CN103926187A - Parameter output method based on parameter truncation, system and blood cell analyzer - Google Patents
Parameter output method based on parameter truncation, system and blood cell analyzer Download PDFInfo
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Abstract
The present invention discloses a parameter output method based on parameter truncation, a system and a blood-cell-analyzer. The parameter output method based on parameter truncation comprises: S1, receiving input parameter value; S2, adopting a preset parameter truncation method to treat the parameter value, wherein the parameter truncation method comprises: dividing by precision, carrying out down rounding, summing, taking the remainder, ordering the parameter values, complementing the remainder, and multiplying the precision to obtain the truncated parameter; and S3, outputting the truncated parameter as the final parameter. According to the present invention, the relevant parameter is output through the parameter output method based on parameter truncation, such that the relevant parameter output related requirements (the sum is the determined value) can be met, the accuracy of the parameter can not be affected, the truncation error of each parameter can be within the one accuracy level range, and the relations between the original parameters can not be affected.
Description
Technical field
The present invention relates to biomedical detection field, relate in particular to a kind of parameter output intent blocking based on parameter and system and blood cell analyzer.
Background technology
At some, for example have, in the system (blood cell analyzer) of parameter output, because the parameter of exporting has accuracy limitations, so need to block parameter.Mostly adopt at present the method for cutting rounding up, for example parameter value 1.123584563, retain 1 decimal precision, and rounding up and blocking rear parameter value is 1.1, and this method can solve the problem that most parameters blocks.But when having a plurality of correlation parameters (with being a determined value) output, for example five classification blood cell analyzer leucocyte five sorting parameter Neu% (neutrophil leucocyte number percent), Lym% (lymphocyte number percent), Mon% (monocyte number percent), Eos% (eosinophilic granulocyte number percent), Bas% (basophil number percent), requiring the leucocyte five sorting parameter sums of output is 100%, the method for cutting that employing rounds up, may not meet the requirement that five sorting parameter sums are 100%.For example, protoleukocyte five classification number percent Neu%=42.90429235%, Lym%=43.04945786%, Mon%=11.64874344%, Eos%=1.84913154%, Bas%=0.54837481%, round up and retain 1 decimal precision, blocking result is Neu%=42.9%, Lym%=43.0%, Mon%=11.6%, Eos%=1.8%, Bas%=0.5%, leucocyte five classification number percent sums are 99.8%, do not meet and are 100% requirement.A kind of improvement project is first 4 number percent parameters wherein to be rounded up, the 5th number percent parameter value equals 100% front 4 the number percent parameter sums that deduct after rounding up, can meet like this number percent sum and be 100% requirement, but reduced the accuracy of parameter, and may change the magnitude relationship of raw parameter.For example, protoleukocyte five classification number percent Neu%=42.90429235%, Lym%=43.04945786%, Mon%=11.64874344%, Eos%=1.84913154%, Bas%=0.54837481%, the result of blocking using Neu% as the 5th parameter is Neu%=43.1%, Lym%=43.0%, Mon%=11.6%, Eos%=1.8%, Bas%=0.5%.It is 43.1% that obvious Neu% is truncated by 42.90429235%, truncation error was 0.19570765% (surpasses 1 and block precision position), reduced the accuracy of parameter, and Neu% and Lym% magnitude relationship change (block front Neu%<Lym%, block rear Neu%>Lym%).
Therefore,, although the parameter that simply the rounds up scheme of blocking realizes simply, when having a plurality of correlation parameters (with being a determined value) output, may not meet related request (with being a determined value).Although improvement project can meet related request, reduced the accuracy of parameter, theoretical truncation error reaches maximum can reach 2 precision positions, and may change the magnitude relationship of raw parameter.
To sum up, prior art has yet to be improved and developed.
Summary of the invention
In view of above-mentioned the deficiencies in the prior art, the object of the present invention is to provide a kind of parameter output intent blocking based on parameter and system and blood cell analyzer, be intended to solve existing parameter and block the problem that has reduction parameter accuracy when a plurality of correlation parameters (with being a determined value) are blocked to output, and may affect the problem of magnitude relationship between original parameter.
