CN104068844A - Medical equipment waveform redrawing method and device - Google Patents
Medical equipment waveform redrawing method and device Download PDFInfo
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- CN104068844A CN104068844A CN201310109047.7A CN201310109047A CN104068844A CN 104068844 A CN104068844 A CN 104068844A CN 201310109047 A CN201310109047 A CN 201310109047A CN 104068844 A CN104068844 A CN 104068844A
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Abstract
The invention provides a medical equipment waveform redrawing method and device. The method includes: executing corresponding display attribute setting operations according to display attribute instructions; invoking waveform redrawing files, and executing waveform redrawing instructions; judging whether waveform is in a frozen state or not; if yes, executing waveform redrawing operation under the frozen state; otherwise, executing waveform redrawing operation under a non-frozen state. Waveform functions and features of an anaesthesia machine and a breathing machine are arranged as common controls and encapsulated to a DLL (Dynamic Link Library), after the display attributes are changed, the files in the DLL are invoked to redraw the waveform, and waveform redrawing in a simple and convenient mode is realized.
Description
Technical field
The present invention relates to computer software technical field, relate in particular to method and device thereof that a kind of armarium waveform redraws.
Background technology
Anesthetic machine and respirator all have the function of Real-Time Monitoring tidal volume, and can and show the waveform drawing of tidal volume, are convenient to doctor and observe patient's real time status.Different waveforms has characteristic separately, and in the time changing display properties, corresponding variation also can occur in the demonstration of waveform, and this just need to carry out waveform and redraw.Redraw if adopt traditional mode to carry out waveform, often carry out a new project and will once design waveform, increased cycle and the complexity of exploitation, wasted the plenty of time in repetitive work.
At present, anesthetic machine or respirator adopt the shared mode of simple general-purpose to carry out waveform and redraw the technical problem that also belongs to just to be solved.
Summary of the invention
The invention provides method and device thereof that a kind of armarium waveform redraws, described method is organized into common controls the waveform function of anesthetic machine and respirator and characteristic, and be packaged into DLL storehouse (Dynamic Link Library, dynamic link library), after display properties changes, by calling the file in DLL storehouse, waveform is redrawn, realize adopting simple and convenient mode to carry out waveform to redraw.Described technical scheme is as follows:
The method that armarium waveform redraws, is characterized in that, comprising:
According to display properties, corresponding display properties setting operation is carried out in instruction;
Call waveform and redraw file, carry out waveform and redraw instruction;
Judge that whether waveform is in frozen state;
If so the waveform of, carrying out under frozen state redraws operation;
If not, the waveform of carrying out under non-frozen state redraws operation.
Further, the waveform under described execution frozen state redraws to operate and comprises:
The waveform calling under frozen state redraws file;
Extract the data set of waveform pixel;
According to display properties instruction, the data set of described pixel is processed accordingly, obtained the data set of new pixel;
Judge that the data of described new pixel are whether all in indication range;
If so, according to the data set display waveform of described new pixel;
If not, according to super scope display mode, to described not in indication range the data of new pixel revise, and display waveform.
Further, the super scope display mode of described basis, to described not in indication range the data of new pixel revise, and display waveform comprises:
Judge whether to adopt super scope capping pattern;
If not, by exceeding the data deletion of new pixel of indication range, only the new pixel that does not exceed indication range is shown;
If so, the data of the new pixel that exceedes indication range are composed to cap value, and will not exceed the new pixel of indication range and show by revised new pixel.
Further, the waveform under described execution non-frozen state redraws to operate and comprises:
Delete the data set of display waveform pixel, empty the waveform in viewing area;
According to display properties instruction and the current data that collect, obtain the data of current pixel point;
Judge that the data of described current pixel point are whether in indication range;
If so, according to the data show waveform of described current pixel point;
If not, according to super scope display mode, the described not data of the current pixel point in indication range are revised, and display waveform.
Further, the super scope display mode of described basis is revised the data of described current pixel point, and display waveform comprises:
Judge whether to adopt super scope capping pattern;
If not, will exceed the data deletion of current pixel point of indication range, only show the current pixel point that does not exceed indication range;
If so, the data of the current pixel point that exceedes indication range are composed to cap value.
Further, described display properties comprises: the represented tolerance of the abscissa of waveform and the unit scales of vertical coordinate, the display position of waveform, the color of waveform.
