CN100426305C - Dimensioning automatic avoiding system and method - Google Patents
Dimensioning automatic avoiding system and method Download PDFInfo
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- CN100426305C CN100426305C CNB2005100369962A CN200510036996A CN100426305C CN 100426305 C CN100426305 C CN 100426305C CN B2005100369962 A CNB2005100369962 A CN B2005100369962A CN 200510036996 A CN200510036996 A CN 200510036996A CN 100426305 C CN100426305 C CN 100426305C
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Abstract
This invention provides one size marking automatic avoiding system, which comprises one statistical module, one sorting module, one judge module and one process module and provides relative method, which comprises the following steps: summing all points and sorting the needed points including X points, Y points; judging the needed points type; processing optimal words according to its point type, if in X points, then marking the optimal points and if in Y points, then marking the optimal points; if in X and Y points, then marking the optimal points.
Description
[technical field]
The present invention relates to a kind of size marking system and method, particularly relate to a kind of dimensioning automatic avoiding system and method.
[background technology]
At present, in most die design processes, determine that rational mould structure is the difficulties of Design of Dies.But in the design of the mould of some complex-shaped parts, the difficult point problem is not how to determine mould structure, but how clear with dimension figure mould critical part (as die, punch etc.) position shape, be labeled on the drawing exactly.The mark of general size will be finished automatically by program, and still, because when utilizing the program automatic marking, the distance between some point is smaller, when causing marking, literal is overlapped can not differentiate for mark.
[summary of the invention]
In view of above content, be necessary to provide a kind of dimensioning automatic avoiding system, it can realize the automatic marking of size, and can Automatic Optimal, thereby saves manpower and improve accuracy.
In view of above content, also be necessary to provide a kind of dimensioning automatic avoiding method, it can realize the automatic marking of size, and can Automatic Optimal, thereby saves manpower and improve accuracy.
Preferred embodiments of the present invention provides a kind of dimensioning automatic avoiding system, is used for the size on the workpiece design drawing is carried out automatic marking and optimization, and this system comprises: a statistics module is used for all points that need to mark on the statistics workpiece; One sort module, the point that the needs that are used for that statistical module is added up mark is classified; One judge module is used for judgement and needs the point of general of mark, obtains the distance between the point that has marked that this need mark a little and it is nearest and judge that whether this distance is less than certain setpoint distance; One processing module is for the point of general of mark and the point that judged result marks needs are optimized processing and it is carried out label character as required.
The described point of mark that needs comprises that the center of circle of the end points of workpiece, the guide pillar pin-and-hole on the workpiece and other required precision are the centers of circle that keeps double-digit hole behind the decimal point; Describedly need the classification of the point of mark to comprise the point that only need mark the X coordinate, only need mark the point that the point of Y coordinate and X coordinate and Y coordinate all need mark.
Preferred embodiments of the present invention also provides a kind of dimensioning automatic avoiding method, and this method comprises: (A) add up the point that all need to mark; (B) point of needs mark is classified; (C) judge to need mark point of general, obtain this point that need to mark and its nearest mark a little between distance and judge that whether this distance is less than certain setpoint distance; (D) point of general of mark and judged result are optimized it and process rear mark literal as required.
Compare prior art, described dimensioning automatic avoiding system and method, it can realize dodging automatically of size marking, meeting the mark specification, thereby has avoided causing marking the overlapped unresolvable phenomenon of literal when distance is too small between the mark point.
[description of drawings]
Fig. 1 is the functional block diagram of dimensioning automatic avoiding system better embodiment of the present invention.
Fig. 2 is the concrete implementing procedure figure of dimensioning automatic avoiding method better embodiment of the present invention.
Fig. 3 is the implementation flow chart that in the dimensioning automatic avoiding method preferred embodiments of the present invention Y mark point is optimized processing.
Fig. 4 is the implementation flow chart that in the dimensioning automatic avoiding method preferred embodiments of the present invention X, Y mark point is optimized processing.
