JP3375860B2 - Observation data analyzer and medium recording analysis processing procedure management program - Google Patents

Description

Detailed Description of the Invention

[0001]

Relates medium recording analyzing process management program for the present invention relates it is to manage the analysis procedure of Observation apparatus and observation data for analyzing the observed data, analyzed particularly using a large amount of data The present invention relates to an observation data analysis device for performing the above and a medium recording an analysis processing procedure management program for managing an analysis procedure using a large amount of data.

[0002]

2. Description of the Related Art In the field of science and technology, various calibrations (or corrections) are performed on observation data. For example, in astronomical observation, there are bias correction and dark correction, and these corrections are made according to the observation purpose, observation method, observation environment, and the like.

To calibrate the observation data, standard calibration data is required to act on the observation data. Further, in order to obtain standard calibration data, it is necessary to perform a predetermined process based on a large number of data. As described above, in order to analyze one observation data, it is necessary to repeat the selection of the data to be input to the analysis processing program and the designation of the processing program for the analysis a plurality of times. Had gone individually.

[0004]

However, since each researcher independently performed the analysis processing of the observation data, and the management of various data was left to the individual, even when performing the same processing later, I couldn't effectively use the data I did in the past. In addition, it is difficult for another person to reproduce the same analysis process because only the researcher who performed the analysis process knows the procedure of the analysis process.

The present invention has been made in view of the above circumstances, and it is an object of the present invention to provide an observation data analysis apparatus capable of efficiently reusing a large amount of information involved in analysis processing. Another object of the present invention is to provide a medium recording an analysis processing procedure management program capable of efficiently reusing a large amount of information involved in the analysis processing.

[0006]

In order to solve the above object SUMMARY OF THE INVENTION, in the observation data analyzer for analyzing the observed data, it receives the analysis information including the processing content and data used for analysis processing , and executes analysis processing according to the analysis information, generated as a result of processing data
For executing analysis processing and specific analysis processing
The analysis processing information of the
The data output by the analysis processing execution means is used for the next analysis processing.
Data to be used in the analysis process as the intermediate data to be used,
Analysis processing procedure including processing content and processing order is input
And the intermediate data generated during the series of analysis processing
Data including is arranged in a multi-dimensional structure and analysis processing procedure
An observation data analysis device is provided, which comprises an analysis processing procedure management unit for creating data .

[0007] According to the observation data analysis equipment, analysis processing
The analysis procedure for specific analysis processing is
Physical information is passed to the analysis processing execution means. Then the solution
Analysis processing according to analysis processing information by analysis processing execution means
Is executed and the data generated as a result of the process is output.
It After that, when the analysis procedure is entered, the analysis procedure
Data output by the analysis processing execution means by the order management means
The data including
Then, analysis processing procedure data is created.

Further, in order to solve the above problems, an observation data
Data processing procedure management program for managing data analysis procedures.
When the analysis processing information including the data used for the analysis processing and the processing content is received in the medium in which the gram is recorded ,
The analysis process is executed according to the analysis process information and the process result is obtained.
And analysis processing execution means for outputting a result generated data, especially
The analysis processing information for a fixed analysis processing
The data output to the analysis processing execution means is passed to the execution means.
Data as intermediate data to be used in the next analysis process
Analysis process including data used, processing content, and processing order
When a logical procedure is input, it is generated during the series of analysis processing.
Arranged data including the intermediate data in a multidimensional structure
An analysis processing procedure management means for creating analysis processing procedure data and a medium recording an analysis processing procedure management program for operating a computer are provided.

[0009] By executing the analyzing process management program recorded in the medium on a computer, analyzing process pipe
The analysis process information for a specific analysis process
It is passed to the analysis processing execution means. Then, the analysis processing
The analysis means executes the analysis processing according to the analysis processing information.
Then, the data generated as a result of the processing is output. That
After that, when the analysis processing procedure is input, the analysis processing procedure management
Depending on the stage, the data output by the analysis processing
Data included as data are arranged in a multidimensional structure and analyzed.
Processing procedure data is created.

[0010]

BEST MODE FOR CARRYING OUT THE INVENTION Embodiments of the present invention will be described below with reference to the drawings. FIG. 1 is a block diagram showing the principle of the present invention. This observation data analysis device
The analysis result data 4 is obtained by performing an analysis using the raw calibration data 2 and the intermediate data 3. Where raw calibration data 2
Is data required to generate standard calibration data that directly acts on the observation data 1. The intermediate data 3 is data generated during the analysis process, for example, standard calibration data. The analysis result data 4 is data obtained by analyzing the observation data 1.

The analysis processing information input means 5 inputs an analysis processing procedure including data used for analysis processing, processing contents, and processing order. The analysis processing procedure management unit 6 arranges the analysis processing procedures input by the analysis processing information input unit 5 in the order in which the analysis processing is executed, and the analysis processing procedure data 7 is displayed.
To create. When the content of a specific analysis process is input, the information of the processed data can be obtained by outputting the execution command of the analysis process to the analysis process execution means 8.
Then, the information of the processed data can be set as the data for the next processing. Further, the contents of the created analysis processing procedure data 7 can be changed to obtain new analysis processing procedure data.