The system that armarium waveform redraws, is characterized in that, comprising:
Display properties arranges module, for according to display properties instruction carry out corresponding display properties setting operation;
Execution module, redraws file and carries out waveform and redraw instruction for calling waveform;
Judge module, for judging that whether waveform is in frozen state;
Waveform redraws control module, for redrawing operation according to the output control waveform of described judge module judgement;
Wherein, the type that waveform redraws operation comprises that the waveform that the waveform under frozen state redraws under operation and non-frozen state redraws operation.
Further, when waveform is during in frozen state, described waveform redraw control module specifically for:
The waveform calling under frozen state redraws file;
Extract the data set of waveform pixel;
According to display properties instruction, the data set of described pixel is processed accordingly, obtained the data set of new pixel;
Judge that the data of described new pixel are whether all in indication range;
If so, according to the data set display waveform of described new pixel;
If not, according to super scope display mode, to described not in indication range the data of new pixel revise, and display waveform.
Further, when waveform is during in frozen state, if the data of described new pixel are not all in indication range, described waveform redraws control module according to super scope display mode, to described not in indication range the data of new pixel revise, and display waveform comprises:
When adopting when super scope capping pattern, by exceeding the data deletion of new pixel of indication range, only the new pixel that does not exceed indication range is shown;
In the time not adopting super scope capping pattern, the data of the new pixel that exceedes indication range are composed to cap value, and will not exceed the new pixel of indication range and show by revised new pixel.
Further, when waveform is during in non-frozen state, described waveform redraw control module specifically for:
Delete the data set of display waveform pixel, empty the waveform in viewing area;
According to display properties instruction and the current data that collect, obtain the data of current pixel point;
Judge that the data of described current pixel point are whether in indication range;
If so, according to the data show waveform of described current pixel point;
If not, according to super scope display mode, the described not data of the current pixel point in indication range are revised, and display waveform.
Further, when waveform is during in non-frozen state, if the data of described current pixel point are not all in indication range, described waveform redraws control module according to super scope display mode, to described not in indication range the data of current pixel point revise, and display waveform comprises:
When adopting when super scope capping pattern, will exceed the data deletion of current pixel point of indication range, only demonstration does not exceed the current pixel point of indication range;
In the time not adopting super scope capping pattern, the data of the current pixel point that exceedes indication range are composed to cap value.
Further, described display properties comprises: the represented tolerance of the abscissa of waveform and the unit scales of vertical coordinate, the display position of waveform, the color of waveform.
Technical scheme provided by the invention, the waveform function of anesthetic machine and respirator and characteristic are organized into common controls, and be packaged into DLL storehouse (Dynamic Link Library, dynamic link library), after display properties changes, by calling the file in DLL storehouse, waveform is redrawn, realize adopting simple and convenient mode to carry out waveform to redraw.
Brief description of the drawings
Fig. 1 is the method flow diagram that a kind of armarium waveform that the embodiment of the present invention one provides redraws;
Fig. 2 is that a kind of armarium waveform that the embodiment of the present invention two provides redraws apparatus system functional block diagram.
Detailed description of the invention
Below in conjunction with drawings and Examples, the present invention is described in further detail.Be understandable that, specific embodiment described herein, only for explaining the present invention, but not limitation of the invention.
Embodiment mono-
For a better understanding of the present invention, first introduce the knowledge relevant with the present invention, the waveform of Real-Time Monitoring will be drawn and show to anesthetic machine or respirator, in the time that some display properties changes, need to redraw waveform, display properties comprises: the explicit identification of the represented tolerance of the color of waveform, the position of waveform, the abscissa of waveform and the unit scales of vertical coordinate, waveform, the display position of waveform mark, the Set font of waveform mark, the unit of display of waveform, the display position of waveform unit, Set font of waveform unit etc.These display properties can be organized into common controls according to the function of waveform and characteristic, and be packaged into DLL storehouse (Dynamic Link Library, dynamic link library) in, to all projects with waveform drawing function, add this dll file and just can complete efficiently the work of waveform drawing.
Fig. 1 is the method flow diagram that a kind of armarium waveform that the embodiment of the present invention one provides redraws, as shown in Figure 1: the method that described armarium waveform redraws, comprising:
Step 101: corresponding display properties setting operation is carried out in instruction according to display properties;
Display properties comprises: the represented tolerance of the abscissa of waveform and the unit scales of vertical coordinate, the display position of waveform, color of waveform etc.According to display properties, corresponding display properties setting operation is carried out in instruction, for example, changes the metric unit of abscissa, and the scale of abscissa and mark transform accordingly.
