TW201524563A - Method and system for the interaction between view angle and cursor - Google Patents

Abstract

A method and a system for the interaction between a view angle and a cursor comprise: receiving a movement signal and setting the movement signal to a cursor movement signal; receiving a cursor lock signal in a first view angle and getting a first coordinate value of the cursor; setting the movement signal to a view angle movement signal according to the cursor lock signal; transforming the first view angle to a second view angle according to the view angle movement signal and the cursor is fixed on the location of the first coordinate value; receiving a cursor un-lock signal and setting the movement signal to the cursor movement signal and moving the cursor to a second coordinate value from the first coordinate value according to the cursor movement signal. Therefore the method for the interaction between a view angle and a cursor can increase the operability and the reality of the system by alternately triggering the cursor lock signal and the cursor un-lock signal.

Description

Method and system for interacting perspective and cursor

The invention relates to a method and a system for interacting a view angle and a cursor, in particular, a method and a system for simulating an interaction between a user's actual action in the real world and a cursor.

In the current user interface of the market, the user interface of the game software changes greatly, and various game manufacturers develop many different operation modes in accordance with different game types and different hardware devices, among which It is a common practice to operate a pair of double joysticks with motion sensors. Players can manipulate the motion of the characters in the game screen by waving the joystick, thus improving the authenticity of the game and enhancing the fun of the game. Sex.

However, such an operation mode is only applicable to some games, such as a sports game or a racing game. These somatosensory games do not require complicated game operations, and only need to judge the player's waving action on the joystick to make the game proceed, however, If this type of operation is applied to a shooting game that requires complicated operations, it is difficult for the player to get started, because in the current way, the game software will let the player operate the game by the mode of the double rocker. Further, Is one of the joysticks that control the angle of view Direction, another joystick controls the aiming direction, so the player can easily confuse the object of the operation. In addition, when the player only wants to control the angle of view with one of the joysticks, he may accidentally make another The rocker moves to cause the aiming direction to shift, which in turn makes it difficult to aim.

In addition, if a single rocker type shooting game (for example, a mouse-based, keyboard-assisted operation mode), the common way is to shift the angle of view around the border of the screen to change the angle of view, but no matter how the angle of view changes. The initial position of the centering cursor is always fixed at the center of the screen, which is not enough for players who have high requirements for the level of immersiveness.

Therefore, whether there is a method and system for interacting with the cursor and the cursor can facilitate the user to switch between the viewing direction and the aiming direction to improve the operability and easiness of the game, and also make the game by simple operation. More in line with the actual situation, to achieve the effect of simulating the actual action of the user in the real world.

According to the above needs, the main object of the present invention is to improve the operability and easiness of the game by switching between the viewing direction and the aiming direction.

In accordance with the above needs, the secondary purpose of the present invention is to make the game more realistic and to avoid unreasonable operations.

According to the above various objects, the present invention provides a method for interacting a viewing angle with a cursor, which is applied to a system, comprising: receiving a displacement operation signal, and setting a displacement operation signal as a cursor movement signal; receiving a cursor lock signal in the first angle of view, And obtaining a first coordinate value of the cursor; according to the cursor locking signal, setting the displacement operation signal to a viewing angle movement signal; moving the signal according to the viewing angle, converting the first viewing angle to the second viewing angle, and the cursor is fixed to the first coordinate value Position; receive the cursor release signal, and set the displacement operation signal to the cursor movement signal.

In an embodiment, the method for interacting the view angle and the cursor further includes: setting the cursor position to a center point of the first view angle when the first coordinate value exceeds the range of the first view angle.

In an embodiment, the interaction method of the viewing angle and the cursor further comprises: sequentially receiving the angle of view movement signal and the cursor release signal in the second angle of view in a time interval, and the acceleration value of the angle of view movement signal is greater than a threshold; And converting the second viewing angle to the third viewing angle according to the moving direction of the moving signal, and setting the displacement operation signal to the cursor movement signal, wherein the third viewing angle and the second viewing angle further comprise a plurality of frames.

According to the above various objects, the present invention further provides an interactive system of a viewing angle and a cursor, including a display module, a control module and a processing module. The display module is configured to present a plurality of perspective images, and each perspective image has a cursor. The control module transmits the displacement operation signal and the cursor control signal according to the operation of the user, wherein the cursor control signal includes a cursor lock signal and a cursor release signal. The processing module receives the displacement operation signal and the cursor control signal of the control module, and sets the coordinate value of the cursor in each view image.