In the analysis processing procedure data 7, in order to express the transition of the data due to the execution of the analysis processing, data arranged for each type is accumulated and managed every time the analysis processing is performed. . That is, it has a multidimensional structure including data types, data orders, and the number of times analysis processing is performed. Actually, the data names of the observation data 1, the raw calibration data 2, the intermediate data 3, and the analysis result data 4 are managed in association with the coordinate values in the multidimensional structure.

The analysis processing execution means 8 executes analysis processing according to the analysis processing information passed from the analysis processing procedure management means 6. Information regarding the processed data is sent to the analysis processing procedure management unit 6.

Accordingly, if the analysis processing procedure is input by the analysis processing information input means 5, the analysis processing procedure data 7
Is automatically generated. The analysis processing procedure data 7 stores the contents of the analysis processing from the observation data 1 to the generation of the analysis result data 4 and the data used. Therefore, if the analysis processing procedure data 7 is referred to, , Similar analysis processing can be reproduced.

An embodiment of the present invention will be described below by taking the case where the present invention is applied to an astronomical observation system as an example.
FIG. 2 is a diagram showing an astronomical observation system. In this example, the astronomical telescope 11 is installed on the mountaintop. The astronomical telescope 11 acquires image data of celestial bodies such as stars by a CCD (Charge Coupled Device). Astronomical telescope 11
Is connected to the base computer 100. Then, the image data of the astronomical object observed by the astronomical telescope is sent to the computer 100. The terminal device 12 is connected to the computer 100. The user operates the terminal device 12
By operating, the operation of the astronomical telescope can be instructed and the observation data analysis processing can be instructed.

The image data sent from the astronomical telescope 11 is stored in the computer 100 as raw data 110. The raw data 110 may be observation data to be processed or may be raw calibration data for creating standard calibration data. The computer 100 is a terminal device 1
The processing execution unit 13 sends an analysis processing command based on the command from 2.
Whenever the analysis processing command is output while outputting to 0,
The analysis processing procedure data 140 is generated. The analysis processing procedure data 140 includes the order in which the analysis processing is executed, the processing program used for the analysis processing, and the raw data 11 used for the analysis.
0, intermediate data 150, and information about analysis result data 160 are registered.

The processing execution unit 130 is actually a set of processing programs 131 called a processing engine. The processing program 131 is provided for each processing content. Then, according to the instruction from the analysis processing procedure editor 120,
Specific processing program 131 with necessary data as input
Is executed and desired processing is performed. Process execution unit 130
As a result of the processing by, the intermediate data 150 and the analysis result data 160 are generated.

FIG. 3 is a conceptual diagram of the analysis processing procedure. Here, it is assumed that the analysis result data 161 is obtained by subjecting the observation data 111 to the calibration processing of “calibration processing A”, “calibration processing B”, and “calibration processing C” three times in total.

To perform the calibration process A on the observation data 111, the standard calibration data 151 for the calibration process A is used.
As a result of the calibration process A, the calibration process A completed data 152 is obtained. Further, the calibration process B standard calibration data 153 is used to perform the calibration process B on the calibration process A completed data 152. As a result, the calibration processing AB completed data 154 is obtained. Similarly, the calibration process C standard calibration data 155 is used to perform the calibration process C on the calibration process AB completed data 154. As a result, analysis result data 161 is obtained.

On the other hand, a predetermined analysis process is necessary to obtain standard calibration data for each calibration process. Configuration process A
In order to obtain the standard calibration data 151 for calibration, a standard calibration data creation process for calibration process A is performed on the plurality of raw calibration data 112. In order to obtain the configuration process B standard calibration data 153, the calibration process B standard calibration data creation process is performed on the plurality of A-completed calibration data 156. To obtain the standard calibration data 155 for the configuration process C, a plurality of AB-calibrated data 15
The standard calibration data generation process for the calibration process C is performed on 7.

Furthermore, a predetermined analysis process is also required to create the A-completed calibration data 156 and the AB-completed calibration data 157. FIG. 4 is a conceptual diagram of the creation processing of the A-completed calibration data 156. First, similarly to the case shown in FIG. 3, the standard calibration data 151 for the calibration process A is created from the raw calibration data 112. Then, the calibration process A is performed on the plurality of raw calibration data 113 using the standard calibration data 151 for the calibration process A. As a result, the A-completed calibration data 156 is obtained.

FIG. 5 is a conceptual diagram of a process of creating the AB-calibrated data 157. First, in the same manner as shown in FIG. 3, standard calibration data 151 for calibration process A and standard calibration data 153 for calibration process B are created. Then, for the plurality of raw calibration data 114, the standard calibration data 1 for the calibration process A
Calibration processing A is performed using 51. As a result, the A-completed calibration data 158 is obtained. Next, the calibration process B is performed on the A-processed calibration data 158 using the calibration process B standard calibration data 153. As a result, AB-calibrated data 157 is obtained.

