METHOD AND SYSTEM FOR GENERATING MULTI-PLANAR IMAGES

Hereinafter, in reference to the present invention according to drawing with an 'Image generating method and system if' a based on the results of a detailed described. Embodiment of the present invention describing examples of slimly technician to easily understanding to remove the to, the are not limited to, is the present invention. Furthermore, with an the particulars presented on a drawing easily examples of the present invention embodiment be schematized to describe the drawing actually in a can differ from the is of the type which is implementing.

While, each represented in a component hereinafter for implementing the present invention. only exerting its. Therefore, in other implementations of the present invention concept and of the present invention in such a range that causes no a wireless type through a wire input unit has a first terminal connected the other configuration can be. Furthermore, each component was a complete fabrication hardware or software only but may be implemented, various for performing identical function system hardware or software configuration may be implemented in combination of.. Furthermore, one two or more by hardware or software components may be implemented together.

Furthermore, on any configuration elements that representation 'includes' , 'open' representation of corresponding components as by merely be present and the user makes a refers to, excluding those additional components a is don't understood.

Furthermore, 'multi-' that representation, spectator seat a plurality of projection surface is situated on the perimeter of the (device or plural displays) in is played through a, cubic and front structure of the audience that night to improve rear holder, is fixed to the..

Hereinafter, reference to 10 also to 2 also, in the embodiment according to one of the present invention 'Image generating method if' . at a portion corresponding to the separable.

2 also refers to surface, in the embodiment according to one of the present invention 'Image generating method if' the, plurality of heterogeneous photographing combustion system therein having the step of positioned at an angle of between about predetermined device (S11), said plurality of heterogeneous photographing device of to synchronize the particular node, said plurality of heterogeneous photographing fired combustion system therein having the step is controlled on the shutter device (S12), heterogeneous plurality of said plurality of device photographing when the photographing operation direction to the point thereof is provided to perform an (S13), heterogeneous plurality of said photographing device photographing-shaped space (Sphere) microsphere images are provided, cylinder (Cylinder) (Mapping) mapping together-shaped space the rear each relative to the plane the generation of images step may comprise an (S14).

Said S11 step, when the photographing operation direction to the plurality of point a predetermined predetermined heterogeneous photographing device are positioned at an angle of between. is the step of.

Wherein said plurality of heterogeneous photographing device is' are positioned at an angle of between controlled to predetermined 'is that the, said device constituting a plurality of heterogeneous photographing' each imaging device for a photographic device neighbour a predetermined generally radially inwardly-extend that it can be mounted to the upper surface and operated by of the control commands ', meaning that the.. For example, heterogeneous photographing device and second high 3 also constituting a each imaging device is of the control commands for a photographic device by the predetermined with the upper surface and generally radially inwardly-means a group that are arranged in.

Furthermore, said plurality of heterogeneous photographing device controlling the mainly the originated call is registered in a fixed angle toward the a, preferably processing the focus of a reflector according to each step will hardware. On the other hand, form a separate hardware the device, device configuration control for example can be but is present independent of as, or refers to control synchronization is allowed to proceed for a control by device may be function is being executed.

Furthermore, a plurality of said heterogeneous photographing device, different kinds of photographing device composed device the. group. For example, a RED Epic said plurality of heterogeneous photographing device, such as different kinds of photographing device 5D Mark2 simultaneously photographing device, constructed in the form including. group. Such a heterogeneous plurality of said photographing device, preferably 5 Image pickup device may contain, specifically the centrally located main a photographing device, said device a photographing main of 2 a disposed on the left side of left photographing device, said main a photographing device of a disposed on the right side of right photographing device 2 may comprise an. Also 3 with a, plurality of said heterogeneous photographing device is disposed in a center a photographing main device, two left photographing device 2 and 2 of the right side of an exemplary scavenger embodied in the form including a photographing device can be a longitude.

