CN107193852A - General chart expression - Google Patents
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- CN107193852A CN107193852A CN201610630801.5A CN201610630801A CN107193852A CN 107193852 A CN107193852 A CN 107193852A CN 201610630801 A CN201610630801 A CN 201610630801A CN 107193852 A CN107193852 A CN 107193852A
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- 230000000694 effects Effects 0.000 claims description 7
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
- G06F16/90—Details of database functions independent of the retrieved data types
- G06F16/904—Browsing; Visualisation therefor
Abstract
The general chart expression that the present invention is provided, has the feature that, comprises the following steps：Step A, chart definition；Step B, chart parsing；And step C, schematic calculation；Wherein, step A, has steps of：Step A1, chart uses the definition at interface；And step A2, the definition of schematic calculation process；Step B, has steps of：Step B1, arranges chart；And step B2, parse chart process；Step C, has steps of：Step C1, the pre-treatment of schematic calculation；Whether step C2, judgment variable can calculate；Step C3, variable is calculated；Step C4, iteration completes to calculate until whole variables；Step C5, special variable is recalculated；And step C6, obtain graph results.
Description
Technical field
The present invention relates to expression, more particularly to a kind of general chart expression.
Background technology
It is exactly chart that current calculation procedure is most mixed and disorderly when being related to specification, and quantity is various, interrelated, without rule；
The variation of specification influences very big to program, and program needs the processing one by one of each each chart of specification, causes program in the processing of chart
On waste time and energy, processing procedure and result user are difficult to interfere, and all demands can not be met using limitation.
Current calculation procedure uses the following two kinds mode when handling chart：
Mode one：Program provides interface and filled in inside partial parameters, program according to the specific chart of concrete norm according to certain
Agreement calculating obtains result.Most of chart all uses this processing mode.Because specification is more, chart content is more, it is necessary to be every
The corresponding interface of the individual every kind of image menu of specification, so, interface can content it is numerous and diverse, have no rule, it appears that very complicated；Same time-histories
Needed inside sequence for each various situations of image menu code process of each specification, the establishment, test and modification to code are all huge
Workload；This mode user can not intervene the result of chart, need to change graph results in scientific research, special item etc.
Shi Wufa, which is met, to be required；Dependence of the program to specification simultaneously also limit the application of program.
Mode two：Some charts, if user's request change is more, or the factor of influence graph results is not fixed, program meeting
Processing is abandoned, allows user directly to fill in graph results.The difficulty of processing procedure is all imputed to user；The result of this kind of chart
The process that user obtains is very complicated, it is necessary to which prior processed using instrument and experience, and this process will be repeated every time,
Correctness is not easy to ensure.The application of this kind of chart is very painful, significantly limit the efficiency using program.
The content of the invention
The present invention is carried out to solve the above problems, it is therefore intended that provide a kind of efficiency high, and function is strong, method letter
Single general chart expression.
The general chart expression that the present invention is provided, has the feature that, comprises the following steps：
Step A, chart definition；
Step B, chart parsing；And
Step C, schematic calculation；
Wherein, step A, has steps of：
Step A1, chart uses the definition at interface；And
Step A2, the definition of schematic calculation process；
Step B, has steps of：
Step B1, arranges chart；And
Step B2, parses chart process；
Step C, has steps of：
Step C1, the pre-treatment of schematic calculation；
Whether step C2, judgment variable can calculate；
Step C3, variable is calculated；
Step C4, iteration completes to calculate until whole variables；
Step C5, special variable is recalculated；And
Step C6, obtains graph results.
The general chart expression that the present invention is provided, also has the feature that：Wherein, the chart interface definition
To customize the interface using chart, comprising interface display and input mode, the input mode is drop-down given content or input
Data, the data can be the built-in variable or default value that user's input or program are supported, automatically enter.