The raw data to be input first in the above processing is the observation data 111 and the raw calibration data (a0 to an) 11
2. Raw calibration data (b0 to bm) 113 and raw calibration data (c0 to ck) 114. Further, the intermediate data generated during the process is the standard calibration data 151 for the calibration process A,
Calibration process B standard calibration data 153, calibration process C standard calibration data 155, calibration process A completed data 152, calibration process AB completed data 154, A completed calibration data (b0 to bm) 15
6, AB-completed calibration data (c0 to ck) 157, and A-completed calibration data (c0 to ck) 158. Then, the analysis result data 161 is output.

Considering the above-described calibration process, the present invention calculates the input data, the intermediate data, and the output data as
Expressed as a table with a multidimensional structure. FIG. 6 is a diagram showing a multidimensional structure table. In this example, x-y-z 3
It is a dimensional structure table in which the x-axis indicates the data order within the same type, the y-axis indicates the data type, and the z-axis indicates the processing level (stage). Here, the processing level is the number of times calibration processing and analysis processing such as standard calibration data creation are performed. In the data type, the observation data is one type, and the data group (raw calibration data, standard calibration data, etc.) used for performing each raw calibration process (calibration process A, calibration process B, etc.) is one. It is a type. The data order within the same type is the order of each data when the data for each data type at each processing level are arranged in a line.

By arranging all the data on such a multi-dimensional structure table, it is possible to easily grasp the relation of each data including the intermediate data. The procedure for newly creating analysis procedure data will be described below using a multidimensional structure table. In order to simplify the explanation, in the following analysis processing, two types of calibration processing (calibration processing A is performed and then calibration processing B is performed) are performed to obtain analysis results.

FIG. 7 is a first diagram showing a procedure for newly creating analysis procedure data. [S1] The user sets the observation data 111 to be processed. As a result, the observation data 1
11 is registered.

FIG. 8 is a second diagram showing a procedure for newly creating analysis processing procedure data. [S2] The user sets the raw calibration data 113 for performing the calibration process B on the observation data 111 to be processed.

FIG. 9 is a third diagram showing a procedure for newly creating analysis processing procedure data. [S3] The user sets the raw calibration data 112 for performing the calibration process A on the observation data 111 to be processed. In this way, the observation data 111 and the raw calibration data 112 and 113 of all types constitute the 0th stage data. [S4] The user sets a processing program for creating standard calibration data for the calibration processing A. [S5] The user sets the input data for creating the standard calibration data for the calibration process A. In this example, only raw calibration data 112 is the input data.

FIG. 10 is a fourth diagram showing a procedure for newly creating analysis processing procedure data. [S6] The user inputs a creation command for the first stage of the analysis processing procedure. Then, the first stage of the analysis processing procedure is created from the processing program set in step S4 and the input data set in step S5. As a result, the first stage data is generated. The first-stage data is the zero-stage raw calibration data 112 converted into the calibration process A standard calibration data 151. The other data is the same as the 0th row. [S7] The user sets a processing program for processing the first stage data. In this example, a processing program for performing the calibration processing A is set. [S8] The user sets the input data of the calibration process A and the data to be applied to each input data.

FIG. 11 is a fifth diagram showing a procedure for newly creating analysis procedure data. [S9] The user
Input the creation command of the second stage of the analysis processing procedure. Then, the processing program set in step S7 and step S8
The second stage of the analysis processing procedure is created from the data set in. In the second stage data, the first stage observation data 111
The calibration processing A completed data 152 is replaced with the raw calibration data 11
3 has been changed to A completed calibration data 156. [S10]
The user sets a processing program for creating standard calibration data for the calibration processing B. [S11] The user sets the input data for creating the standard calibration data for the calibration process B. In this example, only the raw calibration data 113 is the input data.

FIG. 12 is a sixth diagram showing a procedure for newly creating analysis processing procedure data. [S12] The user inputs a creation command for the third stage of the analysis processing procedure. Then, the third stage of the analysis processing procedure is created from the processing program set in step S10 and the input data set in step S11. The data in the third row is
The second-stage raw calibration data 113 is the standard calibration data 153 for the calibration process A. Other data is 2
It is the same as the step. [S13] The user sets a processing program for processing the data in the third row. In this example, a processing program for performing the calibration processing B is set. [S14] The user sets the input data of the calibration process B.

FIG. 13 is a seventh diagram showing a procedure for newly creating analysis processing procedure data. [S15] The user inputs an instruction to execute the calibration process B. Then, the fourth stage of the analysis processing procedure is created from the processing program set in step S13 and the input data set in step S14. [S16] The user inputs a command to save the analysis processing data. Then, the analysis processing procedure editor stores the processing contents performed in steps S1 to S15 as new analysis processing data.

