CN107679094A - One kind, which is connected, hinders point statistical method - Google Patents
One kind, which is connected, hinders point statistical method Download PDFInfo
- Publication number
- CN107679094A CN107679094A CN201710805816.5A CN201710805816A CN107679094A CN 107679094 A CN107679094 A CN 107679094A CN 201710805816 A CN201710805816 A CN 201710805816A CN 107679094 A CN107679094 A CN 107679094A
- Authority
- CN
- China
- Prior art keywords
- wound point
- record
- wound
- point
- current
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Granted
Links
Classifications
-
- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
- G06F16/20—Information retrieval; Database structures therefor; File system structures therefor of structured data, e.g. relational data
- G06F16/22—Indexing; Data structures therefor; Storage structures
- G06F16/2282—Tablespace storage structures; Management thereof
Landscapes
- Engineering & Computer Science (AREA)
- Theoretical Computer Science (AREA)
- Software Systems (AREA)
- Data Mining & Analysis (AREA)
- Databases & Information Systems (AREA)
- Physics & Mathematics (AREA)
- General Engineering & Computer Science (AREA)
- General Physics & Mathematics (AREA)
- Medical Treatment And Welfare Office Work (AREA)
- Management, Administration, Business Operations System, And Electronic Commerce (AREA)
Abstract
The present invention provides a kind of wound point statistical method that is connected, and comprises the following steps：S1, in the borehole wall detection process of gas storage well, the wound point for gathering N number of sense channel is recorded and stored in database；S2, it is all wound point record distribution set in database using interim wound point allocation table instrument and Combination tool, enters row set and count and obtain to hinder point set chained list；S3, according to hindering point set chained list and database sharing hinders point list and a wound point statistical form.By the wound point statistical form of the invention formed and hinder point list, the gray-scale map of wall thickness corrosion alarm point can be seen, be known that the continuous quantity of wound again, while its oscillogram can be seen, there is the advantages of design science, safe and reliable.
Description
Technical field
The present invention relates to more data preservation fields, specifically devise a kind of wound point statistical method that is connected.
Background technology
Because wall thickness is in uneven thickness, borehole wall Stress non-homogeneity, stress concentration is easily produced, high pressure bearing device is endangered very much
Danger, so being necessary to the detection of borehole wall wall thickness change.So far, in pertinent literature, only saw to thickness of shaft wall most
The simple conclusion of small thickness value, or the statistics in wall thickness change section, these data can not reproduce thickness of shaft wall change
Overall picture, it is unclear that whether wound point is continuous.In fact, this realization of goal gets up to be not easy to, because data volume is big, and continuously hinders a little
Count cumbersome.
In order to solve the problem present on, people are seeking a kind of preferable technical solution always.
The content of the invention
The purpose of the present invention is in view of the shortcomings of the prior art, so as to provide a kind of wound point statistical method that is connected.
To achieve these goals, the technical solution adopted in the present invention is：One kind, which is connected, hinders point statistical method, including with
Lower step：
S1, in the borehole wall detection process of gas storage well, the wound point for gathering N number of sense channel is recorded and stored in database；
S2, it is all wound point record distribution set in database using interim wound point allocation table instrument and Combination tool, is collected
Close to count and obtain and hinder point set chained list；
S3, according to hindering point set chained list and database sharing hinders point list and a wound point statistical form.
Based on above-mentioned, the wound point record includes the thickness data of the channel number and wound where a wound point depth, wound point.
Based on above-mentioned, S2's concretely comprises the following steps：
S21, initialize interim wound point allocation table, the set and the dictionary function Dictionary<string, int
>；
S22, the wound point record, and the wound point record number of accumulative extraction are extracted successively from the database, according to accumulative
The wound point record number of extraction will currently hinder a record storage into the interim wound point allocation table；
S23, judge the assembly of all wound points in current wound point record, call Dictionary<string, int>Will be current
All wound points during wound point record is expert at are deposited into corresponding set；
S24, judges whether current wound point record number is equal to the wound point record total number in database, if total equal to wound point record
Number, then continue executing with S3；If not equal to wound point record total number, return and perform S22.
