David Riley (Mississippi Kestrels)

A basketball world simulated from the body up. Watch only.

Mississippi Kestrels

David Riley

Their season

Games	58
Points	25.6
Rebounds	13.5
Assists	1.8
Turnovers	3.1
Steals	1.6
Field goal %	52.0% (652-1253)
Three-point %	34.3% (181-527)

per game, every game the season played

Their body

Height	1.94 m
Mass	110 kg
Wingspan	2.03 m
Hand	22.4 cm

Their map

Four quadrants, rated 0-99 against their team and the league; open any to see what each value is built from.

Overall 29team 39

Body

61team 67

Arms

1team 0

Forearm volume cm3the forearm muscle group, flexors and extensors488 cm311team 7

Forearm tensionforce per unit of that muscle, relative to the reference player0.8354team 0

Arm wingspan ratiofingertip to fingertip over standing height: how much longer than tall the arms are1.0422team 7

Arm wingspan mfingertip to fingertip, derived and never stored2.03 m22team 28

each part against the league's middle player

Arm wingspan mcapacity · fingertip to fingertip, derived and never stored2.03 m-4%

Body stature mtrait (changes slowly) · standing height: the frame everything below is measured against1.94 m-2%

Arm wingspan ratiotrait (changes slowly) · fingertip to fingertip over standing height: how much longer than tall the arms are1.04-2%

Arm reach mhow far a hand reaches from its shoulder joint, hand included: the arm a contest is made with0.762 m21team 28

each part against the league's middle player

Arm reach mcapacity · how far a hand reaches from its shoulder joint, hand included: the arm a contest is made with0.762 m-4%

Body stature mtrait (changes slowly) · standing height: the frame everything below is measured against1.94 m-2%

Arm wingspan ratiotrait (changes slowly) · fingertip to fingertip over standing height: how much longer than tall the arms are1.04-2%

Hands

24team 28

Hand length cmpalm base to the middle fingertip22.4 cm48team 57

Hand frictionskin on the ball, dry0.72317team 7

Frame

72team 85

Body mass kgwhat every stride has to accelerate110 kg90team 92

Body stature mstanding height: the frame everything below is measured against1.94 m33team 50

Legs

63team 78

Legs lean shareleg lean mass as a share of body mass: the muscle that drives a sprint0.29568team 85

Legs fast fractionthe share of the leg extensors that is fast (type II) fibre0.2770team 0

Legs tensionforce per unit of leg muscle, relative to the reference player1.4499team 99

Endurance

69team 60

Legs critical speed mpsthe fastest they can run without tiring, the edge of the severe domain3.6 m/s69team 71

Legs fatigabilityhow much the same hard running wears their legs for the rest of a game, against the league's: 1 is the middle2.565team 7

Legs reserve mD′: how far they can run above their critical speed before they must come back under it299 m82team 78

Legs reserve now mhow far they can run above their critical speed, now299 m82team 78

each part against the league's middle player

Legs reserve now mcapacity · how far they can run above their critical speed, now299 m+33%

Legs reserve mtrait (changes slowly) · D′: how far they can run above their critical speed before they must come back under it299 m+33%

Legs wornstate now · how far a game's hard running has lowered their sprint and reserve: recovers between games0

Strength

69team 71

Grip max na product: muscle size, its quality, a little of the hand's size, and its health436 N2team 0

each part against the league's middle player

Grip max ncapacity · a product: muscle size, its quality, a little of the hand's size, and its health436 N-27%

Forearm volume cm3trait (changes slowly) · the forearm muscle group, flexors and extensors488 cm3-13%

Forearm tensiontrait (changes slowly) · force per unit of that muscle, relative to the reference player0.835-16%

Hand length cmtrait (changes slowly) · palm base to the middle fingertip22.4 cm=

Forearm integritystate now · 1 healthy; an injury or pain takes a share away1=

Grip available nwhat is left while part of the group is fatigued436 N2team 0

each part against the league's middle player

Grip available ncapacity · what is left while part of the group is fatigued436 N-27%

Grip max ncapacity · a product: muscle size, its quality, a little of the hand's size, and its health436 N-27%