In an embodiment, the control module has a motion sensor and generates a displacement operation signal according to the motion sensor.

In an embodiment, the control module further has a control button, and generates a cursor control signal according to the control button.

In one embodiment, the control module generates a cursor lock signal when the control button is pressed, and generates a cursor release signal when the control button is released.

In one embodiment, the control module described above alternately generates the cursor lock signal and the cursor release signal according to the trigger of the control button.

In an embodiment, the interactive system of the above view angle and the cursor is a game platform, and the view screens are each a display screen in the game software.

1‧‧‧Interview method of perspective and cursor

2‧‧‧Interactive system of perspective and cursor

20‧‧‧Display module

22‧‧‧Processing module

220‧‧‧Central Processing Unit

222‧‧‧Play unit

224‧‧‧Transmission unit

226‧‧‧ memory unit

24‧‧‧Control Module

3‧‧‧Scenario

30‧‧‧ Doors

32‧‧‧ hanging ornaments

34‧‧‧ first perspective

36‧‧‧second perspective

40‧‧‧protagonist model

42‧‧‧Quasi-body model

44‧‧‧ enemy model

46‧‧‧Weapon model

50‧‧‧ first coordinate value

52‧‧‧second coordinate value

Figure 1 is a flow chart of the method of interaction between the perspective of the present invention and the cursor.

Figure 2 is a sub-flow diagram of the method of interaction between the perspective of the present invention and the cursor.

Figure 3 is a schematic diagram of the module of the interactive system of the perspective and the cursor of the present invention.

Figure 4 is a schematic diagram of a scene stored in the interactive system of the perspective and cursor of the present invention.

FIG. 5A is a schematic diagram of a screen displayed on the display module by the interaction system of the perspective and the cursor of the present invention.

FIG. 5B is a schematic diagram of a screen displayed on the display module by the interaction system of the perspective and the cursor of the present invention.

FIG. 6A is a schematic diagram of a screen displayed on the display module by the interaction system of the perspective and the cursor of the present invention.

Figure 6B is a view showing the interaction system between the perspective and the cursor of the present invention on the display module A schematic diagram of the screen displayed.

FIG. 6C is a schematic diagram of a screen displayed on the display module by the interaction system of the perspective and the cursor of the present invention.

FIG. 7A is a schematic diagram of a screen displayed on the display module by the interaction system of the perspective and the cursor of the present invention.

FIG. 7B is a schematic diagram of a screen displayed on the display module by the interaction system of the perspective and the cursor of the present invention.

Figure 7C is a schematic diagram of the screen displayed on the display module by the interactive system of the perspective and the cursor of the present invention.

The 7D is a schematic diagram of a screen displayed on the display module by the interactive system of the perspective and the cursor of the present invention.

Please refer to FIG. 1 to FIG. 3 , FIG. 1 is a flowchart of a method for interacting between a viewing angle and a cursor of the present invention, and FIG. 2 is a first time for converting a viewing signal according to the method of the present invention. A sub-flow chart from a viewing angle to a second time perspective, and FIG. 3 is a schematic diagram of a module of an interactive system of a viewing angle and a cursor of the present invention. As shown in FIG. 1 , the method 1 of interacting with the cursor and the cursor disclosed in the present invention is applied to a system (not shown in FIG. 1 ), including step S10, receiving at least one displacement operation signal from the user, and setting the displacement. The operation signal is a cursor movement signal, S11 receives a cursor lock signal in a first angle of view, and obtains a first coordinate value of one of the cursors, and S12 sets the displacement operation signal as a view angle movement signal according to the cursor lock signal, and S13 is based on The angle of view moves the signal to convert the first angle of view into a second view An angle, and the cursor is fixed at a position of the first coordinate value, wherein the first angle of view and the second angle of view include a plurality of frames, S14 receives a cursor release signal, and sets the displacement operation signal to the cursor movement signal and S15 according to The cursor moves the signal, moving the position of the cursor from the first coordinate value to a second coordinate value. Generally, the foregoing displacement operation signal includes a moving direction and an acceleration value. Therefore, the cursor movement signal and the angle of view movement signal also include a moving direction and an acceleration value.

