CN104729706B - The display packing of a kind of spectroscopic data and system - Google Patents
The display packing of a kind of spectroscopic data and system Download PDFInfo
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- CN104729706B CN104729706B CN201510092639.1A CN201510092639A CN104729706B CN 104729706 B CN104729706 B CN 104729706B CN 201510092639 A CN201510092639 A CN 201510092639A CN 104729706 B CN104729706 B CN 104729706B
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- 238000004611 spectroscopical analysis Methods 0.000 title claims abstract description 129
- 238000012856 packing Methods 0.000 title claims abstract description 15
- 238000001228 spectrum Methods 0.000 claims abstract description 131
- 230000003595 spectral effect Effects 0.000 claims abstract description 50
- 238000000034 method Methods 0.000 claims abstract description 5
- 238000002474 experimental method Methods 0.000 claims description 12
- 238000002329 infrared spectrum Methods 0.000 claims description 11
- 238000002211 ultraviolet spectrum Methods 0.000 claims description 11
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- 238000005516 engineering process Methods 0.000 description 3
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01J—MEASUREMENT OF INTENSITY, VELOCITY, SPECTRAL CONTENT, POLARISATION, PHASE OR PULSE CHARACTERISTICS OF INFRARED, VISIBLE OR ULTRAVIOLET LIGHT; COLORIMETRY; RADIATION PYROMETRY
- G01J3/00—Spectrometry; Spectrophotometry; Monochromators; Measuring colours
- G01J3/02—Details
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01J—MEASUREMENT OF INTENSITY, VELOCITY, SPECTRAL CONTENT, POLARISATION, PHASE OR PULSE CHARACTERISTICS OF INFRARED, VISIBLE OR ULTRAVIOLET LIGHT; COLORIMETRY; RADIATION PYROMETRY
- G01J3/00—Spectrometry; Spectrophotometry; Monochromators; Measuring colours
- G01J3/28—Investigating the spectrum
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Abstract
The present invention discloses display packing and the system of a kind of spectroscopic data, and the method comprises: gather spectroscopic data, and control display light spectral curve and data list, data list shows and the whole spectroscopic datas corresponding to the curve of spectrum; Control display one selection frame on the curve of spectrum, at selection frame inner control display vernier and to scale, and at the spectroscopic data corresponding to data list control display and Marker selection frame, vernier and scale. While display light spectral curve, it is possible to display data list window is so that contrast uses two kinds of Output rusults, and vernier and scale are used for finding rapidly corresponding spectroscopic data simultaneously. Simultaneously for the purpose of directly perceived, below the curve of spectrum, show the optics color atlas of corresponding broad sense. In addition, the relevant information of measure spectrum is recorded for convenience of operator, configuration information record input window on the window of the curve of spectrum. Thus the present invention is convenient to show, is searched, to when measure spectrum data.
Description
Technical field
This patent relates to the spectrograph in optical analysis instrument, it relates to the design concept at the spectrograph man-machine interaction interface of a kind of convenient operation, relates to a kind of spectroscopic data and optical wavelength and the display packing of spectral intensity corresponded and system more specifically.
Background technology
Conventional spectrograph function software, such as ocean optics company of the U.S. (OceanOpticsInc.) although the USB2000-FLG type fiber spectrometer produced has the curve of spectrum and data list two kinds of phraseologies, but be not supplied to that operator searches fast between two kinds of phraseologies, the method for comparison and measurement, as shown in Figure 1. This is for obtaining after the curve of spectrum, it is necessary to accurately search, the operation of comparison and measure spectrum data be very inconvenience. Otherwise, after being also unfavorable in data list selected spectroscopic data, determine its corresponding wavelength location or scope on the curve of spectrum rapidly and accurately.
Summary of the invention
The present invention provides display packing and the system of a kind of spectroscopic data, and one of technical problem that this patent to be solved is the curve of spectrum of display and the inconvenience of the spectroscopic data contrast of record.
For solving the problems of the technologies described above, this patent, while display light spectral curve, increases a list window that can show concrete spectroscopic data, data list shows and the whole spectroscopic datas corresponding to the described curve of spectrum. Two kinds of Output rusults are used can contrast on screen. During if do not needed, it is possible to close this list window.
The two of the technical problem that this patent to be solved are the inconveniences that the spectrum of display and the Color pair of people institute perception are answered.