The general chart expression that the present invention is provided, also has the feature that：Wherein, the schematic calculation process
Definition show as variable-definition, include member variable definition, method variable-definition, graph results variable-definition, variable-definition
Do not limit order, can by other variable references, same variable can define it is a plurality of, the condition for validity of every can be it is multiple, each
Condition shows as variate-value discrete point or interval judgement.
The general chart expression that the present invention is provided, also has the feature that：Wherein, the variable-definition, its
Content is name variable, variate-value and variable description, and name variable represents a subprocess or result for chart, in variate-value
Quotability, variate-value can express multi-dimensional table, expression formula and figure, and interpolation calculation is used when multi-dimensional table is used, and expression formula is real
Existing function, array and mathematical operation.
The general chart expression that the present invention is provided, also has the feature that：Wherein, the member variable is determined
Justice, can repeatedly be defined, with the recently defined preferential, methods described variable-definition when using, more complicated and many available for realizing
The calculating process group of secondary reuse, can also realize customized function performance, described graph results variable-definition, and it shows as
Y=f (x), y are graph results variable, when x is specified, and y represents a value, when x is not specified, according to the definition of graph results variable
Automatically generate one group of x, y respective value.
The general chart expression that the present invention is provided, also has the feature that：Wherein, the arrangement chart, refers to
Chart is organized into multigroup, every group of purpose is result of calculation variate-value, and every group includes member variable and outcome variable, Cheng Yuanbian
Certain subprocess when result variable is calculated is measured, is the median of calculating process, outcome variable represents graph results value, table
It is now single value or one group of relation value, can be by specifying step size controlling divergent density when defining row graph.
The general chart expression that the present invention is provided, also has the feature that：Wherein, the parsing chart mistake
Journey, is divided into known variables, condition arrangement, expression formula pretreatment, it is known that other using what is arrived when variable is defined for statistical variable
Variables set, condition arranges the condition set defined for statistical variable and the argument table of each condition reaches, and expression formula is pre-processed for carrying
High calculating speed, preserves the calculating process of all expression formulas in advance.
The general chart expression that the present invention is provided, also has the feature that：Wherein, the variable is calculated, point
Calculated for condition, variate-value is processed and stored, and when variable condition for validity is interval, variate-value, variable are calculated from valid interval
When condition for validity is discrete point, variate-value is calculated by discrete points interpolation.
The general chart expression that the present invention is provided, also has the feature that：Wherein, the special variable be with
Independent variable x is directly related or variable of indirect correlation, and when x is not specified, one group of x is obtained according to the condition for validity of special variable
Value, when condition for validity is interval, it is possible to specify the step-length of Interval Discrete, special variable value is recalculated according to each x.
The general chart expression that the present invention is provided, also has the feature that：Wherein, the chart knot is being used
Check and checked with form there is provided figure during fruit, figure is checked as two-dimensional linear figure or 3 d effect graph, specific value passes through institute
State form and check acquisition.
Invention effect and effect
According to general chart expression involved in the present invention, program only needs to the code of scheduling universal expression,
This code is platform class, unrelated with specification, unrelated with specific chart；Chart is divided into chart definition and chart is used, is schemed
Table defines interface definition containing chart and the definition of schematic calculation process, and definition forever can repeatedly be reused, can also repaiied as needed
Change, this sample loading mode, chart processing procedure is fully transparent, all kinds of demands can be met；It can also be changed using interface, all figures
Surface and interface is unified, using simple；Program can be made without writing the code of specific chart by the present invention, in chart processing no longer
Specification is relied on, has significant role to the application surface for expanding program and the establishment efficiency for improving program, at current mode two
The chart of reason, this mode can readily check the correctness of processing procedure, reuse repeatedly and also greatly improve program
Service efficiency；These mixed and disorderly contents are solved by general mode, can be with the table of simple and flexible by this technology
Up to various charts so that calculation procedure eliminates the reliance on specification in application graph, it is not necessary to work out a large amount of codes, in chart processing
On greatly simplify the establishment of calculation procedure, processing procedure and result all-transparent, using no longer being limited to by program, user can be with
Completed to customize according to any demand.