Furthermore, a device photographing heterogeneous plurality of said step said S11, are arranged next to an error state by reading can be-bands overlap upon one another comonation NTSC and svhs of device, and the it is preferable that the. Neighboring for a photographic device should be-bands overlap upon one another comonation NTSC and svhs of for a photographic device to neighboring images photographed by the Image position measuring apparatus can be-bands overlap upon one another, said information as information of a superposition of Image such heterogeneous photographing device relative the images photographed by the Image position measuring apparatus relationship information is can be computed is since. Also 3 with a, plurality of heterogeneous photographing device said device (110) a photographing main, left photographing device (120) of 2, 2 of right photographing device (130) includes, for a photographic device are neighboring (110-120, 120-120, 110-130, 130-130) in a state that is-bands overlap upon one another comonation NTSC and svhs of said plurality of heterogeneous photographing device is arranged in a tool capable of confirming a. At this time, for a photographic neighboring device in which the above method is superposition of the detecting sensor detects that the equipped with photographing device or lens may differ as to preferably but 13-17% so that photographing device..

On the other hand, determining an area overlapping an analog Image signal of the object is loaded reference have a geometrical method may be is utilized.

Also 4 such as a plurality of photographing device (110, 120, 130) each other in the planar when viewed from, each imaging device through the center of straight axis (l5 to l1) on each imaging device at the same distance from, for example each imaging device 10m from the lens of a point spaced apart [...] offer is firm subject. (P1 to P5) and each imaging device of comonation NTSC and svhs (blade angle) to the first polarization angle segment is an error state by reading said photographing device in terms of its of a device the directional stability of the axle with a each device each imaging medium to pass through a..

Also a device photographing in such a way and a 4 are arranged each imaging device is an analog Image signal area into a regular a superposed guide member is rotatably combined to a, according to the position of each point overlapped area is integrated proportion of side polymers may be adjusted is enabled.

While, a plurality of heterogeneous photographing device said S11 step, said plurality of heterogeneous photographing device and implementing angle of view of 270 degree or more is set to a state capable preferably it is adapted for disposition on the. Plurality of heterogeneous photographing device is implementing angle of view of 270 degree or more future must to spectator through multi-screen of 270 degree or more may be provided, in which, the spectator of cubic and immersive since it can be header tanks have winding is. Also 3 with a, a photographing device (110) said main, left photographing device (120) of 2, 2 of right photographing device (130) is 270 degree or more implement a angle of view of..

Furthermore, said S11 step generally radially inwardly of said plurality of heterogeneous photographing device (generally radially inwardly between neighboring for a photographic device) a particular photographing device focal distance between the lens and can be adjustable. For example, heterogeneous plurality of said photographing device is, also, such as a photographing main device 3, device photographing left of 2, 2 including right side of two when a photographing device is embodied in the form, generally radially inwardly of said plurality of heterogeneous cameras and provides the selected output to the main photographing device focal distance between the lens and can be adjustable. Specifically, 1) said main focus of a photographing device when the distance, generally radially inwardly of a photographing main device bar and a left photographing device, main device photographing the right and generally radially inwardly of a photographing device, generally radially inwardly between left photographing device, both generally radially inwardly between right photographing device direction smaller from the lower portion to said plurality of heterogeneous photographing device can be a page is redeployed. 2) in addition, said main the distance focus of a photographing device when the, main generally radially inwardly of a photographing device bar and a left photographing device, main device photographing the right and generally radially inwardly of a photographing device, generally radially inwardly between left photographing device, right photographing device in the direction to increase the both generally radially inwardly between said plurality of heterogeneous photographing device can be a page is redeployed. On the other hand, if a simulation device (110) photographing, photographing pin to support device (120, 130) the focus distance of the each 24 mm, when the set to 16 mm are larger camera area for later affixation editing is facilitated and, simultaneously visually to the audience that night. returned.

Hereinafter in a photographing main device (110) and a lenticular screen each imaging device relating to the whole of a photographing generally radially inwardly a of the original signal is generated when a rectangular length of, the same line edit only the selected area of the overlapping and irregularly between stitching (stitching) work difficult to a to longitude.

Table 1 to table 4 each main classification according to the distance focus of a photographing device as a table, each table generally radially inwardly liver device according to an error state by reading of the original signal generated when a rectangular length of, and stitching according to degree of difficulty in the work of wet liquid to flow down.