For the purpose of directly perceived, the optics color atlas of control display one broad sense, the optics color atlas of described broad sense comprises visible ray color atlas, non-visible ultraviolet spectrum and non-visible near-infrared spectra (representing, represent for the near-infrared spectra white being greater than 780nm) for the ultraviolet spectrum black being less than 380nm; Obtain the wavelength data that the selection frame on the curve of spectrum, vernier and scale are corresponding, mark in the optics color atlas of broad sense.
The three of the technical problem that this patent to be solved are the inconveniences searching detailed spectroscopic data readily through the shown curve of spectrum.
In order to find rapidly detailed spectroscopic data, on the described curve of spectrum, display one selection frame is controlled according to the regional choice information on the described curve of spectrum, being positioned at the spectral value selecting frame, the spectroscopic data corresponded in data list is changed by color or other changes are marked; Simultaneously corresponding in the optics color atlas of its broad sense spectral range is marked by perpendicular line accordingly. In addition be convenient to eye-catching for the purpose of, be positioned at select frame curve of spectrum color also change.
In order to accurately measure further, select frame inner control display one for measure single-point wavelength vernier and to the scale for measure spectrum width. The spectral value that this vernier and scale indicate, is marked by another kind of color or other marks in data list. The spectral value that vernier and scale indicate simultaneously is marked by perpendicular line accordingly in the optics color atlas of broad sense. , it is possible to oppositely search, in addition namely click in data list a certain data then the vernier on the curve of spectrum namely move to corresponding position. As measuring result, single-point wavelength and corresponding light intensity representated by vernier are shown in real time, and the left and right in scale is erected the wavelength representated by line, corresponding light intensity and corresponding spectral width and also shown in real time.
The four of the technical problem that this patent to be solved are spectra re-recorded curve and the inconvenience of experiment or measurement content.
Recording experiment for convenience of operator, on the window of the curve of spectrum, configuration information record input window, comprises writing time, place, material, the information such as experiment equipment and operator. This information record input window and the curve of spectrum are shown as a file, preserve, edit, open, call, copy and print. This information record input window can also be shown as a file, preserve, edit, open, call, copy and print separately.
The overall technology effect of this patent embodies in the following areas.
(1) in this patent, it is possible to conveniently contrast in the curve of spectrum and data list the spectroscopic data recorded;
(2) in this patent, it is possible to intuitively the shown curve of spectrum is mapped with known color spectrum;
(3) in this patent, it is possible to searched rapidly by the shown curve of spectrum and measure detailed spectroscopic data;
(4) in this patent, it is possible to the information that record experiment or measurement are correlated with when display light spectral curve.
Accompanying drawing explanation
The software interface schematic diagram that Tu1Shi ocean optics company spectrograph is used;
Fig. 2 is the schema of the display packing of a kind of spectroscopic data of the present invention;
Fig. 3 is the framework figure of the indicating system of a kind of spectroscopic data of the present invention;
Fig. 4 is the schematic diagram of the spectroscopic data display interface in an embodiment of the present invention;
Fig. 5 is the schematic diagram of the optics color atlas of the broad sense of an embodiment of the present invention;
Fig. 6 is information record input window and the curve of spectrum window schematic diagram of an embodiment of the present invention;
Fig. 7 is the operating process figure in an embodiment of the present invention.
Embodiment
Below in conjunction with accompanying drawing, the present invention is described in further detail.
As shown in Figure 2, the display packing of a kind of spectroscopic data of the present invention, comprising:
Step S201, gather spectroscopic data, the optics color atlas of control display light spectral curve, data list and broad sense, the optics color atlas of described broad sense comprises visible ray chromatogram, non-visible ultraviolet spectrum and non-visible near-infrared spectra, described data list shows and the whole spectroscopic datas corresponding to the described curve of spectrum.
