CN104133678A - Method and device for constructing and operating interactive seismic interpretation system - Google Patents
Method and device for constructing and operating interactive seismic interpretation system Download PDFInfo
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Abstract
The embodiment of the invention provides a method and a device for constructing and operating an interactive seismic interpretation system, wherein the method comprises the following steps: acquiring a description file which is created by a user and used for constructing an application program in an interactive seismic interpretation system, wherein the description file comprises a description label of an interactive function included by the application program and the layout of the interactive function on an interactive interface of the interactive seismic interpretation system; creating a firmware library, calling firmware of the interactive function according to the description tag, and associating the firmware with a preset key operation, wherein the firmware is a function of the interactive operation required by the interactive function, and the preset key operation is used for starting the firmware; and creating an interactive interface of the interactive seismic interpretation system according to the layout. According to the embodiment of the invention, the user can create the description file according to the facing geological characteristics, the operation experience of operators and the technical development condition, so that the framework of the constructed interactive seismic interpretation system can be adjusted according to different specific requirements.
Description
Technical field
The present invention relates to oil and ore prospecting technical field, particularly a kind of structure, the method for moving mutual earthquake interpre(ta)tive system and device.
Background technology
Mutual earthquake interpre(ta)tive system is by a lot of exercisable function compositions, and we can be referred to as " general utility functions " most of function wherein, and their effect is to serve certain or certain several " specific process ", as supporting the use.As functions such as the wavelet extraction in well log constrained seismic inversion application, composite traces contrast and layer position explanations, in such application, can be described as general utility functions, well constraint inversion algorithm itself belongs to specific process.And in the mutual earthquake interpre(ta)tive system that different application research and development institution provides at present, overwhelming majority general utility functions is from technology itself, can serve other specific process completely, even connect specific process itself, in other technology, also can be used as general utility functions and use, can bring into play larger effect.But, nearly all application research and development institution is in the initial designs of application research and development, just that all functions are packaged, fix in the dust, cannot split at all, thoroughly limit the performance of these functions, application is fixed, the system architecture of mutual earthquake interpre(ta)tive system is fixed, and belongs to not reconfigurable system framework.
At present, mutual earthquake interpre(ta)tive system all belongs to not reconfigurable system framework, be mainly reflected in: the target of application is fixed, function combination is fixing, function division is fixing and interface framework is fixed, wherein, target fixedly refers to that application purpose is immutable, for example, can only be for structure elucidation, well constraint inverting or reservoir parameter forecast etc.; Function combination fixedly refers to the supporting substantially definite of relevant interactive function, and for example, well constraint inverting needs supporting wavelet extraction or composite traces contrast etc.; Function is divided and is fixedly referred to that, in a plurality of operation interfaces, the interactive function of each self-contained lid can not be changed mutually; Interface framework fixedly refers to that the layout of feature operation on interface can not change, and emphasis is the layout of menu item (menubar) and shortcut.In today of technology fast development, it is a very difficult thing that compatible numerous technology is wanted in the application based on this not reconstruction structure.All technology are integrated in one, cause single application too huge; Technology is distributed in different application, accomplishes a task and need a plurality of application combinations, complicated and difficult realization.
Summary of the invention
The embodiment of the present invention provides a kind of structure, moved method and the device of mutual earthquake interpre(ta)tive system, solved mutual earthquake interpre(ta)tive system in prior art and be the technical matters of fixing system architecture.
The embodiment of the present invention provides a kind of method that builds mutual earthquake interpre(ta)tive system, the method comprises: obtain that user creates for building the description document of mutual earthquake interpre(ta)tive system application program, described description document comprises description label and the layout of described interactive function on the interactive interface of described mutual earthquake interpre(ta)tive system of the interactive function that described application program comprises; Create firmware library, described firmware library storage has been used for the firmware of distinct interaction operation; According to described description label, call the firmware of described interactive function, by described firmware and programmable button operative association, wherein, described firmware has been the power function of the required interactive operation of described interactive function, and described programmable button operation is used for starting described firmware; According to described layout, create the interactive interface of described mutual earthquake interpre(ta)tive system.
In one embodiment, create the interactive interface of described mutual earthquake interpre(ta)tive system according to described layout before, also comprise: creative management file, described management document is described the path of described firmware reading out data and storage data.