Technical scheme of the present invention is as follows:
The parameter output intent blocking based on parameter, wherein, the described parameter output intent blocking based on parameter is exported for a plurality of parameters simultaneously, and described parameter sum is a determined value;
The described parameter output intent blocking based on parameter comprises the following steps:
The numerical value of the parameter of S1, reception input;
S2, utilize a predefined parameter method for cutting to process the numerical value of above-mentioned parameter, wherein, described parameter method for cutting in the following way:
Determined value to the numerical value of each parameter and described parameter sum, divided by precision, and rounds downwards respectively;
Numerical value after parameter is rounded is added, and obtains one and value, and the numerical value after rounding with the determined value of parameter sum deducts this and value, obtains a remainder R;
Numerical value to parameter sorts;
According to ranking results from big to small, the numerical value after a front R parameter is rounded adds 1;
Respectively to add 1 and do not add 1 parameter and round after numerical value, be multiplied by precision, the parameter after being blocked;
S3, the parameter after blocking are exported as final argument.
The described parameter output intent blocking based on parameter, wherein, the described numerical value to parameter sorts in the following way:
The numerical value of calculating parameter after divided by precision and the error between the numerical value divided by precision and after rounding;
According to mistake extent, parameter is sorted.
The described parameter output intent blocking based on parameter, wherein, if error equates according to the numerical values recited sequence of parameter.
The described parameter output intent blocking based on parameter, wherein, if the numerical values recited of parameter is equal, according to the order sequence of acquiescence.
The described parameter output intent blocking based on parameter, wherein, the described parameter output intent blocking based on parameter is for the leucocyte parameter output of blood cell analyzer, described parameter comprises neutrophil leucocyte number percent, lymphocyte number percent, monocyte number percent, eosinophilic granulocyte number percent, basophil number percent, and described parameter sum is 100%.
A parameter output system of blocking based on parameter, wherein, described parameter output system of blocking based on parameter is exported for a plurality of parameters simultaneously, and described parameter sum is a determined value;
Described parameter output system of blocking based on parameter comprises:
Parameter acquisition module, for receiving the numerical value of the parameter of input;
Parameter truncation module, for carrying out truncation to the numerical value of above-mentioned parameter;
Parameter output module, for exporting the parameter through truncation;
Described parameter truncation module, comprising:
By precision, round submodule, for the determined value to the numerical value of each parameter and described parameter sum respectively, divided by precision, and round downwards;
Remainder obtains submodule, for numerical value after parameter is rounded, is added, and obtains one and value, and the numerical value after rounding with the determined value of parameter sum deducts this and value, obtains a remainder R;
Sequence submodule, sorts for the numerical value to parameter;
Complementary is counted submodule, and for the ranking results according to from big to small, the numerical value after a front R parameter is rounded adds 1;
By precision reduction submodule, for to respectively to add 1 and do not add 1 parameter and round after numerical value, be multiplied by precision, the parameter after being blocked.
The described parameter output system of blocking based on parameter, wherein, described parameter output system of blocking based on parameter is for the leucocyte parameter output of blood cell analyzer, described parameter comprises neutrophil leucocyte number percent, lymphocyte number percent, monocyte number percent, eosinophilic granulocyte number percent, basophil number percent, and described parameter sum is 100%.
A blood cell analyzer, wherein, comprises parameter output system of blocking based on parameter as above.
A kind of parameter output intent blocking based on parameter provided by the present invention and system and blood cell analyzer, the described parameter output intent blocking based on parameter is applicable to a plurality of correlation parameter output and requires the correlation parameter sum of output is a determined value, as is applicable to the leucocyte parameter output processing of blood cell analyzer.Its beneficial effect is: 1) when having a plurality of correlation parameters (with being a determined value) output, meet the related request (with being a determined value) of parameter output; 2) do not affect the accuracy of parameter, the requirement of the truncation error that meets each parameter within the scope of 1 precision position, for example, be accurate to 0.1, truncation error≤0.1; 3) do not affect the magnitude relationship between original parameter.
Accompanying drawing explanation
Fig. 1 is the process flow diagram that the present invention is based on the parameter output intent that parameter blocks.
Fig. 2 is the functional schematic block diagram that the present invention is based on the parameter output system that parameter blocks.
Fig. 3 is the functional schematic block diagram that the present invention is based on parameter truncation module in the parameter output system that parameter blocks.
Embodiment
The invention provides a kind of parameter output intent blocking based on parameter and system and blood cell analyzer, for making object of the present invention, technical scheme and effect clearer, clear and definite, below the present invention is described in more detail.Should be appreciated that specific embodiment described herein, only in order to explain the present invention, is not intended to limit the present invention.