Step S202, on the curve of spectrum, display one selection frame is controlled according to the regional choice information on the curve of spectrum, select frame inner control display one for measure single-point wavelength vernier and to the scale for measure spectrum width, and control shows and the spectroscopic data corresponding to Marker selection frame, vernier and scale in data list, and obtain the wavelength data that the selection frame on the described curve of spectrum, vernier and scale are corresponding, mark in the optics color atlas of described broad sense. Concrete, in the optics color atlas of broad sense, spectroscopic data corresponding to frame, vernier and scale can be selected by arranging the mode mark of symbol or flicker. Preferably, adopting conventional visible ray chromatogram for visible ray, ultraviolet spectrum black wavelength being less than to 380nm represents, near infrared wavelength being greater than to 780nm represents by white. Relative to the different spectrograph with different wavelength range, the optics color atlas of described broad sense can be all or part of of visible ray chromatogram, or the combination of above-mentioned optics chromatogram and non-visible ultraviolet spectrum, or the combination of above-mentioned optics chromatogram and non-visible near-infrared spectra
In this step, can in data list by the change of the change of table features, numerical characteristic, symbol is set or selects spectroscopic data corresponding to frame, vernier and scale described in the mode mark of flicker, thus realize being convenient to searching and measurement of spectroscopic data by selecting the spectroscopic data that frame, vernier and scale are corresponding to be different from other spectroscopic datas. Preferably, can select and select the spectroscopic data that frame is corresponding different from other spectroscopic data colors, the spectroscopic data color that vernier is corresponding from selecting frame with the spectroscopic data corresponding to scale is different, realize the difference display of spectroscopic data corresponding to selection frame, vernier and scale and other data, simple, intuitive more.
Step S203, receives the mobile information of vernier or scale, and calculate vernier according to the initial position message of vernier and scale and scale move after position and in original spectral data, find corresponding spectral intensity according to this position, the curve of spectrum shows vernier and scale move after position and corresponding spectral intensity and in data list display and mark vernier and scale move after spectroscopic data, as measuring result, single-point wavelength and corresponding light intensity representated by vernier are shown in real time, and the left and right in scale is erected the wavelength representated by line, corresponding light intensity and corresponding spectral width and also shown in real time. concrete, first time is when loading, vernier 4 place starting position is the wavelength corresponding to first spectroscopic data being arranged in and selecting frame 3, scale about 5 perpendicular line place starting position is be arranged in select frame 3 first spectroscopic datas and the wavelength corresponding to last spectroscopic data respectively, on the basis of this its initial value, specific position is moved to again by user's next step-length every (photodetector probe unit or corresponding wavelength step-length), the position of then corresponding wavelength on the curve of spectrum 2 is exactly that the initial value in raw data adds the step-length subtracting (determining by travel direction) and moving, this calculation result again real-time loading on the curve of spectrum 2, east is moved in the left and right being realized vernier by the left arrow key on keyboard or right arrow key respectively, by Ctrl key on keyboard+left arrow key or right arrow key realize the perpendicular line in a scale left side move left and right and keyboard Shift+ left arrow key or right arrow key realize moving left and right of the scale perpendicular line in the right side.
Position in data list 10 of vernier 4 and scale 5 can be calculated with reason and real-time loading in data list 10.
Step S204, receives mouse clicking operation information corresponding with a spectroscopic data in data list, then the slider position on the curve of spectrum is moved to the position corresponding with this spectroscopic data. Thus realize the reverse inquiry in data list.
Step S202 comprises: operate function according to mouse, obtains border scope selected on the curve of spectrum, and searches in original spectral data storehouse and mark corresponding spectroscopic data, is relative to the spectroscopic data scope selecting frame; Meanwhile, using the initial spectrum data of a certain spectroscopic data in selected spectroscopic data as vernier; The initial spectrum data of perpendicular line about using two spectroscopic datas of certain in selected spectroscopic data as scale; Start-up loading selects frame, vernier and scale, shows described selection frame, vernier and scale on the described curve of spectrum, and marks spectroscopic data corresponding to described selection frame, vernier and scale in described data list simultaneously. Thus realize display and the mark of initial selected frame, vernier and scale.
Preferably, the display packing of spectroscopic data also comprises: control display one for writing time, place, material, the information record input window of the information such as experiment equipment and operator. Thus handled easily person records experiment, this information record input window and the curve of spectrum are shown as a file, preserve, edit, open, call, copy and print simultaneously; This information record input window can also be shown as a file, preserve, edit, open, call, copy and print separately. Thus the present invention facilitates spectra re-recorded curve and experiment or measures content.
As shown in Figure 3, the present invention also provides the indicating system 300 of a kind of spectroscopic data, comprising: data acquisition module 310, curve of spectrum display module 320, list display module 330, control module 340 and record load module 350.
Data acquisition module 310, for gathering spectroscopic data. Data acquisition module 310 is gathered original spectral data by the circuit of upper computer, spectrograph, optical system and many units photodetector and is stored in upper computer by these data, the circuit communication of this module and spectrograph and controling parameters arranges the collection with spectroscopic data.