14 and 15 are diagrams showing examples of analysis processing procedure data. “Status” indicates the status of the analysis processing procedure. "DSave" shows that it is saved, "DEdit" shows the status of update or new creation,
“DExec” indicates that the analysis process is being executed.

"Owner" indicates the owner name of the analysis processing procedure data. "Group" indicates the group name to which the owner of the analysis procedure data belongs.

"Create_date" indicates the date and time of creation. “Permission” indicates the operation authority for each of the owner, the group members, and all users. The authority is specified by arranging nine characters of any four characters of "-", "r", "w", and "x". The nine characters have the following meanings in order from the left.

The first character indicates whether or not the owner has the reference authority. If the character is "r", the reference authority is given, and if it is "-", the reference authority is not given. The second character indicates whether the owner has write permission,
If this is "w", there is write authority, and if it is "-", there is no write authority.

The third character indicates whether or not the owner has the execution right. If the character is "x", the execution right is given, and if it is "-", the execution right is not given. The fourth character indicates whether or not there is reference authority for the members of the group. If this is “r”, then the reference authority is present, and if it is “−”, the reference authority is not present.

The fifth character indicates whether or not there is write authority for the members of the group. If this is "w", then there is write authority, and if it is "-", there is no write authority.

The sixth character indicates whether or not the member of the group has the execution right. If the character is "x", the execution right is given, and if it is "-", the execution right is not given. The seventh character indicates the presence or absence of the reference authority for all users. If the character is "r", the reference authority is present, and if it is "-", the reference authority is not present.

The eighth character indicates whether or not there is write authority for all users. If the character is "w", then the user has write authority, and if the character is "-", there is no write authority.
The ninth character indicates whether or not there is execution authority for all users, and if this is “x”, there is execution authority,
If it is "-", there is no execution authority.

In the example of the figure, the authority of reference, writing, and execution is given to "dash1" who is the owner of the analysis processing procedure data, but what authority is given to other persons. Is also not given.

“Abstract” indicates the outline of the analysis processing. "Log" indicates logging information of the analysis processing program. “Obe” indicates the observation device name.

"Filter" indicates the filter name used for observation. “Flame” indicates the type of data created after the analysis processing. "Current _ste
“P” indicates the current stage of analysis processing. The stage of analysis processing is a unit in the height direction of a three-dimensional table that manages data required for analysis processing. The stage of data that has not been processed at all is set to “0”, and the stage of data obtained as a result of being processed by the first analysis processing program is counted as 1. In the illustrated example, since the number of analysis processing programs is 5, there are 6 processing stages from 0 to 5. Therefore, the total number of analysis processing stages is 6. Further, the current number of stages indicates the stage for which the processing of the analysis processing procedure has been completed. As shown in the figure, the current processing stage is "4", which means "engine
"EclipseParaFlatApply" described in "_name3"
The execution of this processing program is completed and the next processing program "Eclipse FlatCreate2" is being executed.

"Row_num" indicates the number of types of data used in the analysis processing. “Irow_ind” indicates the index number of the data type. "Step_num
" Indicates the number of stages of the analysis processing procedure.

"Engine_num" indicates the number of processing programs for analysis processing. “Image data_name” indicates a data name created as a result of the analysis process. "Engine_
"name0" indicates the name of the first analysis processing program and its argument.

"Engine_attr0" indicates the type of the first analysis processing program and the number of input files and the number of output files thereof. Program types include "Create" and "Apply". “Create” is to create a plurality of (natural number of 1 or more) data from a plurality of input data (natural number of 1 or more). "Apply" applies multiple (one or more natural number) data to one data and
It creates one data.

The number of input / output data is defined as follows. The number of input data is a natural number of 1 or more, but if N,
The number of input data is indefinite. Similarly, the number of output data is 1.
Although it is the above natural number, when N is set, the number of input data becomes indefinite.

"Engine_name1" indicates the second analysis processing program name and its argument. "Engine_attr
"1" indicates the type of the second analysis processing program, the number of input files, and the number of output files.

"Engine_name2" indicates the third analysis processing program name and its argument. "Engine_attr
"2" indicates the type of the third analysis processing program, the number of input files, and the number of output files.

"Engine_name3" indicates the name of the fourth analysis processing program and its argument. "Engine_attr
"3" indicates the type of the fourth analysis processing program, the number of input files, and the number of output files.

"Engine_name4" indicates the name of the fifth analysis processing program and its argument. "Engine_attr
"4" indicates the type of the fifth analysis processing program, the number of input files, and the number of output files.

"Data flag" and the following are flags for instructing the input and output of the analysis processing program. This flag is a flag for controlling the input of the corresponding processing program of each data, and is set to the numbers "0", "1", "2". The meaning of each number is as follows. "0"
Means not input. "1" indicates that the data is input data. In the case of "apply" , "2" is the data to be acted on the other data with the flag of "1" that is input at the same time.

