CN103809753A - Rapid armored vehicle crew control device and method based on coding - Google Patents
Rapid armored vehicle crew control device and method based on coding Download PDFInfo
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Abstract
The invention belongs to electronic information systems of armored vehicles, and particularly relates to a rapid armored vehicle crew control device and method based on coding. According to the armored vehicle crew rapid control device and method, the thought that coding is conducted on armored vehicle crew control switches is provided for the first time, and from the aspects such as subsystems where the switches belong and the types of the switches, a set of armored vehicle crew control switch coding standards is established; an exclusive code is defined for each operation switch of an armored vehicle through the standards; then on the basis of the switch codes, the rapid crew control method is provided so as to enable the crew to find out the switches to be operated rapidly, therefore, operational missions can be completed rapidly, and the operational effectiveness of the armored vehicle is guaranteed. According to the scheme, from the aspects such as the subsystems or components where armored vehicle crew control belongs and the control types of armored vehicle crew control, the set of armored vehicle crew control switch coding standards is established, and a control switch coding set is generated; according to the scheme, through the codes corresponding to the control switches, operation switches to be executed can be found out rapidly, and operation is performed.
Description
Technical field
The invention belongs to armored vehicle electronic information, be specifically related to a kind of armored vehicle occupant fast control device and method based on coding.
Background technology
Tank is through the development of several generations, and along with improving constantly of vehicle-mounted equipment informatization, intelligent level, and the continuous progress of the technology such as observation, photoelectronic warfare, man-machine interface is increasingly sophisticated, occupant's increase of loading; The operation task that confrontation on the battlefield needs presents trend more and more, that become increasingly complex.Armored vehicle occupant operating and controlling vehicle mainly relies on " soft switch " on hard switching and two dimensional surface display screen to realize at present, hard switching be mainly used in realizing vehicle main and the most frequently manipulation, all the other all operations adopt the form of " soft switch " to realize conventionally.As mentioned above, along with occupant's manipulation tasks is more and more, the manipulation that uses soft switch form to realize is also more and more.In the face of type, the increasing soft switch of quantity, conventionally adopt at present the form of classification to carry out Classification Management to soft switch.But due to the development along with technology, the synthesization level of armored vehicle is more and more higher, boundary between subsystem, between equipment, between function is more and more fuzzyyer, occupant is in the soft switch of numerous manipulations, especially at battlefield brain in high-pressure situation, finding rapidly the soft switch that will operate, is the raising along with armored vehicle informationization, synthesization level, realizes following armored vehicle occupant manipulation difficult point urgently to be resolved hurrily fast.
Summary of the invention
(1) technical matters that will solve
The technical problem to be solved in the present invention is: how to solve the raising along with armored vehicle informationization, synthesization level, armored vehicle occupant is difficult to carry out the problem of manipulation fast.
(2) technical scheme
For solving the problems of the technologies described above, the invention provides a kind of armored vehicle occupant fast control device based on coding, described device comprises: manipulation of switches coding criterion generation module 2, manipulation of switches coding generation module 4, code storage module 5, manipulation of switches coded set 6, coding input module 8, the aobvious control of occupant module 9, coding processing module 10, coding retrieval module 11 and coding execution module 13; Wherein,
Described manipulation of switches coding criterion generation module 2, for subsystem or parts and manipulation type aspect under manipulating, is formulated a set of armored vehicle occupant's manipulation of switches coding criterion 3;
In described manipulation of switches coding criterion 3, four arabic numeral of the coding of each switch represent, are made up of three parts: affiliated subsystem code, switch code and operation code; Subsystem code represents subsystem under switch with one-bit digital; Switch code represents with two digits; Operation code represents with one-bit digital, is used for representing the different operating for switch;
Described manipulation of switches coding generation module 4, for based on manipulation of switches coding criterion 3, is a unique coding of all manipulation of switches definition of armored vehicle, and described code storage module 5 is for being saved to manipulation of switches coded set 6 by unique coding of each switch;
Described coding input module 8 input for show control module 9 by occupant the switch coding that will carry out, described occupant is aobvious control module 9 for by the coding transmission of input to the processing module 10 of encoding; The also switching manipulation for showing that inquiry obtains of the aobvious control of described occupant module 9;
Described coding processing module 10, for receiving after switch coding, utilizes coding retrieval module 11 to retrieve in occupant's manipulation of switches coded set 6, obtains switching manipulation corresponding to input coding, transfers to the aobvious control of occupant module 9;
Whether described code verification module 12 is correct for checking the switching manipulation of demonstration, if correct, call coding execution module 13 and carries out respective switch operation.