Curve of spectrum display module 320, for controlling display one curve of spectrum, on the described curve of spectrum, control display one selection frame according to the regional choice information on the described curve of spectrum, and described selection frame inner control show one for measure single-point wavelength vernier and to the scale for measure spectrum width. In addition, the also optics color atlas of control display one broad sense, the optics color atlas of described broad sense comprises visible ray chromatogram, non-visible ultraviolet spectrum and non-visible near-infrared spectra, curve of spectrum display module, also for the wavelength data that the selection frame, vernier and the scale that obtain on the described curve of spectrum are corresponding, marks in the optics color atlas of described broad sense. Whole spectroscopic datas, i.e. spectral intensity the distributing or selecting the distribution with photodetector probe unit as required with wavelength that concrete curve of spectrum display module 320 display gathers, and control display and select frame, vernier and scale; In addition, the function of this module also comprises the characteristic indication corresponding in Optical Chromatography with the whole spectroscopic data corresponding to the form display light spectral curve of Optical Chromatography and display selection frame, vernier and scale, be the characteristic indication corresponding to a broken box, vernier and scale as selected the characteristic indication corresponding to frame it is perpendicular line.
List display module 330, for controlling display one data list, described data list shows and the whole spectroscopic datas corresponding to the described curve of spectrum, and at the spectroscopic data corresponding to described data list control display and mark and described selection frame, vernier and scale. Concrete, list display module 330 whole spectroscopic datas corresponding to display light spectral curve in the way of list, have and open and close selection function; And show and spectroscopic data corresponding in data list of Marker selection frame, vernier and scale.
Control module 340, for control data acquisition module 310, curve of spectrum display module 320 and list display module 330, and for receiving the mobile information of vernier or scale on the curve of spectrum, and calculate vernier according to the initial position message of vernier and scale and scale move after position and in original spectral data, find corresponding spectral intensity according to this position, control curve of spectrum display module 320 shows described vernier in the curve of spectrum and scale move after position and corresponding spectral intensity and control list display module 330 show in data list and mark vernier and scale move after spectroscopic data, control module 340 is also for receiving mouse clicking operation information corresponding with a spectroscopic data in data list, then control curve of spectrum display module 320 and the slider position on the curve of spectrum is moved to the position corresponding with this spectroscopic data.
Control module 340 also for operating function according to mouse, obtains border scope selected on the curve of spectrum, and searches in original spectral data storehouse and mark corresponding spectroscopic data, is select the corresponding spectroscopic data scope of frame; Meanwhile, using the initial spectrum data of a certain spectroscopic data in selected spectroscopic data as vernier; The initial spectrum data of perpendicular line about using two spectroscopic datas of certain in selected spectroscopic data as scale; Curve of spectrum display module 320 also selects frame, vernier and scale for start-up loading, showing described selection frame, vernier and scale on the curve of spectrum, list display module 330 is also for spectroscopic data that the spectroscopic data that marks in data list and select frame corresponding and vernier and scale are corresponding.
Preferably, this system also comprises record load module 350, control display one for writing time, place, material, the information record input window of the information such as experiment equipment and operator. This information record input window and curve of spectrum window be shown as a file, preserve, edit, open, call, copy and printing etc.; Can also be shown as a file separately, preserve, edit, open, call, copy and printing etc. Record load module 350 is an independent module, the manipulation of uncontrolled module 340.
Fig. 4 is the schematic diagram of the spectroscopic data display interface in an embodiment of the present invention, and wherein 1 is curve of spectrum window, shows the optics color atlas 6 of the curve of spectrum 2 and broad sense in this curve of spectrum window 1. 2 is the curve of spectrum, and this curve of spectrum is the distribution of spectral intensity with wavelength or the distribution with photodetector probe unit. 3 is select frame; 4 is vernier; 5 is the scale for measure spectrum width. 6 is the optics color atlas of broad sense. 7 is the wavelength region selecting frame 3 corresponding on the optics color atlas 6 of broad sense. 8 is the wavelength corresponding on the optics color atlas 6 of broad sense of vernier 4. 9 is the wavelength corresponding on the optics color atlas 6 of broad sense of scale 5. 10 is data list, and this data list 10 shows the spectroscopic data of the whole curve of spectrum 2. 11 is spectroscopic data scope corresponding with 3 (comprise and select frame) in selection frame in data list 10. 12 is spectroscopic data corresponding with vernier 4 in data list 10. 13 is spectroscopic data corresponding with the scale 5 for measure spectrum width in data list 10.
