Basketball training systems and methods of use
According to another embodiment, a method may include: receiving, at a centralized controller, a play data for players using a plurality of basketball hoop devices, the play data comprising shot data comprising ball flight trajectory data, shot angle data, shot distance data, and shot success data; calculating, by the centralized controller, a skill level for each of the plurality of players using the play data; applying, by the centralized controller, a skill leveling algorithm to the shot data to determine parameters for each basketball hoop device based on the skill level of each of the players, wherein the parameters comprise a hoop height, a hoop angle, and a hoop distance; and communicating, by the centralized controller, the parameters to local controllers at the respective basketball hoop device, wherein the local controllers control actuators at the respective basketball hoop devices to implement the parameters.
1. A system, comprising:
a basketball hoop device comprising:
a backboard;
a hoop projecting from the backboard;
a plurality of sensors configured to sense a location of a ball and a player, and a distance between the ball and the player to the hoop, and to produce output signals corresponding to the sensed location of the ball, the sensed location of the player, a distance of the ball to the hoop, and a distance of the player from the hoop; and
a plurality of actuators configured to manipulate a hoop height, a hoop angle, and a hoop distance of the hoop:
an electronic device comprising a computer processor that executes a computer program that:
receives the output signals from the plurality of sensors;
identifies, from the output signals, a plurality of shots made by the player;
for each of the plurality of shots, calculates play data comprising a trajectory of ball flight in the shot, an angle of the shot relative to the backboard, and a distance of the player relative to the backboard, and determines whether the shot was successful, and stores the trajectory, the angle, the distance, and whether the shot was successful in a database;
calculates a skill level for the player using the play data;
applies a skill leveling algorithm to the play data to determine parameters for the basketball hoop device based on the skill level of the player, wherein the parameters comprise the hoop height, the hoop angle, and the hoop distance; and
controls the plurality of actuators to manipulate the hoop height, the hoop angle, and/or the hoop distance.
2. The system of claim 1 , wherein the basketball hoop device further comprises a display that presents a virtual representation of the player.
3. The system of claim 1 , wherein the basketball hoop device further comprises a user interface that presents the player with an option to play against a computer opponent, and the computer program generates the computer opponent based on the output signals.
4. The system of claim 1 , wherein the basketball hoop device further comprises a card reader that receives payment from a credit or debit card.
5. The system of claim 1 , wherein the basketball hoop device further comprises a payment interface that presents or receives a code for payment.
6. The system of claim 1 , wherein the basketball hoop device further comprises a user interface that receives a selection of a session type, wherein the session type is selected from one of a game, a training regime, and a tournament, a training regimen options comprise one of a jump shot, a hook shot, a bank shot, a free throw, a layup, and a slam dunk, and/or a game option comprise one of one-on-one, the Mikan Drill, around the world, single person p-i-g, and ten in a row; and the electronic device configures the basketball hoop device based on the selections.
7. A method, comprising:
receiving, at a local controller for a basketball hoop device, output signals from a plurality of sensors at the basketball hoop device, wherein the plurality of sensors sense a sensed location of a ball, a sensed location of a player, a distance of the ball to the hoop, and a distance of the player to the hoop;
identifying, by the local controller, and from the output signals, a plurality of shots made by the player,
for each of the plurality of shots:
calculating, by the local controller, a trajectory of ball flight in the shot, an angle of the shot relative to a backboard, and a distance of the player relative to the backboard;
determining, by the local controller, whether the shot was successful; and
storing, by the local controller, the trajectory, the angle, the distance, and
whether the shot was successful in a database;
receiving, at a centralized controller, and from a plurality of basketball hoop devices, ball flight trajectory data, shot angle data, shot distance data, and shot success data;
calculating, by the centralized controller, a skill level for each of the plurality of players using the ball flight trajectory data, shot angle data, shot distance data, and shot success data;
applying, by the centralized controller, a skill leveling algorithm to the shot data to determine parameters for each basketball hoop device based on the skill level of each of the players, wherein the parameters comprise a hoop height, a hoop angle, and a hoop distance; and
communicating, by the centralized controller, the parameters to the local controllers at the respective basketball hoop device, wherein the local controllers control actuators at the respective basketball hoop devices to manipulate the hoop height, the hoop angle, and/or the hoop distance.