In addition, the method 1 of interacting with the cursor of the present invention further includes a step S16 between steps S11 and S12, when the first coordinate value exceeds the range of the first angle of view, the cursor position is set to a center point of the first angle of view, Avoid that the first coordinate value of the cursor cannot be in the first view or the second view.

Please refer to FIG. 3 . As shown in FIG. 3 , the interactive system 2 of the present invention includes a display module 20 , a processing module 22 , and a control module 24 . Connected to the display module 20 and the control module 24, and receive at least one signal from the control module 24, and transmit a display data to the display module 20 to display the display data by the display module 20. Represents a variety of screens.

In this embodiment, the display module 20 can be a display screen or a projection screen, which is used to present a plurality of perspective images, and each of the perspective images has the aforementioned cursor.

The control module 24 can have at least one motion sensor (for example, a gyroscope or an acceleration sensor). In this embodiment, the control module 24 is a pair of joystick handles, and one of the joysticks or even two The joysticks each have a control button, to say The control module 24 transmits at least one displacement operation signal and a cursor control signal according to the user's operation, wherein the cursor control signal includes a cursor lock signal and a cursor release signal, and it is noted that the control module 24 may generate a cursor lock signal when the control button is pressed, and generate a cursor release signal when the control button is released from being pressed, or the control module 24 may generate when the control button is pressed for the first time. The cursor locks the signal and generates a cursor release signal when the control button is pressed for the second time, then generates the cursor lock signal again when the control button is pressed for the third time, and so on, so that the cursor lock can be alternately generated in sequence. Signal and cursor release signal.

Of course, the control module 24 can also generate a cursor lock signal or a cursor release signal by the user for other actions of the aforementioned dual joystick handle. For example, the user can rotate one of the double rocker handles. In this way, the setting of the aforementioned control keys can be replaced.

In addition, the displacement operation signal of the control module 24 can also be generated by an external sensor, and the external sensor can detect and calculate the actual position of each rocker handle of the control module 24 and a preset reference. The relative position between the points (for example, the center point of the screen) is used to determine the current coordinates of the control module 24, and then the coordinates of the previous time unit of the control module 24 are compared with the current coordinates to generate a displacement operation signal, and the displacement operation is output. The signal is sent to the processing module 22. Of course, in such a configuration, the control module 24 does not have to be provided with a motion sensor, and the external sensor can achieve the same effect as the motion sensor.

The processing module 22 includes a central processing unit 220 and a play list. A 222, a transmission unit 224, and a memory unit 226, wherein the central processing unit 220 is connected to the playback unit 222, the transmission unit 224, and the memory unit 226, and is coupled to the display module 20 via the playback unit 222 to set the foregoing. The coordinate values of the cursors in the respective view screens are connected to the control module 24 by the transmission unit 224 in a wired or wireless manner, and the displacement operation signals and the cursor control signals are received from the control module 24. In addition, the central processing unit 220 is generally used to execute a plurality of processing programs of an application software. In the embodiment, the interaction method 1 of the perspective and the cursor is a processing program in the application software, and will be centrally Processing unit 220 performs.

The memory unit 226 stores at least one image data, at least one component data, and at least one sound effect data of at least one application software, wherein the image data may include at least one scene and a plurality of perspective images in the scene, and the component data may include at least A person data, at least one item data, and a cursor body data, it should be noted that each of the above data or information is virtual, and can be presented in the display module 20 by the playing unit 222, so that the user can The above-mentioned application software may be a game software through the display module 20, and the above-mentioned application scene or screen may be a shootout scene in the game software, and has a plural number in the shootout scene. The perspective image, the character data may have at least one enemy model and at least one protagonist model, and the item data may have at least one weapon model (eg, gun, knife, stick, fist or palm), a bullet model, and other game scenes. The model of the item that may appear in the cursor, the cursor body data is used to represent the aforementioned cursor, which can There are quasi-center model, for example, was aimed at a cross-shaped foot regulation. Of course, the present invention does not limit the need to display a quasi-heart model in the display module, and may be replaced by other forms, such as a laser device mounted on a gun. In addition, the memory unit 226 of the embodiment may be a storage device built in the processing module 22 or disposed in a remote computer, or may be a portable memory (for example, a compact disc or a flash drive). ). Furthermore, the present invention is not limited to game software for war, and may be used, for example, in a somatosensory game or an adventure game.