In one embodiment, described interactive function is the combination of User Defined interactive function or existing interactive function.
The embodiment of the present invention also provides a kind of operation method of the mutual earthquake interpre(ta)tive system building according to above-mentioned construction method, the interactive interface that shows described mutual earthquake interpre(ta)tive system, is distributed with described interactive function on the interactive interface of described mutual earthquake interpre(ta)tive system; Receive the operational order of described programmable button operation, start the firmware of described interactive function; Start after described firmware, by current stack pointer, in the data stack of appointment, find the required data of described firmware, and the pointer of desired data is fed back to described firmware, wherein, data stack is for storing path and the pointer of the data of loading, a data stack of current use in described current stack pointed data stack.
In one embodiment, by current stack pointer when not searching out the required data of described firmware in the data stack of appointment, data stack by the required data of described firmware from system external load to current use, and the pointer of desired data is fed back to described firmware.
In one embodiment, also comprise: read management document, described management document is described the path of described firmware reading out data and storage data; Start after described firmware, the path of describing according to described creative management file is read and is stored the data of described firmware.
The embodiment of the present invention also provides a kind of device that builds mutual earthquake interpre(ta)tive system, this device comprises: acquisition module, for obtain that user creates for building the description document of mutual earthquake interpre(ta)tive system application program, described description document comprises description label and the layout of described interactive function on the interactive interface of described mutual earthquake interpre(ta)tive system of the interactive function that described application program comprises; Firmware library creation module, for creating firmware library, described firmware library storage has been used for the firmware of distinct interaction operation; Calling module, for call the firmware of described interactive function according to described description label, by described firmware and programmable button operative association, wherein, described firmware has been the power function of the required interactive operation of described interactive function, and described programmable button operation is used for starting described firmware; Interface creating module, for creating the interactive interface of described mutual earthquake interpre(ta)tive system according to described layout.
In one embodiment, also comprise: management document creation module, before creating the interactive interface of described mutual earthquake interpre(ta)tive system according to described layout, creative management file, described management document is described the path of described firmware reading out data and storage data.
In one embodiment, described interactive function is the combination of User Defined interactive function or existing interactive function.
The embodiment of the present invention also provides a kind of running gear of the mutual earthquake interpre(ta)tive system building according to above-mentioned construction device, this device comprises: display module, for showing the interactive interface of described mutual earthquake interpre(ta)tive system, on the interactive interface of described mutual earthquake interpre(ta)tive system, be distributed with described interactive function; Receiver module, for receiving the operational order of described programmable button operation, starts the firmware of described interactive function; Data acquisition module, be used for starting after described firmware, by current stack pointer, in the data stack of appointment, find the required data of described firmware, and the pointer of desired data is fed back to described firmware, wherein, data stack is for storing path and the pointer of the data of loading, a data stack of current use in described current stack pointed data stack.
In one embodiment, also comprise: data load-on module, when not searching out the required data of described firmware by current stack pointer to the data stack of appointment, data stack by the required data of described firmware from system external load to current use, and the pointer of desired data is fed back to described firmware.
In one embodiment, also comprise: management document read module, for reading management document, described management document is described the path of described firmware reading out data and storage data; Data management module, for starting after described firmware, the path of describing according to described creative management file is read and is stored the data of described firmware.
In embodiments of the present invention, by obtain that user creates for building the description document of mutual earthquake interpre(ta)tive system application program, create firmware library, according to this description document, call the firmware of interactive function, by described firmware and programmable button operative association, described programmable button operation is used for starting described firmware, and according to the interactive interface of the described mutual earthquake interpre(ta)tive system of described layout establishment, complete the structure of mutual earthquake interpre(ta)tive system, can operate to start this mutual earthquake interpre(ta)tive system by programmable button.Owing to being that user creates for building the description document of mutual earthquake interpre(ta)tive system application program, user can be according to the development of the geology characteristic of facing, operating personnel's operating experience and technology (for example, the technology of new research and development), when creating description document, select neatly, combine interactive function, and the layout of interactive function on interactive interface described, the framework of the mutual earthquake interpre(ta)tive system of structure can be adjusted according to concrete different demands, no longer changeless, the dirigibility that has improved the framework of mutual earthquake interpre(ta)tive system.