Step 102: call waveform and redraw file, carry out waveform and redraw instruction;
If the variation that display properties occurs causes waveform also will change, will redraw waveform.For example, change the metric unit of abscissa, waveform will expand along the direction of abscissa.
Step 103: judge that whether waveform is in frozen state;
Waveform is freezed at a time to show fixing the state of waveform exactly, and in the time of frozen state, the state of waveform is static; And waveform is in the time of non-frozen state, the state of waveform changes over time, and therefore waveform is dynamic.
Step 104: if waveform in frozen state, the waveform of carrying out under frozen state redraws operation;
Step 104 comprises step 1041～step 1046:
Step 1041: the waveform calling under frozen state redraws file;
Step 1042: the data set that extracts waveform pixel;
Because waveform is in frozen state, so waveform is in static state, the style characteristic of waveform can not change, the position just showing or size etc. change, the data acquisition of waveform pixel is processed and just can be obtained new waveform with identical algorithm, therefore first will extract the data set of display waveform pixel.
Step 1043: according to display properties instruction, the data set of pixel is processed accordingly, obtained the data set of new pixel;
Display properties instruction refers to the change to display properties, for example, change the metric unit of abscissa, waveform will expand along the direction of abscissa, at this moment the data set of waveform pixel be carried out to corresponding processing and exactly the abscissa of data be expanded to corresponding multiple.
Step 1044: judge that the data of new pixel are whether all in indication range;
Due to the data set of waveform pixel is processed, may cause the data of new pixel can not be all in indication range, at this moment difference to some extent on showing, so whether the data that will first judge new pixel are all in indication range.
Step 1045: if the data of new pixel are all in indication range, according to the data set display waveform of new pixel;
Directly using the data of treated new pixel as video data, according to the data set display waveform of new pixel.
Step 1046: if the data of new pixel not all in indication range, according to super scope display mode, to not in indication range the data of new pixel revise, and display waveform.
Super scope display mode comprises the super scope capping pattern of employing and does not adopt super scope capping pattern, if the data of new pixel are not all in indication range, so first, to judge whether to adopt super scope capping pattern, super scope capping pattern is processed with regard to referring to the data that exceed indication range, become and represent peaked straight line, do not show and do not adopt super scope capping pattern just to refer to the portion waveshape that exceeds indication range.
Therefore,, if do not adopt super scope capping pattern, by exceeding the data deletion of new pixel of indication range, only the new pixel that does not exceed indication range is shown; If adopt super scope capping pattern, the data of the new pixel that exceedes indication range are composed to cap value, and will not exceed the new pixel of indication range and show by revised new pixel.
Step 105: if waveform in non-frozen state, the waveform of carrying out under non-frozen state redraws operation.
Step 105 comprises step 1051～step 1055:
Step 1051: delete the data set of display waveform pixel, empty the waveform in viewing area;
Because waveform is in non-frozen state, so waveform is in dynamic state, the situation of Real-Time Monitoring can be shown with the form of waveform, and constantly update waveform, at this moment, if the variation that display properties occurs causes waveform also will change, will first delete the data set of display waveform pixel, empty the waveform in viewing area.
Step 1052: according to display properties instruction and the current data that collect, obtain the data of current pixel point;
Display properties instruction is the change to display properties, for example, changes the metric unit of abscissa, and between the current data that collect and corresponding display pixel data, corresponding transformational relation will change.
Step 1053: judge that the data of current pixel point are whether in indication range;
Because waveform is in non-frozen state, so waveform, in dynamic state, show the value of Real-Time Monitoring, so whether the data that will first judge the pixel that current monitoring obtains are in indication range.
Step 1054: if the data of current pixel point are in indication range, according to the data show waveform of current pixel point;
Step 1055: if the data of current pixel point not in indication range, according to super scope display mode, the data of the current pixel point in indication range are not revised, and display waveform.
If the data of current pixel point are not in indication range, so first, to judge whether to adopt super scope capping pattern, super scope capping pattern is processed with regard to referring to the data that exceed indication range, become and represent peaked straight line, do not show and do not adopt super scope capping pattern just to refer to the portion waveshape that exceeds indication range.
