Skills and pictures of playing billiards
Low shot (after putting down the handbrake, lower your hand so that the club is parallel to the table and the hitting point is at the bottom of the cue ball hitting surface).
Medium-high cue ball (after the height of the hand bridge and the height of the hand frame, the hitting point of the club parallel to the desktop should be located in the middle and upper part of the hitting point of the cue ball as far as possible)
Low-stick left-plug ball (after the handbrake is put down, put your hand as low as possible so that the hitting point of the club is parallel to the desktop in the lower left corner of the cue ball hitting face, so that the cue ball will move to the right after hitting the target ball).
Hit the ball high (after the height of the hand bridge and the height of the hand frame, the hitting point of the club parallel to the table should be above the hitting surface of the cue ball as far as possible)
High-stick left plug (after the height of the hand bridge and the height of the hand frame, the hitting point of the club parallel to the table top is located at the upper left of the cue ball hitting surface as far as possible)
A description of playing billiards skills
1. Solve the ball with the symmetrical point library
As shown in figure 1, put the main ball in three different positions A 1A2A3, and solve the target ball b in a library. As long as you aim at the first symmetrical point B 1 of the B ball, you can solve the ball in one library. There are three one-library solutions.
2. Solve the ball with the symmetrical point library.
As shown in figure 1, put the main ball in three different positions A 1A2A3, and solve the target ball b in a library. As long as you aim at the first symmetrical point B 1 of the B ball, you can solve the ball in one library. There are three one-library solutions.
3. Solve the ball with the symmetrical point library.
As shown in figure 1, put the main ball in three different positions A 1A2A3, and solve the target ball b in a library. As long as you aim at the first symmetrical point B 1 of the B ball, you can solve the ball in one library. There are three one-library solutions.
4. Solve the ball in the second library with symmetrical points or parallel lines (stick the ball on the shore).
As shown in figure 3, parallel lines can be used to break the waist bag and the left target ball; As shown in Figure 4, the sub-symmetry point B 1 of the main ball A to the target ball B and the rotation correction can be used to break the target ball near the upper left pocket.
5. Solve the ball in the second library with symmetrical points or parallel lines (stick the ball on the shore).
As shown in figure 3, parallel lines can be used to break the waist bag and the left target ball; As shown in Figure 4, the sub-symmetry point B 1 of the main ball A to the target ball B and the rotation correction can be used to break the target ball near the upper left pocket.
6. Solve the ball in the second library with symmetrical points or parallel lines (stick the ball on the shore).
As shown in figure 3, parallel lines can be used to break the waist bag and the left target ball; As shown in Figure 4, the sub-symmetry point B 1 of the main ball A to the target ball B and the rotation correction can be used to break the target ball near the upper left pocket.
7. Solve the ball in the second library with symmetrical points or parallel lines (stick the ball on the shore).
As shown in figure 3, parallel lines can be used to break the waist bag and the left target ball; As shown in Figure 4, the sub-symmetry point B 1 of the main ball A to the target ball B and the rotation correction can be used to break the target ball near the upper left pocket.
8. As shown in Figure 7, the distance between the main ball A and the target ball B is different from that on the shore. At this time, you can still use the same method to determine the solution point e of the three reservoirs, as long as you want to find it in the Ae direction parallel to the BO baseline.
9. As shown in Figure 7, the distance between the main ball A and the target ball B is different from that on the shore. At this time, you can still use the same method to determine the solution point e of the three reservoirs, as long as you want to find it in the Ae direction parallel to the BO baseline.
10, four libraries solving the ball Four libraries solving the ball is simply a fantasy for ordinary beginners and seems to be an unattainable technology. In fact, after mastering a variety of technologies inside the three libraries, we can expand the application of multi-library ball solving technology, treat the four libraries as three libraries, and solve the problem of five libraries into three libraries plus two libraries.
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