CN103869126B - A kind of channel group moving method and device, channel group operating method and system - Google Patents
A kind of channel group moving method and device, channel group operating method and system Download PDFInfo
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- CN103869126B CN103869126B CN201210530585.9A CN201210530585A CN103869126B CN 103869126 B CN103869126 B CN 103869126B CN 201210530585 A CN201210530585 A CN 201210530585A CN 103869126 B CN103869126 B CN 103869126B
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Abstract
The present invention provides a kind of channel group moving method and device, channel group operating method and system, the channel group moving method includes: the mobile instruction information of receiving channel group, determines pre- movable passageway group, group moving direction, pre- moving distance according to the mobile instruction information of the channel group；For each channel in the pre- movable passageway group, the display area being currently located on described group of moving direction with the channel is determined as to the dreamboat region in the channel at a distance of the position of the pre- moving distance；Each channel in the pre- movable passageway group is moved to corresponding dreamboat region.It can customize the invention enables user and establish channel group, unified operation management is carried out to all channels in the group of channel, and the relative positional relationship that will not destroy each channel when moving ensure that the overall movement effect of channel group, provide the user good channel group operating effect.
Description
Technical field
The present invention relates to waveform field of display technology, and in particular, to a kind of channel group moving method and device, channel group
Operating method and system.
Background technique
The waveform in multiple channels can be observed simultaneously using mixed signal oscillograph, different channels is located on screen
Different display areas, user's viewing, which gets up just to be different waveform, to be shown in display area different on screen.Actually answer
In, same data data acquisition bus usually corresponds to plurality of passages, and (such as spi bus corresponds to clock, data input and data output
Three channels), the corresponding signal in these channels has correlation, therefore user is often desirable on oscillograph lead to these correlations
The waveform in road is observed and operates simultaneously, and in order to adapt to the needs of this integrated operation, channel usually is weaved into these channels
Group, each channel in the group of channel can be opened simultaneously, be closed and the operations such as shift position.
Existing channel packet method has traditional hardware grouping and application No. is 200810085620.4 patent formulas
The two methods of automatic grouping introduced；Wherein, hardware group technology, which refers to, is divided into all channels two fixed channel groups,
Each channel in each channel group not all has correlation, also cannot be effectively right with the data data acquisition bus in practical application
It answers；Application No. is the automatic group technologies that 200810085620.4 patent formula is introduced to refer to according to each channel in screen
On adjacent locations relationship be grouped automatically, but the relative positional relationship of group internal channel can change in movable passageway group.
In conclusion existing channel packet method cannot efficiently perform channel packet task, when movable passageway group
The relative positional relationship that cannot be guaranteed wherein each channel, makes troubles to the observation of user.
Summary of the invention
The main purpose of the embodiment of the present invention is to provide a kind of channel group moving method and device, channel group operating method
And system, channel packet task cannot be performed effectively to solve existing channel packet method, and when movable passageway group can not protect
Demonstrate,prove the defect of wherein each channel relative position.
To achieve the goals above, the embodiment of the present invention provides a kind of channel group moving method, comprising:
The mobile instruction information of receiving channel group determines pre- movable passageway group, group according to the mobile instruction information of the channel group
Moving direction, pre- moving distance；
For each channel in the pre- movable passageway group, by what is be currently located on described group of moving direction with the channel
Display area is determined as the dreamboat region in the channel at a distance of the position of the pre- moving distance；
Each channel in the pre- movable passageway group is moved to corresponding dreamboat region.
A kind of channel group mobile device, comprising:
Mobile message receiving module, for the mobile instruction information of receiving channel group；
Mobile message parsing module, for determining that pre- movable passageway group, group are moved according to the mobile instruction information of the channel group
Dynamic direction, pre- moving distance；
Dreamboat regions module, each channel for being directed in the pre- movable passageway group, by described group on screen
The display area being currently located on moving direction with the channel is determined as the reason in the channel at a distance of the position of the pre- moving distance
Think target area；
Mobile module, for each channel in the pre- movable passageway group to be moved to corresponding dreamboat region.
A kind of channel group operating method, comprising: channel group method for building up, channel group deployment method, channel group method for closing
And channel as described above group moving method；Wherein,
Channel group method for building up includes: that receiving channel group establishes instruction information, establishes instruction information according to the channel group
It determines at least one channel, at least one described channel is formed into channel group；
Channel group deployment method includes: that receiving channel group opens instruction information, opens instruction information according to the channel group
It determines pre- opening channel group, after the pre- status modifier for opening all channels in the group of channel is in an open state, holds simultaneously
Row is to status modifier made by all channels；
Channel group method for closing includes: that receiving channel group closes instruction information, closes instruction information according to the channel group
It determines pre-shutdown channel group, after the status modifier in all channels in the group of the pre-shutdown channel is in off state, holds simultaneously
Row is to status modifier made by all channels.