Table 1 to table 4 when refer, already prior also presents a photographing main as is longer focal length of the device if the each imaging device, with gradually generally radially inwardly between obtained from the, focal length vice versa is gradually generally radially inwardly if the is longer by can be viewed. I.e., a photographing main device of 24 mm focal length is one when each imaging device is generally radially inwardly to 60 degrees to 50 but arranged such that the axis is degree, a photographing main device of one 50 mm focal length is 30 degrees to 20 is generally radially inwardly when arranged such that the axis is degree can be confirm that the user.

While, a photographing main focal length of the device either value when the assumed to have secured, each imaging device a generally radially inwardly of the original signal though the reduced of the furnace generated when the length of the shorter. a main body.

Also Figure 5 shows a photographing device of a generally radially inwardly and each imaging device-overlapping ranges of comonation NTSC and svhs of the furnace generated when the length of to representation, in particular Figure 5 a photographing main focal length of the device and each imaging device 32 mm is between generally radially inwardly is 45 is formed inside the tie. home when.

Multiple imaging device by the motion is sensed by the sensing in overlapping square in the development of which, the photographing device one another of a generally radially inwardly the presence and each imaging device accurately comonation NTSC and svhs against. is due to the not.

Furthermore, even through 5 also can see changes in the photographing subjects are linked to increases as the magnitude of the generally radially inwardly between device though the width of the rectangular area becomes wider as it the and causes the length of the, reducing the size of the generally radially inwardly vice versa though the width of rectangular area is narrowed, and output terminals for outputting the driving signals can be confirm that the user.

While, the length of the multiple imaging device rectangular area by editing the motion is sensed by the sensing a workpiece, called stitching (stitching) relates to the upper rail and the lower rail. Stitching work acids to epoxygenated fatty acids therein each imaging device Image of editing a plurality of command, and selects addresses of referred to, each Image in the right-and-left edges is made in the step for such that the securing end abuts against. Such stitching work, when considered in the process increases length of rectangular area, i.e. rectangular region of the area of the MIM device and whose width is reduced as operator burden Image data to be editing the stitching work a substantially concaved so that when. And table 1 to table 4 and 5 to the rectangular area the increased length of the, i.e. the width of the rectangular area decreases, the stitching work degree of difficulty in the first database for each consumer.

Table 5 holds the main a photographing device and the left/raincoat photographing device to the feature generally radially inwardly-it works on the rectangular area of uniform widths. show that is generated.

32 mm lenth focus of a photographing main also Figure 6 shows a device, photographing device 47 between generally radially inwardly when each imaging device of the size of show a rectangular area and comonation NTSC and svhs, according to is on the molding surface of a mold are each imaging device specific photographing angle of view of a segment guide parts are installed at both ends because the advanced on soon an upper side of the trench area of width according to free microlens in is constant rectangular area can be occurs the. On the other hand, rectangular area and uniform widths is to have each imaging device to a generally radially inwardly-and focal length of, editing region of the outer region of the and it is more reduced or.. On the other hand, device photographing heterogeneous plurality of step said S11 predetermined positioned at an angle of between about (neighboring for a photographic device of predetermined generally radially inwardly-disposed) an operation in which a variety of ways the second device implemented by, preferably plurality of heterogeneous photographing device of an automatic transmission is provided to said plurality of sliding base (Sliding Base) and said plurality of sliding database is as to be rotatable (Rig) which is formed in the shape of a structure of features can be is implemented through the.

For example, also, such as 8 and 7, said plurality of heterogeneous photographing device (110, 120, 120, 130, 130) is said plurality of sliding base (210, 220, 220, 230, 230) lines which are provided on, said plurality of sliding base (210, 220, 220, 230, 230) is said rig (240) set into motion on condition when it is mounted into a usable form, said plurality of sliding base (210, 220, 220, 230, 230) has rotated to said plurality of heterogeneous photographing device (110, 120, 120, 130, 130) predetermined positioned at an angle of between about (neighboring for a photographic device predetermined unvulcanized the angle of disposed) is an operation which is may be embodied in. While, in this case said rig (240) the, base plate a base body (242) and said base plate is formed said plurality of sliding database is to allow air other study a plurality of are provided to (244) may include, said plurality of sliding base (210, 220, 220, 230, 230) the, said other study (244) is moved along a path is formed in generally radially inwardly by a relative rotational motion for realizing-changed signal is shifted down.

