segment obtained in said step S22, listing the DATA of the row in which the symbol "═" is located by the AWK method, and outputting the second column value bounded by the symbol "═" as a boundary; transmitting the second column value to SED as an input parameter, deleting all spaces before the second column value, taking out a first numerical value in a first row in the second column value, and finally formatting and outputting the first numerical value by using an AWK method, wherein the first numerical value is the final value of DATA 1;

extraction of the final DATA2 value: finding out the symbol "═" from the DATA2 DATA segment obtained in said step S22, listing the DATA of the row in which the symbol "═" is located by the AWK method, and outputting the second column value bounded by the symbol "═" as a boundary; transmitting the second column value to SED as an input parameter, deleting all spaces before the second column value, taking out a first numerical value in a second row in the second column value, and finally formatting and outputting the first numerical value by using an AWK method, wherein the first numerical value is the final value of DATA 2;

extraction of the final DATA3 value: finding out the symbol "═" from the DATA3 DATA segment obtained in said step S22, listing the DATA of the row in which the symbol "═" is located by the AWK method, and outputting the second column value bounded by the symbol "═" as a boundary; transmitting the second column number value to SED as an input parameter, deleting all spaces before the second column number value, taking out a first numerical value in a third row in the second column number value, and finally formatting and outputting the first numerical value by using an AWK method, wherein the first numerical value is the final value of DATA 3;

extraction of the final DATA4 value: finding out the symbol "═" from the DATA4 DATA segment obtained in said step S22, listing the DATA of the row in which the symbol "═" is located by the AWK method, and outputting the second column value bounded by the symbol "═" as a boundary; and then transmitting the second column number value to SED as an input parameter, deleting all spaces before the second column number value, taking out a first numerical value in a fourth row in the second column number value, and finally formatting and outputting the first numerical value by using an AWK method, wherein the first numerical value is the value of the final DATA 4.

17. The apparatus of claim 10, wherein the formed CRSF _ TABLE is named CRSF _ TABLE. csv, and the format of the output is "CRSF _ NAME, DATA1, DATA2, DATA3, DATA 4".

18. The apparatus of any one of claims 10-17, wherein the three-dimensional computation result is a nuclear power design three-dimensional computation result.