Brief description of the drawings
Fig. 1 is the flow chart of general chart expression of the present invention in embodiment.
Embodiment
Referring to the drawings and embodiment is explained in detail to general chart expression involved in the present invention.
Embodiment
Fig. 1 is the system block diagram of general chart expression of the present invention in embodiment.
As shown in figure 1, general chart expression, has steps of：
Step A：Chart definition, into step B.
Step A is divided into two steps again, and step A1, chart uses the definition at interface.
Chart customizes the interface using chart using interface definition, and interface is completely by user's control, it is ensured that the use at interface
Family is accustomed to and professional, and user interface is unified：The chart of selection, now can automatically generate this figure according to the definition of database
The interface of table, interface content is the form of 2 row, the content to be inputted and corresponding value, and value can be array or single value.
The use interface definition of chart shows as graph results name variable, needs known name variable, interface display
Content, the span of variable；Define outside using the content for needing to input during the graph results；Known name variable meeting
It is cited in variate-value；When interface variable value is drop-down, drop-down content is the span of variable, and contents displayed on interface is
The interface that user uses is automatically provided to, automatic value can be defined, automatic value is typical values or built-in variable value, now the entry
It will not show, can automatic assignment when using.One graph results can define multiple entries, if all graph results are all needed
When wanting certain entry, the graph results at the entry are entitled empty.
Step A2, the definition of schematic calculation process.It shows as variable-definition, includes member variable definition, method variable
Definition, graph results variable-definition, three kinds of variables can be distinguished by its name, and graph results variable adds $ before title
Distinguish, method variable containing parameter, parameter is separated in a pair of brackets between multiple parameters with comma；Name variable can be by numeral
Alphabetical underscore composition, it is impossible to contain operator, the additional character such as bracket.
Member variable represents a subprocess in chart computing, can quote each other；Graph results variable-definition
Method is defined with member variable just the same, because usage scenario is different, difference is that graph results variable also needs to define boundary
Face, user can be in outside by inputting known conditions value acquisition graph results.
Method variable-definition is a kind of advanced use, is the equal of a nested chart, can also be considered as customized
Function, for realizing a more complicated calculating process, is reused, image function method one when using repeatedly in the definition of chart process
Sample, by Transfer Parameters value, obtains result；For complicated chart definition, this can be for reducing the number of similar members' variable
Amount, makes chart process definition procedure look more succinct, can be selected according to actual conditions.
Chart process definition after all its essence be exactly variable definition, by the definition method for providing various variables
So that the definition of chart process is unified.Member variable is only used with method variable in the definition of chart process, and graph results variable exists
Chart definition process and outside can be used.
Chart process defines by the definition of various variables to realize its process；The definition form of expression of variable is variable name
Title, variate-value and variable description；Name variable is foregoing three kinds of variables, represents a subprocess or result for chart,
The quotability in variate-value；Variable description is annotated equivalent to variable, and most important variate-value can realize the anyon of chart
Process.The form of expression of variate-value is three kinds of multi-dimensional table, expression formula and figure, and interpolation calculation is used when multi-dimensional table is used, and is expressed
Formula realizes function, array and mathematical operation.
The variable of definition can be quoted in variate-value, by cut-off rule of graph results variable as variable domain space, together
The member variable and method variable-definition of one variable domain space are regardless of order；Before the variable of variable domain space can be quoted below
Variable in domain space, it is preferential when finally being defined with nearest domain space when same variable name is repeatedly defined.Variate-value can be with
It is many condition value, value when during calculating from the condition of establishment is the end value of the variable, such as expression formula, the function of expression formula is rich
It is rich various, support computing, all kinds of functional operation of array, it might even be possible to method variable come SQL function；Variate-value
It can also be multiple discrete point values, row interpolation is entered as the end value of the variable, such as multi-dimensional spreadsheet according to external condition during calculating；
Variate-value can also be multi-region thresholding, and its end value is the combined value in region, such as figure.
