Data input method |
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IPC classes for russian patent Data input method (RU 2300129):
  
 Device for ultra high speed input of letters for cell phone / 2298822
In accordance to invention, when a cell phone, provided with one joystick, two case switching keys and twenty six keys on opposite sides, is held by both hands and ten fingers are used, any one of twenty six letters of alphabet may be inputted in one pressing operation without switching case key, and letters may be inputted with ultra high speed, using sensor typing by fingers.
 Data carrier for digital product storage / 2297677
Data carrier contains access information, ensuring provision of access to digital product, and additional channel, stored wherein is rewritable information of additional channel, used for encryption, decryption or checking of access information. additional channel on data carrier is stored practically in the same physical location as the access information, preventing, obstructing or impeding unsanctioned interference with access information. Also disclosed are recording and reading devices, which contains first means for recording/reading digital product and second recording/reading device for recording/reading access information.
 Optical system of optical mouse / 2295750
Optical system of optical mouse can be used in contact scanning image converters, in particular, in optical mouse to control cursor on computer screen, in portable reading-out device and etcetera. Optical system of optical mouse has photodetector, lens of optical channel for transmitting image of working part of object surface onto surface of photodetector. Optical system also has radiation source, light guide with lens and mirror surfaces. Photodetector and radiation sources belong to the same plane. Mutual disposition of lens and mirror surfaces in light guide is made in such way that radiation from radiation sources should fall onto object surface in form of meet flows.
 Optical joystick / 2295749
Optical joystick can be used in computer input devices, in trainers, playing automatons etc. Joystick has case, movable item with two and more degrees of freedom, and one or more radiation sources, which form illuminated areas onto multi-element photodetector. Location of the areas completely corresponds to position of movable item. Radiation sources and photodetector are disposed motionless and they are connected optically one to the other through mirror or system of mirrors disposed onto movable item. Items of movable connection are made elastic to return movable part into initial position.
 I/o device / 2295748
I/o device can be used in devices for manual data input/output. Device has keyboard mounted on panel, radiation receiver/ source couples, two reserved channels for data processing, which channels have decoder, switches and optical module, control bus, data bus and microcontroller. Radiation receivers and radiation sources are placed in case of optical module.
 Device worn on the arm for working with "mouse" type computer manipulator / 2294557
Device contains soft resilient cushion and device for fastening it to arm from back side of wrist and part of forearm, cushion is made with hollow for gaseous or liquid substance under pressure and with injection-controlling-locking valve, and device for fastening the cushion to forearm of arm is made with possible controlling of diameter at given force of arm holding and possible fastening on elbow part of forearm. In particular, fastening device may be located on one side from it, and valve may be built into cushion on the side, facing the body of user upwardly. Device for fastening the cushion to forearm of arm may be made with possible fastening to elbow part of forearm. A thong of adjustable length is provided for longitudinal fastening of the device on wrist.
 Ergonomic keyboard arrangement / 2293367
Keyboard is divided to two sections disposed correspondingly to anatomical peculiarities of arm's wrist. Keys are grouped according to purpose and character of application. Mutual disposition of keyboard modules in section corresponds to position of any finger of operator, which position the fingers take at natural relaxed state relatively each other. Keyboard modules in first group are disposed in parallel or radial at small angle to each other within limits of value of possible adjacent angles among elongated fingers. Keyboard modules of second group are disposed within range of movement of thumb. Several functions of keyboard are brought in coincidence.
 Digital photo-camera, method for controlling the same and printing system / 2292661
In accordance to method, digital camera is provided, which may quickly perform authentication procedure, when it is ready for direct connection to printer and may serve as user interface device in direct printing system. When digital camera is ready for direct connection to printer and receives request from printer about objects, stored in camera, it assigns object, which contains word, serving as authentication information of objects, stored in camera, for first descriptor, assigns other objects (image data, etc) to other descriptors and sends result of assignment to printer.
 Information input device / 2292582
Device contains analog key, commutators of upper and lower levels, level shift circuits, generator of step voltage, OR element, impulses generator, RS-trigger, counter, AND elements of first and second groups, connected to output of device. Additionally introduced to device are mono-stable multi-vibrator and four generators, as a result of which number of counts is decreased time interval between which is less than time of relaxation of mono-stable multi-vibrator.
Computer mouse / 2292579
Buttons of computer mouse have indicators, measuring characteristic of pressure on button, for example, pressure force, characteristics of button drive under click, such as click amplitude and click speed. Each click of button is interpreted by computer as false or as control command depending of click characteristics. To prevent false clicks occurring during movement of computer mouse, click, click result or interpretation of click as control command are blocked.
 Information input device / 2246749
Device has keyboard, mounted on a panel, including at least one key, which has at least one operating area, at least one radiation source and one radiation detector, mounted in such a way as to provide possible effect by at least one working tool on route of passing of radiation from emitter to detector and/or on key in appropriate operating area.
 User devices interface / 2247423
Device has base, at least one assembly, consisting of key and means for determination of operation of key, first means for determination of displacement of device elements relatively to one another, while the key is mounted with possible outside access to it, a platform is provided, mounted with possible displacement relatively to base, key is mounted with possible displacement of it together with platform relatively to base, first means for determination of device elements mutual displacement is mounted with possible recording of platform displacement relatively to base, and means for detecting key operation is made or positioned relatively to key in such a way, that it can record well operation in neutral position, and/or in case of platform displacement from neutral position.
 Recording system and method for controlling thereof / 2248032
System, for direct connection of image feed device and recording device through common interface, transferring image data to recording device from image feed device and recording these data, has setting means for setting communication procedure by means of using software applications, mounted in recording device and in image feed device, and for setting of each of multiple functions to either image feed device or recording device, while these functions serve as recording system, and means for controlling recording for data transfer and commands between functions, assigned to image feed device or recording device by setting, or for performing recording operation via recording device on basis of image data, sent from image feed device.
 Atm and method for its operation (variants) / 2248044
Methods for inputting data into ATM include following steps: forming an input signal when function key or auxiliary keyboard key is pressed at ATM panel, at the same time data inputted into ATM are assigned to pressed key, conversion of input signal from key to input signal, matching coordinate data of point of a point on screen of ATM, previously matched with pressed key, redirection of coordinate data input signal into computer data flow, meant for data input from mouse. Method for data input may have additional steps: forming of signal by pressing key of auxiliary keyboard, conversion of input signal from auxiliary keyboard key to input signal, matching key on standard letter-digit keyboard, previously matched with pressed key; redirection of received input into data flow of computer, meant for inputting data from standard keyboard. ATMs have computer and at least one device for performing financial operations in response to data input in computer, performed in accordance to methods for inputting data into ATM. Devices for storing software have software, providing for control of ATM in accordance to methods for inputting data in ATM.