In addition, the present invention also provides a kind of armored vehicle occupant fast control method based on coding, and described method is implemented based on aforementioned means; Described method specifically comprises:
Step S1: described manipulation of switches coding criterion generation module 2 is subsystem or parts and manipulation type aspect under manipulating, and formulates a set of armored vehicle occupant's manipulation of switches coding criterion 3;
In described manipulation of switches coding criterion 3, four arabic numeral of the coding of each switch represent, are made up of three parts: affiliated subsystem code, switch code and operation code; Subsystem code represents subsystem under switch with one-bit digital; Switch code represents with two digits; Operation code represents with one-bit digital, is used for representing the different operating for switch;
Step S2: described manipulation of switches coding generation module 4, based on manipulation of switches coding criterion 3, is a unique coding of all manipulation of switches definition of armored vehicle, and unique coding of each switch is saved to manipulation of switches coded set 6 by described code storage module 5;
Step S3: described coding input module 8 shows control module 9 by occupant and input the switch coding that will carry out, described occupant is aobvious control module 9 by the coding transmission of input to the processing module 10 of encoding;
Step S4: described coding processing module 10 is receiving after switch coding, utilizes coding retrieval module 11 to retrieve in occupant's manipulation of switches coded set 6, obtains switching manipulation corresponding to input coding, transfers to the aobvious control of occupant module 9;
Step S5: the aobvious control of described occupant module 9 shows the switching manipulation that inquiry obtains;
Step S6: described code verification module 12 checks that whether the switching manipulation showing is correct, if correct, call coding execution module 13 and carries out respective switch operation.
(3) beneficial effect
The present invention proposes to encode for armored vehicle occupant manipulation of switches first, and a set of armored vehicle occupant manipulation of switches coding criterion is formulated in the aspect such as subsystem, type under switch; A unique coding of all operations switch that is armored vehicle by this standard definition; Then based on switch coding, propose one occupant's control method efficiently, can make occupant find rapidly the switch that will operate, thereby complete fast combat duty, guaranteed Armored vehicle combat usefulness.
Compared with prior art, technical solution of the present invention possesses following beneficial effect:
(1) this scheme aspect such as subsystem or parts and manipulation type under armored vehicle occupant manipulates, formulates a set of armored vehicle occupant manipulation of switches coding criterion, and generates a set of manipulation of switches coded set.
(2) this scheme is by coding corresponding to manipulation of switches, can fast finding to the operating switch that will carry out, the line operate of going forward side by side.
Accompanying drawing explanation
Fig. 1 is the module composition schematic diagram of apparatus of the present invention.
Fig. 2 is the schematic diagram of manipulation of switches coding criterion.
Fig. 3 is the principle schematic of the embodiment of the present invention 1.
Fig. 4 is the principle schematic of the embodiment of the present invention 2.
Fig. 5 is the principle schematic of the embodiment of the present invention 3.
Fig. 6 is the data flow diagram of the embodiment of the present invention 1.
Subsystem code schematic diagram under the armored vehicle manipulation of switches input interface of Fig. 7 (a) embodiment of the present invention 1---input switch.
Armored vehicle manipulation of switches input interface---the schematic diagram of input switch code of Fig. 7 (b) embodiment of the present invention 1.
The armored vehicle manipulation of switches input interface of Fig. 7 (c) embodiment of the present invention 1---select the schematic diagram of operation.
The armored vehicle manipulation of switches input interface of Fig. 7 (d) embodiment of the present invention 1---confirm the schematic diagram of execution.
Fig. 8 is the data flow diagram of the embodiment of the present invention 2.
Fig. 9 is the human-computer interaction interface schematic diagram of the embodiment of the present invention 2.
Figure 10 is the data flow diagram of the embodiment of the present invention 3.
Figure 11 is the human-computer interaction interface schematic diagram of the embodiment of the present invention 3.
Embodiment
For making object of the present invention, content and advantage clearer, below in conjunction with drawings and Examples, the specific embodiment of the present invention is described in further detail.