"Data name" and thereafter indicate file names of data used in this processing. The input / output file when the processing program is executed is determined by the file specified by these file names and the flag. For example, the processing from the second analysis processing stage to the third analysis stage is as follows.

Using the processing program "IrafFlatCreate" for moving from the second stage to the third stage, the input file "f2-1-
0, f2-1-1, f2-1-2, f2-1-3, f2-1-4 ", and output file " f3-1-0 " of three stages from five. The file whose file name is described as fz-yx ( x, y, and z are the positions of the three-dimensional table) is an intermediate data file created by the analysis process. Data described in other formats (for example, obs.public.kcc.kcc34093) refer to other data (raw data, etc.).

By using the analysis processing procedure data stored in this way, the subsequent analysis processing can be efficiently performed. For example, a part of the analysis processing procedure data can be cut out and saved. As a result, the cut-out analysis processing procedure data can be easily reused.

FIG. 16 is a diagram showing a procedure for storing only a part of the analysis processing procedure data. [S21] The previously stored analysis processing procedure data is loaded on the analysis processing procedure editor. In the figure, a multidimensional data table is shown on the right side. [S22] The user designates data to be reused in another analysis in the loaded analysis processing procedure data. In the illustrated example, the standard calibration data 153 for the calibration process B is designated. [S23] The analysis processing procedure editor 120 checks the dependency relationship between the processing program and the calibration data necessary for creating the specified data, and automatically saves the related data.

Specifically, after the data to be stored is extracted by tracing the generation process of the designated data in the reverse direction, the designated data, the extracted data, and the contents of the generation process of each data are extracted. Save as a set. In the example shown,
First, the A-completed calibration data 15 used as the input data in the process of generating the calibration process B standard calibration data 153.
6 is extracted as data to be stored. Next, the calibration process A standard calibration data 151 and the raw calibration data 113 used as input data in the process of generating the A-completed calibration data 156 are extracted as data to be stored.
Further, the raw calibration data 112 used as the input data in the process of generating the standard calibration data 151 for the calibration process A.
Is extracted as data to be stored. Then, the extracted data and the processing program and arguments necessary for generating each data are stored together with the calibration processing B standard calibration data 153.

As described above, if the data to be reused is stored, the procedure of a series of analysis processing can be performed only by loading the analysis processing procedure data stored in advance when performing the same analysis processing thereafter. There is no need to enter each time.

Also, the intermediate data of the analysis process performed previously can be used for the analysis process of another observation data. For example, if the standard calibration data required by the analysis process performed previously is created, other observation data can be efficiently analyzed using the standard calibration data.

FIG. 17 is a diagram showing a procedure for executing another analysis process by referring to the created analysis process procedure data. [S31] The previously stored analysis processing procedure data is loaded on the analysis processing procedure editor. In the figure, a multidimensional data table is shown in the upper right. [S32] The standard calibration data 151 for analysis process A and the standard calibration data 153 for analysis process B are cut out and stored so that they can be referred to in other analysis processes. The cutout process is the same as the process shown in FIG. [S33] The raw calibration data 112 and 113 are replaced with standard calibration data 151 for calibration process A and standard calibration data 153 for calibration process B, respectively. [S34] The observation data 111 on the 0th row is replaced with another observation data 115. Here, if the analysis process is executed, the calibration process A completed data 159 and the analysis result data 163 for the new observation data 115 are sequentially generated.

As a result, when the standard calibration data is created by executing the analysis process once, the analysis process procedure data in which the standard calibration data generation process is omitted is created, and the efficient analysis process is performed. Can be executed.

Next, the operation procedure of the analysis processing procedure editor will be specifically described. FIG. 18 is a first diagram showing a screen of the analysis procedure editor. This figure shows the state at startup.

The screen of the analysis processing procedure editor is composed of a search screen 200 for searching data and a three-dimensional editing screen 300 for stacking data three-dimensionally. The search screen 200 is provided with a check box 201 for designating a search target. This check box 20
1 includes “Analysis Procedure”,
There are "Engine" and "Image Data".
"Analysis Procedure" is checked when searching for analysis processing procedure data. "Engi
"ne" is checked when searching for the analysis processing program. “Image Data” is checked when searching various image data.

Below the check box 201, a key input section (Key) 202, in which various search condition (Search Condition) setting areas are provided, specifies which attribute character is used as a search key. It is an area for For example, do you search by file name,
Alternatively, specify whether to search by the owner name of the file. The search value input unit (Value) 203 is an area for inputting the search key itself.

The button 204 described as "Start Search" is a button for instructing the start of search. The button 205 described as “Cancel Search” is a button for canceling the search process being executed.

In the result display section 206 labeled "Result", the file name and the like detected by the search process are displayed. "Apply to the Ana
The button 207 described as “lysis Procedure” is a button for applying the data selected in the result display unit 206 to the three-dimensional edit screen 300. The button 208 labeled “Delete” is a button for deleting the data selected in the result display unit 206.