[embodiment]
Consulting shown in Figure 1ly, is the functional block diagram of dimensioning automatic avoiding system better embodiment of the present invention.This dimensioning automatic avoiding system 1 can be installed on arbitrary computing equipment (as PC, not shown) in, it comprises: a statistics module 2, be used to add up the point that all need mark on the workpiece, comprise that the center of circle of the end points of workpiece, the guide pillar pin-and-hole on the workpiece and other accuracy requirement are to keep the center of circle in double-digit hole etc. behind the radix point; One sort module 3, the point that the needs that are used for that statistical module 2 is added up mark is classified, the point of needs mark is divided three classes: X marks point (promptly only need mark the point of its X coordinate), Y mark point (promptly only need mark the point of its Y coordinate) and X, Y mark point (being the point that its X coordinate and Y coordinate all need mark), and the need that this three classes mark point is put into respective type mark the some array, for example, all X mark points are all put into X mark point array; One judge module 4, whether the need mark point array that is used for by judging respective type is the need mark point that sky judges whether the type, and need mark point is obtained when marking this point that need mark and its nearest mark a little between distance, whether judge distance between other point that has marked that this need mark a little and it is nearest less than certain setpoint distance, this setpoint distance is decided on concrete mark requirement; One processing module 5 is used for X mark point, Y mark point and X, Y mark point are optimized processing it is carried out label character, thereby avoid causing marking the overlapped unresolvable phenomenon of literal when distance is too small between the mark point, for example, to the optimization process of X mark point be by the X mark point that relatively need mark and its nearest and the X-axis coordinate than the distance between its little X that has marked mark point whether less than certain setpoint distance, if less than then coming X to this needs mark to mark to carry out label character according to having marked a little label character size, position and direction.
Consulting shown in Figure 2ly, is the concrete implementing procedure figure of dimensioning automatic avoiding method better embodiment of the present invention.At first, statistical module 2 counts the point that needs mark, and the edge end points that these points may be workpiece also may be the point (step S10) in the workpiece surrounded set; Classify to it in the position of point on workpiece that sort module 3 marks as required, the point that needs are marked is divided three classes: X mark point, Y mark point and X, Y mark point (step S11); Judge module 4 has judged whether X mark point (step S12); If then 5 pairs of all X mark points that need to mark of processing module carry out label character (step S13) to it after being optimized and processing; Judge module 4 judgements have or not Y mark point (step S14); If then 5 pairs of all Y mark points that need to mark of processing module carry out label character to it after being optimized and processing, specific implementation method is (step S15) as shown in Figure 3; Judge module 4 has judged whether X, Y mark point (step S16); If then 5 pairs of all X that need to mark, Y mark points of processing module carry out label character (step S17) to it after being optimized and processing, then process ends.
In step S12,, then go to step S14 if judge there is not X mark point.
In step S14,, then go to step S16 if judge there is not Y mark point.
In step S16, there are not X, Y mark point, then process ends if judge.
As shown in Figure 3, be step S15 among Fig. 2, namely Y mark point is optimized the implementation flow chart of processing.At first, taking out one needs the Y of mark to mark point (step S1500); Judge module 4 obtain the Y mark point that will mark nearest with it and the Y-axis coordinate than the distance of its little Y mark point, judge that whether the Y mark point that will a mark distance nearest with it and that the Y-axis coordinate marks than its little Y is less than first setpoint distance (step S150); If then obtain again distance between the Y mark point that will mark and its nearest X mark point, judge that whether the Y mark point that will mark and its nearest X distance between marking is less than second setpoint distance (step S151); If, label character size, position and the direction (step S152) of the Y mark that then will mark according to size, position and the orientation determination of the label character of the X that compared mark point and Y mark point; Judge whether all Y mark points mark complete (step S154); If mark completely, then finish; If do not mark completely, then return step S1500.
In step S151, if the distance between the Y that marks mark point and its nearest X mark point is not less than second setpoint distance, label character size, position and the direction (step S153) of the Y mark point that then will mark according to size, position and the orientation determination of the label character of the Y that compared mark point, flow process goes to step S154 then.
In step S150, if the Y that marks mark point nearest with it and the Y-axis coordinate be not less than first setpoint distance than the distance of its little Y mark point, judge again that then whether the Y mark point that will mark and its nearest X distance between marking is less than second setpoint distance (step S155); If, label character size, position and the direction (step S157) of the Y mark point that then will mark according to size, position and the orientation determination of the label character of the X that compared mark point, flow process goes to step S154 then.