Based on above-mentioned, S23's concretely comprises the following steps：
Whether S231, it is new data row to judge that current wound point record is expert at, and judges that current wound point records whether column is the
One hinders point range, if it is new data row that current wound point record, which is expert at, and it is first to hinder point range that current wound point, which records a column, then holds
Row step S232；If it is new data row that current wound point record, which is expert at, and it is not first to hinder point range that current wound point, which records a column,
Then perform step S233；If it is not new data row that current wound point record, which is expert at, and current wound point record column is the first wound
Point range, then perform step S234；It is not new data row that if current wound point record, which is expert at, and current where current wound point record
Table row are not first to hinder point range, then perform step S235；
S232, establishes new set, and the assembly iSetNo of the new set is the total number of all set；By the new set
Assembly iSetNo is assigned to the property tag value Tag of wound point cell where record, and current wound point record is collected
In the set for being iSetNo to assembly, S238 is directly performed；
S233, judge in current line whether there is wound point record in the cell on the left of current wound point record column, if
Have, then the assembly iSetNo in the property tag value Tag of left cell lattice is assigned to the assembly of current wound point record
ISetNo, and current wound point record is aggregated into the set that assembly is iSetNo, directly perform S238；If no, return
Receipt row S232；
S234, judge whether current wound point record column is first passage, if current wound point record column is first passage,
Then judge whether there is wound point record in current wound point surface cell of cell where record, if surface cell has wound
Point record, then the assembly iSetNo in cell property tag value Tag directly over it is assigned to the collection of current wound point record
Conjunction iSetNo, and perform S236；If surface cell does not hinder a record, judge whether its upper right side cell has wound
Point record, if having wound point record in the cell of upper right side, by the assembly in the cell property tag value Tag of its upper right side
ISetNo is assigned to the assembly iSetNo of current wound point record, and performs S236；
If current wound point record column is not first passage, continue to judge the upper left side of current wound point cell where record
Whether cell has wound point record, if upper left side cell has wound point record, by its upper left side cell property tag value Tag
In assembly iSetNo be assigned to an assembly iSetNo for current wound point record, and perform S236；If upper left side cell does not have
There is wound point record, then judge whether cell has wound point record directly over it, if surface cell has wound point record, by it
Assembly iSetNo in the cell property tag value Tag of surface is assigned to the assembly iSetNo of current wound point record, and
Perform S236；If surface cell does not hinder a record, judge whether its upper right side cell has wound point record, if upper right
There is wound point record in square cell, then the assembly iSetNo in the cell property tag value Tag of its upper right side is assigned to and worked as
The assembly iSetNo of preceding wound point record, and perform S236；
S235, judges whether current wound point left cell lattice of cell where record have wound point record, if left cell lattice have
Wound point record, then the assembly iSetNo in its side unit lattice property tag value Tag is assigned to the set of current wound point record
Number iSetNo, and perform S236；If continue to judge current wound point unit where record without wound point record in left cell lattice
Whether the upper left side cell of lattice has wound point record, if upper left side cell has wound point record, by its upper left side cell category
Property label value Tag in assembly iSetNo be assigned to an assembly iSetNo for current wound point record, and perform S236；If upper left
Square cell does not hinder a record, then judges that whether cell has wound point record directly over it, hinders a little if surface cell has
Record, then the assembly iSetNo in cell property tag value Tag directly over it is assigned to the set of current wound point record
Number iSetNo, and perform S236；If surface cell does not hinder a record, judge whether its upper right side cell has and hinder a little
Record, if having wound point record in the cell of upper right side, by the assembly in the cell property tag value Tag of its upper right side
ISetNo is assigned to the assembly iSetNo of current wound point record, and performs S236；
S236, merge new set and old set that current wound point record is connected, judge that current wound point records the connected left side
The assembly iSetNo that the assembly iSetNo of old set and the right are newly gathered whether jack per line, the collection of old set is kept if jack per line
Conjunction iSetNo, and perform S237；The wound point record data in new set is transferred in old set if not jack per line, retained old
The assembly iSetNo of set, and new set is deleted, and perform S237；
S237, judges whether the assembly iSetNo of current wound point record is equal to initial value, will be current if being not equal to initial value
Wound point record is aggregated into the set that assembly is iSetNo；If being equal to initial value, return and perform S232；
S238, S231 is returned to, continue as next wound point record distribution set that current wound point record is expert at.
Based on above-mentioned, whether in S231, it is concretely comprising the following steps for new data row to judge that current wound point record is expert at：
Judge that currently whether wound record is first wound record of database, newly counts if so, then hindering a point record place behavior
According to row；If it is not, then continue more currently to hinder the depth of a record and the wound point record in the interim wound point row of allocation table second
Angle value is poor, if the depth value difference of current wound point record and the wound point record in the interim wound point row of allocation table second is less than
10mm, then behavior new data row where current record.