 Ball manipulator / 2248604
Side and lower support elements of leading ball are made in form of circular rolling bearing, containing outer ring, in respective sockets of which two rows of balls are present, inner ring of circular rolling bearing is absent, while function of inner ring of circular roller bearing is performed by leading ball.
 Device for controlling information display in remote education system / 2248605
Device has base address selector, registers, delay elements, elements of OR groups, OR elements, memory block, reverse counter, comparator.
 Method and system for registering domain names with use of national languages in non-english-speaking countries / 2249843
Method includes detection of connection of user computer to Web-site of sub-domain on national language and selects service of registration of domain name on national language, performing software extension for automated forming of combination of symbols of English alphabet, matching domain name, based on national language, determining, whether such combination of English symbols was registered before as existing domain name, and, if not, then it is registered as domain name.
 Hardware-software device for multichannel conversion and recording of analog signals / 2250494
For each channel device has digital signal converter, block for setting conversion digitization frequency, conversion level adjustment block, block for transferring electric signals to physical values, block for observing converted signals, block of precision of signal conversion, block of signal conversion time, block for disabling unused channels, block for synchronization of analog signals, visualization block, converted signal recording block. Device allows to convert signals of different levels, to change digitization frequency and conversion time, to disable unused channels, transfer sensors signals to physical values with consideration of sensors scales, observe signals at different scales, appropriate to levels of converted signals, to measure precision of recording of converted signals.
 Method for inputting data into pc and device for inputting data into pc / 2251725
Method includes mounting information input device of wrist of operator, device has flexible cover in shape approximately matching shape of hand, and sensors connected to cover, then sensors are activated by pressing against a stop, which is a portion of operators body or object, external to operator body and placed within limits of range of free hand action by operator with mounted device.
 Device for inputting image into personal computer / 2256210
Device has CPU, control block, receipt register, buffer memory block, address counter, first and second channel transmitters blocks, PC connection block, amplifier, pulse generator, control signals generator, second receipt register, second buffer memory block, first, second and third buffer registers, receipt-transmission register, strings counter, adder, first string counter and digital comparator.
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FIELD: information input devices, possible use for inputting a broad spectrum of data by means of manipulator. SUBSTANCE: technical effect is achieved by means of repeated execution of following: setting of beginning of counting of values of parameter value determining parameters, comparison of these values to sets of conditions of selection of spatial areas from a set of such areas, including at least condition of whether parameter values, corresponding to manipulator movement, belong to this spatial area, recording a series of input of spatial areas, comparison of this record to certain set of series of selection of spatial areas, inputting data from a set of data, connected to matching series. EFFECT: increased quantity of manipulator movements defined for inputting data and variants of storage of content of inputted information corresponding to these. 1 dwg
Area of use. The claimed method relates to input information using, mainly, computer engineering and can be used for input by means of a manipulator of a wide range of data, including characters, numbers, commands. Prior art Known management System scroll" (patent # EP 0474234), including the mouse to enter data, move the cursor, the section of the shift cursor to move the cursor in accordance with the data move the cursor from the mouse, the computer move the cursor to calculate the movement of the cursor from a Central point in the window based on the cursor and the coordinates of the Central point of the window, and sections of the scroll bar to scroll through the images in the window with the direction and speed corresponding to the direction and distance of the cursor from the center point of the window based on the cursor calculated by the evaluator move the cursor. When the cursor is moved with the mouse, the scrolling is associated with the movement of the cursor. The direction and the scroll speed is determined based on the direction and distance of the cursor from the center point of the window. From the above description it follows that the actual result of this system is to enter information in the form of the scroll, with the parameters of the direction and speed of the delightful spin is I. Enter these commands using the pointing device pointer, for example, type "mouse". Take these tool commands that display information in a window and use it by performing a certain scroll. The disadvantage of this system is the small amount identified in provision of input information types of movements of the mouse pointer, which is characterized only by the magnitude and direction of movement of the manipulator, and the corresponding options for the content of input data, in this case the speed of the scrolling images in the window. The technical result of the invention is to implement a renewable process input data of a specified set of data resulting from execution of the movements of the mouse pointer, corresponding to many types of such movements. Each type of movement mouse-pointer is characterized by a sequence of moves corresponding to one of a set of specific sequences of multiple specific ranges of magnitude and direction, and possibly other parameters of the movement of the manipulator. However, the data may represent pieces of information in any format and any size, including numbers, symbols, commands, blocks of text, raster or vecto the main graphic image, files, database. This allows to expand possibilities of use of the pointing device for input of data by providing an almost unlimited increase in the amount identified in provision of input information types of movements of the mouse pointer, and the number of corresponding options for the content of the entered information. The technical result of the invention is achieved in the way data is entered as follows: before data entry form in the means used to input information on many parameters, of which one part, the absolute parameters is invariant when performing data entry reference values, and includes, at least, the parameters corresponding to the absolute position of the manipulator, the other part, the relative parameters has to be installed when performing data entry origin of such parameters using the absolute values of parameters and includes, at least, the parameters corresponding to movement of the pointing device having the origin, which is set using parameter values corresponding to the absolute position of the manipulator, of at least one embodiment, the non-empty set of mutually disjoint, simply connected, closed two-dimensional or rehmannia spatial regions of parameter values, corresponding to the movement of the manipulator, about established under each sequence numbers item selection sequence of spatial regions to one of the variants of many spatial areas on the nonempty set of all sequences of the choice of the spatial regions of the options multiple spatial regions corresponding to the order numbers of the elements of these sequences, including from a number of possible sequences, at least, all conflicting with each other and with the initial parts of each other's sequences, where each sequence sets the correspondence of the elements of these options sets the spatial regions of sequence numbers of elements in the sequence, on a non-empty set of data, where each data element contains the attributes of the access corresponding to this data element information on a non-empty set of relations of the elements of the set of data sequences from multiple sequence selection spatial areas about the selection criteria of spatial areas in the variants of sets of spatial regions, for each spatial area defined by the non-empty set of sets of such conditions, the fulfillment of each condition corresponds to p is indigesti values of some parameters specific area such values, with the exception of the absolute parameters whose values are used to establish the origin of the relative parameters each set of conditions for the selection spatial region includes at least a condition for membership of this spatial region of parameter values corresponding to the movement of the manipulator, at least one spatial region in each case multiple spatial regions corresponding to any ordinal element sequences of the choice of spatial areas, has at least one set of conditions of her choice, not including irreversibly changeable parameters on the current index number of the item selection sequence of spatial regions corresponding to the beginning of the sequence, when performing data entry by means of determining the parameters which determine the absolute values of the parameters used to establish the