A kind of channel group operating system, comprising: channel group establishes device, channel group device for opening, channel group and closes device
And channel as described above group mobile device；Wherein,
Channel group establishes device
Information receiving module is established, establishes instruction information for receiving channel group；
Information analysis module is established, at least one channel is determined for establishing instruction information according to the channel group, by institute
State at least one channel composition channel group；
Channel group device for opening includes:
Information receiving module is opened, opens instruction information for receiving channel group；
Information analysis module is opened, is used to open instruction information according to the channel group and determines pre- opening channel group；
Module is opened, after being in an open state the pre- status modifier for opening all channels in the group of channel, together
Shi Zhihang is to status modifier made by all channels；
Channel group closes device
Closing information receiving module closes instruction information for receiving channel group；
Closing information parsing module determines pre-shutdown channel group for closing instruction information according to the channel group；
Closedown module, after being in off state the status modifier in all channels in the group of the pre-shutdown channel, together
Shi Zhihang is to status modifier made by all channels.
With the aid of the technical scheme, the present invention can be by least one arbitrary Path Setup at channel group, to channel group
In all channels carry out it is unified open and unified closing processing, meet user and wish that related channel program, which is formed channel group, to carry out
The unified purpose observed and operate；In movable passageway group, according to unified group moving direction and pre- moving distance by channel group
In each channel be moved to dreamboat region, ensure that it is mobile after the channel channel Zu Zhongge relative positional relationship；It compares
In the prior art, the embodiment of the present invention can customize user to establish channel group, carry out system to all channels in the group of channel
One operational administrative, and the relative positional relationship in each channel will not be destroyed when moving, it ensure that the overall movement effect of channel group
Fruit provide the user good channel group operating effect.
Detailed description of the invention
In order to more clearly explain the embodiment of the invention or the technical proposal in the existing technology, embodiment will be described below
Needed in attached drawing be briefly described, it should be apparent that, the accompanying drawings in the following description is only of the invention some
Embodiment for those of ordinary skill in the art without any creative labor, can also be according to these
Attached drawing obtains other attached drawings.
Fig. 1 is the flow diagram for the channel group moving method that the embodiment of the present invention one provides；
Fig. 2A, Fig. 2 B are the mobile display renderings of a kind of channel group that the embodiment of the present invention one provides；
Fig. 3 A, Fig. 3 B, Fig. 3 C, Fig. 3 D, Fig. 3 E are the mobile display effects of another channel group that the embodiment of the present invention one provides
Fruit figure；
Fig. 4 A, Fig. 4 B, Fig. 4 C, Fig. 4 D, Fig. 4 E are the mobile display effects of another channel group that the embodiment of the present invention one provides
Fruit figure；
Fig. 5 A, Fig. 5 B, Fig. 5 C, Fig. 5 D are the mobile display renderings of another channel group that the embodiment of the present invention one provides；
Fig. 6 A, Fig. 6 B, Fig. 6 C are the mobile display renderings of another channel group that the embodiment of the present invention one provides；
Fig. 7 A, Fig. 7 B, Fig. 7 C are the mobile display renderings of another channel group that the embodiment of the present invention one provides；
Fig. 8 is the structural schematic diagram of group mobile device in channel provided by Embodiment 2 of the present invention；
Fig. 9 is the channel group operating method schematic diagram that the embodiment of the present invention three provides；
Figure 10 is the channel group deployment method schematic diagram that the embodiment of the present invention three provides；
Figure 11 is the channel group method for closing schematic diagram that the embodiment of the present invention three provides；
Figure 12 is the structural schematic diagram for the channel group operating system that the embodiment of the present invention four provides.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
The task of channel packet cannot be performed effectively in view of existing channel packet method, when movable passageway group can not protect
The defect of wherein each channel relative position is demonstrate,proved, the embodiment of the invention provides a kind of channel group moving method and devices, channel group
Operating method and system, below in conjunction with attached drawing, the present invention is described in detail.
It should be noted that " screen " mentioned in the embodiment of the present invention is digital multimeter or mixed signal oscillograph etc.
The screen of waveform display apparatus can be divided at least one display area, and each display area is by being positioned at this display
The channel in region shows corresponding waveform, i.e., when the channel configured in display area is in an open state, the display area is aobvious
Oscillography shape, when the channel configured in display area is in off state, which no longer shows corresponding waveform；The present invention
" the dreamboat region " mentioned in embodiment without departing from waveform display apparatus screen border when, refer to certain on the screen
One display area refers to a certain except the screen when " dreamboat region " exceeds the screen border of waveform display apparatus
Region；" the realistic objective region " mentioned in the embodiment of the present invention refers to a certain display area on waveform display apparatus screen.
Embodiment one
The present embodiment provides a kind of channel group moving methods, as shown in Figure 1, this method comprises:
Step S101, the mobile instruction information of receiving channel group determine pre- movement according to the mobile instruction information of the channel group
Channel group, group moving direction, pre- moving distance；
Step S102, for each channel in the pre- movable passageway group, by screen on described group of moving direction with
The display area that the channel is currently located is determined as the dreamboat region in the channel at a distance of the position of the pre- moving distance；
Each channel in the pre- movable passageway group is moved to corresponding dreamboat region by step S103.
Specifically, the mobile instruction information in the present embodiment is by keyboard, mouse or touch screen as user on screen
Channel information for the generating when operation such as implementing to pull, it is (i.e. pre- to contain the channel group information that user wishes mobile in the information
Movable passageway group), user wish the direction (i.e. group moving direction) of movable passageway group and user wish movable passageway group away from
From (i.e. pre- moving distance)；
Group moving method in channel provided in this embodiment determines pre- move according to unified group moving direction and pre- moving distance
The dreamboat region in the dynamic channel channel Zu Zhongge, ensure that the channel channel Zu Neige being moved to corresponding dreamboat region
The relative positional relationship in each channel described later avoids and observes band to user due to the variation of channel each in group relative positional relationship
The inconvenience come, provide the user good observation effect.