Said S12 step, said plurality of heterogeneous photographing device of to synchronize the particular node, said shutter is controlled on the plurality of heterogeneous photographing device is fired combustion system therein having the step. Specifically, device photographing heterogeneous plurality of said step said S12 are synchronized with one another is starts, frame when the photographing operation is said control part performs the shutter is controlled on the plurality of heterogeneous photographing device is fired combustion system therein having the step.

In this case said control of shutter acts, between said difference speed of operation of a plurality of heterogeneous photographing device are carried out with are accounted for within it is preferable that the. Specifically, photographing device of the per-machine-type operating speed by a difference in the detection, synchronized start shutter signal (signal for operating a shutter) is transmitted when the photographing operation of device photographed does not synchronised to one another and where the circulator which start frames are to to prevent, envisioned by difference operating speed the per-machine-type of photographing device in a state in which the shutter acts to control the preferably. While, each imaging device operation of hardware by using a video speed difference difference, is generated by the differences or the like of software, specifically main increased signal processing speed of processing device (CPU), performance of the hardware for communication, signal and difference network for transceiving data with external server in, photographing device by rolling shutter performance difference (per a video frequency of and velocity difference) such as, a difference is caused by the electrically-driven element is. Therefore, each imaging device synchronization of memory margin to account for the above-mentioned elements, which is provided with a starting shutter it is preferable that the signal.

For example, a photographing main operating speed shutter device of Figure 3 the left photographing device and right photographing device shutter than the operating speed when the, start a photographing device than said main shutter signal said left photographing device and right photographing device transmits quickly more, for synchronizing operation photographing of photographing device (operating speed difference cancellation) starts, the. of the hand to coincide with frame.

Said S13 step, heterogeneous plurality of said plurality of device photographing when the photographing operation direction to the point thereof is provided to perform an is. Specifically, step said S13, said plurality of heterogeneous photographing device are positioned at an angle of between predetermined, are synchronized with one another in a state (start frames is) plurality of point when the photographing operation direction to the is the step of performing a.

Said S14 step, said plurality of heterogeneous photographing device based on the motion is sensed by the sensing by the generation of images if is fired combustion system therein having the step. Specifically, said S14 step, said plurality of heterogeneous photographing device based on the motion is sensed by the sensing by 'play system if' is established a cinema each side of (each projection surface or each display device is provided face) in the generation of images be played is fired combustion system therein having the step.

In this case said plurality of heterogeneous photographing device photographed by the Image position measuring apparatus (Format) and format (Color space) color space Image data into a form amenable for unified is it is preferable that the is. After for processing Image of the monitoring process (e.g., Image data the specific form of such as process the mapping of together space) in heterogeneous plurality of said photographing device integrated Image data is photographed by the Image position measuring apparatus to be control or at the same time said unified and formats color space must do. While, plurality of heterogeneous photographing device by the motion is sensed by the sensing data as captured by a converter into the refrigeration compartment compatible format liver device can be implemented to be.

Furthermore, plurality of said device said S14 step heterogeneous photographing an Image photographed by the Image position measuring apparatus, microsphere (Sphere)-shaped space or cylindrical (Mapping) mapping together-shaped space (Cylinder) the hydrogen preferably is, after requesting each side of such mapping (each projection surface or each display device is provided face) for the generation of images it is preferable that the.

Spectator are coupled with the cubic effect and immersive to generate the multi-, cinema at least one-in printing structure of the generation of images relative to the plane must be, source Image (in the present invention plurality of heterogeneous photographing by the motion is sensed by the sensing device) for microsphere-shaped space or cylinder-shaped space while the to map, each side (each projection surface or each display device is provided face) of 3 dimensional on arrangement state and the Image region power is specified easily do it could be assigned.