A kind of parameter output intent blocking based on parameter provided by the present invention, described a kind of parameter output intent blocking based on parameter is applicable to a plurality of correlation parameter output, and requiring the correlation parameter sum of output is a determined value, for example, five classification blood cell analyzer leucocyte five sorting parameter Neu% (neutrophil leucocyte number percent), Lym% (lymphocyte number percent), Mon% (monocyte number percent), Eos% (eosinophilic granulocyte number percent), Bas% (basophil number percent), requiring the leucocyte five sorting parameter sums of output is 100%.
Particularly, the described parameter output intent blocking based on parameter, its process flow diagram as shown in Figure 1, comprises the following steps:
The numerical value of the parameter of S1, reception input.
S2, utilize a predefined parameter method for cutting to process the numerical value of above-mentioned parameter, wherein, described parameter method for cutting in the following way:
S21, divided by precision, round downwards: the determined value to the numerical value of each parameter and described parameter sum respectively, after precision, rounds downwards.For example, the numerical value of parameter is 1.153584563, and precision is 0.1, logarithm value 1.153584563 divided by precision 0.1 after, rounding is downwards 11; Requiring the parameter values sum of output is 100%, and precision is 0.1, to determining and 100% divided by after precision 0.1, rounding is downwards 1000%.
S22, summation, remainder number: numerical value after correlation parameter is rounded is added, obtains one and value, and the numerical value after rounding with the determined value of parameter sum deducts this and value, obtains a remainder.
Particularly, step S22 comprises the following steps:
After the correlation parameter that S221, calculation procedure S21 obtain rounds and, be designated as A;
S222, obtaining step S21 obtain determine and round after result, be designated as B;
S223, calculating remainder R=B – A.
Wherein, remainder R >=0 of gained, and be less than or equal to the number n of parameter.Because adopting, the correlation parameter of step S21 rounds downwards, so B >=A, i.e. R >=0.About remainder R≤n, suppose n parameter A 1, A2 ... An, itself and be A (A1+A2+ ... + An); Divided by precision, rounding rear parameter result is downwards B1, B2 ... Bn, itself and be B (B1+B2+ ... + Bn); Owing to rounding downwards, (A1-B1)≤1 so, (A2-B2)≤1 ... (An-Bn)≤1, so (A1-B1)+(A2-B2)+... + (An-Bn)≤n, i.e. A-B≤n, namely remainder R≤n.
S23, the numerical value of parameter is sorted.
Here can adopt several different methods to sort to the numerical value of parameter.The sort method providing in the present invention is as follows:
Numerical value after divided by precision of S231, calculating parameter and the error between the numerical value divided by precision and after rounding.For example, parameter value 1.153584563, precision position 0.1, after precision, rounding is downwards 11, the numerical value of parameter and round after numerical value between error be 0.53584563;
S232, according to mistake extent, parameter is sorted.Wherein, if error equates to sort according to the numerical values recited of raw parameter; If the numerical values recited of raw parameter equates, according to the order sequence of acquiescence.
For example, if the error of parameter a is greater than the error of parameter b, parameter a come parameter b before;
If the error of parameter a equals the error of parameter b, according to the size sequence of parameter a, b raw parameter numerical value;
If the former numerical value of parameter a is greater than parameter b, before parameter a comes parameter b;
If the former numerical value of parameter a equals parameter b, according to the order sequence of acquiescence; As a, b, c, d etc.
S24, complementary number: according to ranking results from big to small, the numerical value after a front R parameter is rounded adds 1;
S25, be multiplied by precision: the parameter result after complementary number (comprising the numerical value that adds 1 R numerical value and do not add 1 parameter after rounding) is multiplied by precision, the parameter after being blocked.
S3, the parameter after blocking are exported as final argument.
By the described parameter output intent output parameter blocking based on parameter, can meet the related request (with being a determined value) of correlation parameter output, can not affect the accuracy of parameter again, meet the truncation error of each parameter within the scope of 1 precision position, can also not affect the magnitude relationship between original parameter.