For example, as shown in Figure 2 A, screen is divided into display area A, B, C, D, E, channel 1,2,3 in accordance with the order from top to bottom
It is respectively present in display area B, C, D, and channel 1,2,3 forms a channel group M, according to the mobile instruction information of channel group
Determine that pre- movable passageway group is channel group M, group moving direction be from bottom to up, pre- moving distance be 1 display area height (with
It is lower that 1 display area height is referred to as 1 unit height), then it can determine that the dreamboat region in channel 1 is display area A, lead to
The dreamboat region in road 2 is display area B, and the dreamboat region in channel 3 is display area C, then distinguishes channel 1,2,3
After being moved to display area A, B, C up, mobile effect as shown in Figure 2 B is obtained, comparison diagram 2A and Fig. 2 B are it is found that channel
The relative positional relationship in channel 1,2,3 is identical as before movement after group is mobile.
Preferably, in group moving method in channel provided in this embodiment, step S103 will be in the pre- movable passageway group
Each channel is moved to before corresponding dreamboat region, further includes: judges the ideal in each channel in the pre- movable passageway group
Whether target area exceeds screen border, if so, according to described group of moving direction, the dreamboat region in each channel and screen
Curtain boundary determines the realistic objective region in each channel, if it is not, then determining the dreamboat region in each channel
For the realistic objective region in the channel；
Then each channel in the pre- movable passageway group is moved to corresponding dreamboat region by step S103, specifically
Are as follows: each channel in the pre- movable passageway group is moved to corresponding realistic objective region.
Specifically, when the ideal in a certain channel in the pre- movable passageway group determined according to group moving direction and pre- moving distance
When target area exceeds screen border, it is thus necessary to determine that the realistic objective region in each channel is mobile logical to realize in pre- movable passageway group
The purpose of road group；
For example, as shown in Figure 2 A, when the pre- moving distance of channel group M is 2 unit height, the corresponding ideal mesh in channel 1
The coboundary of screen will be exceeded by marking region, cannot realize the purpose of movable passageway group according to dreamboat region at this time.
Preferably, it is determined according to described group of moving direction, the dreamboat region in each channel and screen border described every
The realistic objective region in one channel, specifically includes:
Determine described group of moving direction be from top to bottom, and in the pre- movable passageway group bottom channel dreamboat
When region exceeds screen lower boundary, the display area at screen lower boundary is determined as to the realistic objective area in the bottom channel
Domain；Also, according to sequence from bottom to up, other are successively judged in the pre- movable passageway group in addition to the bottom channel
Whether the dreamboat region in each channel is identical as the realistic objective region of adjacency channel below, if so, by the lower section
The adjacent display areas domain of the realistic objective overlying regions of adjacency channel is determined as the realistic objective region of current channel, if it is not, then
The dreamboat region of current channel is determined as its practical target area；
Determine described group of moving direction be from bottom to up, and in the pre- movable passageway group the top channel dreamboat
When region exceeds screen coboundary, the display area at screen coboundary is determined as to the realistic objective area in the top channel
Domain；Also, according to sequence from top to bottom, other are successively judged in the pre- movable passageway group in addition to the top channel
Whether the dreamboat region in each channel is identical as its top realistic objective region of adjacency channel, if so, by the top
Adjacent display areas domain below the realistic objective region of adjacency channel is determined as the realistic objective region of current channel, if it is not, then
The dreamboat region of current channel is determined as its practical target area.