On the three-dimensional edit screen 300, "Analy
There is an analysis processing procedure data name display section 301 described as “sis Procedure Name”. This analysis
The name of the analysis processing procedure data to be edited is displayed in the processing procedure data name display portion 301 .

Below that, "Display Head" is displayed.
button 302 labeled "er", "Display"
A button 303 labeled “Log”, a button 304 labeled “Load”, and a button 305 labeled “Save” are provided. When the button 302 is pressed, header information (owner, creation date, etc.) of the analysis processing procedure data being edited is displayed in another window. When the button 303 is pressed, logging information (such as the time when the execution is finished) when the analysis process is performed is displayed in another window. When the button 304 is pressed, the content of the analysis processing procedure data specified in the analysis processing procedure data name display section 301 is loaded into the memory accessible by the analysis processing procedure editor, and the predetermined data is displayed in the three-dimensional editing screen 300. It is displayed on various display parts inside. When the button 305 is pressed, the data being edited by the analysis procedure editor is saved in a medium such as a hard disk device.

Below these buttons, "Cube B
There is provided a three-dimensional table display area described as "bottom-Top Slice". "Engine
processing program input unit 306 described as “name”
Is an area in which a processing program name for generating the data of the next row from the data of the currently displayed row should be input. The data input unit 307 described as “Image Name” is an area in which a data name used for inputting analysis processing should be input. On the right side of the processing program input unit 306, a button 308 labeled “Engine Args.” Is provided. If you press this button 308,
The arguments of the processing program specified by the processing program input unit 306 are displayed on another screen. In addition, a button 309 labeled “Data Contents” is provided on the right side of the data input unit 307. This button 3
When the user presses 09, the content of the designated data is displayed on another screen.

In the column display section 310 labeled "Level", the column of the currently displayed data is displayed. In the data input / output attribute setting area labeled "Data Kind", the button 311 labeled "Not Input" and "Engine Input" are labeled.
button 312 labeled "t" and "Std.C."
A button 313 described as “alib” is provided. When the button 311 is pressed, the data selected at that time is set as data that is not input to the processing program. When the button 312 is pressed, the data selected at that time is set as the data to be input to the processing program. When the button 313 is pressed, the data selected at that time is set as data to be applied to other input data.

The data display section 314 displays the data of the stage currently being edited. In the data display unit 314, data that is not input to the processing program is "0.
The data that is displayed as "0.0" and input to the processing program is displayed as "0-0-0", and the data that acts on other input data is displayed as "0 * 0 * 0".

A button 315 labeled "Cut"
Is a button for temporarily copying the information of the data selected in the data display unit 314 onto the memory. The button 316 labeled “Paste”
This is a button for inserting the information of the data copied to the memory by the button 315 into the position designated by the cursor in the data display unit 314.

[Apply to Upper Lev]
The button 317 described as “el” is a button for displaying a row above the currently displayed row.
The button 318 described as “Prss Analysis Proc.” Is a button for changing a plurality of raw calibration data into standard calibration data.

The button 319 described as "Start Analysis" is a button for executing the analysis processing in accordance with the analysis processing procedure being edited. "St
button 320 in which "opAnalysis" is written
Is a button for temporarily stopping the analysis process on the way. The button 321 described as “Cancel Analysis” is a button for stopping the analysis process.

Here, the operation when the user refers to the analysis processing procedure data created in the past will be described. FIG. 19 is a second diagram showing a screen of the analysis processing procedure editor. First, the analysis processing procedure data to be referenced is searched. To do this, check box 2 in the search screen 200
Check “Analysis Procedure” of 01. Next, “NAME” is selected from the types of keys displayed on the key input unit 202.

FIG. 20 is a third diagram showing the screen of the analysis procedure editor. A character string included in the name of the target analysis processing procedure data is input to the search value input unit 203. Here, it is assumed that "obs" is input. And
Button 20 labeled "Start Search"
The search is executed by pressing 4, and the search result is displayed in the result display unit 206.

FIG. 21 is a fourth diagram showing the screen of the analysis procedure editor. Select the name of the analysis procedure data you want to refer to from the search result display area 206, and click the button 207.
push. Then, the analysis process in the 3D editing screen 300
The name of the selected analysis procedure data is set in the sequential data name display area 301 .

FIG. 22 is a fifth diagram showing a screen of the analysis processing procedure editor. Here, by pressing the button 304 labeled "Load", the content of the selected analysis processing procedure data is loaded into the analysis processing procedure editor. Then, the number "0" is displayed on the stage display unit 310, and at the same time, the processing program input unit 306 displays the engine name for processing the 0th stage data as "IrafBiasC."
“Reate” is displayed, and the data of the analysis processing procedure data of 0th stage is displayed in the data display unit 314. The position of each data on the multidimensional structure table is indicated by three numbers. Each number indicates the processing level, the data type, and the data order within the same type from the left. Further, the type of data is represented by a symbol connecting numbers. In this example, the data in the first column is the input data,
Other than that, it is not input data. After that, "Apply
Each time the button 317 labeled “to Upper Level” is pressed, the processing contents of the upper level are sequentially displayed.