Accordingly, in an embodiment of the present invention, the user can manipulate any action of a protagonist model in the scene in a first person or third person manner, and in such an operation, the interaction system of the angle of view and the cursor 2 The main character model can be simulated in this scene, and the image can be seen as the aforementioned view image, and the cursor of each view image and each view image is displayed on the display module 20, wherein the interaction between the view angle and the cursor is in the method 1 The first view and the second view are each a view picture in the foregoing scenario, and the first view and the second view may include a plurality of consecutive dynamic pictures in the scene (that is, the foregoing frame), The first viewing angle is a viewing angle image that the user can see on the display module 20 in a first time, and the second viewing angle is that the user can display the display module 20 in a second time. The screen that is seen, for example, when the user operates the main character model in the display module 20 from the front to the right at a 45 degree angle from the front to the second time, the user sees the angle of view from First The viewing angle is converted into a second viewing angle, and the angle between the main angle model and the second viewing angle is 45 degrees, and during the conversion process, the interactive system 2 of the viewing angle and the cursor is sequentially and continuously displayed. Dynamic pictures between the first view and the second view to show the visual effect of rotation fruit.

Therefore, as shown in FIG. 2, in order to make the user feel more realistic during operation, the method 1 of interacting with the cursor of the present invention further includes step S180 in a time interval, and sequentially receiving the viewing angle in the second viewing angle. The motion signal and the cursor release signal, and the acceleration value of the angle of view movement signal is greater than a threshold value, wherein the angle of view movement signal whose acceleration value is greater than the threshold value may be operated at a moment when the user has a relatively fast moving motion and a large rotation angle. Time (such as: swaying action), when there is such a large action, it means that the user wants to convert the angle of view image with a faster speed and a larger angle. At this time, the interaction system of the angle of view and the cursor will In step S182, the second viewing angle is converted into a third viewing angle according to the moving direction of the viewing angle movement signal, and the displacement operation signal is set as a cursor movement signal, wherein the third viewing angle and the second viewing angle further include a plurality of frames, and Generally, the number of frames included between the third view and the first view is more than the number of frames between the second view and the first view (the number of frames is continuous dynamic) The number of faces), and the second angle of view will be between the third angle of view and the first angle of view, that is, because the angle at which the rotation is desired is greater, among the aforementioned scenes, the third perspective can be displayed The system is farther away from the first viewing angle than the second viewing angle, so the user sees more continuous dynamic pictures when switching from the first viewing angle to the third viewing angle, and the middle also includes the second viewing angle. In this way, the user can achieve a larger angle and a faster perspective viewing effect by simple swaying motion.

For example, when the display module 20 is displaying the perspective image (first perspective) in front of the protagonist model and the user wants to operate the protagonist model to view the scene. When the situation is behind the main character model (third perspective), the user can quickly move the control module 24 in one direction after pressing the control button and locking the coordinates of the cursor (because the cursor release signal has not been received yet, so even then) The acceleration has exceeded the aforementioned threshold, but the interactive system 2 of the angle of view and the cursor still converts the first angle of view to the second angle of view according to the angle of view movement signal according to step S13, and releases the control button at the same time as the end of the movement action ( At this time, the display screen is already in the second view, so that the control module 24 generates the cursor release signal immediately after the generation of the angle of view movement signal within the foregoing time interval, and the interaction system 2 of the angle of view and the cursor will be according to step S182. The angle of view image is rotated at a rate toward the direction in which the user moves, and stops rotating when rotated to a view image (third angle of view) behind the main character model in the scene, that is, the user can make the lead model through the above steps. The angle of view turns to the rear, and allows the user to see the scene behind the protagonist model in the game as if he is really looking back. Screen angle, of course, the user can then operate again in the reverse direction according to the above steps lead to the viewing angle the screen model from the third view to restoring the original first viewing angle.

In addition, the first coordinate value and the second coordinate value of the cursor may be calculated according to a vertical distance and a horizontal distance between the cursor and a screen frame of the display screen, and are not converted by the perspective image. change.