9 also refers to surface, said plurality of heterogeneous photographing device Image photographed by the Image position measuring apparatus microsphere-shaped space is mapping together can be a longitude an exemplary. Specifically, 9 also refers to surface, heterogeneous plurality of said device a photographing main photographing device, photographing left of device 2, device 2 including two when a photographing the right side of, said main the motion is sensed by the sensing by an imaging device (Image A), photographing left of said 2 by the motion is sensed by the sensing device (Image B, C Image), two said 2 by photographing the right side of the motion is sensed by the sensing device (Image D, E Image) then the spur is mapping together-shaped space can be a longitude an exemplary. Furthermore, also with a 10, said plurality of heterogeneous photographing the motion is sensed by the sensing device by the cylinder-shaped space is mapping together can be a longitude an exemplary. Specifically, also with a 10, a photographing main device photographing heterogeneous plurality of said device, two left photographing device 2, when two 2 including a device photographing the right side of, said main the motion is sensed by the sensing by an imaging device (Image A), photographing left of said 2 by the motion is sensed by the sensing device (Image B, C Image), two said 2 by photographing the right side of the motion is sensed by the sensing device (Image D, E Image) the cylinder-shaped space is mapping together can be a longitude an exemplary.

In the embodiment according to one of the present invention over a look 'Image generating method if' the, by said plurality of heterogeneous photographing device based on the motion is sensed by the sensing, each requesting a system play if projection surface (or each display device) to be reproduced on at 'multi-' a can be produced. In particular surfaces of a, said 'Image generating method if' the, heterogeneous plurality of said element in a predetermined angular to arrange the photographing device, said plurality of heterogeneous photographing device for synchronizing operation of the, said plurality of heterogeneous photographing by the motion is sensed by the sensing device specific space together after the mapping, each projection surface (or each display device) of corresponding arrangement status and specified by the user Image region 'multi-' a can be produced.

Hereinafter, reference to 11 also, in the embodiment according to one of the present invention 'if Image generating system' at a portion corresponding to the separable..

With a 11 also, in the embodiment according to one of the present invention 'if Image generating system' the, are positioned at an angle of between predetermined, are synchronized with one another: a plurality of point when the photographing operation direction to the heterogeneous a predetermined photographing device, said plurality of heterogeneous photographing the shutter device said plurality of heterogeneous photographing device to synchronize for controlling synchronization of a device (300), said plurality of heterogeneous photographing device microsphere (Sphere) photographing a video signal (Cylinder) or cylinder-shaped space (Mapping) mapping together-shaped space after the, each relative to the plane for generating Image Image processing device (400) may comprise an.

Said plurality of heterogeneous photographing device a, different kinds of photographing device a photographing device group.. For example, a RED Epic said plurality of heterogeneous photographing device, such as different kinds of photographing device 5D Mark2 simultaneously photographing device, constructed in the form including. group. Such a heterogeneous plurality of said photographing device, preferably 5 Image pickup device may contain, specifically the centrally located main a photographing device (110), said main 2 a photographing device of a disposed on the left side of left photographing device (120), said main of a photographing device 2 a disposed on the right side of right photographing device (130) may comprise an. Also 11 with a, plurality of said heterogeneous photographing device is disposed in a center a photographing main device, two left photographing device 2 and 2 of the right side of an exemplary scavenger embodied in the form including a photographing device can be a longitude.

Furthermore, wherein said plurality of heterogeneous photographing device is' predetermined positioned at an angle of between about 'is that the, said plurality of heterogeneous photographing device is' neighboring for a photographic device predetermined the upper surface and arranged generally radially inwardly-of' is.. For example, heterogeneous photographing device and second high 11 also constituting a each imaging device for a photographic device neighbour predetermined with the upper surface and generally radially inwardly-means a group that are arranged in.

Furthermore, a plurality of said heterogeneous photographing device, are arranged next to an error state by reading can be-bands overlap upon one another comonation NTSC and svhs of device, and the it is preferable that the.

Furthermore, a plurality of said heterogeneous photographing device, said plurality of heterogeneous photographing device and implementing angle of view of 270 degree or more is set to a state capable preferably it is adapted for disposition on the.

Furthermore, generally radially inwardly of said plurality of heterogeneous photographing device (generally radially inwardly between neighboring for a photographic device) a particular photographing device focal distance between the lens and can be adjustable. Specifically, said plurality of heterogeneous photographing device is, also, such as a photographing main device 3, device photographing left of 2, 2 including right side of two when a photographing device is embodied in the form, generally radially inwardly of said plurality of heterogeneous cameras and provides the selected output to the main photographing device focal distance between the lens and can be adjustable.