Based on above-mentioned, in S231, a current wound point record column is not that the first basis for estimation for hindering point range is currently to hinder a little
Do not hinder point data in the left side of record column.
Based on above-mentioned, in S3, the assembly information of corresponding wound point statistical form is included in the cell for hindering point list
With the thickness data of wound point；The gauge outfit field of the wound point statistical form starts depth for wound point, wound point terminates depth, wound point starts
Channel number, wound point terminate channel number, the wound continuous number of point and minimum thickness.
Based on above-mentioned, each cell for hindering point list is clicked on, checks corresponding depth, the oscillogram of passage, simultaneously
The statistics of its corresponding Statistics Bar is shown in statistical form；The each row of data of the wound point statistical form is clicked on, is hindered a little described
Continuously hinder the beginning depth row of point corresponding to being checked in list and start passage.
Based on above-mentioned, in S21,
A. the interim wound point allocation table is initialized as 3 row-column lists, and the first behavior gauge outfit of the interim wound point allocation table is described
The field of gauge outfit is the depth value of wound point and the channel number of wound point, and the second row of the interim wound point allocation table is used to store first
Depth value, thickness data or the history of bar wound point record hinder the depth value of point record, thickness data, the interim wound allocation table
The third line be used for depth value, the thickness data for storing current wound point record；
B. the set format is initialized as：Assembly, interim wound point allocation table starting row, interim wound point allocation table starting column,
Hinder point set (Dictionary<string,string>Lst_Set_LinkDot,<(depth, channel number), (thickness, set
Number）>；Major key is " depth, channel number ", and corresponding value is " thickness, assembly ")；
C. the dictionary function Dictionary<string, int>It is initialized as Dictionary<string, int> g_
Dic_Dg_DeepChnn_Titi；The Dictionary<string, int>G_Dic_Dg_DeepChnn_Titi data
Form is：Major key is " depth, channel number ", and corresponding value is assembly.
Based on above-mentioned, in S22, when a wound point record number is 1, judge that current wound point is recorded as first wound point record,
Current wound point record is stored in the second row of the interim wound point allocation table；When wound point record number is 2, current wound is judged
Point is recorded as Article 2 wound point record, and current wound point record is stored in the third line of the interim wound point allocation table；When hindering a little
When recording number more than 2, the interim wound point record deletion hindered in the point row of allocation table second distributes the interim point of hindering
Wound point in table the third line records the second row that the interim wound point allocation table is moved on in the attribute Tag values with each cell
In, and current wound point record is filled up in the third line of the interim wound point allocation table.
The present invention is compared with the prior art with prominent substantive distinguishing features and significantly progressive, specifically, shape of the present invention
Into wound point statistical form and hinder point list, can see wall thickness corrosion alarm point gray-scale map, again it is known that wound point it is continuous
Quantity, while its oscillogram can be seen, there is the advantages of design science, safe and reliable.
Brief description of the drawings
Fig. 1 is S2 of the present invention schematic flow sheet.
Embodiment
Below by embodiment, technical scheme is described in further detail.
One kind, which is connected, hinders point statistical method, comprises the following steps：
S1, in the borehole wall detection process of gas storage well, the wound point of 64 sense channels of collection is recorded and stored in database, institute
State wound point and record the thickness data for including a wound point depth, the channel number at wound point place and wound point；
S2, it is all wound point record distribution set in database using interim wound point allocation table instrument and Combination tool, is collected
Close to count and obtain and hinder point set chained list；
S3, according to hindering point set chained list and database sharing hinders point list and a wound point statistical form；Specifically, the point list of hindering
Include the assembly information of corresponding wound point statistical form and the thickness data of wound point in cell；The gauge outfit of the wound point statistical form
Field starts a depth for wound point, wound point terminates a depth, wound point starts a channel number, wound point terminates a channel number, the wound continuous number of point with
And minimum thickness.
The each cell for hindering point list is clicked on, checks corresponding depth, the oscillogram of passage, while in statistical form
Show the statistics of its corresponding Statistics Bar；The each row of data of the wound point statistical form is clicked on, is checked in described hinder in point list
The beginning depth row and beginning passage of corresponding continuous wound point.