When user uses spectrograph to be analyzed by spectroscopic data, first obtain the curve of spectrum 2 after operational light spectrometer, open the data list 10 (distribution of spectral intensity with photodetector probe unit can also be represented for spectral intensity with the distribution of wavelength herein) of display light modal data. When to be searched some spectroscopic data, clicking to arrange with mouse and select frame 3 on the curve of spectrum 2, selected spectroscopic data scope can select the size of frame 3 to determine by change, selects the size of frame 3 to arrange by dragging mouse. For the purpose of eye-catching, frame 3 curve of spectrum color can be selected to be set to being positioned at and other curve of spectrum distinct colors. After selecting the size of frame 3 to determine on the curve of spectrum 2, the spectroscopic data in the spectroscopic data scope 11 corresponded in data list 10 will change color, and convenient operation person determines rapidly to select the spectroscopic data scope selected by frame 3. When selecting frame 3 to show, vernier 4 and scale 5 also can show, and vernier 4 and scale 5 are only limitted to selecting to move along the curve of spectrum in frame 3. In order to measure certain single-point wavelength (such as extreme point etc.), select the vernier 4 being positioned on the curve of spectrum 2, then with the left arrow key on keyboard or right arrow key moving cursor 4 to the single-point wavelength place of required measurement. Now, the spectroscopic data in the spectroscopic data 12 corresponded in data list 10 can change color so that operator determines rapidly this spectroscopic data. In addition, certain section of spectral range (such as halfwidth etc.) selected in frame 3 to measure, with Ctrl key on keyboard+left arrow key or right arrow key, scale 5 left side being erected the position moved left and right to required measurement of line, the data now corresponded in spectroscopic data region 13 will change color; With keyboard Shift+ left arrow key or right arrow key, perpendicular for the right side in scale 5 line being moved left and right the position to required measurement again, the data now corresponded in spectroscopic data 13 will change into same color; Convenient operation person determines rapidly and spectral range measured by calculating. As measuring result, single-point wavelength and corresponding spectral intensity representated by vernier 4 are shown in real time; Left and right in scale 5 is erected the wavelength representated by line, corresponding light intensity and corresponding spectral width and is also shown in real time.
In addition, when selecting frame 3 to show, the optics color atlas 6 of broad sense can show a corresponding broken box 7. When vernier 4 shows, the optics color atlas 6 of broad sense can show a corresponding perpendicular line 8, and moves along with the movement of vernier 4. When scale 5 shows, the optics color atlas 6 of broad sense can show corresponding one to the perpendicular line 9 being connected with scale 5, and moves and move along with the perpendicular line in left and right of scale 5.
Fig. 5 is the schematic diagram of the optics color atlas 6 of the broad sense of an embodiment of the present invention. The optics color atlas 6 of this broad sense comprises visible ray chromatogram 13, non-visible ultraviolet spectrum 14 and non-visible near-infrared spectra 15, the non-visible near-infrared spectra 15 being greater than 780nm represents by white, the ultraviolet spectrum 14 being less than 380nm non-visible represents with black, other visible ray chromatograms then adopt corresponding visible ray color displays, due in patent accompanying drawing can not Chromatic color image, therefore adopt different gray scales to represent the color of visible ray in Figure 5. In Optical Chromatography Fig. 6 of this broad sense, selecting frame 3, vernier 4 and scale 5 to compose broken box corresponding in 15 in ultraviolet, erecting line is white; The broken box that frame 3, vernier 4 and scale 5 are corresponding in visible ray chromatogram 14, perpendicular line is selected to be white; The broken box that frame 3, vernier 4 and scale 5 are corresponding in near-infrared spectra 14, perpendicular line is selected to be black.
Fig. 6 is information record input window and curve of spectrum window 1 schematic diagram of an embodiment of the present invention. Information record input window 17 and curve of spectrum window 1 show jointly, it is possible to make operator conveniently record relevant experiment or measurement information, comprise the information such as writing time, place, material, experiment equipment and operator. This information record input window and the curve of spectrum are shown as a file, preserve, edit, open, call, copy and print. This information record input window can also be shown as a file, preserve, edit, open, call, copy and print separately.