For solving the problem of prior art, the invention provides a kind of armored vehicle occupant fast control device based on coding,
This scheme can solve along with armored vehicle manipulation tasks increases, the problem of the quick precise assembly switch of occupant, and to guarantee convenience and the rapidity of tasks carrying, thus the fighting efficiency of raising armored vehicle;
As shown in Figure 1, described device comprises: manipulation of switches coding criterion generation module 2, manipulation of switches coding generation module 4, code storage module 5, manipulation of switches coded set 6, coding input module 8, the aobvious control of occupant module 9, coding processing module 10, coding retrieval module 11 and coding execution module 13; Wherein,
Described manipulation of switches coding criterion generation module 2, for subsystem or parts and manipulation type aspect under manipulating, is formulated a set of armored vehicle occupant's manipulation of switches coding criterion 3;
In described manipulation of switches coding criterion 3, four arabic numeral of the coding of each switch represent, as shown in Figure 2, are made up of three parts: affiliated subsystem code, switch code and operation code; Subsystem code represents subsystem under switch with the one-bit digital in 0～9 scope, represents propulsion subsystems etc. as 0 expression fire control subsystem, 1 represents protection subsystem, 2; Switch code represents with the two digits in 0～99 scope, as representing trailer pump, 02,00 expression diesel pump, 01 represents lubricating oil pump etc., switch code in different subsystems can repeat, in propulsion subsystem, represent diesel pump as 00, in protection subsystem, can be used to represent three anti-mode of operation switches; Operation code represents with the one-bit digital in 0～9 scope, be used for representing the different operating for switch, as for diesel pump, available 0 expression stops, 1 expression work, for main frame fan, available 0 expression is automatic, 1 expression high speed, 2 represents to stop etc., and the same operation of different switches adopts same code as far as possible, to facilitate memory;
Described manipulation of switches coding generation module 4, for based on manipulation of switches coding criterion 3, is a unique coding of all manipulation of switches definition of armored vehicle, and described code storage module 5 is for being saved to manipulation of switches coded set 6 by unique coding of each switch;
Described coding input module 8 input for show control module 9 by occupant the switch coding that will carry out, described occupant is aobvious control module 9 for by the coding transmission of input to the processing module 10 of encoding; The also switching manipulation for showing that inquiry obtains of the aobvious control of described occupant module 9;
Described coding processing module 10, for receiving after switch coding, utilizes coding retrieval module 11 to retrieve in occupant's manipulation of switches coded set 6, obtains switching manipulation corresponding to input coding, transfers to the aobvious control of occupant module 9;
Whether described code verification module 12 is correct for checking the switching manipulation of demonstration, if correct, call coding execution module 13 and carries out respective switch operation.
In addition, the present invention also provides a kind of armored vehicle occupant fast control method based on coding, and described method is implemented based on aforementioned means; Described method specifically comprises:
Step S1: described manipulation of switches coding criterion generation module 2 is subsystem or parts and manipulation type aspect under manipulating, and formulates a set of armored vehicle occupant's manipulation of switches coding criterion 3;
In described manipulation of switches coding criterion 3, four arabic numeral of the coding of each switch represent, as shown in Figure 2, are made up of three parts: affiliated subsystem code, switch code and operation code; Subsystem code represents subsystem under switch with the one-bit digital in 0～9 scope, represents propulsion subsystems etc. as 0 expression fire control subsystem, 1 represents protection subsystem, 2; Switch code represents with the two digits in 0～99 scope, as representing trailer pump, 02,00 expression diesel pump, 01 represents lubricating oil pump etc., switch code in different subsystems can repeat, in propulsion subsystem, represent diesel pump as 00, in protection subsystem, can be used to represent three anti-mode of operation switches; Operation code represents with the one-bit digital in 0～9 scope, be used for representing the different operating for switch, as for diesel pump, available 0 expression stops, 1 expression work, for main frame fan, available 0 expression is automatic, 1 expression high speed, 2 represents to stop etc., and the same operation of different switches adopts same code as far as possible, to facilitate memory;
Step S2: described manipulation of switches coding generation module 4, based on manipulation of switches coding criterion 3, is a unique coding of all manipulation of switches definition of armored vehicle, and unique coding of each switch is saved to manipulation of switches coded set 6 by described code storage module 5;
Step S3: described coding input module 8 shows control module 9 by occupant and input the switch coding that will carry out, described occupant is aobvious control module 9 by the coding transmission of input to the processing module 10 of encoding;
Step S4: described coding processing module 10 is receiving after switch coding, utilizes coding retrieval module 11 to retrieve in occupant's manipulation of switches coded set 6, obtains switching manipulation corresponding to input coding, transfers to the aobvious control of occupant module 9;
Step S5: the aobvious control of described occupant module 9 shows the switching manipulation that inquiry obtains;
Step S6: described code verification module 12 checks that whether the switching manipulation showing is correct, if correct, call coding execution module 13 and carries out respective switch operation.