Please refer to FIG. 4 to FIG. 7D together. FIG. 4 is a schematic diagram of a scene stored in the interactive system of the perspective and the cursor of the present invention, and FIG. 5A is an interactive system of the perspective and the cursor of the present invention on the display module. The schematic diagram of the displayed screen, FIG. 5B is an interactive system of the perspective and the cursor of the present invention on the display module The schematic diagram of the displayed screen, FIG. 6A is a schematic diagram of a screen displayed by the interactive system of the perspective and the cursor of the present invention on the display module, and FIG. 6B is a view showing the interactive system of the perspective and the cursor of the present invention displayed on the display module FIG. 6C is a schematic diagram of a screen displayed on the display module by the interaction system of the perspective and the cursor of the present invention, and FIG. 7A is a screen displayed on the display module by the interaction system of the perspective and the cursor of the present invention. Schematic diagram, FIG. 7B is a schematic diagram of a screen displayed on the display module by the interaction system of the perspective and the cursor of the present invention, and FIG. 7C is a schematic diagram of the screen displayed by the interactive system of the perspective and the cursor of the present invention on the display module. The 7D is a schematic diagram of a screen displayed on the display module by the interactive system of the perspective and the cursor of the present invention.

The interaction method 1 of the perspective of the present invention and the cursor is an interaction system 2 applied to the perspective and the cursor, and in the embodiment, the application software executed by the interaction system 2 of the perspective and the cursor is a game software, that is, the present The interaction system 2 of the view angle and the cursor in the embodiment is a game platform, and the memory unit 226 stores a scene 3, a protagonist model 40, a quasi-heart model 42, an enemy model 44, and a weapon model 46. Generally, when the user plays the game through the interactive system 2 of the cursor and the cursor, the user holds and operates the control module 24 with both hands, and the screen displayed by the display module 20 is the main angle model 40. a first person perspective, and a control module 24 to control a moving direction, a viewing angle screen, and a shooting direction of the in-game protagonist model 40, and when the user controls the protagonist model 40 in the game to move to the right side of the display module 20, Representing that the user wants to control the protagonist model 40 in the game to move to the right of the current perspective image in scene 3, when using When the shooting direction is moved to the left side of the display module 20, it indicates that the user wants to control the in-game protagonist model 40 to move the quasi-heart model 42 of the weapon model 46 to the left side of the viewing angle screen, and wait for the user to control the mode. When the group 24 issues an attack command, an attack such as shooting is performed. When the user controls the visual direction to the right side of the display module 20, it indicates that the user wants to control the in-game protagonist model 40 to move the current view image toward the right side, so that the protagonist The view angle of the model 40 can see the scene 3 on the right side outside the original view picture, and the scene 3 visible on the subsequent view picture is presented on the display module 20.

Please refer to FIG. 4 to FIG. 6C. In this embodiment, the quasi-heart model 42 is represented as the aforementioned cursor, and the scene 3 may be a room. The room may have a door 30 and a pendant 32 when the user controls the protagonist. When the model 40 enters the scene 3, the relative position of the protagonist model 40 in the scene 3 to the door 30 and the enemy model 44 is as shown in FIG. 5A, and according to the actual situation, the viewing angle of the protagonist model 40 should be the angle A. At this time, the user can see the view image as shown in FIG. 5B through the display module 20, and the user can observe the enemy model 44 at a certain position in the view image through the view image, and then the user can It is possible to attempt to align the quasi-central body model 42 with the enemy model 44 by operating the control module 24 in conjunction with step S10 of the interactive method 1 of the perspective and cursor of the present invention.

For example, just after the protagonist model 40 enters the scene 3, the enemy model 44 moves toward the left direction of the protagonist model 40 in a first time, as shown in FIG. 6A, where the perspective image is the aforementioned first perspective 34. , that is, part of the scene 3 that the user can see in the visual direction in the first time. In this case, the user can operate the control module 24 to move the quasi-heart model 42 to aim at the enemy model 44 (as shown in FIG. 6C), but as shown in FIGS. 6A to 6C, the user is aiming During the process, the user may find that the enemy model 44 has moved to the edge of the viewing angle screen or outside the range that the display module 20 can display, that is, the enemy model 44 has moved to the edge of the first viewing angle 34 or In addition to a viewing angle 34, it is difficult for the user to accurately aim and attack in the first viewing angle 34. At this time, the user can press the control button of the control module 24, and the interaction system 2 of the viewing angle and the cursor will follow the step S11. And S12 to make the quasi-heart model 42 fixed at the last position before pressing the control button, that is, the first coordinate value 50, and then the interaction system 2 of the angle of view and the cursor is generated according to the user moving the control module 24. The displacement operation signal is used to transform the perspective image of the protagonist model 40 in the game (step S13), that is, the user can now track the position of the enemy model 44 by shifting the control module 24 toward the left side of the display module 20.