Forearm volume cm3trait (changes slowly) · the forearm muscle group, flexors and extensors488 cm3-13%

Forearm tensiontrait (changes slowly) · force per unit of that muscle, relative to the reference player0.835-16%

Hand length cmtrait (changes slowly) · palm base to the middle fingertip22.4 cm=

Forearm integritystate now · 1 healthy; an injury or pain takes a share away1=

Forearm fatiguedstate now · the fraction of the group fatigued0

Sprint f0 npkgthe horizontal push per kilogram at a standstill9.81 N/kg99team 99

each part against the league's middle player

Sprint f0 npkgcapacity · the horizontal push per kilogram at a standstill9.81 N/kg+47%

Legs lean sharetrait (changes slowly) · leg lean mass as a share of body mass: the muscle that drives a sprint0.295+2%

Legs tensiontrait (changes slowly) · force per unit of leg muscle, relative to the reference player1.44+44%

Jump height mhow high they leave the floor: the legs' push over their stroke, lower as the game wears them0.835 m99team 99

each part against the league's middle player

Jump height mcapacity · how high they leave the floor: the legs' push over their stroke, lower as the game wears them0.835 m+85%

Sprint f0 npkgcapacity · the horizontal push per kilogram at a standstill9.81 N/kg+47%

Legs lean sharetrait (changes slowly) · leg lean mass as a share of body mass: the muscle that drives a sprint0.295+2%

Legs tensiontrait (changes slowly) · force per unit of leg muscle, relative to the reference player1.44+44%

Body stature mtrait (changes slowly) · standing height: the frame everything below is measured against1.94 m-2%

Legs wornstate now · how far a game's hard running has lowered their sprint and reserve: recovers between games0

Jump rise show long they take to rise to the top of a jump: the higher they leave the floor, the longer0.413 s99team 99

each part against the league's middle player

Jump rise scapacity · how long they take to rise to the top of a jump: the higher they leave the floor, the longer0.413 s+36%

Jump height mcapacity · how high they leave the floor: the legs' push over their stroke, lower as the game wears them0.835 m+85%

Sprint f0 npkgcapacity · the horizontal push per kilogram at a standstill9.81 N/kg+47%

Legs lean sharetrait (changes slowly) · leg lean mass as a share of body mass: the muscle that drives a sprint0.295+2%

Legs tensiontrait (changes slowly) · force per unit of leg muscle, relative to the reference player1.44+44%

Body stature mtrait (changes slowly) · standing height: the frame everything below is measured against1.94 m-2%

Legs wornstate now · how far a game's hard running has lowered their sprint and reserve: recovers between games0

Speed

79team 78

Sprint vmax mpsthe speed a sprint tends to, where the legs can push no harder5.45 m/s0team 0

each part against the league's middle player

Sprint vmax mpscapacity · the speed a sprint tends to, where the legs can push no harder5.45 m/s-32%

Legs fast fractiontrait (changes slowly) · the share of the leg extensors that is fast (type II) fibre0.277-38%

Sprint tau show long a sprint takes to reach most of top speed: shorter is quicker off the mark0.555 s99team 99

each part against the league's middle player

Sprint tau scapacity · how long a sprint takes to reach most of top speed: shorter is quicker off the mark0.555 s-54%

Sprint vmax mpscapacity · the speed a sprint tends to, where the legs can push no harder5.45 m/s-32%

Legs fast fractiontrait (changes slowly) · the share of the leg extensors that is fast (type II) fibre0.277-38%

Sprint f0 npkgcapacity · the horizontal push per kilogram at a standstill9.81 N/kg+47%

Legs lean sharetrait (changes slowly) · leg lean mass as a share of body mass: the muscle that drives a sprint0.295+2%

Legs tensiontrait (changes slowly) · force per unit of leg muscle, relative to the reference player1.44+44%

Brake decel mps2how hard they can slow to a stop, on average over the steps it takes7.65 m/s299team 99

each part against the league's middle player

Brake decel mps2capacity · how hard they can slow to a stop, on average over the steps it takes7.65 m/s2+47%

Sprint f0 npkgcapacity · the horizontal push per kilogram at a standstill9.81 N/kg+47%

