TWI773775B - System of real-time free combination force in tower defense games - Google Patents

Abstract

The present invention provides a system of real-time free combination force in tower defense games, which provides the attack range change of the object due to the stacking height. The steps include: (a) providing an object index, (b) providing an index of the target system, and (c) selecting a first selection interval is placed; (d) repeating steps (a) through (c) are, and (e) ending the process of the present invention.

Description

The real-time free combination force system of tower defense games

The present invention is a program design of a game action system, and particularly protects a three-dimensional construction and battle method of game action objects, so as to improve the degree of freedom of the game objects in space.

Looking at the products in the video game market, we can see that high-degree-of-freedom gameplay has many advantages. In addition to the highly flexible content and rich gameplay that players can study, it is also easier for players to actively share the game content they created, and then Conducive to product promotion. However, the "strategic tower defense" game, which has rapidly gained popularity in the market in recent years, has developed vigorously and has fierce competition, but there has not yet been a product that truly focuses on combining high-freedom elements.

Tower Defense Games refers to a type of real-time strategy video game that builds turrets or similar structures on the map to prevent the enemy from reaching the fortress in the game. Generally speaking, the enemy does not actively attack the turret. When the enemy is eliminated, players can get bonuses or points, which can be used to buy turrets or upgrade turrets. Enemies attack in waves, and most tower defenses will pause after a wave to allow players to upgrade or add turrets with points. Tower defense usually has about 50 waves or more. Players generally have a number of lives. If the turret cannot destroy the enemy, the enemy will reach the designated place. After that, life will be reduced. As the player improves the turret ability, the number and ability of monsters will also increase. In general, monsters lift faster than turrets. The goal of this type of game is to survive for a certain amount of time or as long as possible. There is currently no gameplay involving "real-time combinations", which cannot allow players to instantly stack and change the appearance of objects.

In view of this, the present invention provides a core gameplay of "real-time combination" of appearance and function of arms units to meet the market gap. The three-dimensional assembly method provided by the present invention mainly has three major features, including the change of the attack range of the object due to the stacking height, the automatic attack of the object, and the destruction of the object due to being attacked.

The three-dimensional construction method of the game action object of the present invention provides a function of changing the attack range of the object due to the stacking height. The steps include: (a) providing an object index, and the object index includes a plurality of movable objects and a plurality of non-movable objects, The movable objects and the non-movable objects respectively have a quality parameter, and the movable objects have a speed variable; (b) after a user selects a first use object from the object index, a coordinate is provided. a system index, the coordinate system index includes a plurality of selection intervals and a plurality of target intervals, and is connected by a plurality of movable trajectories to the selection interval to the target interval; (c) after the user selects a first selection interval through the coordinate system index, if The first use object is a first movable object, which is displayed in the first selection section and moves to the target section along the movable trajectory connected by the first selection section with a first speed variable. If the first use object The object is a first non-movable object, which is displayed in the first selection area; (d) repeat steps (a) to (c) until the user selects a second use object and places it in a In the second selection interval, when the second selection interval has the first movable object, if the second usage object is a second movable object, the selection of the second usage object is rejected, and if the second usage object is a The second non-movable object is assembled to the first movable object from top to bottom, wherein the sum of the quality parameters of the second use object and the first movable object is used to change the first speed variable; (e) Steps (a) to (c) are repeated until the user selects a third use object and places it in a third selection section. When the third selection section has the first inoperable object, if the third use object It is a third movable object, which is assembled to the first immovable object from bottom to top, wherein the sum of the quality parameters of the third use object and the first immovable object is used to change the quality of the third movable object. The third speed variable is used to move to the target area along the movable trajectory connected by the first selection area. If the third use object is a third immovable object, it is combined from top to bottom. to the third immovable object; and (f) repeating steps (a) to (e) to create a plurality of game action objects in the coordinate system index, wherein the game action objects are selected from the movable objects and the group formed by these immovable items.

In a preferred embodiment, the immovable objects have an attack range variable. In steps (d) and (e), when the immovable elements are combined to generate a height parameter, it is used to change the attack. range variable.