For example, as shown in Figure 3A, screen is divided into display area A, B, C, D, E, channel 1,2,3 in accordance with the order from top to bottom
It is respectively present in display area B, C, D, and channel 1,2,3 forms a channel group M, according to the mobile instruction information of channel group
Determine that pre- movable passageway group is channel group M, group moving direction is that from top to bottom, pre- moving distance is 2 unit heights, then as schemed
Shown in 3B, the dreamboat region (in figure shown in dotted line) in channel 1,2,3 is respectively display area D, display area in the group M of channel
Under E and screen lower boundary, i.e. the dreamboat region in bottom channel exceeds screen lower boundary in channel group M, at this point, will
Display area E at screen lower boundary is determined as the realistic objective region in channel 3；Then, as shown in Figure 3 C, channel 2 is determined
Dreamboat region is display area E, identical as the realistic objective region in channel 3, then display area D is determined as channel 2
Realistic objective region；Similar, as shown in Figure 3D, determine that the dreamboat region in channel 1 is display area D, the reality with channel 2
Border target area is identical, then display area D is determined as to the realistic objective region in channel 1；Channel 1,2,3 is respectively moved to pair
On realistic objective region C, D, the E answered, then mobile effect as shown in FIGURE 3 E is obtained；
As shown in Figure 4 A, screen is divided into display area A, B, C, D, E in accordance with the order from top to bottom, and channel 1,2,3 is distinguished
It is present in display area B, C, D, and channel 1,2,3 forms a channel group M, is determined according to the mobile instruction information of channel group
Pre- movable passageway group is channel group M, and group moving direction is that from bottom to up, pre- moving distance is 2 unit heights, then such as Fig. 4 B institute
Showing, the dreamboat region in channel 1,2,3 is respectively screen coboundary or more, display area A, display area B in the group M of channel,
That is the dreamboat region in the top channel exceeds screen coboundary in channel group M, at this point, by the viewing area at screen coboundary
Domain A is determined as the realistic objective region in channel 1；Then, as shown in Figure 4 C, the dreamboat region for determining channel 2 is viewing area
Domain A, it is identical as the realistic objective region in channel 1, then display area B is determined as to the realistic objective region in channel 2；Similar,
As shown in Figure 4 D, the dreamboat region for determining channel 3 is display area B, identical as the realistic objective region in channel 2, then will
Display area C is determined as the realistic objective region in channel 3；By channel 1,2,3 be respectively moved to corresponding realistic objective region A,
B, on C, then mobile effect as shown in Figure 4 E is obtained；
As shown in Figure 5A, screen is divided into display area A, B, C, D, E in accordance with the order from top to bottom, and channel 1,3 is deposited respectively
It is in display area B, D, and channel 1,3 forms a channel group M, pre- movement is determined according to the mobile instruction information of channel group
Channel group is channel group M, and group moving direction is that from bottom to up, pre- moving distance is 2 unit heights, then as shown in Figure 5 B, leads to
The dreamboat region in channel 1,3 is respectively screen coboundary or more, display area B, i.e. the top in channel group M in road group M
The dreamboat region in channel exceeds screen coboundary, at this point, the display area A at screen coboundary is determined as channel 1
Realistic objective region；Then, as shown in Figure 5 C, the dreamboat region for determining channel 3 is display area B, the reality with channel 1
Target area is not identical, then display area B can be determined as to the realistic objective region in channel 3；Channel 1,3 is respectively moved to pair
On realistic objective region A, the B answered, then mobile effect as shown in Figure 5 D is obtained.
Preferably, in channel moving method provided in this embodiment, each channel in the pre- movable passageway group is mobile
To corresponding realistic objective region, specifically include:
For each channel in the pre- movable passageway group, determine that there is no occupy-places in the realistic objective region in the channel
When channel, which is directly moved in the realistic objective region；
Determine that there are occupy-place channels in the realistic objective region in the channel, and same display area may be present more than one and lead to
When road, which is directly moved in the realistic objective region and covers the occupy-place channel；
Determine that there are occupy-place channels in the realistic objective region in the channel, and same display area at most has a channel
When, the occupy-place channel is removed from the realistic objective region, and the channel is moved to the realistic objective region.
Specifically, when occupy-place channel refers to that receiving the movement of channel group indicates information in the present embodiment, pre- movable passageway group
In each channel realistic objective region in already present channel；
When waveform display apparatus allows in same display area on the screen there are when more than one channel, then no matter
It whether there is occupy-place channel in realistic objective region, can directly be moved to each channel in pre- movable passageway group corresponding
On realistic objective region, and after moving, the occupy-place channel in realistic objective region is i.e. capped；
And when at most there is a channel in the same display area that waveform display apparatus allows on the screen, if practical
There are occupy-place channels in target area, then need for be moved in the occupy-place channel other display areas on screen, also, the shifting
It is dynamic to must also be ensured that any display area is not in the case where there are multiple channels on screen.
Preferably, the occupy-place channel is removed from the realistic objective region, is specifically included:
According to the direction opposite with described group of moving direction, the occupy-place channel is moved to realistic objective region phase
In adjacent display area, if there is other channels in the adjacent display area in the realistic objective region, will described in other channels
It is determined as new occupy-place channel, and executes following step: according to the direction opposite with described group of moving direction, the new occupy-place is led to
Road is moved to it and is currently located in the adjacent display areas domain of display area, if the adjacent display areas for being currently located display area
The existing channel is then updated to the new occupy-place channel by existing channel in domain, and is recycled and executed this step, Zhi Daosuo
Stating does not have channel presence in the adjacent display areas domain for be currently located display area.
Specifically, as shown in Figure 6A, screen is divided into display area A, B, C, D, E in accordance with the order from top to bottom, channel 1,
2, it 3 is respectively present in display area B, C, D, and channel 1,3 forms a channel group M, according to the mobile instruction letter of channel group
Breath determines that pre- movable passageway group is channel group M, and group moving direction is that from bottom to up, pre- moving distance is 1 unit height, then such as
Shown in Fig. 6 B, the dreamboat region in channel 1 is display area A, and the dreamboat region in channel 3 is display area C, by institute
Each dreamboat region is stated all without departing from screen border, then the realistic objective region in channel 1 is display area A, the reality in channel 3
Border target area be display area C, still, there are occupy-place channels 2 on the realistic objective region in channel 3, then according to a group movement
Channel 2 is moved on the adjacent display area D of display area C, obtains by contrary direction, i.e., direction from top to bottom
Mobile effect as shown in Figure 6 C；
As shown in Figure 7 A, screen is divided into display area A, B, C, D, E, F, G, H in accordance with the order from top to bottom, channel 1,2,
3, it 4,5,6,7,8 is respectively present in display area A, B, C, D, E, F, G, H, and channel 1,2,3 forms a channel group M,
Determine that pre- movable passageway group is channel group M according to the mobile instruction information of channel group, group moving direction be from top to bottom, pre- movement away from
From for 4 unit heights, then as shown in Figure 7 B, the dreamboat region in channel 1 is display area E, the dreamboat area in channel 2
Domain is display area F, and the dreamboat region in channel 3 is display area G, and since each dreamboat region does not surpass
Screen border out, therefore, the realistic objective region in channel 1 are display area E, and the realistic objective region in channel 2 is display area
F, the realistic objective region in channel 3 are display area G；But on the realistic objective region in channel 1, there are occupy-place channel 5, channels
There are occupy-place channel 6 on 2 realistic objective region, there are occupy-place channels 7 on the realistic objective region in channel 3, then according to group
Channel 4,5,6,7 is moved on display area A, B, C, D by the opposite direction of moving direction, i.e., direction from top to bottom, and will
Channel 1,2,3 is moved on display area E, F, G, obtains mobile effect as seen in figure 7 c.