A kind of parameter output system of blocking based on parameter is also provided in the present invention, and described parameter output system of blocking based on parameter is exported for a plurality of parameters simultaneously, and described parameter sum is a determined value;
Described parameter output system of blocking based on parameter, as shown in Figure 2, comprising:
Parameter acquisition module, for receiving the numerical value of the parameter of input;
Parameter truncation module, for carrying out truncation to the numerical value of above-mentioned parameter;
Parameter output module, for exporting the parameter through truncation;
Described parameter truncation module, as shown in Figure 3, comprising:
By precision, round submodule, for the determined value to the numerical value of each parameter and described parameter sum respectively, divided by precision, and round downwards;
Remainder obtains submodule, for numerical value after parameter is rounded, is added, and obtains one and value, and the numerical value after rounding with the determined value of parameter sum deducts this and value, obtains a remainder R;
Sequence submodule, sorts for the numerical value to parameter;
Complementary is counted submodule, and for the ranking results according to from big to small, the numerical value after a front R parameter is rounded adds 1;
By precision reduction submodule, for to respectively to add 1 and do not add 1 parameter and round after numerical value, be multiplied by precision, obtain revised parameter.
Described parameter output system of blocking based on parameter is applicable to the leucocyte parameter output for blood cell analyzer, described parameter comprises neutrophil leucocyte number percent, lymphocyte number percent, monocyte number percent, eosinophilic granulocyte number percent, basophil number percent, and described parameter sum is 100%.Therefore, also provide a kind of blood cell analyzer in the present invention, described blood cell analyzer comprises parameter output system of blocking based on parameter as above.
The present invention will be further described with the leucocyte parameter of blood cell analyzer, to be output as example below, but the present embodiment be not limited to following for example.
Embodiment
Five classification blood cell analyzer leucocyte five sorting parameters of take are example, correlation parameter comprises Neu% (neutrophil leucocyte number percent), Lym% (lymphocyte number percent), Mon% (monocyte number percent), Eos% (eosinophilic granulocyte number percent), Bas% (basophil number percent), and requiring the leucocyte five sorting parameter sums of output is 100%.
1, receive the numerical value of the correlation parameter of input, as shown in table 1 below.Determine that with SUM be 1.0000000000.
The numerical value of table 1 initial parameter
| Neu%=0.4290429235 |
| Lym%=0.4304945786 |
| Mon%=0.1164874344 |
| Eos%=0.0184913154 |
| Bas%=0.0054837481 |
2, to the numerical value of each parameter and correlation parameter determine and, after precision, round downwards.Suppose that precision is 0.001, divided by precision and to round rear result as shown in table 2 below.
The result of table 2 divided by precision and after rounding
| Neu%=429 |
| Lym%=430 |
| Mon%=116 |
| Eos%=18 |
| Bas%=5 |
| SUM=1000 |
3, the summation of the numerical value after parameter is rounded, obtains A=429+430+116+18+5=998; Determine that the numerical value after rounding with SUM is B=1000; Calculate remainder R=B-A=1000-998=2.
4, calculate error between the numerical value of each parameter after divided by precision and the numerical value divided by precision and after rounding, then according to this mistake extent, parameter is sorted.Wherein, the error result of each parameter is as shown in table 3 below.
The error result of each parameter of table 3
| Neu% error is 0.0429235 |
| Lym% error is 0.4945786 |
| Mon% error is 0.4874344 |
| Eos% error is 0.4913154 |
| Bas% error is 0.4837481 |
Result parameter being sorted according to the result of this error (descending) is as shown in table 4 below.
The result of table 4 sequence
| Lym% |
| Eos% |
| Mon% |
| Bas% |
| Neu% |
5, according to parameter marshalling from big to small of table 4 order, the numerical value to front R (2) after parameter rounds adds respectively 1 complementary number, i.e. Lym%=430+1=431, Eos%=18+1=19.The result of complementary number is as shown in table 5 below.
The result of table 5 complementary number
| Neu%=429 |
| Lym%=431 |
| Mon%=116 |
| Eos%=19 |
| Bas%=5 |
| SUM=1000 |
6, after complementary number, each parameter is multiplied by precision 0.001, as the last result of blocking, exports, end product is as shown in table 6.
Table 6 is multiplied by the result after precision
| Neu%=0.429 |
| Lym%=0.431 |
| Mon%=0.116 |
| Eos%=0.019 |
| Bas%=0.005 |
| SUM=1.000 |
From the result of this example, can find out:
1, blocking rear parameter and constant, is still 1.000;
2, Neu% truncation error 0.0000429235, Lym% truncation error 0.005054214, and Mon% truncation error 0.0004874344, Eos% truncation error 0.0005086846, Bas% truncation error 0.0004837481, truncation error is all within the scope of 1 precision position.