In a preferred embodiment, the movable objects and the inoperable objects further have a consumption count respectively. In step (a), if the consumption count of any of the movable objects or the inoperable objects is 0, then The object index cannot select the movable object or the non-movable object, and in step (b), the consumption count is deducted by 1.

In a preferred embodiment, the object index has a total energy value, and the movable objects and the non-movable objects have a consumption energy value respectively. In step (a), if the total energy value is less than one of the energy consumption values The energy consumption value of the movable object or the non-movable object, the object index cannot select the movable object or the non-movable object, and in step (b), the energy consumption value is deducted from the total energy value.

The present invention further provides a three-dimensional battle method for game action objects, the steps of which include: (a) a user selects a plurality of movable objects and a plurality of inmovable objects to compile an object index; (b) establishes a coordinate system index, and uses a wireless Connecting the user and a battle user through the network, and loading the object index of the user and the battle user, wherein the coordinate system index includes a plurality of selection intervals and a plurality of target intervals, which are connected by a plurality of movable trajectories The selection interval reaches the target interval; (c) the user creates a plurality of game action objects in the selection interval through the three-dimensional construction method described in item 1 of the scope of application; (d) the user manually or automatically controls the some game action objects to attack the plurality of battle game action objects created by the battle user; (e) repeat steps (c) to (d), if any of the game action objects reaches the target area and destroys a specified target, Then it is judged that the user wins; on the contrary, if any one of the game action objects does not reach the target interval and does not destroy a specified target, it is judged that the battle user wins; (f) end the coordinate system index and record the result of the battle .

In a preferred embodiment, this function is an object automatic attack function. The game action objects and the battle game action objects have a HP parameter, an attack power parameter and an attack range variable. In step (d), If any of the battle game action objects are indexed in this coordinate system When the position satisfies one of the attack range variables of the game action object, in a unit time, the HP parameter of the battle game action object will deduct the attack power parameter of the game action object.

In a preferred embodiment, this function is that the object is destroyed due to being attacked. If the HP parameter of any of the game action objects or the battle game action object is zero, the coordinate system index will eliminate the game action object. Or the action object of the battle game.

In a preferred embodiment, the game in the game action object refers to a game played in a computer system, including a computer, a mobile phone, a tablet computer or an electronic game machine.

To achieve the above and other objects, one or more specific embodiments of the present invention are described below. Other features or advantages of the present invention are described in detail in the embodiments and claims.

S101~S106: the steps of the three-dimensional construction method of the game action object of the present invention

S301~S306: Steps of the three-dimensional battle method for game action objects of the present invention

201a, 201b: movable items

202a, 202b, 202c, 202d, 202e, 202f: Non-Animal Items

203a, 203b, 401a, 401b, 401c: Game Action Objects

Figures 1A and 1B are the flow charts of the three-dimensional construction method of game action objects of the present invention; Figure 2 is the combination of various game action objects of the present invention; Figure 3 is the flow chart of the three-dimensional battle method of game action objects of the present invention Fig. 4 is an embodiment of a three-dimensional battle method for game action objects of the present invention.

In order to let the reviewers and those skilled in this field fully understand the implementation of the present invention, the preferred embodiments of the present invention are described as follows in conjunction with the figures and figures: In one embodiment, the game action of the present invention The three-dimensional construction method of the object, the function provided is the change of the attack range of the object due to the stack height, please refer to Figures 1A and 1B, The steps include: step S101, starting a game subroutine, the game provides an object index, the object index includes a plurality of movable objects and a plurality of immovable objects, wherein the movable objects and the immovable objects respectively have a quality parameter , and these movable objects have a speed variable; and in step S102, after a user selects a first use object from the object index, provides a coordinate system index, and sets the first use object in one's own designated territory, the The coordinate system index includes a plurality of selection intervals and a plurality of target intervals, and the selection interval is connected to the target interval by a plurality of movable trajectories.