In addition, because in the actual situation, the quasi-heart model 42 that the user is aiming should be in the perspective view of the user, when the user moves the control module 24 out of the range that the display module 20 can display. The interaction system 2 of the angle of view and the cursor will set the quasi-heart model 42 to the center point of the first angle of view 34 according to step S11, so that the quasi-heart model 42 does not exceed the perspective image of the protagonist model 40 to avoid A reasonable aiming situation occurs.

Then, as shown in FIGS. 7A to 7D, when the user continuously moves the angle of view and confirms that the enemy model 44 enters the angle A of the viewing angle in a second time and stops at another screen in the scene 3 (eg, Figure 7A), display mode The view angle displayed by the group 20 at this time is the aforementioned second view angle 36 (as shown in FIG. 7B), and the interaction system 2 of the view angle and the cursor causes the quasi-central body model 42 to be located at the first coordinate in the second view angle 36 according to step S13. The value is 50, so that the user can perform the aiming stably without being difficult to aim because the quasi-spirit model 42 follows the displacement of the angle of view. Then, if the user wants to move the quasi-heart model 42 again to aim, The user can release the control button of the control module 24 and cause the control module 24 to generate the cursor release signal (step S14). At this time, the view screen is fixed to the second view angle 36, and the display module 20 displays the screen. It will also be fixed to the second viewing angle 36, and the user can restart the control of the quasi-spirit model 42 to a second coordinate value 52 (as shown in Figures 7C and 7D and step S15) to achieve a simple control effect.

Therefore, the method for interacting with the cursor and the system of the present invention can improve the operability of the interactive system of the view angle and the cursor by the interaction between the cursor lock signal and the cursor release signal, so that the user can operate the perspective The interactive system with the cursor feels more realistic and close to the actual situation, and also helps the user to easily perform smooth operation and achieve high operational and authentic effects.

Claims (9)

A method for interacting with a cursor and a cursor is applied to a system, comprising: receiving at least one displacement operation signal, and setting the displacement operation signal to be a cursor movement signal; receiving a cursor lock signal in a first angle of view, and obtaining a a first coordinate value of the cursor; according to the cursor locking signal, setting the displacement operation signal as a viewing angle movement signal; moving the signal according to the viewing angle, converting the first viewing angle into a second viewing angle, and the cursor is fixed to the cursor a position of the first value, wherein the first angle of view and the second angle of view comprise a plurality of frames; and receiving a cursor release signal, and setting the displacement operation signal to the cursor movement signal. The method for interacting with the cursor and the cursor according to claim 1, further comprising: setting the cursor position to a center point of the first perspective when the first coordinate value exceeds the range of the first perspective. The interaction method of the view angle and the cursor according to claim 1, further comprising: sequentially receiving the view movement signal and the cursor release signal in the second view, and the acceleration value of the one of the view movement signals Is greater than a threshold; and Converting the second viewing angle to a third viewing angle according to the moving direction of the moving signal, and setting the displacement operation signal to the cursor movement signal, wherein the third viewing angle and the second viewing angle further comprise a plurality of frame. An interactive system of a viewing angle and a cursor includes: a display module for presenting a plurality of viewing angle images, wherein the viewing angle images have a cursor; and a control module transmits at least one displacement operation signal according to a user operation And a cursor control signal, wherein the cursor control signal includes a cursor lock signal and a cursor release signal; and a processing module receives the displacement operation signals of the control module and the cursor control signal, and sets the cursor to The coordinate value in each view screen. The interaction system of the viewing angle and the cursor according to claim 4, wherein the control module has a motion sensor, and the displacement operation signal is generated according to the motion sensor. The interactive system of the viewing angle and the cursor as described in claim 4, wherein the control module further has at least one control key, and generates the cursor control signal according to the control key. The interaction system of the view angle and the cursor as described in claim 6, wherein the control module generates the cursor lock signal when the control button is pressed, and generates the cursor release signal when the control button is released. The interaction system of the view angle and the cursor according to claim 6, wherein the control module alternately generates the cursor lock signal and the cursor release signal according to the trigger of the control key. The interaction system of the perspective and the cursor described in claim 4 is a game platform, and each of the perspective images is a display screen of one of the game software.