Above-mentioned steps S1 and step S2 completed in the vehicle electric deposit of faith design phase; Step S3～step S6 carries out in vehicle actual moving process.
Describe in detail below in conjunction with specific embodiment.
The present embodiment is the display control device based on display screen, realizes the input execution fast of interactively switch coding.
As shown in Figure 3, the present embodiment comprises coding preparation module, overall treatment computing machine, display control device, control bus and mission bus five parts with display screen.Coding preparation module is for generating manipulation of switches coded set in the vehicle electric overall design stage; Overall treatment computing machine comprises coding processing module, coding retrieval module and coding execution module three software modules, and a database that stores manipulation of switches coded set; Display control device comprises coding input module, occupant's aobvious control module and code verification module three parts; Mission bus is for realizing the information interaction of overall treatment computing machine and display control device; Control bus is for being sent to vehicle execution unit by steering order.Below the implementation process of the present embodiment is described.
The switch coding that occupant will carry out by the coding input module input of display control device, switch coding shows control module by occupant and is shown to occupant, and transfer to the coding processing module of overall treatment computing machine by mission bus, coding processing module receives after coding, utilizes coding retrieval module from manipulation of switches coded data storehouse, to retrieve the switching manipulation of this coding correspondence; Obtain after switching manipulation, coding retrieval module is crossed mission bus by this information exchange and is transferred to the aobvious control of occupant module and shows; After occupant confirms that switching manipulation is consistent with the operation that will carry out, confirm executable operations by code verification module, code verification module transfers to coding execution module by switch fill order by mission bus, coding execution module is sent to associated components by corresponding steering order by control bus after processing.
As shown in Figure 6 and Figure 7, be respectively data flow diagram and human-computer interaction interface schematic diagram while adopting this embodiment, as shown in Figure 7, human-computer interaction interface comprises three parts: switch coding input district, selector switch item viewing area, input prompt district.Utilize this embodiment, by the switch step of carrying out fast switching manipulation of encoding be: under (1) default conditions, switch coding input district and selector switch item viewing area be sky; As shown in Figure 6, NULL is transferred to coding retrieval module by coding input module, and subsystem under switch and code are offered coding input module by coding retrieval module, is presented in input prompt district as shown in Figure 7 (a); (2) occupant can want according to prompting or memory input the subsystem code of manipulation of switches, as 2, what then coding input module was real-time transfers to coding retrieval module by 2, all switches and code under the subsystem title of 2 expressions and this subsystem are offered coding input module by coding retrieval module, is presented at respectively in selector switch item viewing area and input prompt district as shown in Figure 7 (b) shows; (3) occupant can want according to prompting or memory input the code of manipulation of switches, as 00, then the real-time combination 200 by subsystem code and switch code of coding input module transfers to coding retrieval module, the switch title of 200 expressions and switching manipulation and code are offered coding input module by coding retrieval module, is presented at respectively in the selector switch item viewing area and input prompt district as shown in Fig. 7 (c); (4) occupant can be according to the code of prompting or memory input manipulation, as 1, then the real-time combination 2001 by subsystem code, switch code and manipulation code of coding input module transfers to coding retrieval module, the switch of 2001 expressions and manipulation title are offered coding input module by coding retrieval module, is presented in the selector switch item viewing area as shown in Fig. 7 (d); (5) occupant checks that whether the switching manipulation showing in selector switch item viewing area is consistent with the operation that will carry out, if consistent, clicks " confirmation " button, and code verification module will be carried out command to coding execution module, complete switching manipulation.
By this embodiment based on display screen, can provide friendly man-machine interaction form for occupant, help occupant fast and accurately by the switch switching manipulation of having encoded.