Accompanying drawing explanation
Accompanying drawing described herein is used to provide a further understanding of the present invention, forms the application's a part, does not form limitation of the invention.In the accompanying drawings:
Fig. 1 is a kind of process flow diagram that builds the method for mutual earthquake interpre(ta)tive system that the embodiment of the present invention provides;
Fig. 2 is the process flow diagram of the operation method of a kind of mutual earthquake interpre(ta)tive system that provides of the embodiment of the present invention;
Fig. 3 is a kind of structured flowchart that builds the device of mutual earthquake interpre(ta)tive system that the embodiment of the present invention provides;
Fig. 4 is the structured flowchart of the running gear of a kind of mutual earthquake interpre(ta)tive system that provides of the embodiment of the present invention.
Embodiment
For making the object, technical solutions and advantages of the present invention clearer, below in conjunction with embodiment and accompanying drawing, the present invention is described in further details.At this, exemplary embodiment of the present invention and explanation thereof are used for explaining the present invention, but not as a limitation of the invention.
In embodiments of the present invention, provide a kind of method that builds mutual earthquake interpre(ta)tive system, as shown in Figure 1, the method comprises:
Step 101: obtain that user creates for building the description document of mutual earthquake interpre(ta)tive system application program, described description document comprises description label and the layout of described interactive function on the interactive interface of described mutual earthquake interpre(ta)tive system of the interactive function that described application program comprises;
Step 102: create firmware library, described firmware library storage has been used for the firmware of distinct interaction operation;
Step 103: the firmware that calls described interactive function according to described description label, by described firmware and programmable button operative association, wherein, described firmware has been the power function of the required interactive operation of described interactive function, and described programmable button operation is used for starting described firmware;
Step 104: the interactive interface that creates described mutual earthquake interpre(ta)tive system according to described layout.
Flow process is as shown in Figure 1 known, in embodiments of the present invention, by obtain that user creates for building the description document of mutual earthquake interpre(ta)tive system application program, create firmware library, according to this description document, call the firmware of interactive function, by described firmware and programmable button operative association, described programmable button operation is used for starting described firmware, and according to the interactive interface of the described mutual earthquake interpre(ta)tive system of described layout establishment, complete the structure of mutual earthquake interpre(ta)tive system, can operate to start this mutual earthquake interpre(ta)tive system by programmable button.Owing to being that user creates for building the description document of mutual earthquake interpre(ta)tive system application program, user can be according to the development of the geology characteristic of facing, operating personnel's operating experience and technology (for example, the technology of new research and development), when creating description document, select neatly, combine interactive function, and the layout of interactive function on interactive interface described, the framework of the mutual earthquake interpre(ta)tive system of structure can be adjusted according to concrete different demands, no longer changeless, the dirigibility that has improved the framework of mutual earthquake interpre(ta)tive system.
Concrete, the feature of the method for the mutual earthquake interpre(ta)tive system of structure that the embodiment of the present invention proposes is that user can create description document according to the demand of oneself, and then builds corresponding application.For example, when user starts application (, by programmable button operation start firmware), program is by the assembling scheme providing according to user (a kind of description document of set form), assembled required application.This process that builds mutual earthquake interpre(ta)tive system is different from the plug and play to application, this process is inner in application, all interactive functions are dismantled flexibly and assembled, the advantage of doing be like this mainly reflected in following some: 1) application itself is variable, can be adjusted according to need of work; 2) can, for the geological problem facing, by the demand flexible assembling application of technology, for example, when creating description document, for the geological problem facing, by the demand of technology, select neatly, combine interactive function; 3) experience can be used as the another kind of form of technology, and the mode by reconstruction applications popularizes, and for example, when creating description document, according to operating personnel's operating experience, selects neatly, combines interactive function; 4) in new technology research and development, user can, according to the needs of complete sets of Techniques, choose useful interactive function and be combined into new application from the application of new research and development; 5) any technology newly developed can be done supportingly for other technology, for example, when creating description document, according to Technology Need, can select any new technology and existing technology to do supporting; 6) reduce to greatest extent the function irrelevant with specific Geologic Requirements, convenient operation personnel grasp; 7) can, according to application personnel's use habit, to operation, carry out gather and increase and decrease.In a word, by building the method for mutual earthquake interpre(ta)tive system, can meet the different levels personnel's such as method research, experience promotion and application combination demand.