As shown in figure 1, S2's concretely comprises the following steps：
S21, initialize interim wound point allocation table, the set and the dictionary function Dictionary<string, int
>；
A. the interim wound point allocation table is initialized as 3 row-column lists, and the first behavior gauge outfit of the interim wound point allocation table is described
The field of gauge outfit is the depth value of wound point and the channel number of wound point, and the second row of the interim wound point allocation table is used to store first
Depth value, thickness data or the history of bar wound point record hinder the depth value of point record, thickness data, the interim wound allocation table
The third line be used for depth value, the thickness data for storing current wound point record；
B. the set format is initialized as：Assembly, interim wound point allocation table starting row, interim wound point allocation table starting column,
Hinder point set (Dictionary<string,string>Lst_Set_LinkDot,<(depth, channel number), (thickness, set
Number）>；Major key is " depth, channel number ", and corresponding value is " thickness, assembly ")；
C. the dictionary function Dictionary<string, int>It is initialized as Dictionary<string, int> g_
Dic_Dg_DeepChnn_Titi；The Dictionary<string, int>G_Dic_Dg_DeepChnn_Titi data
Form is：Major key is " depth, channel number ", and corresponding value is assembly；
S22, the wound point record, and the wound point record number of accumulative extraction are extracted successively from the database, according to accumulative
The wound point record number of extraction will currently hinder a record storage into the interim wound point allocation table；When wound point record number is 1
When, judge that current wound point is recorded as first wound point record, current wound point record is stored in the interim wound point allocation table
Second row；When wound point record number is 2, judges that current wound point is recorded as Article 2 wound point record, current wound point record is deposited
It is placed on the third line of the interim wound point allocation table；When wound point record number is more than 2, by the interim wound point allocation table second
Wound point record deletion in row, by the wound point record and the attribute of each cell in described interim wound point allocation table the third line
Moved on in Tag values in the second row of the interim wound point allocation table, and current wound point record is filled up to the interim wound point minute
In the third line with table；
S23, judge the assembly of all wound points in current wound point record, call Dictionary<string, int>Will be current
All wound points during wound point record is expert at are deposited into corresponding set；
S24, judges whether current wound point record number is equal to the wound point record total number in database, if total equal to wound point record
Number, then continue executing with S3；If not equal to wound point record total number, return and perform S22.
Specifically, S23's includes step in detail below：
Whether S231, it is new data row to judge that current wound point record is expert at, and judges that current wound point records whether column is the
One hinders point range, if it is new data row that current wound point record, which is expert at, and it is first to hinder point range that current wound point, which records a column, then holds
Row step S232；If it is new data row that current wound point record, which is expert at, and it is not first to hinder point range that current wound point, which records a column,
Then perform step S233；If it is not new data row that current wound point record, which is expert at, and current wound point record column is the first wound
Point range, then perform step S234；It is not new data row that if current wound point record, which is expert at, and current where current wound point record
Table row are not first to hinder point range, then perform step S235；
S232, call SetDat_Creat (refGrd_Wound, iChn, iCurrRow, _ strKey, _ flThick, iNo) letter
Number establishes new set, and the assembly iSetNo of the new set is the total number of all set；By the assembly of the new set
ISetNo is assigned to the property tag value Tag of wound point cell where record, calls SetDat_Insert (ref Grd_
Wound, iSetNo, iChn, _ iCurrRow, _ strKey, _ flThick) function and a current wound point record is aggregated into
Assembly is in iSetNo set, directly performs S238；
S233, judge in current line whether there is wound point record in the cell on the left of current wound point record column, if
Have, then the assembly iSetNo in the property tag value Tag of left cell lattice is assigned to the assembly of current wound point record
ISetNo, and call SetDat_Insert (ref Grd_Wound, iSetNo, iChn, _ iCurrRow, _ strKey, _
FlThick) current wound point record is aggregated into the set that assembly is iSetNo by function, directly performs S238；If no,
Return and perform S232；
S234, judge whether current wound point record column is first passage, if current wound point record column is first passage,
Then judge whether there is wound point record in current wound point surface cell of cell where record, if surface cell has wound
Point record, then the assembly iSetNo in cell property tag value Tag directly over it is assigned to the collection of current wound point record
Conjunction iSetNo, and perform S236；If surface cell does not hinder a record, judge whether its upper right side cell has wound
Point record, if having wound point record in the cell of upper right side, by the assembly in the cell property tag value Tag of its upper right side
ISetNo is assigned to the assembly iSetNo of current wound point record, and performs S236；
If current wound point record column is not first passage, continue to judge the upper left side of current wound point cell where record
Whether cell has wound point record, if upper left side cell has wound point record, by its upper left side cell property tag value Tag
In assembly iSetNo be assigned to an assembly iSetNo for current wound point record, and perform S236；If upper left side cell does not have