FIG. 23 is a sixth diagram showing a screen of the analysis processing procedure editor. On this screen, the contents of one row are displayed. This screen is different from the 0-level screen in that the content of the processing program input unit 306 is "IrafBiasAp".
change to “ply”, the stage display unit 310 changes to “1”,
That is, the content of the data display unit 314 has been updated. The contents of the data display section 314 are as follows:
It has been replaced by standard calibration data that acts on other input data. All other data is input data.

FIG. 24 is a seventh diagram showing a screen of the analysis processing procedure editor. On this screen, the contents of two stages are displayed. The difference between this screen and the one-stage screen is that the contents of the processing program input unit 306 is "IrafFlatCr
That is, the column display unit 310 is changed to “2”, and the content of the data display unit 314 is updated. Regarding the contents of the data display unit 314, the data in the first column disappears and the data in the second column becomes the input data. Three
The data in the column is not the input data.

FIG. 25 is an eighth diagram showing a screen of the analysis processing procedure editor. On this screen, the contents of three stages are displayed. The difference between this screen and the two-stage screen is that the content of the processing program input unit 306 is "EclipseFla
tCreate2 ”, and the column display unit 310 is“ 3 ”.
That is, the content of the data display unit 314 is updated. In the content of the data display unit 314, the data in the second column is changed to the input data.

FIG. 26 is a ninth diagram showing a screen of the analysis processing procedure editor. On this screen, the contents of four rows are displayed. The difference between this screen and the three-stage screen is that the contents of the processing program input unit 306 is "IrafFlatAp
change to “ply”, the stage display unit 310 changes to “4”,
That is, the content of the data display unit 314 has been updated. The contents of the data display section 314 are as follows:
The data is changed to other input data and the data in the third column is changed to the input data.

FIG. 27 is a tenth view showing the screen of the analysis processing procedure editor. On this screen, the contents of five stages are displayed. Since this stage is the highest stage, the data displayed in the third column of the data display unit 314 is the analysis result data. When this data is selected, the name of the data is displayed on the data input unit 307.

As described above, it is possible to refer to the already created analysis processing procedure data and utilize it for another analysis processing. For example, if another observation data is to be analyzed by the same calibration process, the observation data (data indicated by “0.2.0” in the data display unit 314) is changed in the state of FIG. For that purpose, the observation data is selected, and the name of another observation data is input to the data input unit 307.
Then, if the button 319 labeled "Start Analysis" is pressed, the analysis process for the new observation data is executed.

In the state of FIG. 22, "Press A
analysis Proc. If you press the button 318 labeled "," the raw calibration data
Replaced with standard calibration data.

As described above, by saving the analysis processing procedure data of the analysis processing performed in the past, it is possible to efficiently establish the analysis processing procedure for a new analysis based on the analysis processing procedure data. Can be done.

Further, since the raw data and standard calibration data used in the analysis processing are centrally managed by the analysis processing procedure editor, it is easy for another person to reuse the data used in the past analysis processing. .

Further, since it is easy to use the intermediate data such as the standard calibration data used in other analysis processing, the analysis processing efficiency is improved. The functions of the above-mentioned analysis processing procedure editor are described in a program recorded in a computer-readable recording medium, and a predetermined function is realized by the computer by executing this program by the computer. Computer-readable recording media include magnetic recording devices and semiconductor memories. In the case of distribution in the market, the program is stored in a portable recording medium such as a CD-ROM or a floppy disk for distribution, or stored in a storage device of a computer connected via a network, and then stored in another storage device via the network. It can also be transferred to another computer. When the program is executed by the computer, the program is stored in a hard disk device or the like in the computer, loaded into the main memory and executed.

[0089]

As described above, in the observation data analysis device of the present invention, the data output by the analysis processing execution means
Data included as inter-data is arranged in a multidimensional structure,
Since the analysis procedure data was created,
By referring to the physical procedure data , it is possible to confirm what kind of processing was performed using which data and in what order, including the intermediate data, and it is possible to quickly establish a new processing procedure.

Further, in the medium in which the analysis processing procedure management program of the present invention is recorded, the data output by the analysis processing executing means is output.
The data including the data as intermediate data is distributed in the multidimensional structure.
Since a program for recording the analysis process procedure data was recorded, the program recorded on this medium can be executed by a computer to establish an analysis process procedure for a new analysis based on the analysis process procedure data. Can be done efficiently.

[Brief description of drawings]

FIG. 1 is a principle configuration diagram of the present invention.

FIG. 2 is a diagram showing an astronomical observation system.

FIG. 3 is a conceptual diagram of an analysis processing procedure.