During concrete enforcement, before application program is activated, the setting of interactive function and the interactive function layout on interactive interface is all non-deterministic.Before starting application program, user is according to the demand of oneself, be pre-created a description document of how to assemble application (also can use existing, can to meet oneself needs interface description file), the content of this description document provides description label (Label) and the layout of these interactive functions on interactive interface that builds the needed interactive function of application program itself, interactive function in mutual earthquake interpre(ta)tive system.When starting application program, first application interface creator reads the given description document of user, the interactive function that deciphering is used and the layout of these interactive functions, and then create the interactive interface of mutual earthquake interpre(ta)tive system, also to from firmware library, find the firmware (firmware has been the power function of the required interactive operation of described interactive function) of all interactive functions of description document appointment simultaneously, and by firmware management device, firmware and specified button (Button) operation are articulated, finally complete reconstruct and the startup of application.
During concrete enforcement, in order to meet different application demands, in the present embodiment, create firmware library, described firmware library storage has been used for the firmware of distinct interaction operation.This firmware library can be a kind of capable of dynamic load libraries, for having deposited the firmware of different operating, for example, for the firmware that data are loaded into data stack from file or the database of system outside, or for data are write back to the file of system outside or the firmware of database from data stack.In firmware library, each firmware itself can not independent operating, does not also belong to a part for application, only has in the executable program of being called in and could use.It is just bound when moving with application.During any one new method of User Exploitation, program directly can not be write as a part (subroutine) for application, can only be according to firmware programs standard, be written as one or more firmwares and put into firmware library, by the start-up course of application, call firmware and just can make firmware become a part for application.In other words, if the function needing in description document does not comprise this technology, in application after starting, do not have the existence of this technology, no matter whether use, and functional module of the prior art is solidificated in application, without calling, can not remove this functional module according to different demands.
Concrete, each firmware is exactly an interactive operation, and a complete interactive function can be completed separately or be realized by a plurality of interactive operations are collaborative by an interactive operation, and it depends on the design that user is initial.As layer position explanation function is realized by a plurality of interactive operations exactly, by layer bit attribute define, a series of interactive operations such as horizon picking, layer position are revised, preserve layer position, layer position loading have combined.Although, between firmware, sometimes need collaborative work, between firmware, there is not the relation of mutually calling.The use of firmware is only relevant to the button (Button) on interactive operation interface, by programmable button, operates (for example, the click of mouse to button), just can complete the startup of firmware.The management of this Starting mode is completed by firmware management device.In order to realize the collaborative work between each firmware, create the interactive interface of described mutual earthquake interpre(ta)tive system according to described layout before, can creative management file, described management document has been described the path of described firmware reading out data and storage data.
During concrete enforcement, can be responsible for by the ground layer-management of system the collaborative work of the functions such as communication between Coordinator, drawing function, interactive operation.Operating system is born the atomic transactions such as priority ranking, control inputs and output device, operational network and managing file system such as management and allocate memory, decision systems resource supply and demand.Operating system is necessary for the means that user provides various simple and effective access local resources, and organization system workflow reasonably, so that effective management system, in order to realize these basic functions, need in operating system, set up various processes, write different functional modules, and by the thought of hierarchical structure, these functional modules are organically organized, to complete the major functions such as processor management, storage administration, file system management, equipment control, operation control.Operating system is a huge supervisor control program, roughly comprises: the parts such as process and processor management, task management, storage administration, equipment control, file management.
Concrete, as shown in Figure 2, the operation method of the mutual earthquake interpre(ta)tive system building according to above-mentioned construction method comprises the steps:
Step 201: show the interactive interface of described mutual earthquake interpre(ta)tive system, be distributed with described interactive function on the interactive interface of described mutual earthquake interpre(ta)tive system;
Step 202: receive the operational order of described programmable button operation, start the firmware of described interactive function;
Step 203: start after described firmware, by current stack pointer, in the data stack of appointment, find the required data of described firmware, and the pointer of desired data is fed back to described firmware, wherein, data stack is for storing path and the pointer of the data of loading, a data stack of current use in described current stack pointed data stack.