There is wound point record, then judge whether cell has wound point record directly over it, if surface cell has wound point record, by it
Assembly iSetNo in the cell property tag value Tag of surface is assigned to the assembly iSetNo of current wound point record, and
Perform S236；If surface cell does not hinder a record, judge whether its upper right side cell has wound point record, if upper right
There is wound point record in square cell, then the assembly iSetNo in the cell property tag value Tag of its upper right side is assigned to and worked as
The assembly iSetNo of preceding wound point record, and perform S236；
S235, judges whether current wound point left cell lattice of cell where record have wound point record, if left cell lattice have
Wound point record, then the assembly iSetNo in its side unit lattice property tag value Tag is assigned to the set of current wound point record
Number iSetNo, and perform S236；If continue to judge current wound point unit where record without wound point record in left cell lattice
Whether the upper left side cell of lattice has wound point record, if upper left side cell has wound point record, by its upper left side cell category
Property label value Tag in assembly iSetNo be assigned to an assembly iSetNo for current wound point record, and perform S236；If upper left
Square cell does not hinder a record, then judges that whether cell has wound point record directly over it, hinders a little if surface cell has
Record, then the assembly iSetNo in cell property tag value Tag directly over it is assigned to the set of current wound point record
Number iSetNo, and perform S236；If surface cell does not hinder a record, judge whether its upper right side cell has and hinder a little
Record, if having wound point record in the cell of upper right side, by the assembly in the cell property tag value Tag of its upper right side
ISetNo is assigned to the assembly iSetNo of current wound point record, and performs S236；
S236, SetAdd (ref Grd_Wound, iChn, _ iCurrRow, ref iSetNo) function is called to merge current wound
The new set and old set that point record is connected, judge that current wound point records the assembly iSetNo of the connected old set in the left side
The assembly iSetNo newly gathered with the right whether jack per line, the assembly iSetNo of old set is kept if jack per line, and perform
S237；The wound point record data in new set is transferred in old set if not jack per line, retains the assembly of old set
ISetNo, and new set is deleted, and perform S237；
S237, judges whether the assembly iSetNo of current wound point record is equal to initial value, if being not equal to initial value, calls
SetDat_Insert (ref Grd_Wound, iSetNo, iChn, _ iCurrRow, _ strKey, _ flThick) function
Current wound point record is aggregated into the set that assembly is iSetNo；If being equal to initial value, return and perform S232；
S238, S231 is returned to, continue as next wound point record distribution set that current wound point record is expert at.
Whether specifically, in S231, it is concretely comprising the following steps for new data row to judge that current wound point record is expert at：
Judge that currently whether wound record is first wound record of database, newly counts if so, then hindering a point record place behavior
According to row；If it is not, then continue more currently to hinder the depth of a record and the wound point record in the interim wound point row of allocation table second
Angle value is poor, if the depth value difference of current wound point record and the wound point record in the interim wound point row of allocation table second is less than
10mm, then behavior new data row where current record.
Finally it should be noted that:The above embodiments are merely illustrative of the technical scheme of the present invention and are not intended to be limiting thereof；To the greatest extent
The present invention is described in detail with reference to preferred embodiments for pipe, those of ordinary skills in the art should understand that：Still
The embodiment of the present invention can be modified or equivalent substitution is carried out to some technical characteristics；Without departing from this hair
The spirit of bright technical scheme, it all should cover among the claimed technical scheme scope of the present invention.
Claims (10)
- The wound point statistical method 1. one kind is connected, it is characterised in that comprise the following steps：S1, in the borehole wall detection process of gas storage well, the wound point for gathering N number of sense channel is recorded and stored in database；S2, it is all wound point record distribution set in database using interim wound point allocation table instrument and Combination tool, is collected Close to count and obtain and hinder point set chained list；S3, according to hindering point set chained list and database sharing hinders point list and a wound point statistical form.
- 2. connected wound point statistical method according to claim 1, it is characterised in that：It is deep that the wound point record includes wound point The thickness data of channel number and wound point where degree, wound point.
- 3. connected wound point statistical method according to claim 2, it is characterised in that：S2's concretely comprises the following steps：S21, initialize interim wound point allocation table, the set and the dictionary function Dictionary<string, int >；S22, the wound point record, and the wound point record number of accumulative extraction are extracted successively from the database, according to accumulative The wound point record number of extraction will currently hinder a record storage into the interim wound point allocation table；S23, judge the assembly of all wound points in current wound point record, call Dictionary<string, int>Will be current All wound points during wound point record is expert at are deposited into corresponding set；S24, judges whether current wound point record number is equal to the wound point record total number in database, if total equal to wound point record Number, then continue executing with S3；If not equal to wound point record total number, return and perform S22.