Step B：The chart is classified, into step C.
Step B is divided into two steps again, and step B1 arranges chart.It is described arrangement chart refer to chart is organized into it is multigroup, often
The purpose of group is result of calculation variate-value, and every group includes member variable and outcome variable；Member variable result variable is calculated
When certain subprocess, be the median of calculating process；Outcome variable represents graph results value, shows as single value or one group of pass
Set occurrence, can be by specifying step size controlling divergent density when defining row graph.
Step B2, wherein, the parsing chart process, variable resolution needs known variable, condition to arrange and expression formula
Pretreatment；Using the other variables sets arrived when known variables are defined for statistical variable, condition is arranged for statistical variable definition
Condition set and the argument table of each condition reach, expression formula is pre-processed for improving calculating speed, and all expression formulas are preserved in advance
Calculating process.
Step C：Schematic calculation.
Step C is divided into six steps, step C1, the pre-treatment of schematic calculation, into step C2 again.
Whether step C2, judgment variable can calculate, using the other variables sets arrived during variable-definition, include condition and expression
The other variables occurred in formula have all been completed to calculate, then it represents that the variable can be calculated；If it is not possible, judging next become
Whether amount can calculate；If it can, into step C3.
Step C3, variable is calculated.Wherein, the variable is calculated, and the condition that is divided into is calculated, variate-value is processed and is stored, variable
When condition for validity is interval, variate-value is calculated from valid interval, when variable condition for validity is discrete point, variate-value passes through discrete
Point interpolation is calculated.
Step C4, whole variables complete to calculate, and judge whether all variables all calculate and complete, if not provided, returning
Step C2, recalculates all variables；If so, into step C5.
Step C5, special variable is recalculated；Wherein, the special variable is directly related with independent variable x or indirect phase
The variable of pass, when x is not specified, an x class value is obtained according to the condition for validity of special variable, when condition for validity is interval,
The step-length of Interval Discrete can be specified, special variable value is recalculated according to each x.
Step C6, obtains graph results.
Any subprocess during chart can be decomposed into expression formula, form and figure, so that can by the present invention
To complete the definition of any chart.
In order to make user more directly perceived and clearly grasp graph results, provided when using graph results figure watch with
Form is watched.Application method is the graph results of selection, fills in the known variables value that the graph results need to provide, it is determined that
After will obtain figure immediately, figure is probably two-dimensional linear figure or 3 d effect graph as needed；Specific value passes through form
Check acquisition.
The effect of embodiment and effect
The general chart expression according to involved by the present embodiment, program only needs to the generation of scheduling universal expression
Code, this code is platform class, unrelated with specification, unrelated with specific chart；Chart is divided into chart definition and chart is used,
Chart definition interface definition containing chart and the definition of schematic calculation process, definition can be reused forever repeatedly, can also be as needed
Modification, this sample loading mode, chart processing procedure is fully transparent, can meet all kinds of demands；It can also be changed using interface, it is all
Chart interface is unified, using simple；Program can be made without writing the code of specific chart by the present invention, in chart processing not
Specification is relied on again, has significant role to the application surface for expanding program and the establishment efficiency for improving program, for current mode two
The chart of processing, this mode can readily check the correctness of processing procedure, reuse repeatedly and also greatly improve program
Service efficiency；These mixed and disorderly contents are solved by general mode, can be with simple and flexible by this technology
Express various charts so that calculation procedure eliminates the reliance on specification in application graph, it is not necessary to a large amount of codes are worked out, at chart
The establishment of calculation procedure, processing procedure and result all-transparent are greatly simplify in reason, using no longer being limited to by program, Yong Huke
To be completed to customize according to any demand.
Above-mentioned embodiment is the preferred case of the present invention, is not intended to limit protection scope of the present invention.