Group moving method in channel provided in this embodiment determines channel according to unified group moving direction and pre- moving distance
The dreamboat region in each channel in group, and when dreamboat region exceeds screen border, it determines in pre- movable passageway group
The realistic objective region in each channel, and each channel is moved to corresponding realistic objective region up, it is ensured that after mobile
The relative positional relationship in the channel channel Zu Zhongge is constant, provides the user with good observation effect.
Embodiment two
The present embodiment provides a kind of channel group mobile devices, as shown in figure 8, the device includes:
Mobile message receiving module 801, for the mobile instruction information of receiving channel group；
Mobile message parsing module 802, for determining pre- movable passageway group, group according to the mobile instruction information of the channel group
Moving direction, pre- moving distance；
Dreamboat regions module 803, each channel for being directed in the pre- movable passageway group will be described on screen
It is determined as the channel at a distance of the position of the pre- moving distance with the display area that the channel is currently located on group moving direction
Dreamboat region；
Mobile module 804, for each channel in the pre- movable passageway group to be moved to corresponding dreamboat region.
Preferably, group mobile device in channel provided in this embodiment further include:
Realistic objective regions module, for judging whether the dreamboat region in each channel in the pre- movable passageway group surpasses
Screen border out, if so, according to the determination of described group of moving direction, the dreamboat region in each channel and screen border
The realistic objective region in each channel, if it is not, the dreamboat region in each channel to be then determined as to the reality in the channel
Target area；
Then the mobile module 804 is specifically used for: each channel in the pre- movable passageway group is moved to corresponding reality
Border target area.
Preferably, the realistic objective regions module is specifically used for:
Determine described group of moving direction be from top to bottom, and in the pre- movable passageway group bottom channel dreamboat
When region exceeds screen lower boundary, the display area at screen lower boundary is determined as to the realistic objective area in the bottom channel
Domain；Also, according to sequence from bottom to up, other are successively judged in the pre- movable passageway group in addition to the bottom channel
Whether the dreamboat region in each channel is identical as the realistic objective region of adjacency channel below, if so, by the lower section
The adjacent display areas domain of the realistic objective overlying regions of adjacency channel is determined as the realistic objective region of current channel, if it is not, then
The dreamboat region of current channel is determined as its practical target area；
Determine described group of moving direction be from bottom to up, and in the pre- movable passageway group the top channel dreamboat
When region exceeds screen coboundary, the display area at screen coboundary is determined as to the realistic objective area in the top channel
Domain；Also, according to sequence from top to bottom, other are successively judged in the pre- movable passageway group in addition to the top channel
Whether the dreamboat region in each channel is identical as its top realistic objective region of adjacency channel, if so, by the top
Adjacent display areas domain below the realistic objective region of adjacency channel is determined as the realistic objective region of current channel, if it is not, then
The dreamboat region of current channel is determined as its practical target area.
Preferably, the mobile module 804 is specifically used for:
For each channel in the pre- movable passageway group, determine that there is no occupy-places in the realistic objective region in the channel
When channel, which is directly moved in the realistic objective region；
Determine that there are occupy-place channels in the realistic objective region in the channel, and same display area may be present more than one and lead to
When road, which is directly moved in the realistic objective region and covers the occupy-place channel；
Determine that there are occupy-place channels in the realistic objective region in the channel, and same display area at most has a channel
When, the occupy-place channel is removed from the realistic objective region, and the channel is moved to the realistic objective region.
Preferably, the mobile module 804 is specifically used for:
According to the direction opposite with described group of moving direction, the occupy-place channel is moved to realistic objective region phase
In adjacent display area, if there is other channels in the adjacent display area in the realistic objective region, will described in other channels
It is determined as new occupy-place channel, and executes following step: according to the direction opposite with described group of moving direction, the new occupy-place is led to
Road is moved to it and is currently located in the adjacent display areas domain of display area, if the adjacent display areas for being currently located display area
The existing channel is then updated to the new occupy-place channel by existing channel in domain, and is recycled and executed this step, Zhi Daosuo
Stating does not have channel presence in the adjacent display areas domain for be currently located display area.
The concrete operating principle of each module can be found in the offer of embodiment one in group mobile device in channel provided in this embodiment
Channel group moving method specific embodiment, details are not described herein again.