origin of the relative parameters, including at least the parameter values corresponding to the absolute position of the pointing device, and used to establish the origin of the settings corresponding to movement of the manipulator, then using a means of defining the parameters determine the values of many parameters used andforming choice of spatial areas, the values of relative parameters including at least the parameter values corresponding to the movement of the manipulator, counting from the beginning of their set reference by means of comparison of parameters reveal the identity of the values of the parameters used in the selection criteria spatial regions the regions of parameter values specified conditions included in the sets of selection criteria spatial areas of the variant set of spatial regions corresponding to the current serial number of the item selection sequence of spatial regions, in the absence of a set of values of parameters used in the selection criteria of spatial areas, any set of conditions for the selection of any spatial region from the specified option multiple spatial areas, repeat the above steps, beginning with the determination of values of parameters in the case of set values of parameters used in the selection criteria of spatial areas, any set of conditions for the selection of any spatial region from the specified option multiple spatial regions, by means of forming sequences perform recording of information, the securing line is designed in such clicks the zoom select this spatial region the current ordinal number of the element selection sequence of spatial regions, and by means of sequence comparison compare in order, starting with the numbers corresponding to the beginning of the sequence, the record information corresponding to the items selection sequence of spatial regions with sequences multiple sequence selection spatial areas in the case that the specified entry information from one of the sequences set by means of the information input receive information in accordance with the access attributes contained in the data element associated with this sequence, perform enter this information and repeat the above steps, beginning with the determination of the absolute values of the parameters used to establish the origin of the relative parameters if this happened to match the specified write data from one of the mismatched with each other and with the initial parts of each other's sequences, the set of current sequence numbers item selection sequence of spatial regions corresponding to the beginning of the sequence, otherwise, set the value of the current sequence numbers item selection sequence of spatial regions corresponding to the next sequence n is a measure of the element of the sequence with respect to the last element of the sequence, has been executed the specified entry information. Distinguishing features of the claimed method from the above-described analog, ensuring the achievement of the technical result include transactions: - identify the set of parameter values used in the selection criteria spatial regions the regions of parameter values specified conditions included in the sets of selection criteria spatial areas of the variant set of spatial regions corresponding to the current serial number of the item selection sequence of spatial regions, this operation is an intermediate step procedure to determine the type of motion of the manipulator and it is necessary to establish compliance of the movement of the manipulator to one of the many specific ranges of magnitude, direction and other parameters of the movement of the manipulator; - repetition of actions, starting with the definition of parameter values, performed in the absence of a set of values of parameters used in the selection criteria of spatial areas, any set of conditions for the selection of any spatial region from the specified option multiple spatial areas this operation is an intermediate step procedure determine the possible types of motion of the manipulator and is necessary to ensure cyclically renewable perform the previous operation, until then, until it is revealed the identity of the values of the parameters used in the selection criteria spatial areas; - recording information, the retainer made according to the choice of the spatial domain to the current ordinal number of the element selection sequence of spatial regions that are performed in the case of set values of parameters used in the selection criteria of spatial areas, any set of conditions for the selection of any spatial region from the specified option multiple spatial areas this operation is an intermediate step procedure to determine the type of motion of the manipulator and it is necessary to check compliance of the movement of the manipulator to one of the many specific ranges of magnitude, direction and other parameters of the movement of the manipulator; - comparison obtained in numerical order, starting with the numbers corresponding to the beginning of the sequence, recording information corresponding to the items selection sequence of spatial regions with sequences multiple sequence selection spatial areas this operation is an intermediate step procedure to determine the type of motion of the manipulator and neobhodimoje establish the fact of coincidence is made of a sequence of one of a set of specific sequences of multiple specific ranges of values, directions and other parameters of the movement of the manipulator; - information in accordance with the access attributes contained in the data element associated with this sequence and perform enter this information, carried out in the case of recording said information from one of the sequences set by means of the input information perform this operation it is necessary to establish the fact of coincidence completed the movement of the manipulator with one of the specific types of motion of the manipulator and at the same time achieve the main result of implementing the inventive method input data from a particular data set, but this operation is not enough to stop determine the type of motion of the manipulator, this operation allows multiple data entry in the ongoing procedure of determination of the type of motion of the manipulator in consecutive match made motion manipulator with some specific types of motion of the manipulator, characterized coincident with each other or with the initial parts of each other by sequences of movement of the manipulator; - repetition of actions, beginning with the determination of the absolute values of the parameters used for establishing the Ala reference relative parameters this operation is an intermediate step procedure to determine the type of motion of the manipulator and is necessary to ensure cyclically renewable comparison is made of the motion of the manipulator with certain types of motion of the manipulator, however, this operation ensures unconditional resumption of the data entry process; - establish the value of the current sequence numbers item selection sequence of spatial regions corresponding to the beginning of the sequence, if there has been a match of the specified write data from one of the mismatched with each other and with the initial parts of each other sequence, this operation is the final step of the current procedures for determining the type of motion of the manipulator and at the same time the first step of this new procedure, however, this operation is a necessary condition for continuous renewal of the data entry process; - establish the value of the current sequence numbers item selection sequence of spatial regions corresponding to the next ordinal number of the element in the sequence with respect to the last element of the sequence that has been executed the specified entry information is, if there was no match of the specified write data from one of the mismatched with each other and with the initial parts of each other sequence, this operation is an intermediate step procedure to determine the type of motion of the manipulator and is a necessary condition for the possibility of comparing said information with information on the specific types of movement of the pointing device by providing an orderly record of the sequence of operations of the pointing device. Perform data entry is accompanied by the determination of the values of various parameters, which form the set of parameters used when performing data entry. Some parameters of this set is invariant when performing data entry reference values of these parameters. Such parameters can be defined as absolute parameters as form within the funds that are used to enter data, absolute, i.e. independent of the implementation process of information input, the reference system of these parameters. The values of these absolute parameters can be used directly when performing data entry to implement the relevant selection criteria spatial areas. The values of the rest of the absolute parameters of COI is lesuuda only to determine the origin of the other parameters of the specified set. In the absolute number of parameters used to determine the origin of other parameters include at least the parameters corresponding to the absolute position of the manipulator. As such parameters can be used, for example, the cursor position on the display screen of the computer. Along with these parameters, the absolute number of parameters used to determine the origin of other parameters may also be included, for example, setting the system time of the computer used in this case to establish the origin of the length of movement of the manipulator. In addition, the