In step S155, be not less than second setpoint distance if judge the distance that the Y that needs mark marks between point and its nearest X mark point, then do not need the Y mark point optimization process that need to mark this and it is carried out normal text mark (step S156), flow process goes to step S154 then.
Wherein said first setpoint distance may be identical with second setpoint distance, also may be different, depending on the specific labeling requirements.
Optimization process method when in step S13 X mark point being marked is referring to the mask method to Y mark point shown in Figure 3, difference be to X mark point only need judge when marking the X mark point of required mark and its nearest and the X-axis coordinate than the distance between its little X that had marked mark whether less than certain setpoint distance, if, then the label character according to the X mark point that is compared carries out label character to the X mark point that need mark, if not, then it is carried out the normal text mark, judging at last whether all X mark point marks finishes, and then carries out step S14 if mark finishes.
As shown in Figure 4, be step S17 in the dimensioning automatic avoiding method preferred embodiments of the present invention, namely X, Y mark point is optimized the implementation flow chart of processing.At first, taking out one needs X, the Y of mark to mark point (step S1700); Whether the distance between X, the Y mark point that judge to need mark and its X nearest and that marked, Y mark is less than the 3rd setpoint distance (step S170); If whether the distance between X, the Y mark point that then judge to need mark and its nearest X mark is less than the 4th setpoint distance (step S171); If whether the distance between X, the Y mark point that then judge to need mark and its nearest Y mark is less than the 5th setpoint distance (step S172); If then according to the X that is compared, Y mark point, X marks the label character of point and Y mark point and determines that X, the Y that will mark mark size, position and the direction (step S173) of the label character of point; Judge whether all X, Y mark point marks complete (step S175), if then flow process finishes, otherwise returns step S1700.
In step S172, be not less than the 5th setpoint distance if judge the distance that the X, the Y that need mark mark between point and its nearest Y mark point, then determine size, position and the direction (step S174) of the label character of X, the Y mark point that will mark according to the label character of the X that is compared, Y mark point and X mark point, go to then step S175.
In step S171, if judge to need X, the Y mark point of mark and distance between its nearest X mark point to be not less than the 4th setpoint distance, judge that then whether X, the Y mark point that needs mark and its nearest Y distance between marking is less than the 5th setpoint distance (step S176); If then determine according to the label character of the X that is compared, Y mark point and Y mark point size, position and the direction (step S177) of the label character of X, the Y mark point that will mark to go to then step S175.
In step S176, be not less than the 5th setpoint distance if judge the distance that the X, the Y that need mark mark between point and its nearest Y mark point, then determine that according to the label character of the X that is compared, Y mark point X, the Y that will mark mark size, position and the direction (step S178) of the label character of point, go to step S175 then.
In step S170, if judge to need X, the Y mark point of mark and distance between its X nearest and that marked, Y mark point to be not less than the 3rd setpoint distance, judge that then whether X, the Y mark point that needs mark and its nearest X distance between marking is less than the 4th setpoint distance (step S179); If whether the distance between X, the Y mark point that then judge to need mark and its nearest Y mark is less than the 5th setpoint distance (step S180); If then determine according to the label character of the X that compared mark point and Y mark point size, position and the direction (step S181) of the label character of X, the Y mark point that will mark to go to then step S175.
In step S180, be not less than the 5th setpoint distance if judge the distance that the X, the Y that need mark mark between point and its nearest Y mark point, then determine that according to the label character of the X mark point that is compared X, the Y that will mark mark size, position and the direction (step S182) of the label character of point, go to step S175 then.
In step S179, if judge to need X, the Y mark point of mark and distance between its nearest X mark point to be not less than the 4th setpoint distance, judge that then whether X, the Y mark point that needs mark and its nearest Y distance between marking is less than the 5th setpoint distance (step S183); If then determine that according to the label character of the Y mark point that is compared X, the Y that will mark mark size, position and the direction (step S184) of the label character of point, go to step S175 then.
In step S183, be not less than the 5th setpoint distance if judge the distance that the X, the Y that need mark mark between point and its nearest Y mark point, then need not be optimized processing, X, the Y mark point that needs are marked carries out normal text mark (step S185), goes to then step S175.