- 4. connected wound point statistical method according to claim 3, it is characterised in that S23's concretely comprises the following steps：Whether S231, it is new data row to judge that current wound point record is expert at, and judges that current wound point records whether column is the One hinders point range, if it is new data row that current wound point record, which is expert at, and it is first to hinder point range that current wound point, which records a column, then holds Row step S232；If it is new data row that current wound point record, which is expert at, and it is not first to hinder point range that current wound point, which records a column, Then perform step S233；If it is not new data row that current wound point record, which is expert at, and current wound point record column is the first wound Point range, then perform step S234；It is not new data row that if current wound point record, which is expert at, and current where current wound point record Table row are not first to hinder point range, then perform step S235；S232, establishes new set, and the assembly iSetNo of the new set is the total number of all set；By the new set Assembly iSetNo is assigned to the property tag value Tag of wound point cell where record, and current wound point record is collected In the set for being iSetNo to assembly, S238 is directly performed；S233, judge in current line whether there is wound point record in the cell on the left of current wound point record column, if Have, then the assembly iSetNo in the property tag value Tag of left cell lattice is assigned to the assembly of current wound point record ISetNo, and current wound point record is aggregated into the set that assembly is iSetNo, directly perform S238；If no, return Receipt row S232；S234, judge whether current wound point record column is first passage, if current wound point record column is first passage, Then judge whether there is wound point record in current wound point surface cell of cell where record, if surface cell has wound Point record, then the assembly iSetNo in cell property tag value Tag directly over it is assigned to the collection of current wound point record Conjunction iSetNo, and perform S236；If surface cell does not hinder a record, judge whether its upper right side cell has wound Point record, if having wound point record in the cell of upper right side, by the assembly in the cell property tag value Tag of its upper right side ISetNo is assigned to the assembly iSetNo of current wound point record, and performs S236；If current wound point record column is not first passage, continue to judge the upper left side of current wound point cell where record Whether cell has wound point record, if upper left side cell has wound point record, by its upper left side cell property tag value Tag In assembly iSetNo be assigned to an assembly iSetNo for current wound point record, and perform S236；If upper left side cell does not have There is wound point record, then judge whether cell has wound point record directly over it, if surface cell has wound point record, by it Assembly iSetNo in the cell property tag value Tag of surface is assigned to the assembly iSetNo of current wound point record, and Perform S236；If surface cell does not hinder a record, judge whether its upper right side cell has wound point record, if upper right There is wound point record in square cell, then the assembly iSetNo in the cell property tag value Tag of its upper right side is assigned to and worked as The assembly iSetNo of preceding wound point record, and perform S236；S235, judges whether current wound point left cell lattice of cell where record have wound point record, if left cell lattice have Wound point record, then the assembly iSetNo in its side unit lattice property tag value Tag is assigned to the set of current wound point record Number iSetNo, and perform S236；If continue to judge current wound point unit where record without wound point record in left cell lattice Whether the upper left side cell of lattice has wound point record, if upper left side cell has wound point record, by its upper left side cell category Property label value Tag in assembly iSetNo be assigned to an assembly iSetNo for current wound point record, and perform S236；If upper left Square cell does not hinder a record, then judges that whether cell has wound point record directly over it, hinders a little if surface cell has Record, then the assembly iSetNo in cell property tag value Tag directly over it is assigned to the set of current wound point record Number iSetNo, and perform S236；If surface cell does not hinder a record, judge whether its upper right side cell has and hinder a little Record, if having wound point record in the cell of upper right side, by the assembly in the cell property tag value Tag of its upper right side ISetNo is assigned to the assembly iSetNo of current wound point record, and performs S236；S236, merge new set and old set that current wound point record is connected, judge that current wound point records the connected left side The assembly iSetNo that the assembly iSetNo of old set and the right are newly gathered whether jack per line, the collection of old set is kept if jack per line Conjunction iSetNo, and perform S237；The wound point record data in new set is transferred in old set if not jack per line, retained old The assembly iSetNo of set, and new set is deleted, and perform S237；S237, judges whether the assembly iSetNo of current wound point record is equal to initial value, will be current if being not equal to initial value Wound point record is aggregated into the set that assembly is iSetNo；If being equal to initial value, return and perform S232；S238, S231 is returned to, continue as next wound point record distribution set that current wound point record is expert at.