Therefore, if do not adopt super scope capping pattern, will exceed the data deletion of current pixel point of indication range, only demonstration does not exceed the current pixel point of indication range; If adopt super scope capping pattern, the data of the current pixel point that exceedes indication range are composed to cap value.
Embodiment bis-
Fig. 2 is that a kind of armarium waveform that the embodiment of the present invention two provides redraws apparatus system functional block diagram, and as shown in Figure 2, the system that described armarium waveform redraws, comprising:
Display properties arranges module 201, for according to display properties instruction carry out corresponding display properties setting operation; Execution module 202, redraws file and carries out waveform and redraw instruction for calling waveform; Judge module 203, for judging that whether waveform is in frozen state; Waveform redraws control module 204, for redrawing operation according to the output control waveform of judge module judgement; Wherein, the type that waveform redraws operation comprises that the waveform that the waveform under frozen state redraws under operation and non-frozen state redraws operation.
Wherein, when waveform is during in frozen state, waveform redraw control module 204 specifically for:
The waveform calling under frozen state redraws file; Extract the data set of waveform pixel; According to display properties instruction, the data set of pixel is processed accordingly, obtained the data set of new pixel; Judge that the data of new pixel are whether all in indication range; If so, according to the data set display waveform of new pixel; If not, according to super scope display mode, to not in indication range the data of new pixel revise, and display waveform.
When waveform is during in frozen state, if the data of new pixel are not all in indication range, waveform redraws control module according to super scope display mode, to not in indication range the data of new pixel revise, and display waveform comprises: in the time adopting super scope capping pattern, by exceeding the data deletion of new pixel of indication range, only the new pixel that does not exceed indication range is shown; In the time not adopting super scope capping pattern, the data of the new pixel that exceedes indication range are composed to cap value, and will not exceed the new pixel of indication range and show by revised new pixel.
Wherein, when waveform is during in non-frozen state, waveform redraw control module 204 specifically for:
Delete the data set of display waveform pixel, empty the waveform in viewing area; According to display properties instruction and the current data that collect, obtain the data of current pixel point; Judge that the data of current pixel point are whether in indication range; If so, according to the data show waveform of current pixel point; If not, according to super scope display mode, the data of the current pixel point in indication range are not revised, and display waveform.
When waveform is during in non-frozen state, if the data of current pixel point are not all in indication range, waveform redraws control module according to super scope display mode, to not in indication range the data of current pixel point revise, and display waveform comprises: in the time adopting super scope capping pattern, to exceed the data deletion of current pixel point of indication range, only show the current pixel point that does not exceed indication range; In the time not adopting super scope capping pattern, the data of the current pixel point that exceedes indication range are composed to cap value.
Wherein, display properties comprises: the represented tolerance of the abscissa of waveform and the unit scales of vertical coordinate, the display position of waveform, the color of waveform.
The method and apparatus embodiment that the armarium waveform that the present embodiment provides redraws belongs to same design, and its specific implementation process refers to embodiment of the method and repeats no more here.
Technical scheme provided by the invention, the waveform function of anesthetic machine and respirator and characteristic are organized into common controls, and be packaged into DLL storehouse (Dynamic Link Library, dynamic link library), after display properties changes, by calling the file in DLL storehouse, waveform is redrawn, realize adopting simple and convenient mode to carry out waveform to redraw.
One of ordinary skill in the art will appreciate that all or part of step that realizes above-described embodiment can complete by hardware, also can carry out the hardware that instruction is relevant by program completes, described program can be stored in a kind of computer-readable recording medium, the above-mentioned storage medium of mentioning can be read only memory, disk or CD etc.
Below be only the explanation of doing for the preferred embodiments of the present invention and know-why thereof; and the restriction of not technology contents of the present invention being carried out; anyly be familiar with those skilled in the art in technical scope disclosed in this invention; the variation of easily expecting or replacement, all should be encompassed in protection scope of the present invention.
Claims (12)
1. the method that armarium waveform redraws, is characterized in that, comprising:
According to display properties, corresponding display properties setting operation is carried out in instruction;
Call waveform and redraw file, carry out waveform and redraw instruction;
Judge that whether waveform is in frozen state;
If so the waveform of, carrying out under frozen state redraws operation;
If not, the waveform of carrying out under non-frozen state redraws operation.