The present embodiment is the coding mode of input fast based on keyboard.
As shown in Figure 4, the present embodiment comprises key board unit, control bus and mission bus five parts that coding preparation module, overall treatment computing machine, band coding show.Coding preparation module is for generating manipulation of switches coded set in the vehicle electric overall design stage; Overall treatment computing machine comprises coding processing module, coding retrieval module and coding execution module three software modules, and a database that stores manipulation of switches coded set; The key board unit that band coding shows comprises coding input module, the aobvious control of occupant module, and with the digital indicator of an energy code displaying realizations such as () available light emitting diodes; Mission bus is for realizing the information interaction of overall treatment computing machine and key board unit; Control bus is for being sent to vehicle execution unit by steering order.Below the implementation process of the present embodiment is described.
The switch coding that occupant will carry out by coding input module (keyboard) input of key board unit, switch coding shows control module by occupant and is shown to occupant, after occupant confirms to carry out, by mission bus by switch coding transmission the coding processing module to overall treatment computing machine, coding processing module receives after coding, utilizes coding retrieval module from manipulation of switches coded data storehouse, to retrieve the switching manipulation of this coding correspondence; Obtain after switching manipulation, coding retrieval module is by this communication to the execution module of encoding, and coding execution module is sent to associated components by corresponding steering order by control bus after processing.
Shown in Fig. 8 and Fig. 9, be respectively data flow diagram and key board unit schematic diagram while adopting this embodiment, as shown in Figure 9, key board unit comprises coding viewing area and keyboard.Utilize this embodiment, by the switch step of carrying out fast switching manipulation of encoding be: (1) occupant wants the switching manipulation of manipulation of switches to encode by keyboard input, as 2001, coding input module shows control module (coding viewing area) by this coding by occupant and is shown to occupant; (2) occupant clicks " confirmation " button on keyboard, and the switch coding 2001 of input is transferred to coding processing module by coding input module; (3) the coding retrieval module manipulation of switches that retrieve encoded 2001 represents from manipulation of switches coded data storehouse, and result for retrieval " propulsion subsystem-diesel pump-work " is transferred to coding execution module, thus complete switching manipulation.
From above-mentioned steps, by this embodiment based on key board unit, can make occupant fast by the switch switching manipulation of having encoded.
The present embodiment is the embodiment based on switch coding Rapid input actuating unit.
As shown in Figure 5, the present embodiment comprises coding preparation module, switch coding Rapid input actuating unit and control bus three parts.Coding preparation module is for generating manipulation of switches coded set in the vehicle electric overall design stage; Switch coding Rapid input actuating unit comprises coding input module, the aobvious control of occupant module, coding processing module, coding retrieval module and five software modules of coding execution module, digital indicator that stores database, set of number keyboard and an energy code displaying of manipulation of switches coded set realizations such as () available light emitting diodes; Control bus is for being sent to vehicle execution unit by steering order.Below the implementation process of the present embodiment is described.
Occupant is by the switch switch coding that coding input module (keyboard) input of Rapid input actuating unit will carry out of encoding, switch coding shows control module by occupant and is shown to occupant, after occupant confirms to carry out, coding input module by switch coding transmission to the processing module of encoding, coding processing module receives after coding, utilizes coding retrieval module from manipulation of switches coded data storehouse, to retrieve the switching manipulation of this coding correspondence; Obtain after switching manipulation, coding retrieval module is by this communication to the execution module of encoding, and coding execution module is sent to associated components by corresponding steering order by control bus after processing.
Shown in Figure 10 and Figure 11, be respectively data flow diagram and switch coding Rapid input actuating unit schematic diagram while adopting this embodiment, as shown in Figure 11, key board unit comprises coding viewing area and keyboard.Utilize this embodiment, by the switch step of carrying out fast switching manipulation of encoding be: (1) occupant wants the switching manipulation of manipulation of switches to encode by keyboard input, as 2001, coding input module shows control module (coding viewing area) by this coding by occupant and is shown to occupant; (2) occupant clicks " confirmation " button on keyboard, and the switch coding 2001 of input is transferred to coding processing module by coding input module; (3) the coding retrieval module manipulation of switches that retrieve encoded 2001 represents from manipulation of switches coded data storehouse, and result for retrieval " propulsion subsystem-diesel pump-work " is transferred to coding execution module, thus complete switching manipulation.