Embodiment three
The present embodiment provides a kind of channel group operating methods, as shown in figure 9, this method comprises: channel group method for building up 91,
Channel group deployment method 92, channel group method for closing 93 and the channel group moving method 94 such as the offer of embodiment one；Wherein,
Channel group method for building up 91 includes: that receiving channel group establishes instruction information, establishes instruction letter according to the channel group
It ceases and determines at least one channel, at least one described channel is formed into channel group；
Specifically, user can be passed through keyboard, mouse or touch screen pair by channel group method for building up 91 provided in this embodiment
At least one any combination of channels of the operations such as dragging covering is implemented into channel group in channel on screen, and it is customized logical to meet user
Road group can will correspond to multiple related channel programs of a data data acquisition bus so as to the unified purpose observed and manage, such as user
A channel group is formed, unified observation and operation are carried out to the multi-signal waveform of the data data acquisition bus to realize；
It should be noted that a channel can only be at most dispensed in a channel group, therefore when a channel is drawn
As soon as being divided into after a channel group, can not again be divided into other channel groups, it is various when being carried out to a channel group to guarantee
When operation, it will not be impacted to other channel groups.
Channel group deployment method 92 includes: that receiving channel group opens instruction information, opens instruction letter according to the channel group
Breath determines pre- opening channel group, after the pre- status modifier for opening all channels in the group of channel is in an open state, simultaneously
It executes to status modifier made by all channels；
Specifically, as shown in Figure 10, channel group deployment method 92 provided in this embodiment is carrying out opening behaviour to channel group
When making, first successively by the status modifier in the channel channel Zu Neige to open, all modifies and then application simultaneously is to each logical
Modification made by road, the effect realized be exactly in the group of channel all channels open simultaneously；
Channel group method for closing 93 includes: that receiving channel group closes instruction information, closes instruction letter according to the channel group
It ceases and determines pre-shutdown channel group, after the status modifier in all channels in the group of the pre-shutdown channel is in off state, simultaneously
It executes to status modifier made by all channels；
Specifically, as shown in figure 11, channel group method for closing 93 provided in this embodiment is carrying out closing behaviour to channel group
When making, first successively by the status modifier in the channel channel Zu Neige to close, all modifies and then application simultaneously is to each logical
Modification made by road, the effect realized be exactly in the group of channel all channels simultaneously close off；
The specific embodiment of channel group moving method 94 provided in this embodiment can be found in embodiment one, no longer superfluous herein
It states.
Group operating method in channel provided in this embodiment can be by least one arbitrary Path Setup at channel group, to channel
All channels in group carry out it is unified open and unified closing processing, meet user wish to form related channel program channel group into
The unified purpose observed and operate of row；In movable passageway group, the relative position in the channel channel Zu Zhongge after movement ensure that
Relationship provide the user good channel group operating effect.
Example IV
The present embodiment provides a kind of channel group operating systems, and as shown in figure 12, which includes: that channel group establishes device
121, channel group device for opening 122, channel group close device 123 and the channel group mobile device 124 as described in embodiment three；
Wherein,
Channel group establishes device 121
Information receiving module is established, establishes instruction information for receiving channel group；
Information analysis module is established, at least one channel is determined for establishing instruction information according to the channel group, by institute
State at least one channel composition channel group；
Channel group device for opening 122 includes:
Information receiving module is opened, opens instruction information for receiving channel group；
Information analysis module is opened, is used to open instruction information according to the channel group and determines pre- opening channel group；
Module is opened, after being in an open state the pre- status modifier for opening all channels in the group of channel, together
Shi Zhihang is to status modifier made by all channels；
Channel group closes device 123
Closing information receiving module closes instruction information for receiving channel group；
Closing information parsing module determines pre-shutdown channel group for closing instruction information according to the channel group；
Closedown module, after being in off state the status modifier in all channels in the group of the pre-shutdown channel, together
Shi Zhihang is to status modifier made by all channels.
The specific embodiment of each device and module can be found in embodiment in group operating system in channel provided in this embodiment
The specific embodiment of the three channel group operating methods provided, details are not described herein again.
In conclusion group moving method in channel provided in an embodiment of the present invention and device, channel group operating method and system
It has the advantages that
It (1) can be by least one arbitrary Path Setup at channel group；
(2) unified opening and unified closing processing are carried out to all channels in the group of channel, meets user and wishes phase
Close the purpose that channel composition channel group carries out unified observation and operation；
(3) relative positional relationship in the channel channel Zu Zhongge after ensuring to move ensure that the overall movement effect of channel group
Fruit；
(4) it ensure that the overall movement effect of channel group.
Particular embodiments described above has carried out further in detail the purpose of the present invention, technical scheme and beneficial effects
Describe in detail it is bright, it should be understood that the above is only a specific embodiment of the present invention, the guarantor being not intended to limit the present invention
Range is protected, all within the spirits and principles of the present invention, any modification, equivalent substitution, improvement and etc. done should be included in this
Within the protection scope of invention.