absolute number of parameters may include parameters that define the state of the buttons of the pointing device, for example, in the form of discrete values corresponding to combinations of button presses. Along with absolute parameters many parameters include the relative parameters which have to be installed when performing data entry the origin of their values. These parameters include, at least, the parameters corresponding to movement of the manipulator. To establish the origin of such parameters are values above the part of the absolute parameters, including parameters corresponding to the absolute progenealogists, used to establish the origin of the settings corresponding to movement of the pointing device. The parameters corresponding to movement of the manipulator, can represent the magnitude and direction of movement of the manipulator from a point corresponding to the origin. In the case of using, for example, a Cartesian coordinate system, these parameters can represent the magnitude and direction of movement of the manipulator along the coordinate axes, where the direction is determined by the sign of the increment of the coordinate values. In the case of using the polar coordinate system, the magnitude of the displacement is equal to the distance between the origin and the point corresponding to the movement of the manipulator. In this case, the direction defines, respectively, one or two corners, two or three-dimensional coordinate system between a straight line connecting the origin to a given point and a given line passing through the origin. In the above description of the invention provides for the use of mutually non-overlapping, simply connected, closed two-dimensional or three-dimensional spatial regions values corresponding to the movement of the manipulator. In the directory (Garn, Tarn. Handbook of mathematics for scientists and engineers I., 1968, 720 pages, with Fig. eriod English under the editorship of Igirimbabazi, section 4.3.6.) given the following definitions. Point P is a limit point of a point set S if every neighborhood of a point P contains a point set S, other than P. the Point P is an inner point of the set S, if P has a neighborhood entirely contained in S. the maximum point P of a set S that is not its internal point is a boundary point of the set R. the Area there is an open connected set. The Union of the open region and its boundary points is a closed area. A set is open if it consists only of interior points. The set is said to be connected if it cannot be represented as the Union of two disjoint sets, each of which contains no limit points of the other. Region D in the Euclidean plane is called simply connected if every simple closed curve, wholly owned by D, may be tightened to a point by continuous deformation without leaving the area D. In accordance with these definitions, the set of mutually non-overlapping, simply connected, closed spatial regions of parameter values corresponding to the movement of the manipulator are point sets that have only external border and without internal borders. Joint execution of absence of mutual overlap, odnosvyaznosti and closed the tee spatial areas needed to avoid ambiguous interpretation of the movements of the manipulator in the input process. The absence of mutual overlapping of areas means that there are no common points in different areas. The spatial ranges of values of the parameters corresponding to the movement of the manipulator must be defined in some, for example, Cartesian or polar spatial coordinate system for two-dimensional and three-dimensional spatial regions. The boundaries of these spatial areas can have an arbitrary shape, for example, constructed from straight line segments or arcs of circles for two-dimensional spatial regions, bounded surfaces or spherical surfaces for three-dimensional spatial regions. The presence of several variants of multiple spatial areas can increase both the quantity defined for the input information types of movements of the manipulator, and to simplify the definition of conditions for the selection of spatial areas and relationships of the sequences of the choice of spatial areas and data elements. This simplification, for example, may be the case if the variations are many spatial regions are derived from a single source option by combining some neighboring spatial regions. The sequence of selection of spatial fields determines the order in which p is recycline such areas in which each element of the sequence is mapped to a sequence number, which is counted from the initial element of the sequence. The spatial domain can refer to different sets of spatial regions, and each sequence sets the correspondence of the elements of these options sets the spatial regions of sequence numbers of elements of the sequences of the choice of spatial areas. If you specify multiple options multiple spatial regions, each ordinal sequence must be set in accordance with one set of spatial regions. This means establishing appropriate order options multiple spatial areas from which you select spatial areas. In the process of selecting spatial areas to perform each comprising more than one element selection sequence of spatial regions, inevitably the number of sequences with fewer elements, copying in these elements of the specified sequence, and represents the initial part of this sequence. In this case, if a sequence can be executed, the pax is with this sequence in the number of possible sequences select the source fields are all related to her initial part of this sequence. Many possible sequences includes all fundamentally feasible sequences that satisfy the admissibility condition for each step in the sequence of selection of any spatial region. This set can be represented by two categories of sequences. The first category includes the sequence mismatched with each other and with the initial parts of each other. The second category includes the sequence that represents the initial part of the sequence of the first category. Thus, the set of all sequences of the first category generates, as its primary parts, without exception, all possible sequences of the second category. Therefore, the sequence belonging to the first category can be considered as boundary elements of many possible sequences. The yield for the specified boundary of the set of possible sequences is not valid, because it means the emergence of a sequence of choices of spatial areas that does not match any one of the possible sequences, which leads to unintended termination of the process input data. Many data can be incorporated elements of the main data, the input of which is the purpose of the process input. In addition to the CSO, in this set may also include auxiliary data items that are designed to ensure that the input process. For example, it may be data elements to ensure the alarm about the progress of the process input using the audio-visual and other software and hardware, to implement feedback from the process input data. The ability to enter a variety of information is due to the fact that each data element contains the attributes of the access corresponding to this data element information. These attributes can identify the source, volume and other parameters of access to information. For example, as such attributes can be used a range of IP addresses in the computer's memory in which is stored information in the form of numbers, characters, strings of characters. If the data element must be matched with a large amount of information stored, for example, in the file, the attribute can be used the name of this file. These attributes can identify sources variable during execution of the input information representing, for example, software modules. One of the possible sources of such information can be a means of defining parameters, which allows to match elements the am data values, for example, the corresponding movement of the pointing device. As mentioned above, many data can be incorporated elements of auxiliary data, intended to provide alarms about the progress of the process input. This alarm may be due to the use of information available through the attributes of this data after performing their input. The data entry process may be accompanied and unaccompanied alarm about its fulfillment. In the absence of signaling, the face. perform data entry, including operations related to the choice of spatial areas, forced to do it, using its own memory and psychomotor sensations associated with these operations. This variant of the method of data entry is similar to "touch typing on the keyboard. In contrast, the use of alarm about its fulfillment process input data using audio-visual and other means of signaling, can be compared using the specified analogy, using the glyph on the keyboard buttons. To process input valid all possible types of relations between elements of a data set of sequences from a set of sequences of the selection spatial region is TEI, for example, the types of relationships one-to-one or one-to-many. Valid also no connections with some elements of a data set or sequence. It should, however, be noted that the lack of communication data item with any consistency makes meaningless its inclusion in the data set. The implementation of each of the selection conditions the spatial domain corresponds to a set of values of some parameters specific area such values. This means that each condition corresponds to a certain region of parameter values. If the specified field contains values that match the values of the specified parameters, this means running, but otherwise the condition is false the choice of