Claims (10)
1. a kind of general chart expression, it is characterised in that comprise the following steps：
Step A, chart definition；
Step B, chart parsing；And
Step C, schematic calculation；
Wherein, step A, has steps of：
Step A1, chart uses the definition at interface；And
Step A2, the definition of schematic calculation process；
Step B, has steps of：
Step B1, arranges chart；And
Step B2, parses chart process；
Step C, has steps of：
Step C1, the pre-treatment of schematic calculation；
Whether step C2, judgment variable can calculate；
Step C3, variable is calculated；
Step C4, iteration completes to calculate until whole variables；
Step C5, special variable is recalculated；And
Step C6, obtains graph results.
2. general chart expression according to claim 1, it is characterised in that：
Wherein, the chart is interface of the customization using chart using interface definition, described comprising interface display and input mode
Input mode is drop-down given content or input data, and it is interior that the data can be user's input or program is supported
Portion's variable or default value, are automatically entered.
3. general chart expression according to claim 1, it is characterised in that：
Wherein, the definition of the schematic calculation process shows as variable-definition,
Comprising member variable definition, method variable-definition, graph results variable-definition,
Variable-definition do not limit order, can by other variable references,
Same variable can define a plurality of, and the condition for validity of every can be multiple, and each condition shows as variate-value discrete point
Or interval judgement.
4. general chart expression according to claim 3, it is characterised in that：
Wherein, the variable-definition, its content be name variable, variate-value and variable description,
Name variable represents the subprocess or result of chart, the quotability in variate-value,
Variate-value can express multi-dimensional table, expression formula and figure, and interpolation calculation is used when multi-dimensional table is used, and expression formula realizes letter
Number, array and mathematical operation.
5. general chart expression according to claim 3, it is characterised in that：
Wherein, member variable definition, can repeatedly be defined, with the recently defined preferential when using,
Methods described variable-definition, available for calculating process group that is more complicated and repeatedly reusing is realized, can also be realized self-defined
Function performance,
Described graph results variable-definition, it shows as y=f (x), and y is graph results variable, and when x is specified, y represents one
Value, when x is not specified, one group of x, y respective value are automatically generated according to the definition of graph results variable.
6. general chart expression according to claim 1, it is characterised in that：
Wherein, the arrangement chart, refers to and chart is organized into multigroup, every group of purpose is result of calculation variate-value, and every group includes
Member variable and outcome variable,
Certain subprocess when member variable result variable is calculated, is the median of calculating process,
Outcome variable represents graph results value, shows as single value or one group of relation value, when defining row graph, can be by referring to
Fixed step size controls divergent density.
7. general chart expression according to claim 1, it is characterised in that：
Wherein, the parsing chart process, is divided into known variables, condition arrangement, expression formula pretreatment,
Using the other variables sets arrived when known variables are defined for statistical variable,
Condition arranges the condition set defined for statistical variable and the argument table of each condition reaches,
Expression formula is pre-processed for improving calculating speed, and the calculating process of all expression formulas is preserved in advance.
8. general chart expression according to claim 1, it is characterised in that：
Wherein, the variable is calculated, and the condition that is divided into is calculated, variate-value is processed and is stored,
When variable condition for validity is interval, variate-value is calculated from valid interval,
When variable condition for validity is discrete point, variate-value is calculated by discrete points interpolation.
9. general chart expression according to claim 1, it is characterised in that：
Wherein, the special variable is variable directly related or indirect correlation with independent variable x,
When x is not specified, an x class value is obtained according to the condition for validity of special variable, when condition for validity is interval, can be referred to
Determine the step-length of Interval Discrete, special variable value is recalculated according to each x.
10. general chart expression according to claim 1, it is characterised in that：
Wherein, check and checked with form there is provided figure when using the graph results, figure check as two-dimensional linear figure or
3 d effect graph, specific value checks acquisition by the form.
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