Concrete, data stack is the key that guarantees in interactive interpretation, processing procedure that data are transmitted, and can be comprised of a plurality of data stack and current stack pointer.Data stack is used for depositing the data of loading or the path of load document, pointer, and a data stack can be deposited polytype related data, the Location of requirement of viewing system.Current stack pointer is used to refer to a current data stack of using in data stack, after firmware is activated, finds desired data exactly by current stack pointer in the data stack of appointment.To the use of the data in data stack with to deposit be to realize by stack management program.
Concrete, by current stack pointer when not searching out the required data of described firmware in the data stack of appointment, can be by the required data of described firmware the data stack from system external load to current use, and the pointer of desired data is fed back to described firmware.For example, can call in firmware library for the firmware from system external load to data stack by data, utilize this firmware that the required data of described firmware are loaded in the data stack of current use, and the pointer of desired data is fed back to described firmware.The operating data transmission of above-mentioned application is to be responsible for realization by stack management program.When certain operation (firmware being activated) need to be used one or more data, need to search by stack management program, desired data is sent back to by pointer mode; If the data that need do not find, stack management program, by issue information, allows user use corresponding data loading firmware on interactive interface, and data are loaded in current data stack, and then use is provided.
When collaborative realization of a plurality of interactive operations of certain interactive function needs, in order to realize the collaborative work between each firmware, in the present embodiment, read management document, described management document is described the path of described firmware reading out data and storage data; Start after described firmware, the path that can describe according to described creative management file is read and is stored the data of described firmware.
Concrete, above-mentioned interactive function can be the combination of User Defined (new research and development) interactive function or existing interactive function.The interactive function of new research and development refers to that, by the technology of the new research and development of programming process, research and development does not write direct in application, can only be put in firmware library as firmware, realizes the use of technology by application interface description document.The combination of existing interactive function refers to the combination technique of not researching and developing by programming process, by the assembling to existing firmware, realize the popularization of technology, require research staff to possess the experience of actual treatment, rule of thumb research and develop combination technique, be embodied in the description document of application interface, by starting, should be used for realizing assembling.
Based on same inventive concept, in the embodiment of the present invention, also provide a kind of device that builds mutual earthquake interpre(ta)tive system, as described in the following examples.Because the principle that the device of the mutual earthquake interpre(ta)tive system of structure is dealt with problems is similar to the method that builds mutual earthquake interpre(ta)tive system, therefore the enforcement that builds the device of mutual earthquake interpre(ta)tive system can, referring to the enforcement that builds the method for mutual earthquake interpre(ta)tive system, repeat part and repeat no more.Following used, term " unit " or " module " can realize the combination of software and/or the hardware of predetermined function.Although the described device of following examples is preferably realized with software, hardware, or the realization of the combination of software and hardware also may and be conceived.
Fig. 3 is a kind of structured flowchart of the device of the mutual earthquake interpre(ta)tive system of the structure of the embodiment of the present invention, as shown in Figure 3, comprise: acquisition module 301, firmware library creation module 302, calling module 303 and interface creating module 304, describe this structure below.
Acquisition module 301, for obtain that user creates for building the description document of mutual earthquake interpre(ta)tive system application program, described description document comprises description label and the layout of described interactive function on the interactive interface of described mutual earthquake interpre(ta)tive system of the interactive function that described application program comprises;
Firmware library creation module 302, is connected with acquisition module 301, and for creating firmware library, described firmware library storage has been used for the firmware of distinct interaction operation;
Calling module 303, be connected with firmware library creation module 302, for call the firmware of described interactive function according to described description label, by described firmware and programmable button operative association, wherein, described firmware has been the power function of the required interactive operation of described interactive function, and described programmable button operation is used for starting described firmware;
Interface creating module 304, is connected with calling module 303, for create the interactive interface of described mutual earthquake interpre(ta)tive system according to described layout.
Concrete, above-mentioned interface creating module 304 is equivalent to application interface creator, and calling module 303 is equivalent to firmware management device.
In one embodiment, management document creation module, before creating the interactive interface of described mutual earthquake interpre(ta)tive system according to described layout, creative management file, described management document has been described the path of described firmware reading out data and storage data.
Concrete, the function that management document creation module completes is equivalent to the function that systematically layer-management completes.