the spatial domain. The parameters used in the selection criteria spatial areas can include any parameters many parameters, except for the absolute parameters whose values are used to establish the origin of the relative parameters. For this reason, for example, the parameters corresponding to the absolute position of the pointing device cannot be used in the selection criteria of spatial areas. However, each set of conditions for the selection spatial region should include the condition of the DVD is agnosti this spatial region of parameter values, the corresponding movement of the pointing device. Depending on the nature of the parameters, the values of each parameter in this field can vary continuously or discretely. For example, for the condition set values corresponding to the movement of the manipulator certain spatial region, which is defined analytically given bounds in the coordinate system of continuously variable parameters, the values specified in this field must change continuously. It is also possible, when the spatial region defined by the parameters that accepts only discrete values, for example, it refers to the coordinate values of the display screen corresponding to the position of its pixels. In this case, in principle, can be used and the appropriate way to determine this area, for example, an enumeration of all the values included in this scope. Examples of possible parameters, which are characterized by a region of continuous values, if not to take into account the presentation of these values on the physical media. Such parameters may include the length of the time slices and parameters such as the modulus of the speed of movement of the manipulator or the module of the speed of changing the direction of its travel. However, the existence of discrete values parameterisation in the case of selecting the spatial area of the sequence of button presses manipulator, when each such combination can be mapped to a discrete value in the specified area of these discrete values. The possibility of the existence for each spatial region of a nonempty set of sets conditions for its selection provides a corresponding increase choices for the spatial domain, which, in particular, can help reduce the number of errors of the choice of spatial areas. In addition to the condition set values corresponding to the movement of the manipulator spatial region, as well as other conditions, the set of conditions may include a condition establishing the attitude of the facilities corresponding field values are: - the duration of the movement of the manipulator since the start of the movement of the manipulator that enables you to change the selection spatial region until reaching values of this range; module decreasing the speed of movement of the manipulator, i.e. the velocity modulus at negative values of the acceleration movement of the manipulator that allows the selection spatial region under the additional condition that the brake manipulator within this area; module speed changing the direction of movement of the manipulator, i.e. the modulus of the angular velocity changing the direction of movement of the manipulator, allowing selection spatial region under the additional condition that the curvature of the trajectory of movement of the manipulator within this area. During the formation of the sets of conditions you need to meet the requirements of having at least one spatial region of at least one set of conditions, not including irreversibly changing parameters. Thus irreversibly changeable parameters are the parameters whose values cannot be recovered by action manipulator. Example irreversibly changeable parameter is the length of movement of the manipulator. An example of a reversible variable parameters are the values corresponding to the movement of the manipulator, which can be restored by moving the pointing device, for example, in the opposite direction. Execution of the specified requirements to prevent inadvertent interruption of the input because of the deadweight output values of the motion parameters of the manipulator beyond all the regions of parameter values corresponding to the selection criteria of all spatial areas. If there is at least one area within the selection criteria which are missing field values are irreversibly changing parameters, remains the principal possibility to achieve testing the response of these parameters, providing the choice of this area. Information about the current sequence number of the item selection sequence of spatial regions is changed during the execution of the input data and is used to define multiple spatial regions corresponding to the current ordinal number of the element in the sequence, and to perform recording of information on the choice of the spatial regions corresponding to the items selection sequence of spatial regions. Before executing the data entry form information about the current sequence number of the item selection sequence of spatial regions corresponding to the beginning of the first sequence, for which you will be recording said information after the commencement of the input data. When selection spatial region perform changes in said current sequence number so that it matches the following ordinal element of the sequence. In the event of termination of recording information, the retainer made according to the choice of the spatial domain to the current ordinal number of the element selection sequence of spatial regions, the set of current sequence numbers item selection sequence p is strastveni areas corresponding to the beginning of the sequence. When performing data entry of parameter values change by action of the manipulator. From the point of view of implementing the inventive method manipulator is a means for generating signals on the basis of which determine the values of these parameters. Therefore, the manipulator is one of the hardware components that provide the definition of these parameters, and must be formally included as part of the definition of parameters. In the process of data entry perform the actions of the manipulator, including his move, and possibly pushing his buttons. With this move the manipulator, following trajectories that achieve values of parameters corresponding to movement of the pointing device relative to the point of beginning of the reference spatial domain, which allows to generate a sequence associated with the desired data item. Determination of the parameters should be performed with a certain delay time after the establishment of the start or after a previous determination of parameters for was the ability to perform actions with the mouse to change the values of these parameters. Part of the funds that are used to enter data, you can enable features, providing the actual operation a certain amount of such delay. If such components are present, the delay will be determined by the performance characteristics of funds that are used to enter data. Establishing the origin is necessary for the relative parameters, which include at least the parameters corresponding to movement of the manipulator. The procedure for establishing the origin of the relative values of each parameter is performed by means of definition of parameters is the determination of the absolute values of the parameters used to establish the origin of this parameter. The moment of determination of the absolute values of these parameters always corresponds to the beginning of the change parameter values corresponding to the movement of the manipulator. In the process of data entry should be at least provided the definition of parameter values corresponding to the movement of the manipulator. Therefore, should also be provided to establish the origin of these parameters by defining values corresponding to the absolute position of the pointing device. After establishing the origin of the relative parameters determine the values of many parameters used in the selection criteria of spatial areas. However that is defined with the parameter is to include, at least the values of the parameters corresponding to the movement of the manipulator. The values of the parameters are determined directly on the basis of information received from the pointing device and the additional processing of this information, using the means of defining the parameters. For example, information about the buttons of the pointing device, characterized by the absolute values of the corresponding parameters, is used directly. At the same time define the length of movement of the manipulator since the start of the movement of the manipulator requires additional computations using information about the current time value and the time value corresponding to the beginning of the countdown of movement of the manipulator. Determination of modulus decreasing speed and velocity modulus changing the direction of movement of the manipulator also requires computational procedures. These values can be calculated on the basis of consecutively received values corresponding to the movement of the manipulator, as well as synchronously obtained with these values of timing. Identifying the set of parameter values, the regions of parameter values within the sets of conditions for the selection of spatial regions perform in comparison Zn the values of the parameters with the specified regions of parameter values by means of the comparison parameters. The spatial domain being such a comparison should refer to the version of the set of spatial regions corresponding to the current sequence number elements record selection sequence of spatial regions. This comparison can be implemented