On the other hand, said plurality of heterogeneous photographing device predetermined positioned at an angle of between about (neighboring for a photographic device of predetermined generally radially inwardly-disposed) an operation in which a variety of ways the second device implemented by, preferably plurality of heterogeneous photographing device of an automatic transmission is provided to said plurality of sliding base (Sliding Base) and said plurality of sliding database is as to be rotatable (Rig) which is formed in the shape of a structure of features can be is implemented through the. For example, also, such as 8 and 7, said plurality of heterogeneous photographing device (110, 120, 120, 130, 130) is said plurality of sliding base (210, 220, 220, 230, 230) lines which are provided on, said plurality of sliding base (210, 220, 220, 230, 230) is said rig (240) set into motion on condition when it is mounted into a usable form, said plurality of sliding base (210, 220, 220, 230, 230) has rotated to said plurality of heterogeneous photographing device (110, 120, 120, 130, 130) predetermined positioned at an angle of between about (neighboring for a photographic device predetermined unvulcanized the angle of disposed) is an operation which is may be embodied in. While, in this case said rig (240) the, base plate a base body (242) and said base plate is formed said plurality of sliding database is to allow air other study a plurality of are provided to (244) may include, said plurality of sliding base (210, 220, 220, 230, 230) the, other study plurality of said (244) is moved along a path is formed in generally radially inwardly by a relative rotational motion for realizing-changed signal is shifted down.

Said device (300) for controlling synchronization of a the, said plurality of heterogeneous photographing the shutter device said plurality of heterogeneous photographing device is configured to synchronize. Specifically, said device (300) for controlling synchronization of a the, said plurality of heterogeneous photographing device are synchronized with one another is starts, frame when the photographing operation is said control part performs the plurality of heterogeneous photographing device of. a second cylinder body control shutter operation of shutter rows together. To this end, said device (300) for controlling synchronization of a the, said heterogeneous photographing device wired or wirelessly may be connected, each imaging device (such as start signal shutter) control signal to may send a.

Furthermore, said device (300) for controlling synchronization of a the, between said plurality of heterogeneous photographing the takes into account the difference in the speed of operation of a device, said plurality of heterogeneous photographing device of it is desirable to control the shutter operation of shutter rows together.. For example, said device (300) for controlling synchronization of a the, device (110) a photographing main shutter operating speed the left photographing device (120) and right photographing device (130) when the shutter than the operating speed, said main shutter signal start a photographing device (110) than said left photographing device (120) and right photographing device (130) transmits more quickly, for synchronizing operation photographing of photographing device (operating speed difference cancellation) starts, the. of the hand to coincide with frame.

Furthermore, said device (300) for controlling synchronization of a the, at least one quantity calculating means and storage part may comprise means which, wherein said quantity calculating means calculates the coolant quantity device (CPU) a general-purpose CPU, the logical source including the device, suitable particular application purpose a programmable devices device (CPLD, FPGA) or on demand semiconductor arithmetic device (ASIC) or microcontroller chip can be. Furthermore, said storage means-volatile memory device or non-volatile memory or non-volatile electromagnetic storage elements or can be inner memory into the computing means.

Said Image processing device (400) the, photographing heterogeneous plurality of said photographing device based on a video signal, is the configuring multi-. Specifically, said Image processing device (400) the, photographing heterogeneous plurality of said photographing device based on a video signal, Image processing in performing the process play if the requesting each side of a system (each projection surface or each display device is provided face) is outputted as it is in the is the configuring the Image to be.

In this case said Image processing device (400) the, said plurality of heterogeneous photographing device photographed by the Image position measuring apparatus (Color space) color space of Image data for converting (Format) and format exposure and the focus for video data it is preferable that the. Specifically, said Image processing device a, photographing of the video data is of color space (Color space) and format into a form amenable for unified (Format) it is preferable that the.

Furthermore, said Image processing device (400) the, said plurality of heterogeneous photographing by microsphere the motion is sensed by the sensing device (Sphere)-shaped space or cylindrical (Mapping) mapping together-shaped space (Cylinder) it is preferable that the, after requesting each side of such mapping (each projection surface or each display device is provided face) for the generation of images preferably.