Wherein said the 3rd setpoint distance, the 4th setpoint distance and the 5th setpoint distance possibility are identical also may be different, depending on the specific labeling requirements.
Claims (11)
1. a dimensioning automatic avoiding system is used for the size on the workpiece design drawing is carried out automatic marking and optimization, it is characterized in that this system comprises:
One statistics module is used to add up the point that all need mark on the workpiece;
One sort module, the point that the needs that are used for that statistical module is added up mark is classified;
One judge module, be used for to judge need mark point of general, obtain this point that need to mark and its nearest mark a little between distance and judge that whether this distance is less than certain setpoint distance;
One processing module is for the point of general of mark and the point that judged result marks needs are optimized processing and it is carried out label character as required.
2. dimensioning automatic avoiding system as claimed in claim 1 is characterized in that, the described point of mark that needs comprises that the center of circle of the end points of workpiece, the guide pillar pin-and-hole on the workpiece and other accuracy requirement are the centers of circle that keeps double-digit hole behind the radix point.
3. dimensioning automatic avoiding system as claimed in claim 1 is characterized in that, describedly needs the classification of the point of mark to comprise the point that only need mark the X coordinate, only need mark the point that the point of Y coordinate and X coordinate and Y coordinate all need mark.
4. a dimensioning automatic avoiding method is used for that size marking is carried out Automatic Optimal and handles, and it is characterized in that this method comprises:
Add up the point that all need mark;
Point to the needs mark is classified;
Judge the type of the point that needs mark;
Obtain this point that need mark and its nearest mark a little between distance and judge that whether this distance is less than certain setpoint distance; And
The point of general of mark and judged result are optimized it and process rear mark literal as required.
5. dimensioning automatic avoiding method as claimed in claim 4 is characterized in that, describedly needs the classification of the point of mark to comprise the point that only need mark the X coordinate, only need mark the point that the point of Y coordinate and X coordinate and Y coordinate all need mark.
6. dimensioning automatic avoiding method as claimed in claim 5, it is characterized in that, when the point of needs marks for only need mark the point of Y coordinate the time, the type of the described point of mark as required and judged result are optimized the step of handling back mark literal to it and comprise:
Judge the point only need mark the Y coordinate nearest with it and the Y-axis coordinate than the distance of its little point that only marks the Y coordinate whether less than first setpoint distance;
If, whether then judge the point only need mark the Y coordinate and the distance between its nearest point that only marks the X coordinate less than second setpoint distance, and the execution following steps:
If then determine only need to mark size, position and the direction of label character of the point of Y coordinate according to the label character of the point that only marks the X coordinate that is compared and the point that only marks the Y coordinate;
If not, then determine only need to mark size, position and the direction of label character of the point of Y coordinate according to the label character of the point that only marks the Y coordinate that is compared.
7. want 6 described dimensioning automatic avoiding methods such as right, it is characterized in that, the point of general of described as required mark and judged result are optimized the step of processing rear mark literal to it and also comprise:
If only need mark the point of Y coordinate nearest with it and the Y-axis coordinate be not less than first setpoint distance than its little some distance that only marks the Y coordinate, whether then judge the point only need mark the Y coordinate and the distance between its nearest point that only marks the X coordinate less than second setpoint distance, and the execution following steps:
If, then according to definite label character size, position and the direction that only need mark the point of Y coordinate of the label character of the point that only marks the X coordinate that is compared;
If not, then the point that only need mark the Y coordinate is carried out the normal text mark.
8. dimensioning automatic avoiding method as claimed in claim 5, it is characterized in that, when the point of needs marks be X coordinate and Y coordinate all need mark some the time, the type of the described point of mark as required and judged result are optimized the step of handling back mark literal to it and comprise:
Whether the point of judgement needs mark X coordinate and Y coordinate and the distance between its point nearest and that marked X coordinate and Y coordinate be less than the 3rd setpoint distance;
If then whether the point of judgement needs mark X coordinate and Y coordinate and the distance between its nearest point that only marks the X coordinate be less than the 4th setpoint distance;
If whether the point that then judge to need mark X coordinate and Y coordinate and the distance between its nearest point that only marks the Y coordinate be less than the 5th setpoint distance, and the execution following steps:
If then according to the point that marks X coordinate and Y coordinate that is compared, the label character that only marks the point of X coordinate and only mark the point of Y coordinate determines to mark size, position and the direction of label character of the point of X coordinate and Y coordinate;
If not, then determine to mark size, position and the direction of label character of the point of X coordinate and Y coordinate according to the label character that marks X coordinate and Y coordinate and only mark the point of X coordinate that is compared.