Legs lean sharetrait (changes slowly) · leg lean mass as a share of body mass: the muscle that drives a sprint0.295+2%

Legs tensiontrait (changes slowly) · force per unit of leg muscle, relative to the reference player1.44+44%

Mind

58team 74

Effort

71team 85

Effort runhow much of their sprint capacity they use on a run0.79571team 85

Awareness

36team 21

Awareness spatialspatial awareness, one kind of awareness and not a basketball skill: natural acuity plus what any training built over the years-0.365 SD35team 21

Mind scan habithow often they look away from the ball to refresh the court, against the league0.148 SD56team 71

Track capacityhow many defenders' positions they can hold at once4.71 objects35team 21

each part against the league's middle player

Track capacitycapacity · how many defenders' positions they can hold at once4.71 objects-10%

Awareness spatialstate now · spatial awareness, one kind of awareness and not a basketball skill: natural acuity plus what any training built over the years-0.365 SD

Mind readphysiology · the experience of reading this sport they can use, as far as their awareness lets it count0.75-17%

Awareness spatialstate now · spatial awareness, one kind of awareness and not a basketball skill: natural acuity plus what any training built over the years-0.365 SD

Mind read experiencestate now · reading this sport, built by reps: 1 - exp(-reps x rate)0.9=

Track carry show long they can follow a defender in their head once out of view0.448 s35team 21

each part against the league's middle player

Track carry scapacity · how long they can follow a defender in their head once out of view0.448 s-10%

Awareness spatialstate now · spatial awareness, one kind of awareness and not a basketball skill: natural acuity plus what any training built over the years-0.365 SD

Decide latency show long they take from a catch to their decision1.19 s35team 21

each part against the league's middle player

Decide latency scapacity · how long they take from a catch to their decision1.19 s+28%

Awareness spatialstate now · spatial awareness, one kind of awareness and not a basketball skill: natural acuity plus what any training built over the years-0.365 SD

Mind readphysiology · the experience of reading this sport they can use, as far as their awareness lets it count0.75-17%

Awareness spatialstate now · spatial awareness, one kind of awareness and not a basketball skill: natural acuity plus what any training built over the years-0.365 SD

Mind read experiencestate now · reading this sport, built by reps: 1 - exp(-reps x rate)0.9=

Scan rate hzhow often they look away from the ball to refresh the court0.441 1/s54team 64

each part against the league's middle player

Scan rate hzcapacity · how often they look away from the ball to refresh the court0.441 1/s-2%

Mind scan habitstate now · how often they look away from the ball to refresh the court, against the league0.148 SD

Mind readphysiology · the experience of reading this sport they can use, as far as their awareness lets it count0.75-17%

Awareness spatialstate now · spatial awareness, one kind of awareness and not a basketball skill: natural acuity plus what any training built over the years-0.365 SD

Mind read experiencestate now · reading this sport, built by reps: 1 - exp(-reps x rate)0.9=

reaction0.3 s=all equal

hand-set · will be built from perception, awareness and fatigue

Experience

35team 21

Mind read experiencereading this sport, built by reps: 1 - exp(-reps x rate)0.9=all equal

Mind readthe experience of reading this sport they can use, as far as their awareness lets it count0.7535team 21

each part against the league's middle player

Mind readphysiology · the experience of reading this sport they can use, as far as their awareness lets it count0.75-17%

Awareness spatialstate now · spatial awareness, one kind of awareness and not a basketball skill: natural acuity plus what any training built over the years-0.365 SD

Mind read experiencestate now · reading this sport, built by reps: 1 - exp(-reps x rate)0.9=

Temperament

79team 85

Mind takes contacthow willing they are to stand in a driver's path and take the contact, against the league: a stand-in until research gives it parts0.893 SD79team 85

Decisions

=all equal

decision noise (1/IQ)0.1=all equal

hand-set · will be built from awareness: perception and experience

Condition

=all equal

Fatigue

=all equal

Legs spentthe share of their reserve above critical speed spent now: seconds to minutes0=all equal

Legs wornhow far a game's hard running has lowered their sprint and reserve: recovers between games0=all equal