2. method according to claim 1, is characterized in that, the waveform under described execution frozen state redraws operation and comprises:
The waveform calling under frozen state redraws file;
Extract the data set of waveform pixel;
According to display properties instruction, the data set of described pixel is processed accordingly, obtained the data set of new pixel;
Judge that the data of described new pixel are whether all in indication range;
If so, according to the data set display waveform of described new pixel;
If not, according to super scope display mode, to described not in indication range the data of new pixel revise, and display waveform.
3. method according to claim 2, is characterized in that, the super scope display mode of described basis, to described not in indication range the data of new pixel revise, and display waveform comprises:
Judge whether to adopt super scope capping pattern;
If so, the data of the new pixel that exceedes indication range are composed to cap value, and will not exceed the new pixel of indication range and show by revised new pixel;
If not, by exceeding the data deletion of new pixel of indication range, only the new pixel that does not exceed indication range is shown.
4. method according to claim 1, is characterized in that, the waveform under described execution non-frozen state redraws operation and comprises:
Delete the data set of display waveform pixel, empty the waveform in viewing area;
According to display properties instruction and the current data that collect, obtain the data of current pixel point;
Judge that the data of described current pixel point are whether in indication range;
If so, according to the data show waveform of described current pixel point;
If not, according to super scope display mode, the described not data of the current pixel point in indication range are revised, and display waveform.
5. method according to claim 4, is characterized in that, the super scope display mode of described basis is revised the data of described current pixel point, and display waveform comprises:
Judge whether to adopt super scope capping pattern;
If so, the data of the current pixel point that exceedes indication range are composed to cap value;
If not, will exceed the data deletion of current pixel point of indication range, only show the current pixel point that does not exceed indication range.
6. method according to claim 1, is characterized in that, described display properties comprises: the represented tolerance of the abscissa of waveform and the unit scales of vertical coordinate, the display position of waveform, the color of waveform.
7. the system that armarium waveform redraws, is characterized in that, comprising:
Display properties arranges module, for according to display properties instruction carry out corresponding display properties setting operation;
Execution module, redraws file and carries out waveform and redraw instruction for calling waveform;
Judge module, for judging that whether waveform is in frozen state;
Waveform redraws control module, for redrawing operation according to the output control waveform of described judge module judgement;
Wherein, the type that waveform redraws operation comprises that the waveform that the waveform under frozen state redraws under operation and non-frozen state redraws operation.
8. system according to claim 7, is characterized in that, when waveform is during in frozen state, described waveform redraw control module specifically for:
The waveform calling under frozen state redraws file;
Extract the data set of waveform pixel;
According to display properties instruction, the data set of described pixel is processed accordingly, obtained the data set of new pixel;
Judge that the data of described new pixel are whether all in indication range;
If so, according to the data set display waveform of described new pixel;
If not, according to super scope display mode, to described not in indication range the data of new pixel revise, and display waveform.
9. system according to claim 8, it is characterized in that, when waveform is during in frozen state, if the data of described new pixel are not all in indication range, described waveform redraws control module according to super scope display mode, to described not in indication range the data of new pixel revise, and display waveform comprises:
When adopting when super scope capping pattern, by exceeding the data deletion of new pixel of indication range, only the new pixel that does not exceed indication range is shown;
In the time not adopting super scope capping pattern, the data of the new pixel that exceedes indication range are composed to cap value, and will not exceed the new pixel of indication range and show by revised new pixel.
10. system according to claim 7, is characterized in that, when waveform is during in non-frozen state, described waveform redraw control module specifically for:
Delete the data set of display waveform pixel, empty the waveform in viewing area;
According to display properties instruction and the current data that collect, obtain the data of current pixel point;
Judge that the data of described current pixel point are whether in indication range;
If so, according to the data show waveform of described current pixel point;
If not, according to super scope display mode, the described not data of the current pixel point in indication range are revised, and display waveform.
11. systems according to claim 10, it is characterized in that, when waveform is during in non-frozen state, if the data of described current pixel point are not all in indication range, described waveform redraws control module according to super scope display mode, the described not current pixel point data in indication range are revised, and display waveform comprises:
When adopting when super scope capping pattern, will exceed the data deletion of current pixel point of indication range, only demonstration does not exceed the current pixel point of indication range;
In the time not adopting super scope capping pattern, the data of the current pixel point that exceedes indication range are composed to cap value.
12. systems according to claim 7, is characterized in that, described display properties comprises: the represented tolerance of the abscissa of waveform and the unit scales of vertical coordinate, the display position of waveform, the color of waveform.
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