Fig. 7 is the operating process figure in an embodiment of the present invention. 23 is that GUI handles interface, and 24 is the original spectral data storehouse (data buffer memory) gathered, and 25 is the selected zone of original spectral data, 26 is load to select frame, 27 is load vernier, and 28 is load scale, and 29 is change color, 30 is refresh the curve of spectrum scope being selected frame 3 to select, 31 is self-defined redrawing, and 32 is refresh the spectroscopic data corresponding to curve of spectrum scope being selected frame 3 to select, and 33 is curve of spectrum display, 34 is data list display, and 35 is choose. Open invention software upper computer display GUI and handle interface 23, after completing a series of setting, clicking the button gathering original spectral data, control module 340 control data acquisition module 310 completes the collection in original spectral data storehouse (data buffer memory) and is stored in upper computer by these data and forms original spectral data storehouse 24; Hereafter judging the true and false of selected zone 25, if being chosen as vacation, directly carrying out the operation of curve of spectrum display 33 and the operation of data list display 34; The operation of relevant data list display 34, also by the control choosing 35, namely shows by choosing 35 controls or closes data list 10; If it is determined that selected zone 25 is very then return to original spectral data storehouse 24 to carry out the selection about spectroscopic data. For making operator understand selected spectroscopic data scope intuitively, first on the curve of spectrum 2, operate function according to mouse and select a scope at the curve of spectrum 2, the cut off value of this range of choice is obtained by control module 340, and make corresponding light modal data in original spectral data storehouse (data buffer memory) 24, restart to load and select frame 26 and change color 29, and corresponding selection frame 3 and color can be shown on the curve of spectrum 2 by refreshing selected spectrum line 30. After start-up loading selects frame 26, start-up loading vernier 27 immediately, loads scale 28, then can show corresponding vernier 4 and scale 5 on the curve of spectrum 2 by refreshing selected spectrum line 30. Carrying out self-defined redrawing 31 simultaneously, and change the color of the part curve of spectrum corresponding light modal data in data list 10 selected by refreshing selected data 32, wherein vernier 4 is identical with the Data Color of scale 5, but from select the different of frame 3.
First time is when loading, vernier 4 place starting position is the wavelength corresponding to first spectroscopic data being arranged in and selecting frame 3, scale about 5 perpendicular line place starting position is be arranged in select frame 3 first spectroscopic datas and the wavelength corresponding to last spectroscopic data respectively, on the basis of this its initial value, specific position is moved to again by user's next step-length every (photodetector probe unit or corresponding wavelength step-length), the position of then corresponding wavelength on the curve of spectrum 2 is exactly that the initial value in raw data adds the step-length subtracting (determining by travel direction) and moving, this calculation result again real-time loading on the curve of spectrum 2, east is moved in the left and right being realized vernier by the left arrow key on keyboard or right arrow key respectively, by Ctrl key on keyboard+left arrow key or right arrow key realize the perpendicular line in a scale left side move left and right and keyboard Shift+ left arrow key or right arrow key realize moving left and right of the scale perpendicular line in the right side.
Position in data list 10 of vernier 4 and scale 5 can be calculated with reason and real-time loading in data list 10.
Certainly; the present invention also can have other various embodiments; when not deviating from the present invention's spirit and essence thereof; those of ordinary skill in the art are when can make various corresponding change and distortion according to the present invention, but these change accordingly and are out of shape the protection domain that all should belong to the claim appended by the present invention.
Claims (10)
1. the display packing of a spectroscopic data, it is characterised in that, comprising:
Gather spectroscopic data, the optics color atlas of control display light spectral curve, data list and broad sense, the optics color atlas of described broad sense comprises visible ray chromatogram, non-visible ultraviolet spectrum and non-visible near-infrared spectra, described data list shows and the whole spectroscopic datas corresponding to the described curve of spectrum;
On the described curve of spectrum, display one selection frame is controlled according to the regional choice information on the described curve of spectrum, described selection frame inner control show one for measure single-point wavelength vernier and to the scale for measure spectrum width, and show in described data list control and mark the spectroscopic data corresponding to described selection frame, vernier and scale, and obtain the wavelength data that the selection frame on the described curve of spectrum, vernier and scale are corresponding, mark in the optics color atlas of described broad sense;
Receive the mobile information of described vernier or scale, and calculate described vernier according to the initial position message of described vernier and scale and scale move after position and in original spectral data, find corresponding spectral intensity according to this position, the described curve of spectrum shows described vernier and scale move after position and corresponding spectral intensity and in described data list display and mark described vernier and scale move after spectroscopic data, as measuring result, single-point wavelength and corresponding light intensity representated by vernier are shown in real time, the perpendicular wavelength representated by line in left and right in scale, corresponding light intensity and corresponding spectral width are also shown in real time,
Receive mouse clicking operation information corresponding with a spectroscopic data in described data list, then the slider position on the described curve of spectrum is moved to the position corresponding with this spectroscopic data.