- 5. connected wound point statistical method according to claim 4, it is characterised in that：In S231, current wound point record is judged Whether be expert at is concretely comprising the following steps for new data row：Judge that currently whether wound record is first wound record of database, newly counts if so, then hindering a point record place behavior According to row；If it is not, then continue more currently to hinder the depth of a record and the wound point record in the interim wound point row of allocation table second Angle value is poor, if the depth value difference of current wound point record and the wound point record in the interim wound point row of allocation table second is less than 10mm, then behavior new data row where current record.
- 6. the connected wound point statistical method according to claim 4 or 5, it is characterised in that：In S231, current wound point record institute It is not that the first basis for estimation for hindering point range is that point data is not hindered in the left side that current wound point records column in row.
- 7. connected wound point statistical method according to claim 1, it is characterised in that：In S3, the unit for hindering point list Include the assembly information of corresponding wound point statistical form and the thickness data of wound point in lattice；The gauge outfit field of the wound point statistical form Start a depth for wound point, wound point terminates a depth, wound point starts a channel number, wound point terminates a channel number, the wound continuous number of point and most Small thickness.
- 8. connected wound point statistical method according to claim 7, it is characterised in that：Click on each list for hindering point list First lattice, corresponding depth, the oscillogram of passage are checked, while the statistics of its corresponding Statistics Bar is shown in statistical form；Click on The each row of data of the wound point statistical form, it is described hinder check in point list corresponding to continuous wound point beginning depth row and beginning Passage.
- 9. connected wound point statistical method according to claim 3, it is characterised in that：In S21,A. the interim wound point allocation table is initialized as 3 row-column lists, and the first behavior gauge outfit of the interim wound point allocation table is described The field of gauge outfit is the depth value of wound point and the channel number of wound point, and the second row of the interim wound point allocation table is used to store first Depth value, thickness data or the history of bar wound point record hinder the depth value of point record, thickness data, the interim wound allocation table The third line be used for depth value, the thickness data for storing current wound point record；B. the set format is initialized as：Assembly, interim wound point allocation table starting row, interim wound point allocation table starting column, Hinder point set (Dictionary<string,string>Lst_Set_LinkDot,<(depth, channel number), (thickness, set Number）>；Major key is " depth, channel number ", and corresponding value is " thickness, assembly ")；C. the dictionary function Dictionary<string, int>It is initialized as Dictionary<string, int> g_ Dic_Dg_DeepChnn_Titi；The Dictionary<string, int>G_Dic_Dg_DeepChnn_Titi data Form is：Major key is " depth, channel number ", and corresponding value is assembly.
- 10. connected wound point statistical method according to claim 3, it is characterised in that：In S22, when wound point record number is 1 When, judge that current wound point is recorded as first wound point record, current wound point record is stored in the interim wound point allocation table Second row；When wound point record number is 2, judges that current wound point is recorded as Article 2 wound point record, current wound point record is deposited It is placed on the third line of the interim wound point allocation table；When wound point record number is more than 2, by the interim wound point allocation table second Wound point record deletion in row, by the wound point record and the attribute of each cell in described interim wound point allocation table the third line Moved on in Tag values in the second row of the interim wound point allocation table, and current wound point record is filled up to the interim wound point minute In the third line with table.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710805816.5A CN107679094B (en) | 2017-09-08 | 2017-09-08 | Statistical method for connected injury points |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710805816.5A CN107679094B (en) | 2017-09-08 | 2017-09-08 | Statistical method for connected injury points |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN107679094A true CN107679094A (en) | 2018-02-09 |
| CN107679094B CN107679094B (en) | 2020-12-01 |
Family
ID=61135667
