## 2 Materials
### Procedures  
Players' physical and metabolic capacities and three-point shooting were assessed over 3 days. Before the start of each testing day, all players had a 10 min warm-up for physical and metabolic capacity tests consisting of 5 min jogging and 5 min dynamic stretching. For the shooting test, the warm-up consisted of 5 min jogging, 5 min dynamic stretching, and 5 min casual shooting. On the first day, the one-repetition maximum (RM) deep squat, one-RM bench press, 20 m sprint, lane agility test, vertical jump, Functional Movement Screen (FMS), plank support, and supine static tests were conducted. The aforementioned tests were selected since the one-RM deep squat, one-RM bench press, and vertical jump test can evaluate players' strength [22], and the 20 m sprint test and lane agility test are important to determine the speed and agility, respectively [23; 24]. Additionally, many studies have used the FMS, plank, and supine static tests to measure players' coordination, core stability, and body control ability [25; 26]. Furthermore, on day 1, body height and mass were measured using an ultrasound meter [27] (Tanita WB-380, Tokyo, Japan), and body fat percentage was obtained through an electronic body composition device (Tanita RD545, Tokyo, Japan) [28]. The 20 m sprint and vertical jump height were measured using a SmartSpeed Timing Gate System (Fusion Sport, Queensland, Australia) and a Kistler three-dimensional force measuring platform (Kistler 9260 AA, Winterthur, Switzerland), respectively. Their reliability and validity have been confirmed by previous studies [29; 30; 31]. The FMS consists of 7 movement patterns: deep squat, hurdle step, inline lunge, shoulder mobility, active straight-leg raises, trunk stability push-up, and rotary stability. The scoring criteria are rated on a scale of three, two, one, and zero, respectively. Three is given if the individual can perform the movement without any compensations according to the established criteria; two is given if the individual can perform the movement but must utilize poor mechanics and compensatory patterns to accomplish the movement; one is given if the individual cannot perform the movement pattern even with compensations; and zero is given if the individual has pain during any part of the movement. The participants were allowed to try three times for each movement pattern, and the best performances were chosen [32]. Additionally, the one-RM deep squat, one-RM bench press, 20 m sprint, plank test, supine static test, and lane agility test (Figure 1) were performed under the guidance of previous studies [6; 26; 33]. On the second day, the maximum oxygen uptake, peak power, peak power relative value, average power, and average power relative value were examined. Previous studies have confirmed that oxygen uptake is considered to reflect athletes' aerobic capacity, and peak power, peak power relative value, average power, and average power relative value are considered to reflect athletes' anaerobic capacity [34; 35]. To evaluate players' aerobic capacity (metabolic capacity), a Lode treadmill (Lode Valiant Ultra 450, Groningen, The Netherlands) was used, connected with the cardiopulmonary function testing system (Cortex, Leipzig, Germany), to measure players' maximal oxygen consumption using the direct measurement test. Participants completed an incremental treadmill test starting at7-12 km/h with 1% slope and increasing by 1 km/h every 3 min until volitional exhaustion. VO\({}_{2}\) was measured during the last 60 s of each 3 min stage, and the highest VO\({}_{2}\) value obtained during the test was recorded as the participant's VO\({}_{2}\)max [36; 37]. Anaerobic capacity was evaluated using the 30-second Wingate Test, performed on a cycle Ergometer (MONARK894E, Vansbro, Sweden) [38]. On the third day, 90 s (s) dynamic three-point shooting was examined. The shooting test is presented in Figure 2. Players dribbled the ball in any direction from the start area to the three-point line, performing a three-point shot.