FIG. 4 is a conceptual diagram of a process of creating A-completed calibration data.

FIG. 5 is a conceptual diagram of processing for creating AB-calibrated data.

FIG. 6 is a diagram showing a multidimensional structure table.

FIG. 7 is a first diagram showing a procedure for newly creating analysis processing procedure data.

FIG. 8 is a second diagram showing a procedure for newly creating analysis processing procedure data.

FIG. 9 is a third diagram showing a procedure for newly creating analysis procedure data.

FIG. 10 is a fourth diagram showing a procedure for newly creating analysis processing procedure data.

FIG. 11 is a fifth diagram showing a procedure for newly creating analysis processing procedure data.

FIG. 12 is a sixth diagram showing a procedure for newly creating analysis processing procedure data.

FIG. 13 is a seventh diagram showing a procedure for newly creating analysis processing procedure data.

FIG. 14 is a diagram showing an example of analysis processing procedure data.

FIG. 15 is a diagram showing an example of analysis processing procedure data.

FIG. 16 is a diagram showing a procedure for storing only a part of the analysis processing procedure data.

FIG. 17 is a diagram showing a procedure for executing another analysis process by referring to the created analysis process procedure data.

FIG. 18 is a first diagram showing a screen of an analysis procedure editor.

FIG. 19 is a second diagram showing a screen of an analysis processing procedure editor.

FIG. 20 is a third diagram showing the screen of the analysis processing procedure editor.

FIG. 21 is a fourth diagram showing the screen of the analysis processing procedure editor.

FIG. 22 is a fifth diagram showing the screen of the analysis processing procedure editor.

FIG. 23 is a sixth diagram showing the screen of the analysis procedure editor.

FIG. 24 is a seventh diagram showing the screen of the analysis processing procedure editor.

FIG. 25 is an eighth diagram showing a screen of an analysis processing procedure editor.

FIG. 26 is a ninth diagram showing the screen of the analysis processing procedure editor.

FIG. 27 is a tenth view showing the screen of the analysis procedure editor.

[Explanation of symbols]

1 Observation data 2 Raw calibration data 3 intermediate data 4 Analysis result data 5 Analysis processing information input means 6 Analysis procedure management means 7 Analysis processing procedure data

─────────────────────────────────────────────────── ─── Continuation of the front page (58) Fields surveyed (Int.Cl. ⁷ , DB name) G01D 21/00

Claims (6)

(57) [Claims] 1. A Observation device for analyzing observed data, receives the analysis information including the processing content and data used for analysis processing, treatment analysis according to the analysis information
Analysis processing means for executing the processing and outputting the data generated as a result of the processing, and the analysis processing information for the specific analysis processing.
To the processing execution means and outputs the data output by the analysis processing execution means.
Data as intermediate data to be used in the next analysis process
Analysis including data used for processing, processing content, and processing order
When the processing procedure is input, it is generated during the series of analysis processing
Data including the above-mentioned intermediate data is distributed in a multidimensional structure.
An observation data analysis device, comprising: an analysis process procedure management unit configured to arrange and create analysis process procedure data . 2. The analysis processing procedure management means includes a data type, a data order for each type, and 1 for each analysis processing.
The observation data analysis apparatus according to claim 1 , wherein the data is managed in a multidimensional structure of at least three dimensions or more, each processing stage increasing by stages as an axis. 3. The analysis processing procedure management means is a storage device.
When a command to read the prepared analysis processing procedure data stored in is received, the prepared analysis processing procedure data is read, the multidimensional structure of the data is reproduced, the data used for the analysis processing, the processing content, and the processing order. 2. The observation data analysis device according to claim 1, wherein the information of 1 is displayed on a display device. 4. When the analysis processing procedure management means receives an analysis processing procedure data creation command designating intermediate data generated during a series of analysis processing, only the analysis processing procedure for generating the intermediate data is received. 2. The intermediate data creation procedure data is created by cutting out the data.
Observation data analysis device described. 5. The analysis processing procedure management means replaces data necessary for generating the intermediate data with the intermediate data when the intermediate data has been created by a previous process, and simplifies the analysis. The observation data analysis apparatus according to claim 1, wherein processing procedure data is generated. 6. A method for managing an observation data analysis procedure
In medium recording analyzing process management program receives the analysis information including the processing content and data used for analysis processing, treatment analysis according to the analysis information
Analysis processing means for executing the processing and outputting the data generated as a result of the processing, and the analysis processing information for the specific analysis processing.
To the processing execution means and outputs the data output by the analysis processing execution means.
Data as intermediate data to be used in the next analysis process
Analysis including data used for processing, processing content, and processing order
When the processing procedure is input, it is generated during the series of analysis processing
Data including the above-mentioned intermediate data is distributed in a multidimensional structure.
A medium in which an analysis processing procedure management means for creating a line and creating analysis processing procedure data and an analysis processing procedure management program for operating a computer are recorded.