8. The method of claim 7 , further comprising:
monitoring, by the centralized controller, additional play data from the plurality of basketball hoop devices;
applying, by the centralized controller, the skill leveling algorithm to the ball flight trajectory data, the shot angle data, the shot distance data, and the shot success data to determine parameter updates for each basketball hoop device based on the additional play data, wherein the parameter updates comprise a hoop height modification, a hoop angle modification, and a hoop distance modification; and
communicating, by the centralized controller, the parameter updates to local controllers at the respective basketball hoop device, wherein the local controllers control actuators at the respective basketball hoop devices to implement the hoop height modification, the hoop angle modification, and the hoop distance modification.
9. The method of claim 8 , wherein the skill leveling algorithm identifies parameters to make play easier for a first player having a lower skill level than a second player.
10. The method of claim 8 , wherein the skill leveling algorithm identifies parameters to make play more difficult for a first player having a higher skill level than a second player.
11. The method of claim 8 , further comprising:
storing, by the centralized controller, the skill level for each player.
12. The method of claim 8 , further comprising:
identifying, by the centralized controller, players in a plurality of players having a same skill level; and
matching, by the centralized controller, the players having the same s kill level with each other.
13. The method of claim 8 , wherein the plurality of players play the same game in real-time, wherein the game comprises one-on-one, The Mikan Drill, Around the World, P-I-G, or Ten in a Row.
14. A system, comprising:
a plurality of basketball hoop devices, each basketball hoop device comprising:
a backboard;
a hoop projecting from the backboard;
a plurality of sensors configured to sense a location of a ball and a player, and a distance between the ball and the player to the hoop, and to produce output signals corresponding to the sensed location of the ball, the sensed location of the player, a distance of the ball to the hoop, and a distance of the player from the hoop;
a plurality of actuators configured to manipulate a hoop height, a hoop angle, and a hoop distance of the hoop; and
a local controller comprising a computer processor that executes a computer program that:
receives the output signals from the plurality of sensors;
identifies, from the output signals, a plurality of shots made by the player; and
for each of the plurality of shots:
calculates ball flight trajectory data, shot angle data, and shot distance data; and
determines shot success data comprising whether the shot was successful;
a centralized controller that is configured to receive, from the plurality of basketball hoop devices, the ball flight trajectory data, the shot angle data, the shot distance data, and the shot success data; to calculate a skill level for each of the plurality of players using the ball flight trajectory data, shot angle data, shot distance data, and shot success data; to apply a skill leveling algorithm to the shot data to determine parameters for each basketball hoop device based on the skill level of each of the players, wherein the parameters comprise a hoop height, a hoop angle, and a hoop distance; and to communicate the parameters to the local controllers at the respective basketball hoop device, wherein the local controllers control actuators at the respective basketball hoop devices to manipulate the hoop height, the hoop angle, and/or the hoop distance.
15. The system of claim 14 , wherein the centralized controller is further configured to:
monitor additional play data from the plurality of basketball hoop devices;
apply the skill leveling algorithm to the ball flight trajectory data, the shot angle data, the shot distance data, and the shot success data to determine parameter updates for each basketball hoop device based on the additional play data, wherein the parameter updates comprise a hoop height modification, a hoop angle modification, and a hoop distance modification; and
communicate the parameter updates to local controllers at the respective basketball hoop devices;
the local controllers are configured to control actuators at the respective basketball hoop devices to implement the hoop height modification, the hoop angle modification, and the hoop distance modification.
16. The system of claim 15 , wherein the skill leveling algorithm identifies parameters to make play easier for a first player having a lower skill level than a second player.
17. The system of claim 15 , wherein the skill leveling algorithm identifies parameters to make play more difficult for a first player having a higher skill level than a second player.
18. The system of claim 14 , further comprising:
storing, by the centralized controller, the skill level for each player.
19. The system of claim 14 , wherein the centralized controller is further configured to:
identify players in a plurality of players having a same skill level; and
match the players having the same skill level with each other.
20. The system of claim 14 , wherein the plurality of players play the same game in real-time, wherein the game comprises one-on-one, The Mikan Drill, Around the World, P-I-G, or Ten in a Row.