In step S103, the movable objects and the inoperable objects have a consumption count respectively, and the game will confirm whether the consumption count of the used objects is sufficient. If the consumption count is 0, the object index cannot select the movable object or the non-movable object, and the user is reminded that the consumption count of using the object is insufficient. On the contrary, in step S103b, the consumption count is deducted by 1.

Alternatively, the object index has a total energy value. In step S103, the movable objects and the non-movable objects further have a consumption energy value respectively. In step S103a, if the total energy value is less than one of the movable objects or the energy consumption value of the immovable object, the object index cannot select the movable object or the immovable object, and reminds the user that the energy consumption value of the object is insufficient, otherwise, in step S103b, the total energy value is Deduct the energy consumption value.

To complete the object selection, step S104, further the user selects a first selection area through the coordinate system index, and confirms that there is no other object in the designated area, step S104 S104a, the construction is completed in the first selection interval, if the first use object is a first movable object, it is displayed in the first selection interval, and the first speed variable is connected to the first selection interval along the first selection interval. The movable track moves to the target area to complete the construction. On the contrary, if the first use object is a first non-movable object, it is displayed in the first selection area.

If it is confirmed that there are other friendly objects in the designated area, in step S105, it is necessary to further judge the object type. When the second selection area has the first movable object, if the second use object is a second movable object, Then the selection of the second use object is rejected. If the second use object is a second non-movable object, step S105a is combined to the first movable object from top to bottom, wherein the second use object and the first movable object are combined. The sum of the mass parameters of a movable object is used to change the first speed variable.

When the third selection section has the first inoperable object, if the third use object is a third movable object, step S105b is to combine the first inoperable object from bottom to top, wherein the third Using the sum of the mass parameters of the object and the first immovable object is used to change the third speed variable of the third movable object, step S105c, and connect the movable object along the first selection interval with the third speed variable The trajectory moves to the target area. If the third use object is a third immovable object, it is assembled to the third immovable object from top to bottom; preferably, the immovable objects have an attack range variable. , when these immovable objects generate a height parameter due to the combination, it is used to change the variable of the attack range.

So far, in step S106, the game subroutine ends, and the game process can repeat the above steps to create a plurality of game action objects in the coordinate system index. Please refer to FIG. 2, The game action objects 203a, 203b are selected from the group consisting of the movable objects 201a, 201b and the immovable objects 202a, 202b, 202c, 202d, 202e, 202f, forming a variety of game action objects .

In one embodiment, the present invention further provides a three-dimensional battle method for game action objects, please refer to FIG. 3, the steps include: Step S301, compiling a component system—a user selects a plurality of movable objects and a plurality of inanimate objects to compile a Object index; Step S302, establish a coordinate system index, connect the user and a battle user through a wireless network, and load the object index compiled by the user and the battle user to complete the battle pairing, wherein, The coordinate system index includes a plurality of selection intervals and a plurality of target intervals, and the selection interval is connected to the target interval by a plurality of movable trajectories.

After starting the battle, in step S303, the user creates a plurality of game action objects in the selection area through the aforementioned three-dimensional construction method, and in step S304, manually or automatically controls the game action objects to attack the plurality of game action objects created by the battle user For the action object of the battle game, if the HP parameter of any action object of the game or the action object of the battle game is zero, the coordinate system index eliminates the action object of the game or the action object of the battle game.

Preferably, the game action objects and the battle game action objects have a HP parameter, an attack power parameter, and an attack range variable. During automatic control, if any of the battle game action objects are indexed in the coordinate system When the position satisfies one of the attack range variables of the game action object, in a unit time, the HP parameter of the battle game action object will deduct the attack power parameter of the game action object.

So far, in step S305, please refer to FIG. 4, the players on both sides spend resources to build game action objects 401a, 401b, 401c with different functions in real time to defend or attack on the three-dimensional own territory. If any of the game action objects Reaching the target area and destroying a designated target, the user is judged to win; on the contrary, if any of the game action objects does not reach the target area and do not destroy a designated target, the battle user is judged to win; step S306 , after the winner is determined, end the coordinate system index and record the result of a battle.