Claims (10)
1. a kind of channel group moving method, which is characterized in that each channel in the channel group is used for display waveform, comprising:
The mobile instruction information of receiving channel group determines that pre- movable passageway group, group move according to the mobile instruction information of the channel group
Direction, pre- moving distance；
For each channel in the pre- movable passageway group, the display that will be currently located on described group of moving direction with the channel
Region is determined as the dreamboat region in the channel at a distance of the position of the pre- moving distance；
Each channel in the pre- movable passageway group is moved to corresponding dreamboat region；
Each channel in the pre- movable passageway group is moved to before corresponding dreamboat region, further includes: described in judgement
Whether the dreamboat region in each channel exceeds screen border in pre- movable passageway group, if so, according to described group of moving direction,
The dreamboat region in each channel and screen border determine the realistic objective region in each channel, if it is not, then will be described
The dreamboat region in each channel is determined as the realistic objective region in the channel；
Each channel in the pre- movable passageway group is then moved to corresponding dreamboat region, specifically: by the pre- shifting
Each channel in dynamic channel group is moved to corresponding realistic objective region.
2. group moving method in channel according to claim 1, which is characterized in that according to described group of moving direction, Mei Yitong
The dreamboat region in road and screen border determine the realistic objective region in each channel, specifically include:
Determine described group of moving direction be from top to bottom, and in the pre- movable passageway group bottom channel dreamboat region
When beyond screen lower boundary, the display area at screen lower boundary is determined as to the realistic objective region in the bottom channel；
Also, according to sequence from bottom to up, successively judge that other are each in addition to the bottom channel in the pre- movable passageway group
Whether the dreamboat region in channel is identical as the realistic objective region of adjacency channel below, if so, by the lower section phase
The adjacent display areas domain of the realistic objective overlying regions in adjacent channel is determined as the realistic objective region of current channel, if it is not, then will
The dreamboat region of current channel is determined as its practical target area；
Determine described group of moving direction be from bottom to up, and in the pre- movable passageway group the top channel dreamboat region
When beyond screen coboundary, the display area at screen coboundary is determined as to the realistic objective region in the top channel；
Also, according to sequence from top to bottom, successively judge that other are each in addition to the top channel in the pre- movable passageway group
Whether the dreamboat region in channel is identical as its top realistic objective region of adjacency channel, if so, by the top phase
Adjacent display areas domain below the realistic objective region in adjacent channel is determined as the realistic objective region of current channel, if it is not, then will
The dreamboat region of current channel is determined as its practical target area.
3. group moving method in channel according to claim 1 or 2, which is characterized in that will be in the pre- movable passageway group
Each channel is moved to corresponding realistic objective region, specifically includes:
For each channel in the pre- movable passageway group, determine that there is no occupy-place channels in the realistic objective region in the channel
When, which is directly moved in the realistic objective region；
Determine that there are occupy-place channels in the realistic objective region in the channel, and more than one channel may be present in same display area
When, which is directly moved in the realistic objective region and covers the occupy-place channel；
Determine that there are occupy-place channels in the realistic objective region in the channel, and when same display area at most has a channel,
The occupy-place channel is removed from the realistic objective region, and the channel is moved to the realistic objective region.
4. group moving method in channel according to claim 3, which is characterized in that by the occupy-place channel from the practical mesh
Mark removes in region, specifically includes:
According to the direction opposite with described group of moving direction, it is adjacent that the occupy-place channel is moved to the realistic objective region
In display area, if there are other channels in the adjacent display area in the realistic objective region, other described channels are determined
It for new occupy-place channel, and executes following step: according to the direction opposite with described group of moving direction, the new occupy-place channel being moved
It moves in the adjacent display areas domain for being currently located display area to it, if in the adjacent display areas domain for being currently located display area
The existing channel is then updated to the new occupy-place channel by existing channel, and is recycled and executed this step, is worked as until described
There is no channel presence in the adjacent display areas domain of preceding place display area.
5. a kind of channel group mobile device, which is characterized in that each channel in the channel group is used for display waveform, comprising:
Mobile message receiving module, for the mobile instruction information of receiving channel group；
Mobile message parsing module, for determining pre- movable passageway group, group movement side according to the mobile instruction information of the channel group
To, pre- moving distance；
Dreamboat regions module, each channel for being directed in the pre- movable passageway group, by described group of movement on screen
The display area being currently located on direction with the channel is determined as the ideal mesh in the channel at a distance of the position of the pre- moving distance
Mark region；
Mobile module, for each channel in the pre- movable passageway group to be moved to corresponding dreamboat region；
Realistic objective regions module, for judging whether the dreamboat region in each channel in the pre- movable passageway group exceeds screen
Curtain boundary, if so, being determined according to described group of moving direction, the dreamboat region in each channel and screen border described each
The realistic objective region in channel, if it is not, the dreamboat region in each channel to be then determined as to the realistic objective in the channel
Region；
Then the mobile module is specifically used for: each channel in the pre- movable passageway group is moved to corresponding realistic objective area
Domain.