2. display packing according to claim 1, it is characterized in that, on the described curve of spectrum, display one selection frame is controlled according to the regional choice information on the described curve of spectrum, described selection frame inner control show one for measure single-point wavelength vernier and to the scale for measure spectrum width, and comprise in described data list control display and the step that marks the spectroscopic data corresponding to described selection frame, vernier and scale:
Operate function according to mouse, obtain border scope selected on the curve of spectrum, and search in original spectral data storehouse and mark corresponding spectroscopic data, be relative to the spectroscopic data scope selecting frame; Meanwhile, using the initial spectrum data of a certain spectroscopic data in selected spectroscopic data as vernier; The initial spectrum data of perpendicular line about using two spectroscopic datas of certain in selected spectroscopic data as scale;
Start-up loading selects frame, vernier and scale, shows described selection frame, vernier and scale on the described curve of spectrum, and marks spectroscopic data corresponding to described selection frame, vernier and scale in described data list simultaneously.
3. display packing according to claim 1, it is characterized in that, in described data list display and marking the step of the spectroscopic data corresponding to described selection frame, vernier and scale, in described data list by the change of the change of table features, numerical characteristic, symbol is set or selects spectroscopic data corresponding to frame, vernier and scale described in the mode mark of flicker.
4. display packing according to claim 3, it is characterized in that, show in described data list and mark in the step of the spectroscopic data corresponding to described selection frame, vernier and scale, the spectroscopic data that described selection frame is corresponding is different from other spectroscopic data colors, and the spectroscopic data color that described vernier is corresponding from described selection frame with the spectroscopic data corresponding to scale is different.
5. display packing according to claim 1, it is characterized in that, relative to the different spectrograph with different wavelength range, the optics color atlas of described broad sense can be all or part of of visible ray chromatogram, or the combination of above-mentioned optics chromatogram and non-visible ultraviolet spectrum, or the combination of above-mentioned optics chromatogram and non-visible near-infrared spectra.
6. display packing according to claim 5, it is characterized in that, obtain the wavelength data that the selection frame on the described curve of spectrum, vernier and scale are corresponding, the optics color atlas of described broad sense carries out in the step marked, in the optics color atlas of described broad sense, select spectroscopic data corresponding to frame, vernier and scale by arranging described in the mode mark of symbol or flicker.
7. display packing according to claim 1, it is characterised in that, described method also comprises:
Control display one for writing time, place, material, the information record input window of the information such as experiment equipment and operator;
This information record input window is shown as a file, preserves, edits, opens, calls, copies and prints together with the curve of spectrum, or is shown as a file, preserves, edits, opens, calls, copies and prints separately.
8. the indicating system of a spectroscopic data, it is characterised in that, comprise data acquisition module, curve of spectrum display module, list display module and control module;
Data acquisition module, for gathering spectroscopic data;
Curve of spectrum display module, for controlling display light spectral curve, on the described curve of spectrum, control display one selection frame according to the regional choice information on the described curve of spectrum, and described selection frame inner control show one for measure single-point wavelength vernier and to the scale for measure spectrum width; In addition, the also optics color atlas of control display one broad sense, the optics color atlas of described broad sense comprises visible ray chromatogram, non-visible ultraviolet spectrum and non-visible near-infrared spectra, curve of spectrum display module, also for the wavelength data that the selection frame, vernier and the scale that obtain on the described curve of spectrum are corresponding, marks in the optics color atlas of described broad sense;
List display module, for controlling display data list, described data list shows and the whole spectroscopic datas corresponding to the described curve of spectrum, and shows in described data list control and mark the spectroscopic data corresponding to described selection frame, vernier and scale; control module, for controlling described data acquisition module, curve of spectrum display module and list display module, and for receiving the mobile information of vernier or scale on the described curve of spectrum, and calculate described vernier according to the initial position message of described vernier and scale and scale move after position and in original spectral data, find corresponding spectral intensity according to this position, control described curve of spectrum display module in the described curve of spectrum, show described vernier and scale move after position and corresponding spectral intensity and control described list display module show in described data list and mark described vernier and scale move after spectroscopic data, as measuring result, single-point wavelength and corresponding light intensity representated by vernier are shown in real time, the perpendicular wavelength representated by line in left and right in scale, corresponding light intensity and corresponding spectral width are also shown in real time, described control module is also for receiving mouse clicking operation information corresponding with a spectroscopic data in described data list, then control described curve of spectrum display module and the slider position on the described curve of spectrum is moved to the position corresponding with this spectroscopic data.