Forearm fatiguedthe fraction of the group fatigued0=all equal

Injury

=all equal

Forearm integrity1 healthy; an injury or pain takes a share away1=all equal

Skills

0team 0

Ball security

3team 0

Hand hold nthe pull the hand resists on a ball before it slips158 N3team 0

each part against the league's middle player

Hand hold ncapacity · the pull the hand resists on a ball before it slips158 N-42%

Grip available ncapacity · what is left while part of the group is fatigued436 N-27%

Grip max ncapacity · a product: muscle size, its quality, a little of the hand's size, and its health436 N-27%

Forearm volume cm3trait (changes slowly) · the forearm muscle group, flexors and extensors488 cm3-13%

Forearm tensiontrait (changes slowly) · force per unit of that muscle, relative to the reference player0.835-16%

Hand length cmtrait (changes slowly) · palm base to the middle fingertip22.4 cm=

Forearm integritystate now · 1 healthy; an injury or pain takes a share away1=

Forearm fatiguedstate now · the fraction of the group fatigued0

Hand frictiontrait (changes slowly) · skin on the ball, dry0.723-20%

Shooting

0team 0

Release rim show long a layup takes to leave the hands after the stop: the plant, then the rise0.513 s0team 0

each part against the league's middle player

Release rim scapacity · how long a layup takes to leave the hands after the stop: the plant, then the rise0.513 s+27%

Jump rise scapacity · how long they take to rise to the top of a jump: the higher they leave the floor, the longer0.413 s+36%

Jump height mcapacity · how high they leave the floor: the legs' push over their stroke, lower as the game wears them0.835 m+85%

Sprint f0 npkgcapacity · the horizontal push per kilogram at a standstill9.81 N/kg+47%

Legs lean sharetrait (changes slowly) · leg lean mass as a share of body mass: the muscle that drives a sprint0.295+2%

Legs tensiontrait (changes slowly) · force per unit of leg muscle, relative to the reference player1.44+44%

Body stature mtrait (changes slowly) · standing height: the frame everything below is measured against1.94 m-2%

Legs wornstate now · how far a game's hard running has lowered their sprint and reserve: recovers between games0

Release jumper show long a jumper takes to leave the hands after the stop: the set, then the rise0.873 s0team 0

each part against the league's middle player

Release jumper scapacity · how long a jumper takes to leave the hands after the stop: the set, then the rise0.873 s+14%

Jump rise scapacity · how long they take to rise to the top of a jump: the higher they leave the floor, the longer0.413 s+36%

Jump height mcapacity · how high they leave the floor: the legs' push over their stroke, lower as the game wears them0.835 m+85%

Sprint f0 npkgcapacity · the horizontal push per kilogram at a standstill9.81 N/kg+47%

Legs lean sharetrait (changes slowly) · leg lean mass as a share of body mass: the muscle that drives a sprint0.295+2%

Legs tensiontrait (changes slowly) · force per unit of leg muscle, relative to the reference player1.44+44%

Body stature mtrait (changes slowly) · standing height: the frame everything below is measured against1.94 m-2%

Legs wornstate now · how far a game's hard running has lowered their sprint and reserve: recovers between games0

an open three-0.36 log-odds=all equal

hand-set · will be built from release mechanics, practice, fatigue

Speed

3team 7

Run vmax mpsthe top speed they run at in a game now: capacity times effort, as far as their legs have it left4.33 m/s3team 7

each part against the league's middle player

Run vmax mpscomposite · the top speed they run at in a game now: capacity times effort, as far as their legs have it left4.33 m/s-28%

Sprint vmax mpscapacity · the speed a sprint tends to, where the legs can push no harder5.45 m/s-32%

Legs fast fractiontrait (changes slowly) · the share of the leg extensors that is fast (type II) fibre0.277-38%

Effort runstate now · how much of their sprint capacity they use on a run0.795+6%

Legs critical speed mpstrait (changes slowly) · the fastest they can run without tiring, the edge of the severe domain3.6 m/s+3%

Legs spentstate now · the share of their reserve above critical speed spent now: seconds to minutes0

Legs wornstate now · how far a game's hard running has lowered their sprint and reserve: recovers between games0

Finishing

=all equal

an open finish at the rim4.18 log-odds=all equal

hand-set · will be built from touch, reach, practice