From above-mentioned steps, by this embodiment based on switch coding Rapid input actuating unit, can make occupant fast by the switch switching manipulation of having encoded.
To sum up, the present invention provides three kinds of occupant's fast control methods based on coding altogether, and wherein the first embodiment can be occupant provides coding input prompting and confirms, man-machine interaction mode is more friendly; The second way has adopted easy key board unit, has advantages of that cost is low, reliability is high; Switch in the third mode coding Rapid input actuating unit can complete independently switch coding typing and confirmation perform an action, adopt different interface shapes, can be easily for equipping the Function Extension of armored vehicle.
The above is only the preferred embodiment of the present invention; it should be pointed out that for those skilled in the art, do not departing under the prerequisite of the technology of the present invention principle; can also make some improvement and distortion, these improvement and distortion also should be considered as protection scope of the present invention.
Claims (2)
1. the armored vehicle occupant fast control device based on coding, is characterized in that,
Described device comprises: manipulation of switches coding criterion generation module (2), manipulation of switches coding generation module (4), code storage module (5), manipulation of switches coded set (6), coding input module (8), occupant's aobvious control module (9), coding processing module (10), coding retrieval module (11) and coding execution module (13); Wherein,
Described manipulation of switches coding criterion generation module (2), for subsystem or parts and manipulation type aspect under manipulating, is formulated a set of armored vehicle occupant's manipulation of switches coding criterion (3);
In described manipulation of switches coding criterion (3), four arabic numeral of the coding of each switch represent, are made up of three parts: affiliated subsystem code, switch code and operation code; Subsystem code represents subsystem under switch with one-bit digital; Switch code represents with two digits; Operation code represents with one-bit digital, is used for representing the different operating for switch;
Described manipulation of switches coding generation module (4) is for based on manipulation of switches coding criterion (3), for a unique coding of all manipulation of switches definition of armored vehicle, described code storage module (5) is for being saved to manipulation of switches coded set (6) by unique coding of each switch;
Described coding input module (8) input for show control module (9) by occupant the switch coding that will carry out, described occupant is aobvious control module (9) for by the coding transmission of input to the processing module of encoding (10); Described occupant aobvious control module (9) is the switching manipulation for showing that inquiry obtains also;
Described coding processing module (10), for receiving after switch coding, utilizes coding retrieval module (11) to retrieve in occupant's manipulation of switches coded set (6), obtains switching manipulation corresponding to input coding, transfers to occupant's aobvious control module (9);
Whether described code verification module (12) is correct for checking the switching manipulation of demonstration, if correct, call coding execution module (13) and carries out respective switch operation.
2. the armored vehicle occupant fast control method based on coding, is characterized in that,
Described method is implemented based on device claimed in claim 1; Described method specifically comprises:
Step S1: described manipulation of switches coding criterion generation module (2) is subsystem or parts and manipulation type aspect under manipulating, and formulates a set of armored vehicle occupant's manipulation of switches coding criterion (3);
In described manipulation of switches coding criterion (3), four arabic numeral of the coding of each switch represent, are made up of three parts: affiliated subsystem code, switch code and operation code; Subsystem code represents subsystem under switch with one-bit digital; Switch code represents with two digits; Operation code represents with one-bit digital, is used for representing the different operating for switch;
Step S2: described manipulation of switches coding generation module (4) is based on manipulation of switches coding criterion (3), for a unique coding of all manipulation of switches definition of armored vehicle, unique coding of each switch is saved to manipulation of switches coded set (6) by described code storage module (5);
Step S3: described coding input module (8) shows control module (9) by occupant and input the switch coding that will carry out, described occupant is aobvious control module (9) by the coding transmission of input to the processing module of encoding (10);
Step S4: described coding processing module (10) is receiving after switch coding, utilizes coding retrieval module (11) to retrieve in occupant's manipulation of switches coded set (6), obtains switching manipulation corresponding to input coding, transfers to occupant's aobvious control module (9);
Step S5: described occupant aobvious control module (9) shows the switching manipulation that inquiry obtains;
Step S6: whether the switching manipulation that described code verification module (12) inspection shows is correct, if correct, call coding execution module (13) and carries out respective switch operation.
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