Fig. 4 is a kind of structured flowchart of running gear of the mutual earthquake interpre(ta)tive system of the embodiment of the present invention, and as shown in Figure 4, this device comprises:
Display module 401, for showing the interactive interface of described mutual earthquake interpre(ta)tive system, is distributed with described interactive function on the interactive interface of described mutual earthquake interpre(ta)tive system;
Receiver module 402, is connected with display module 401, for receiving the operational order of described programmable button operation, starts the firmware of described interactive function;
Data acquisition module 403, be connected with receiver module 402, be used for starting after described firmware, by current stack pointer, in the data stack of appointment, find the required data of described firmware, and the pointer of desired data is fed back to described firmware, wherein, data stack is for storing path and the pointer of the data of loading, a data stack of current use in described current stack pointed data stack.
In one embodiment, also comprise: data load-on module, when not searching out the required data of described firmware by current stack pointer to the data stack of appointment, data stack by the required data of described firmware from system external load to current use, and the pointer of desired data is fed back to described firmware.
In one embodiment, also comprise: management document read module, for reading management document, described management document is described the path of described firmware reading out data and storage data; Data management module, is connected with management document read module, and for starting after described firmware, the path of describing according to described creative management file is read and stored the data of described firmware.
Concrete, the function that above-mentioned data acquisition module and data load-on module complete is equivalent to the function that stack management program completes.
In one embodiment, described interactive function is the combination of User Defined (new research and development) interactive function or existing interactive function.
In embodiments of the present invention, by obtain that user creates for building the description document of mutual earthquake interpre(ta)tive system application program, create firmware library, according to this description document, call the firmware of interactive function, by described firmware and programmable button operative association, described programmable button operation is used for starting described firmware, and according to the interactive interface of the described mutual earthquake interpre(ta)tive system of described layout establishment, complete the structure of mutual earthquake interpre(ta)tive system, can operate to start this mutual earthquake interpre(ta)tive system by programmable button.Owing to being that user creates for building the description document of mutual earthquake interpre(ta)tive system application program, user can be according to the development of the geology characteristic of facing, operating personnel's operating experience and technology (for example, the technology of new research and development), when creating description document, select neatly, combine interactive function, and the layout of interactive function on interactive interface described, the framework of the mutual earthquake interpre(ta)tive system of structure can be adjusted according to concrete different demands, no longer changeless, the dirigibility that has improved the framework of mutual earthquake interpre(ta)tive system.
Obviously, those skilled in the art should be understood that, each module of the above-mentioned embodiment of the present invention or each step can realize with general calculation element, they can concentrate on single calculation element, or be distributed on the network that a plurality of calculation elements form, alternatively, they can be realized with the executable program code of calculation element, thereby, they can be stored in memory storage and be carried out by calculation element, and in some cases, can carry out shown or described step with the order being different from herein, or they are made into respectively to each integrated circuit modules, or a plurality of modules in them or step are made into single integrated circuit module to be realized.Like this, the embodiment of the present invention is not restricted to any specific hardware and software combination.
The foregoing is only the preferred embodiments of the present invention, be not limited to the present invention, for a person skilled in the art, the embodiment of the present invention can have various modifications and variations.Within the spirit and principles in the present invention all, any modification of doing, be equal to replacement, improvement etc., within all should being included in protection scope of the present invention.
Claims (12)
1. build a method for mutual earthquake interpre(ta)tive system, it is characterized in that, comprising:
Obtain that user creates for building the description document of mutual earthquake interpre(ta)tive system application program, described description document comprises description label and the layout of described interactive function on the interactive interface of described mutual earthquake interpre(ta)tive system of the interactive function that described application program comprises;
Create firmware library, described firmware library storage has been used for the firmware of distinct interaction operation;
According to described description label, call the firmware of described interactive function, by described firmware and programmable button operative association, wherein, described firmware has been the power function of the required interactive operation of described interactive function, and described programmable button operation is used for starting described firmware;
According to described layout, create the interactive interface of described mutual earthquake interpre(ta)tive system.
2. build as claimed in claim 1 the method for mutual earthquake interpre(ta)tive system, it is characterized in that, create the interactive interface of described mutual earthquake interpre(ta)tive system according to described layout before, also comprise:
Creative management file, described management document is described the path of described firmware reading out data and storage data.