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710805816.5A Active CN107679094B (en) | 2017-09-08 | 2017-09-08 | Statistical method for connected injury points |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN107679094B (en) |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101762633A (en) * | 2008-12-25 | 2010-06-30 | 中国石油天然气股份有限公司 | Method for rapidly detecting pipeline body defects |
| US20160259357A1 (en) * | 2015-03-03 | 2016-09-08 | Leidos, Inc. | System and Method For Big Data Geographic Information System Discovery |
| CN106093185A (en) * | 2016-07-06 | 2016-11-09 | 江西稀有稀土金属钨业集团有限公司 | The conversion of line flaw detection data is derived and sharing query method |
| US20170126650A1 (en) * | 2015-11-02 | 2017-05-04 | International Business Machines Corporation | Detecting Social Login Security Flaws Using Database Query Features |
| CN106649598A (en) * | 2016-11-22 | 2017-05-10 | 云南电网有限责任公司电力科学研究院 | Detection method for icing thickness of power transmission line |
-
2017
- 2017-09-08 CN CN201710805816.5A patent/CN107679094B/en active Active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101762633A (en) * | 2008-12-25 | 2010-06-30 | 中国石油天然气股份有限公司 | Method for rapidly detecting pipeline body defects |
| US20160259357A1 (en) * | 2015-03-03 | 2016-09-08 | Leidos, Inc. | System and Method For Big Data Geographic Information System Discovery |
| US20170126650A1 (en) * | 2015-11-02 | 2017-05-04 | International Business Machines Corporation | Detecting Social Login Security Flaws Using Database Query Features |
| CN106093185A (en) * | 2016-07-06 | 2016-11-09 | 江西稀有稀土金属钨业集团有限公司 | The conversion of line flaw detection data is derived and sharing query method |
| CN106649598A (en) * | 2016-11-22 | 2017-05-10 | 云南电网有限责任公司电力科学研究院 | Detection method for icing thickness of power transmission line |
Non-Patent Citations (2)
| Title |
|---|
| 郭勇: "TEM技术在大牛地气田管道腐蚀评价中的应用", 《管道技术与设备》 * |
| 高波: "基于漏磁内检测数据长输油气管道评价技术研究", 《中国优秀硕士学位论文全文数据库 工程科技Ⅰ辑》 * |
Also Published As
| Publication number | Publication date |
|---|---|
| CN107679094B (en) | 2020-12-01 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN103617232B (en) | A kind of paging query method for HBase table | |
| CN105447174B (en) | A kind of report generation method and device | |
| CN103140840B (en) | The method and device of data management | |
| CN102543078B (en) | The voice input method of electronic business card system and electronic business card, speech retrieval method | |
| CN110647505B (en) | Computer-assisted secret point marking method based on fingerprint characteristics | |
| CN107437215B (en) | Book recommendation method based on labels | |
| CN103186669B (en) | Keyword fast filtering method | |
| CN106682012A (en) | Commodity object information searching method and device | |
| CN104899340B (en) | A kind of IETM technical information fragment retrieval device and its search method based on fragment of most compacting | |
| CN106776695A (en) | The method for realizing the automatic identification of secretarial document value | |
| WO2015116221A1 (en) | Managing database with counting bloom filters | |
| CN103440297A (en) | Method for recording and reading user operation log information | |
| CN106557499A (en) | HBase secondary indexs creation method and device | |
| CN116701303B (en) | Electronic file classification method, system and readable storage medium based on deep learning | |
| CN104408128B (en) | A kind of reading optimization method indexed based on B+ trees asynchronous refresh | |
| CN106021985A (en) | Genome data compression method | |
| CN107861965A (en) | Data intelligence recognition methods and system | |
| CN102486772A (en) | Method and device for exporting data | |
| CN107679094A (en) | One kind, which is connected, hinders point statistical method | |
| CN106874144A (en) | Storage backup policy evaluation method based on electronic record attribute | |
| CN104361029B (en) | A kind of video cycle storage of duplicate key and the method for quick-searching | |
| CN107707346A (en) | A kind of key storage based on database, acquisition methods | |
| CN107491538B (en) | Storage process command and parameter value extraction method of DB2 database | |
| CN103699569B (en) | A kind of index structure and indexing means | |
| CN106933974A (en) | The structure and querying method and device of a kind of video file index information |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| PB01 | Publication | ||
| PB01 | Publication | ||
| SE01 | Entry into force of request for substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| CB02 | Change of applicant information | ||
| CB02 | Change of applicant information |
Address after: 2 / F, North building, building 15, science and Technology Park (East District), Henan National University, No. 289, West Third Ring Road, Zhengzhou high tech Industrial Development Zone, Henan Province 450000 Applicant after: Henan Delang Intelligent Technology Co., Ltd Address before: 450000 Zhengzhou high tech Industrial Development Zone, Zhengzhou, Henan Province, No. 4, No. 289, unit 4, 32, No. 32 Applicant before: ZHENGZHOU JINRUN GAOKE ELECTRONICS Co.,Ltd. |
|
| GR01 | Patent grant | ||
| GR01 | Patent grant |