9. system according to claim 8, it is characterized in that, described control module also for operating function according to mouse, obtains border scope selected on the curve of spectrum, and search in original spectral data storehouse and mark corresponding spectroscopic data, namely select the corresponding spectroscopic data scope of frame; Meanwhile, using the initial spectrum data of a certain spectroscopic data in selected spectroscopic data as vernier; The initial spectrum data of perpendicular line about using two spectroscopic datas of certain in selected spectroscopic data as scale; Described curve of spectrum display module also selects frame, vernier and scale for start-up loading, showing described selection frame, vernier and scale on the described curve of spectrum, described list display module also for marking spectroscopic data corresponding to the spectroscopic data corresponding with described selection frame and described vernier and scale in described data list.
10. system according to claim 8, it is characterised in that, described system also comprises record load module, described record load module is for controlling display one for writing time, place, material, the information record input window of the information such as experiment equipment and operator.
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| CN201510092639.1A CN104729706B (en) | 2015-03-02 | 2015-03-02 | The display packing of a kind of spectroscopic data and system |
| PCT/CN2016/077615 WO2016138883A1 (en) | 2015-03-02 | 2016-04-07 | Spectral data display method and system |
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| CN201510092639.1A CN104729706B (en) | 2015-03-02 | 2015-03-02 | The display packing of a kind of spectroscopic data and system |
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| CN104729706B (en) * | 2015-03-02 | 2016-06-08 | 高利通科技（深圳）有限公司 | The display packing of a kind of spectroscopic data and system |
| TWI719778B (en) * | 2019-12-25 | 2021-02-21 | 財團法人印刷創新科技硏究發展中心 | Image simulation method of fluorescent objects |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| JPS59120925A (en) * | 1982-12-28 | 1984-07-12 | Shimadzu Corp | Peak detector in spectrophotometer |
| JPS60100726A (en) * | 1983-11-07 | 1985-06-04 | Hitachi Ltd | Spectrophotometer provided with crt |
| JPH087258B2 (en) * | 1987-10-19 | 1996-01-29 | 日本電子株式会社 | Output device for NMR spectrum |
| CN1225641C (en) * | 2003-03-25 | 2005-11-02 | 中国科学院安徽光学精密机械研究所 | Tunable laser spectrum secondary harmonic intelligent analyzing method and implementing equipment |
| US8006195B1 (en) * | 2005-11-28 | 2011-08-23 | Meta Greek, LLC | Spectrum analyzer interface |
| GB0611981D0 (en) * | 2006-06-16 | 2006-07-26 | Renishaw Plc | Spectroscopic analysis methods |
| US8358417B2 (en) * | 2010-10-21 | 2013-01-22 | Spectrasensors, Inc. | Spectrometer with validation cell |
| CN103163097A (en) * | 2011-12-14 | 2013-06-19 | 北京普源精电科技有限公司 | Area measurement method and device for ultraviolet-visible spectrophotometer |
| CN103809889B (en) * | 2012-11-12 | 2016-09-28 | 福州高意通讯有限公司 | A kind of Raman spectrum spectrogram zoom method of single-point touch |
| JP6036304B2 (en) * | 2013-01-08 | 2016-11-30 | 株式会社島津製作所 | Data processing equipment for chromatographic mass spectrometry |
| JP2014215172A (en) * | 2013-04-25 | 2014-11-17 | 株式会社島津製作所 | Mass analysis data analyzer for peptide structural analysis |
| CN104729706B (en) * | 2015-03-02 | 2016-06-08 | 高利通科技（深圳）有限公司 | The display packing of a kind of spectroscopic data and system |
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| CN104729706A (en) | 2015-06-24 |
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