3. build as claimed in claim 1 or 2 the method for mutual earthquake interpre(ta)tive system, it is characterized in that, described interactive function is the combination of User Defined interactive function or existing interactive function.
4. an operation method for the mutual earthquake interpre(ta)tive system building according to method described in any one in claims 1 to 3, is characterized in that, comprising:
The interactive interface that shows described mutual earthquake interpre(ta)tive system, is distributed with described interactive function on the interactive interface of described mutual earthquake interpre(ta)tive system;
Receive the operational order of described programmable button operation, start the firmware of described interactive function;
Start after described firmware, by current stack pointer, in the data stack of appointment, find the required data of described firmware, and the pointer of desired data is fed back to described firmware, wherein, data stack is for storing path and the pointer of the data of loading, a data stack of current use in described current stack pointed data stack.
5. the operation method of mutual earthquake interpre(ta)tive system as claimed in claim 4, is characterized in that, also comprises:
By current stack pointer, when not searching out the required data of described firmware in the data stack of appointment, the data stack by the required data of described firmware from system external load to current use, and the pointer of desired data is fed back to described firmware.
6. the operation method of mutual earthquake interpre(ta)tive system as claimed in claim 4, is characterized in that, also comprises:
Read management document, described management document is described the path of described firmware reading out data and storage data;
Start after described firmware, the path of describing according to described management document is read and is stored the data of described firmware.
7. build a device for mutual earthquake interpre(ta)tive system, it is characterized in that, comprising:
Acquisition module, for obtain that user creates for building the description document of mutual earthquake interpre(ta)tive system application program, described description document comprises description label and the layout of described interactive function on the interactive interface of described mutual earthquake interpre(ta)tive system of the interactive function that described application program comprises;
Firmware library creation module, for creating firmware library, described firmware library storage has been used for the firmware of distinct interaction operation;
Calling module, for call the firmware of described interactive function according to described description label, by described firmware and programmable button operative association, wherein, described firmware has been the power function of the required interactive operation of described interactive function, and described programmable button operation is used for starting described firmware;
Interface creating module, for creating the interactive interface of described mutual earthquake interpre(ta)tive system according to described layout.
8. build as claimed in claim 7 the device of mutual earthquake interpre(ta)tive system, it is characterized in that, also comprise:
Management document creation module, before creating the interactive interface of described mutual earthquake interpre(ta)tive system according to described layout, creative management file, described management document is described the path of described firmware reading out data and storage data.
9. as described in claim 7 or 8, build the device of mutual earthquake interpre(ta)tive system, it is characterized in that, described interactive function is the combination of User Defined interactive function or existing interactive function.
10. according to a running gear for the mutual earthquake interpre(ta)tive system that described in any one in claim 7 to 9, device builds, it is characterized in that, comprising:
Display module, for showing the interactive interface of described mutual earthquake interpre(ta)tive system, is distributed with described interactive function on the interactive interface of described mutual earthquake interpre(ta)tive system;
Receiver module, for receiving the operational order of described programmable button operation, starts the firmware of described interactive function;
Data acquisition module, be used for starting after described firmware, by current stack pointer, in the data stack of appointment, find the required data of described firmware, and the pointer of desired data is fed back to described firmware, wherein, data stack is for storing path and the pointer of the data of loading, a data stack of current use in described current stack pointed data stack.
11. running gears of mutual earthquake interpre(ta)tive system as claimed in claim 10, is characterized in that, also comprise:
Data load-on module, when not searching out the required data of described firmware by current stack pointer to the data stack of appointment, data stack by the required data of described firmware from system external load to current use, and the pointer of desired data is fed back to described firmware.
12. running gears of mutual earthquake interpre(ta)tive system as claimed in claim 10, is characterized in that, also comprise:
Management document read module, for reading management document, described management document is described the path of described firmware reading out data and storage data;
Data management module, for starting after described firmware, the path of describing according to described creative management file is read and is stored the data of described firmware.
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| CN201410350001.9A CN104133678B (en) | 2014-07-22 | 2014-07-22 | Method and device for constructing and operating interactive seismic interpretation system |
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| CN104133678B (en) | 2018-01-05 |
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