by searching for the value in the corresponding field of the value exactly matches the value of the parameter. For discrete parameter, such as parameter corresponding to a combination of button presses manipulator, can be compared with all values corresponding field values. For continuously changing parameters such comparison can be made in the calculations for solving inequalities and equations, constructed using information about the boundaries of the region of values of these parameters. The fact of belonging parameter values for any set of conditions for the selection of any spatial region defined by the set of parameter values for all fields values included in the selection conditions of this spatial area to be included in this set. The establishment of this fact means that the choice of the spatial domain is performed through means of sequencing should be done recording information fixed is the one according to this choice the current ordinal number of the element selection sequence of spatial regions. A comparison is made of the records of the specified information with the set of all sequences of the choice of spatial areas perform to identify their matches. This coincidence implies the equality of the number of records information corresponding to the items selection sequence of spatial regions, starting with the numbers corresponding to the beginning of the sequence, with the number of elements in the sequence of multiple sequences, as well as the coincidence of the choice of spatial areas for items with the same serial numbers in these sequences. In the case of records of specified information with one of the sequences set by means of information entry perform input associated with the sequence of data element, if such communication has been established before the commencement of the input data. The operation data includes obtaining information in accordance with the access attributes contained in the data item and the transfer of this information to the receiver input. Thus, as a result of this operation provides the opportunity for the input of the main and auxiliary data through the specified attributes associated with virtually any information content, format and volume. This, in cast the STI, provides the opportunity for the input of data associated with the information used, for example, to signal that made the choice of spatial areas, or command information, for example, the command stops the data input directed to the means for controlling the start and termination of funds that are used to enter data. The transfer of the information to the receiver input can be performed using well-known methods, providing a direct transfer of information specific to the receiver, and broadcast this information to all receivers configured to receive such information. In the latter case, the information transfer can be performed a priori unknown to the receiver input. As receivers of information can be used, for example, software modules that are inserted into the computer, providing the output of this information on the computer display or record this information in the file. In addition to performing the input matching record specified information with one of the sequences set is also accompanied by the resumption of the process of selecting spatial areas and related transactions, beginning with the determination of the absolute values of the parameters used to establish the ia reference point relative parameters by means of defining parameters. When this coincidence records said information on one of the mismatched with each other and with the initial parts of each other sequences should be accompanied by the compulsory termination of the further records of this information. This is necessary, as noted above, to avoid sequences of the choice of spatial areas that does not match any one of the possible sequences. With this purpose, the set of current sequence numbers item selection sequence of spatial regions corresponding to the beginning of the sequence. But if there was a match record of said information sequence representing the initial part of one of the mismatched with each other and with the initial parts of each other's sequences, the record specified information should be continued. To do this, set the value of the current sequence numbers item selection sequence of spatial regions corresponding to the next sequence number in a sequence with respect to the last element of the sequence, which has been recorded this information. However, it is possible to allocate a special case implementation comparison operations performed records specified information with many what estom sequences of the choice of spatial areas, when all the sequences of many sequences contain only one element. In this case, the specified sequence necessarily belong to the category of mismatched with each other and with the initial parts of each of the other sequences. In addition, the result of this comparison should always be set to the current sequence number of the item selection sequence of spatial regions corresponding to the beginning of the sequence, and each of the selection spatial region will correspond to a single a priori known sequence of multiple sequences. For many singleton sequences, the result of the comparison of the parameters determines the choice of a certain spatial region. inevitably accompanied, as its expression, the entry corresponding to this choice of values. In case, if the set of sequences contains only one sequence, the specified value may be binary. corresponding either to the presence or absence of selection of only the spatial domain. Execute the specified entry can be considered as the operation of recording information, the retainer made according to the selection spatial region ar is elementno selection sequence of spatial regions. Thus, the specified record can be viewed as the result of the combined operation of the comparison of the parameters and the operation of recording information, the retainer made according to the selection spatial region singleton selection sequence of spatial regions. In addition, due to the above a priori known of the choice of the spatial regions of the sequences set sequence, write the specified value can also be simultaneously used to denote the corresponding singleton sequence. Due to this, may also be provided with a combination of operation parameters comparison with the comparison operation of recording information corresponding to a singleton sequence with multiple sequences. The possibility of combining operations demonstrates the ability of the corresponding functional associations of the material objects, ensure the implementation of these operations in a single object, which in this case can be denoted as a means of comparing, sequencing and comparison of sequences. The use of the inventive method is illustrated on the example of the method in the input device about healthy lifestyles the NII and distance of movement of the manipulator, shown in the drawing, in which: coordinates of the cursor on the display screen are used as parameters corresponding to the absolute position of the pointing device, and the direction and distance of movement of the manipulator are used as relative parameters corresponding to the movement of the manipulator; - formed a single set of spatial regions, including the only two-dimensional spatial region, covering the entire plane except for a circular region with center at the origin of coordinates that defines a circular border of this spatial area of a certain radius; as conditions for the choice of this spatial area used condition toiletries her values corresponding to the movement of the manipulator; - formed the set of all sequences of the choice of spatial regions comprising one singleton sequence; - generated data set containing one element data whose attribute information access defined source of information, representing a means of defining parameters and contains the values corresponding to the direction and distance of movement of the manipulator; - formed many relationships, including the only connection between the specified units is stannum data item and the only sequence. The input device about the direction and distance of movement of the manipulator (drawing) based on hardware and software components of a General computer. These components include: computer processor with a basic input / output system (BIOS). memory for storing information, display keyboard, in which the input device on the direction and distance of movement of the manipulator (see) is not used, but required for normal operation of the computer arm-pointer, controllers and drivers of the computer components, - interfaces between components of a computer - multitasking operating system that provides control such exchange of information and computer components and installed programs on your computer. Specified multitasking operating system provides separation of computing resources, memory, and other hardware and software components of a computer between multiple concurrent computational processes and implemented functions. This applies, including, to the functions of the information input using the keyboard and pointing device pointer, displaying information on the display screen, and cursor movement on the display coordinates of the display screen that correspond to the move manipulator. In this regard, the computer can be considered as a multifunctional device that emulates the work of many specialized software and hardware functional blocks. In the composition of these hardware / software functional blocks are listed hardware components of