3, block before and after parameter size order constant, remain Lym%>Neu%>Mon%GreatT.GreaT.G TEos%>Bas%.
In sum, a kind of parameter output intent blocking based on parameter provided by the present invention and system and blood cell analyzer, be applicable to a plurality of correlation parameters (with being a determined value) output, it has the following advantages: by the method for complementary number, meet the related request (with being a determined value) of parameter output; By first directly rounding downwards, then the method for complementary number (remainder be on the occasion of) upwards, the requirement of the truncation error that can meet each parameter within the scope of 1 precision position; After sequence, to the parameter method of complementary number from big to small, can meet the requirement that does not affect the magnitude relationship between original parameter.
Should be understood that, application of the present invention is not limited to above-mentioned giving an example, and for those of ordinary skills, can be improved according to the above description or convert, and all these improvement and conversion all should belong to the protection domain of claims of the present invention.
Claims (8)
1. the parameter output intent blocking based on parameter, is characterized in that, the described parameter output intent blocking based on parameter is exported for a plurality of parameters simultaneously, and described parameter sum is a determined value;
The described parameter output intent blocking based on parameter comprises the following steps:
The numerical value of the parameter of S1, reception input;
S2, utilize a predefined parameter method for cutting to process the numerical value of above-mentioned parameter, wherein, described parameter method for cutting in the following way:
Determined value to the numerical value of each parameter and described parameter sum, divided by precision, and rounds downwards respectively;
Numerical value after parameter is rounded is added, and obtains one and value, and the numerical value after rounding with the determined value of parameter sum deducts this and value, obtains a remainder R;
Numerical value to parameter sorts;
According to ranking results from big to small, the numerical value after a front R parameter is rounded adds 1;
Respectively to add 1 and do not add 1 parameter and round after numerical value, be multiplied by precision, the parameter after being blocked;
S3, the parameter after blocking are exported as final argument.
2. the parameter output intent blocking based on parameter according to claim 1, is characterized in that, the described numerical value to parameter sorts in the following way:
The numerical value of calculating parameter after divided by precision and the error between the numerical value divided by precision and after rounding;
According to mistake extent, parameter is sorted.
3. the parameter output intent blocking based on parameter according to claim 2, is characterized in that, if error equates according to the numerical values recited sequence of parameter.
4. the parameter output intent blocking based on parameter according to claim 3, is characterized in that, if the numerical values recited of parameter is equal, according to the order sequence of acquiescence.
5. according to the arbitrary described parameter output intent blocking based on parameter of claim 1～4, it is characterized in that, the described parameter output intent blocking based on parameter is for the leucocyte parameter output of blood cell analyzer, described parameter comprises neutrophil leucocyte number percent, lymphocyte number percent, monocyte number percent, eosinophilic granulocyte number percent, basophil number percent, and described parameter sum is 100%.
6. a parameter output system of blocking based on parameter, is characterized in that, described parameter output system of blocking based on parameter is exported for a plurality of parameters simultaneously, and described parameter sum is a determined value;
Described parameter output system of blocking based on parameter comprises:
Parameter acquisition module, for receiving the numerical value of the parameter of input;
Parameter truncation module, for carrying out truncation to the numerical value of above-mentioned parameter;
Parameter output module, for exporting the parameter through truncation;
Described parameter truncation module, comprising:
By precision, round submodule, for the determined value to the numerical value of each parameter and described parameter sum respectively, divided by precision, and round downwards;
Remainder obtains submodule, for numerical value after parameter is rounded, is added, and obtains one and value, and the numerical value after rounding with the determined value of parameter sum deducts this and value, obtains a remainder R;
Sequence submodule, sorts for the numerical value to parameter;
Complementary is counted submodule, and for the ranking results according to from big to small, the numerical value after a front R parameter is rounded adds 1;
By precision reduction submodule, for to respectively to add 1 and do not add 1 parameter and round after numerical value, be multiplied by precision, the parameter after being blocked.
7. parameter output system of blocking based on parameter according to claim 6, it is characterized in that, described parameter output system of blocking based on parameter is for the leucocyte parameter output of blood cell analyzer, described parameter comprises neutrophil leucocyte number percent, lymphocyte number percent, monocyte number percent, eosinophilic granulocyte number percent, basophil number percent, and described parameter sum is 100%.
8. a blood cell analyzer, is characterized in that, comprises parameter output system of blocking based on parameter as claimed in claim 6.
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