6. group mobile device in channel according to claim 5, which is characterized in that the realistic objective regions module is specifically used
In:
Determine described group of moving direction be from top to bottom, and in the pre- movable passageway group bottom channel dreamboat region
When beyond screen lower boundary, the display area at screen lower boundary is determined as to the realistic objective region in the bottom channel；
Also, according to sequence from bottom to up, successively judge that other are each in addition to the bottom channel in the pre- movable passageway group
Whether the dreamboat region in channel is identical as the realistic objective region of adjacency channel below, if so, by the lower section phase
The adjacent display areas domain of the realistic objective overlying regions in adjacent channel is determined as the realistic objective region of current channel, if it is not, then will
The dreamboat region of current channel is determined as its practical target area；
Determine described group of moving direction be from bottom to up, and in the pre- movable passageway group the top channel dreamboat region
When beyond screen coboundary, the display area at screen coboundary is determined as to the realistic objective region in the top channel；
Also, according to sequence from top to bottom, successively judge that other are each in addition to the top channel in the pre- movable passageway group
Whether the dreamboat region in channel is identical as its top realistic objective region of adjacency channel, if so, by the top phase
Adjacent display areas domain below the realistic objective region in adjacent channel is determined as the realistic objective region of current channel, if it is not, then will
The dreamboat region of current channel is determined as its practical target area.
7. group mobile device in channel according to claim 5 or 6, which is characterized in that the mobile module is specifically used for:
For each channel in the pre- movable passageway group, determine that there is no occupy-place channels in the realistic objective region in the channel
When, which is directly moved in the realistic objective region；
Determine that there are occupy-place channels in the realistic objective region in the channel, and more than one channel may be present in same display area
When, which is directly moved in the realistic objective region and covers the occupy-place channel；
Determine that there are occupy-place channels in the realistic objective region in the channel, and when same display area at most has a channel,
The occupy-place channel is removed from the realistic objective region, and the channel is moved to the realistic objective region.
8. group mobile device in channel according to claim 7, which is characterized in that the mobile module is specifically used for:
According to the direction opposite with described group of moving direction, it is adjacent that the occupy-place channel is moved to the realistic objective region
In display area, if there are other channels in the adjacent display area in the realistic objective region, other described channels are determined
It for new occupy-place channel, and executes following step: according to the direction opposite with described group of moving direction, the new occupy-place channel being moved
It moves in the adjacent display areas domain for being currently located display area to it, if in the adjacent display areas domain for being currently located display area
The existing channel is then updated to the new occupy-place channel by existing channel, and is recycled and executed this step, is worked as until described
There is no channel presence in the adjacent display areas domain of preceding place display area.
9. a kind of channel group operating method characterized by comprising channel group method for building up, channel group deployment method, channel group
Method for closing and the channel group moving method as described in Claims 1 to 4 is any；Wherein,
Channel group method for building up includes: that receiving channel group establishes instruction information, establishes instruction information according to the channel group and determines
At least one described channel is formed channel group by least one channel；
Channel group deployment method includes: that receiving channel group opens instruction information, opens instruction information according to the channel group and determines
It is pre- to open channel group, after the pre- status modifier for opening all channels in the group of channel is in an open state, it is performed simultaneously pair
Status modifier made by all channels；
Channel group method for closing includes: that receiving channel group closes instruction information, closes instruction information according to the channel group and determines
Pre-shutdown channel group after being in off state the status modifier in all channels in the group of the pre-shutdown channel, is performed simultaneously pair
Status modifier made by all channels.
10. a kind of channel group operating system characterized by comprising channel group establishes device, channel group device for opening, channel
Group closes device and the channel group mobile device as described in claim 5~8 is any；Wherein,
Channel group establishes device
Information receiving module is established, establishes instruction information for receiving channel group；
Information analysis module is established, determines at least one channel for establishing instruction information according to the channel group, by described in extremely
A few channel forms channel group；
Channel group device for opening includes:
Information receiving module is opened, opens instruction information for receiving channel group；
Information analysis module is opened, is used to open instruction information according to the channel group and determines pre- opening channel group；
Module is opened, after being in an open state the pre- status modifier for opening all channels in the group of channel, is held simultaneously
Row is to status modifier made by all channels；
Channel group closes device
Closing information receiving module closes instruction information for receiving channel group；
Closing information parsing module determines pre-shutdown channel group for closing instruction information according to the channel group；
Closedown module is held simultaneously after being in off state the status modifier in all channels in the group of the pre-shutdown channel
Row is to status modifier made by all channels.
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| CN113419094A (en) * | 2021-05-25 | 2021-09-21 | 普源精电科技股份有限公司 | Channel grouping method, channel control method, device, equipment and storage medium |
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| US6570592B1 (en) * | 1999-10-29 | 2003-05-27 | Agilent Technologies, Inc. | System and method for specifying trigger conditions of a signal measurement system using graphical elements on a graphical user interface |
| CN101246201A (en) * | 2007-02-12 | 2008-08-20 | 特克特朗尼克公司 | Indicia for channels collected into a group |
| CN101251552A (en) * | 2007-02-12 | 2008-08-27 | 特克特朗尼克公司 | Automatic formation of groups of channels |
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| US6570592B1 (en) * | 1999-10-29 | 2003-05-27 | Agilent Technologies, Inc. | System and method for specifying trigger conditions of a signal measurement system using graphical elements on a graphical user interface |
| CN101246201A (en) * | 2007-02-12 | 2008-08-20 | 特克特朗尼克公司 | Indicia for channels collected into a group |
| CN101251552A (en) * | 2007-02-12 | 2008-08-27 | 特克特朗尼克公司 | Automatic formation of groups of channels |
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