9. dimensioning automatic avoiding method as claimed in claim 8 is characterized in that, the type of the described point of mark as required and judged result are optimized the step of handling back mark literal to it and also comprise:
Need mark X coordinate and the point of Y coordinate and the distance between its nearest point that only marks the X coordinate to be not less than the 4th setpoint distance if judge, whether the point that then judge to need mark X coordinate and Y coordinate and the distance between its nearest point that only marks the Y coordinate be less than the 5th setpoint distance, and the execution following steps:
If then determine to mark size, position and the direction of label character of the point of X coordinate and Y coordinate according to the point that marks X coordinate and Y coordinate that is compared and the label character that only marks the point of Y coordinate;
If not, then determine size, position and the direction of label character of the point of the X coordinate that will mark and Y coordinate according to the label character of the point that marks X coordinate and Y coordinate that is compared.
10. dimensioning automatic avoiding method as claimed in claim 8 is characterized in that, the type of the described point of mark as required and judged result are optimized the step of handling back mark literal to it and also comprise:
If the distance between the point of the point that needs mark X coordinate and Y coordinate and its X coordinate nearest and that marked and Y coordinate is not less than the 3rd setpoint distance, judge that then whether the point that needs to mark X coordinate and Y coordinate and the distance between its nearest point that only marks the X coordinate are less than the 4th setpoint distance;
If whether the point that then judge to need mark X coordinate and Y coordinate and the distance between its nearest point that only marks the Y coordinate be less than the 5th setpoint distance, and the execution following steps:
If then determine to mark size, position and the direction of label character of the point of X coordinate and Y coordinate according to the point that only marks the X coordinate that is compared and the label character that only marks the point of Y coordinate;
If not, then determine to mark size, position and the direction of label character of the point of X coordinate and Y coordinate according to the label character of the point that only marks the X coordinate that is compared.
11. dimensioning automatic avoiding method as claimed in claim 10 is characterized in that, the type of the described point of mark as required and judged result are optimized the step of handling back mark literal to it and also comprise:
If need mark X coordinate and the point of Y coordinate and the distance between its nearest point that only marks the X coordinate to be not less than the 4th setpoint distance, whether the point that then judge to need mark X coordinate and Y coordinate and the distance between its nearest point that only marks the Y coordinate be less than the 5th setpoint distance, and the execution following steps:
If then determine to mark size, position and the direction of label character of the point of X coordinate and Y coordinate according to the label character of the point that only marks the Y coordinate that is compared;
If not then the point to needs mark X coordinate and Y coordinate carries out the normal text mark.
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| CNB2005100369962A CN100426305C (en) | 2005-08-31 | 2005-08-31 | Dimensioning automatic avoiding system and method |
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Families Citing this family (5)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106489149A (en) * | 2016-06-29 | 2017-03-08 | 深圳狗尾草智能科技有限公司 | A kind of data mask method based on data mining and mass-rent and system |
| CN106469237B (en) * | 2016-08-31 | 2019-07-05 | 中船黄埔文冲船舶有限公司 | A kind of method and system of jigsaw figure automatic marking |
| CN106528937B (en) * | 2016-10-10 | 2020-04-28 | 中广核工程有限公司 | System and method for avoiding label information overlapping based on PDMS (polydimethylsiloxane) map |
| CN106598631B (en) * | 2017-02-07 | 2019-09-20 | 中国电建集团昆明勘测设计研究院有限公司 | A kind of processing method that pipeline surveying data are avoided at picture and text word |
| CN108121863B (en) * | 2017-12-13 | 2021-03-12 | 机械工业第六设计研究院有限公司 | Method, device and equipment for creating pipeline label and computer readable storage medium |
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