the computer. In the block diagram of the input device, data on the direction and distance of movement of the manipulator (see), explaining the essence of the claimed invention, indicated the following specialized hardware and software functional blocks, which emulates the specified computer: tools 1 parameter definitions; - 2 comparison of parameters, sequencing and comparison of sequences in which is provided the combination of features of the comparison parameters, means forming sequence and means of comparison sequences is achieved, as noted above, due to the inclusion in the set of all sequences only singleton sequence; tools 3-enter information; receiver 4 input data. Specialization of hardware components of the computer listed in hardware / software functional blocks, as well as the interaction of these blocks in accordance with the entity C is shown of the invention, at the expense of use in these blocks of software components that provide the implementation of their functions. Thus, the operation of these software components, as well as the transfer of information between the functional units is provided by the use of a computer processor. Each software function block uses the following components: memory for recording, storing and reading necessary for the operation of this block of information, and possibly program, providing the functional specialization of the block that contains the necessary information that is used to input data, and is formed before the start of the input data; computing processor; interfaces exchange of information between these devices. - the operating system that provides management of these computer components and programs. Along with the above components of the product 1 for the definition of the parameters used as the pointing device pointer and display with their controllers and drivers. Memory in software functional blocks is used as follows: tools 1 definition of parameters for recording, storing and reading values of the parameters and placement program definition of parameter values and the activation means 2 comparison pair is EAN, sequencing and comparison of sequences and transfer of parameter values; tools 2 comparing, sequencing and comparison of sequences for recording, storage and reading of parameter values, and for hosting comparison program parameters, sequencing and comparison of sequences and activation means 3 data input means 1 for the definition of parameters; tools 3 enter information for the recording, storage and reading of parameters and placing the program information from the means 1 for the definition of parameters, activation of the receiver 4 input data and send him this information. - in receiver 4 input data for recording the input information, and for placing the program recording the input information in accordance with a specific format. Next, the description is given of operation of this device on a system-wide level joint operation of 1-4 included in this device, as well as on the endogenous level of functioning of each of these funds. Description of the operation of the device at the system-wide level demonstrates performing operations on material objects, presented in the form of listed funds. Functional description of each of the indicated what this means for a possible option algorithmic implementation of information processing, required to perform operations with the use of these funds. So, on a system-wide level, means 1 parameter definitions allow two options for their activation: with determination and without establishing the origin of the settings corresponding to movement of the manipulator. Option activation means 1 parameter definitions, establishing the origin of the settings corresponding to movement of the pointing device, implemented after the start of the input device, data on the direction and distance of movement of the manipulator (see) or from funds 2 comparing, sequencing and comparison of the sequences when choosing a single spatial region. Option activation means defining parameters 1, without establishing the origin of the settings corresponding to movement of the pointing device, implement, if the activation of the means 2 comparing, sequencing and comparison of the sequence if the selection is specified spatial region has not been performed. When activating means 1 definition of parameters in a variant, with the establishment of the origin of the settings corresponding to movement of the pointing device, provide the coordinate values of the cursor on the display screen. These coordinate values when kautsa the reference point of the manipulator movements. After which the funds 1 parameter definitions provide re-obtaining the coordinate values of the cursor on the display screen. Further funds 1 parameter definitions using these values, or values that are taken as the reference point of the manipulator movements, calculate values, corresponding to the direction and distance of movement of the manipulator relative to the coordinates adopted for the start of the movement of the manipulator. Then 1 parameter definitions activate means 2 comparing, sequencing and comparison of sequences and transmit the received value corresponding to the distance of movement of the manipulator. Tools 1 parameter definitions in their activation in the variant without establishing the origin of the settings corresponding to movement of the pointing device, perform the above operation, starting with the second receiving coordinate values on the display. 2 comparing, sequencing and comparison of the sequences in their activation from funds 1 parameter definitions perform comparison of obtained funds from 1 define value corresponding to the distance of movement of the manipulator, with the value of the radius of the circular boundary of the spatial domain. If the value appropriate to eastwoodiae the distance of movement of the manipulator, less than the radius of the circular boundary of the spatial domain, this value does not belong to the spatial domain. In this case, means 2 comparing, sequencing and comparison of sequences activate tools 1 parameter definitions in version activation without establishing the origin of the settings corresponding to movement of the manipulator. If the value corresponding to the distance of movement of the pointing device exceeds the radius of the circular boundary of the spatial domain, this value belongs to the spatial domain. In this case, means 2 comparing, sequencing and comparison of sequences activate tools 1 definitions of the parameters in option activity with the establishment of the origin of the settings corresponding to movement of the pointing device, and activate the means 3 for input. Means 3 enter information in their activation from the means 2 sequencing and comparison of the sequences get from funds 1 define the values corresponding to the direction and distance of movement of the manipulator, activate the receiver 4 input data and pass it to him. The receiver 4 input data at its activation from the means 3 input information performs C is written to the information received into its memory in accordance with a specific format. On system level tools 1 definition of parameters in their version, activation of establishing the origin of the settings corresponding to movement of the pointing device, the program forming the origin and activation of the means of defining the values of the parameters and the activation means 2 comparing, sequencing and comparison of sequences and transfer of parameter values receives messages of the operating system on the movements of the manipulator. These messages contain information about the coordinate values of the cursor on the display screen corresponding to the position of the manipulator. Obtained values of the coordinates this program writes to memory. These coordinate values are reference values corresponding to movement of the pointing device. Then this program again receives messages of the operating system on the movements of the manipulator, which contains information about the coordinate values of the cursor on the display screen corresponding to the position of the manipulator that this program writes to memory. Then the program reads from the memory the coordinate values representing the beginning of the count values corresponding to the movement of the manipulator, as well as re-obtained coordinate values, and based on these values, calculates the angle and the lengths of the straight line segment, connecting the two points with the specified coordinates, and then writes these values in memory. These values correspond to the direction and distance of movement of the manipulator, Then, the program activates the means 2 comparing, sequencing and comparison of sequence reads from the memory a value corresponding to the distance of movement of the manipulator, and sends this value to the specified tools. Then the program goes into a wait state activation means 1 parameter definitions. In the embodiment, the activation means 1 definition of parameters without establishing the origin of the settings corresponding to movement of the pointing device, the program performs the above described operation, starting with the second receiving messages of the operating system on the movement of the manipulator. On system level tools 2 comparing, sequencing and comparison of the sequences, after its activation, the program comparing, sequencing and comparison of the sequences of activation means 3 enter information or tools 1 definition of parameters performs receiving and storing the specified value corresponding to the distance of movement of the manipulator. While