The 3D building method and the 3D battle method disclosed in the embodiments of the present invention can be executed in the game action object, or applied in a computer system or a microprocessor system that can be connected to a signal analysis system. Not limited to any form, the above game action objects refer to computer systems, including computers, mobile phones, tablet computers or electronic game machines.

In the methods disclosed in the embodiments of the present invention, the execution steps can be written as software programs, and the software programs can be stored in any recording medium recognized and interpreted by the microprocessor, or articles and devices including the above-mentioned recording medium. Not limited to any form, the above-mentioned items can be hard disks, floppy disks, optical disks, ZIPs, magneto-optical devices (MO), IC chips, random access memory (RAM), or any other materials that can be used by those skilled in the art Items containing the above-mentioned recording media.

Through the steps implemented in the method of the present invention, in addition to the application of games and their dynamic display, the three-dimensional construction method is also useful in big data analysis, performing data processing of multi-correlated action objects, and obtaining statistical results. Therefore, the present invention discloses All features should be implemented in any combination. Each feature disclosed herein may be replaced by a substitute of the same, equivalent or similar purpose. Accordingly, unless expressly specified, every feature disclosed is only equivalent an embodiment of a class of objects or similar features.

S101~S106: the steps of the three-dimensional construction method of the game action object of the present invention

Claims (4)

A three-dimensional construction method of game action objects, the steps of which include: (a) providing an object index, the object index includes a plurality of movable objects and a plurality of immovable objects, wherein the movable objects and the immovable objects respectively have a mass parameter, and the movable objects further have a speed variable, the object index further includes a total energy value, and the movable objects and the immovable objects further have a consumption energy value respectively, if the total energy value is less than one of them The energy consumption value of the movable object or the non-movable object, then the object index cannot select the movable object or the non-movable object; (b) After a user selects a first use object from the object index, provide a coordinate system index, the coordinate system index includes a plurality of selection intervals and a plurality of target intervals, and is connected by a plurality of movable trajectories from the selection interval to the target interval, and deducts the energy consumption value from the total energy value; (c) wait for the user to pass through the The coordinate system index selects a first selection interval, and if the first used object is a first movable object, it is displayed in the first selection interval and connects the movable trajectory along the first selection interval with a first velocity variable Move to the target area, if the first use object is a first non-movable object, it is displayed in the first selection area; (d) Repeat steps (a) to (c) until the user selects a first Two usage objects are placed in a second selection area. When the second selection area has the first movable object, if the second usage object is a second movable object, the selection of the second usage object is rejected. second The used object is a second non-movable object, which is assembled to the first movable object from top to bottom, wherein the sum of the quality parameters of the second used object and the first movable object is used to change the first speed variable , to decrease the first speed variable; (e) repeat steps (a) to (c) until the user selects a third object to be placed in a third selection interval, when the third selection interval has the first In the case of an immovable object, if the third usable object is a third movable object, it is assembled to the first immovable object from bottom to top, wherein the quality parameters of the third usable object and the first immovable object The sum of is used to change the third speed variable of the third movable object, so that the third speed variable is decreased, and the third speed variable is used to move along the movable trajectory connected by the first selection interval to the target interval, If the third use object is a third immovable object, it is assembled to the third immovable object from top to bottom; and (f) repeating steps (a) to (e) to create a complex number in the coordinate system index Game action objects, wherein the game action objects are selected from the group consisting of the movable objects and the non-movable objects. As in the three-dimensional construction method described in item 1 of the scope of application, the immovable elements have an attack range variable. In steps (d) and (e), when the immovable elements are combined to generate a height parameter, It is used to change the attack range variable. According to the three-dimensional construction method described in item 1 of the scope of application, the movable objects and the inoperable objects further have a consumption count, respectively. In step (a), if any of the movable objects or the inoperable objects of If the consumption count is 0, the object index cannot select the movable object or the non-selectable object. A movable item, and in step (b), the consumption count is deducted by 1. According to the three-dimensional construction method described in item 1 of the scope of application, the game in the game action object refers to the game played in the computer system, including computer, mobile phone, tablet computer or electronic game machine.

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