Furthermore, said Image processing device (400) the, at least one quantity calculating means and storage part may comprise means which, wherein said quantity calculating means calculates the coolant quantity device (CPU) a general-purpose CPU, the logical source including the device, suitable particular application purpose a programmable devices device (CPLD, FPGA) or on demand semiconductor arithmetic device (ASIC) or microcontroller chip can be. Furthermore, said storage means-volatile memory device or non-volatile memory or non-volatile electromagnetic storage elements or can be inner memory into the computing means.

While, the present invention according to multi-device of the aforementioned items to generating system comprises an piezoelectric ring that if even other than Image simulation if or device video monitoring may include further device.

If video monitoring device, groups, or with an, plurality of heterogeneous photographing device virtual the acquired Image by a reproducible the device as being reproduced on a cinema, photographing on site to easily multi-obtained enables monitoring of the. which serves to.

At this time, if video monitoring the requesting virtual reproduction on device, if said requesting includes the device video monitoring DB information, i.e. information for reproduction of cinema if (screen standard, cinema standard, etc) is stored in the database is implemented by referring to.

Furthermore, if the virtual user device video monitoring various settings in cinema mode to the digital Image and the various mode may be colored to provide a.. For example, if video monitoring said device and for reproducing a basic mode the requesting virtual as if the sliding member is the digital Image and the, if requesting each side of (left projection surface, right projection surface, central projection surface) only Image information may server system, multi-panels are mutually is provided to Image for releasing subscriber call/connection in form may be server system. In addition at this time, in accordance with an operation of the user device as regards their size, are each multi-enlarges or contracts the map or width, variable high..

On the other hand, if a photographing device video monitoring device future are the acquired Image by stitching and the contents stored in the database to how much area of each Image when to clothes received in overlapping, each Image are overlapped when the angle which the Image is disposed to establish a how [...] a place or the user's information about the Image is monitored prepared to allow a. In addition at this time the present device results stitching virtually implemented on the data included in the level stitching actual future stored can be used that, during operation, is provided.

If video monitoring device when that utilize a chip selection signal is enabled, in situ photographing as user directly obtained Image requesting virtual embodiment by the to reproduce the time monitoring, in particular each Image reproducing a signal outputted from user to be played back as intended presentation Image directly taken by the user is displayed whether conform to constitution.. Furthermore, a device implemented using the stitching decodes a plurality may be utilized in actual content editing step the content editing step is. controls overall.

While, if, groups, or with an Image simulation device, manufacturing a multifaceted is completed a reproducible Image-the device as being reproduced on a cinema, in particular Image simulation a multifaceted present device monitoring play if a device as compared with a virtual cinema rewatching cinema information refers to the information stored in DB is common but, an information referred to as a parameter (screen standard, cinema standard, stand such as interior/structure/device) realistic than a more delicate, and highly precise and for reproducing a cinema signal is arranged to correspond the. which differs in both.

While, if video monitoring step is to confirm the device, if also various settings mode Image simulation device which is able to read in a variety of mode is formed of a, further the degree of a spectator's participation point, i.e. seat according to position of an initial distance be shown multi-verify a can be adjusted also point can be.

If the Image simulation device when that utilize a, user as virtually environment actual showing the multi-is reproduced which the trouble, such as advertiser in addition content reproduction actual unit number 3 scene equalizer improves easily ascertained. such as.

While, in the embodiment according to one of the present invention an error signal occurred 'if Image generating system' the, in the embodiment according to one of the present invention but on category is hereinafter 'Image generating method if' substantially the same technical feature may include a.

Therefore, all the gen for preventing redundant substrate although not described, said 'if Image generating method' is disclosed features are those which relation to, one in the embodiment according to the present invention refers to 'if Image generating system' course even a conclusion can be applied. Furthermore, vice versa, said 'if Image generating system' is disclosed in connection with said features are those which 'Image generating method if' course even a conclusion can be applied.

Examples of the present invention embodiment as set out on for the purposes of exemplary disclosure is, by them the present invention is limited not. Furthermore, the present invention in the art for an of the present invention grow having knowledge of typically encountered in within range event variety of correction and may with minor modifications, a change and such modifications disc spin speed value within a range of the present invention if it may have.