this program already includes the built-in information in it with the value of the radius of the circular boundary of the spatial domain. Then the program reads from the memory and comparing the value corresponding to the distance of movement of the manipulator with the radius of the circular boundary of the spatial domain, and commits the violation of one of these values over another entry in the memory corresponding binary values. As noted above, the specified recording simultaneously: reflects the selection spatial region; represents a record of information that secures the compliance of the performed selection spatial region singleton selection sequence of spatial regions; - is the result of comparing the write data from the set of sequences that includes only singleton sequence. Since the set of sequences includes only singleton sequence, the emergence of values in the specified entry corresponding to the coincidence with this sequence requires that the value of the current sequence numbers item selection sequence of spatial regions corresponding to the beginning of the sequence. For this reason, the input device on the direction and distance of movement of the manipulator (see), the value of the current sequence numbers item selection sequence simple is anstendig areas always corresponds to the beginning of the sequence. Further, depending on the specified binary value that the program reads from the memory, the program performs one of two options activating means 1 parameter definitions. If you activate the means 1 for the definition of parameters in the variant with the establishment of the origin of the settings corresponding to movement of the manipulator, is the activation means 3 enter information. After that the program goes into a wait state activation means 2 comparing, sequencing and comparison of sequences. In this case, it can be noted that the joint funds 2 comparing, sequencing and comparison of sequences of activation of funds 1 definitions of the parameters in the variant without establishing the origin of the settings corresponding to movement of the pointing device, refers to the features of the comparison parameters. However, the variant activation means 1 parameter definitions with the establishment of the origin of the settings corresponding to movement of the pointing device with concurrent activation means 3 enter information that relates to the functions of means of sequence comparison. On system level tools 3 enter information, after its activation, the program receiving the information from the means 1 parameter definitions, activation of the receiver 4 input data and transmitting this information implements formed in this program, the relationship between a specified only singleton sequence and only data. Data are implemented in this program in the form of a software module that contains the attributes of the source of information about the direction and distance of movement of the manipulator, an area of the memory means 1 parameter definitions. This connection is realized in the program by establishing a software-implemented reference attributes of these data. In accordance with the specified attributes this program reads the values corresponding to the direction and distance of movement of the manipulator from the memory owned by the means 1 parameter definitions, and records this information in its memory. Next, the program activates the receiver 4 input, reads the values corresponding to the direction and distance of movement of the manipulator from its own memory, and sends these values to the receiver 4 input data. On the internal level of the receiver 4 input data, after its activation, the program records the entered data in accordance with a specific format writes the values corresponding to the direction and distance of movement of the manipulator in the receiver's memory 4 input d is the R. Method of data entry in which to start data entry form in the means used to input data, information on many parameters, of which one part, the absolute parameters, has not changed during execution of the input reference values and includes at least the parameters corresponding to the absolute position of the manipulator, the other part, the relative parameters is set when performing data entry origin of such parameters using the absolute values of parameters and includes, at least, the parameters corresponding to movement of the pointing device having the origin, which is set using parameter values corresponding to the absolute position of the manipulator, of at least one embodiment, the non-empty set of mutually non-overlapping, simply connected, closed two-dimensional or three-dimensional spatial regions of parameter values corresponding to the movement of the manipulator, about established under each sequence numbers item selection sequence of spatial regions to one of the variants of many spatial areas about non-empty set of all sequences of the choice of the spatial regions of the options set the STV spatial areas the respective sequence numbers of the elements of these sequences, including from a number of possible sequences, at least not all coincident with each other and with the initial parts of each other sequence, where each sequence sets the correspondence of the elements of these options sets the spatial regions of sequence numbers of elements in the sequence, not an empty data set, where each data element contains the attributes of the access corresponding to this data element information about non-empty set of relations of the elements of the set of data sequences from multiple sequence selection spatial areas about the selection criteria of spatial areas in the variants of sets of spatial regions, for each spatial region is not empty set of sets of such conditions, the fulfillment of each condition corresponds to the set of values of some parameters specific area such values, except for the absolute parameters whose values are used to establish the origin of the relative parameters each set of conditions for the selection spatial region includes at least a condition of facilities this is the first spatial region of parameter values, corresponding to the movement of the manipulator, at least one spatial region in each case multiple spatial regions corresponding to any ordinal element sequences of the choice of spatial areas, has at least one set of conditions of her choice, not including irreversibly changeable parameters on the current index number of the item selection sequence of spatial regions corresponding to the beginning of the sequence, when performing data entry by means of determining the parameters which determine the absolute values of the parameters used to establish the origin of the relative parameters, including at least the parameter values corresponding to the absolute position of the pointing device and is used to establish the origin of the settings corresponding to movement of the manipulator, then using a means of defining the parameters define the parameter values of the many parameters used in the selection criteria of spatial areas, and the relative values of the parameters including at least the parameter values corresponding to the movement of the manipulator, counting from the beginning of their set reference using funds from the avania parameters reveal the identity of the values of the parameters used in the selection criteria spatial regions the regions of parameter values specified conditions, included in the sets of selection criteria spatial areas of the variant set of spatial regions corresponding to the current serial number of the item selection sequence of spatial regions, in the absence of a set of parameter values used in the selection criteria spatial areas any set of conditions for the selection of any spatial region from the specified option multiple spatial areas, repeat the above steps, beginning with the determination of values of parameters in the case of a set of parameter values used in the selection criteria spatial areas any set of conditions for the selection of any spatial region from the specified option multiple spatial regions by means of the formation sequence write information, the securing line is designed so the choice of this spatial region the current ordinal number of the element selection sequence of spatial regions, and by means of sequence comparison compare in order, starting with the numbers corresponding to the beginning of the sequence, the record information corresponding to the items selection sequence PR the spatial regions with sequences multiple sequence selection spatial areas in the case that the specified entry information from one of the sequences set by means of the information input receive information in accordance with the access attributes contained in the data element associated with this sequence, perform enter this information and repeat the above steps, beginning with the determination of the absolute values of the parameters used to establish the origin of the relative parameters if this happened to match the specified write data from one of the not coincident with each other and with the initial parts of each other's sequences, the set of current sequence numbers item selection sequence of spatial regions corresponding to the beginning of the sequence, otherwise, set the value of the current sequence numbers item selection sequence of spatial regions corresponding to the next ordinal number of the element in the sequence with respect to the last element of the sequence that has been executed the specified entry information.
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