Datasets:

pooria
/

benchmark-skateboard

id stringlengths 26 52	kind stringclasses 1 value	prompt stringlengths 876 986	expected stringlengths 132 140	metadata dict
public-ollie-earth-20261015	single	A skater attempts an ollie on Earth. The board rises without a flip or spin. Use gravity 9.81 m/s^2 and upward launch speed 0.597 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns (1 means one 360° rotation on that axis). Viewed from tail toward n...	{"rotations":{"long":0,"vertical":0,"cross":0},"airtimeS":0.122,"peakHeightM":0.018,"landsWheelsDown":true,"canFlipFinishInAir":false}	{ "seed": 20261015, "split": "public", "trick": "ollie", "world": "earth", "gravity": 9.81, "launchSpeed": 0.597, "minimumAirtimeS": 0.2 }
public-ollie-moon-20261015	single	A skater attempts an ollie on the Moon. The board rises without a flip or spin. Use gravity 1.62 m/s^2 and upward launch speed 1.462 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns (1 means one 360° rotation on that axis). Viewed from tail towar...	{"rotations":{"long":0,"vertical":0,"cross":0},"airtimeS":1.805,"peakHeightM":0.66,"landsWheelsDown":true,"canFlipFinishInAir":true}	{ "seed": 20261015, "split": "public", "trick": "ollie", "world": "moon", "gravity": 1.62, "launchSpeed": 1.462, "minimumAirtimeS": 0.2 }
public-ollie-mars-20261015	single	A skater attempts an ollie on Mars. The board rises without a flip or spin. Use gravity 3.71 m/s^2 and upward launch speed 0.33 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns (1 means one 360° rotation on that axis). Viewed from tail toward nos...	{"rotations":{"long":0,"vertical":0,"cross":0},"airtimeS":0.178,"peakHeightM":0.015,"landsWheelsDown":true,"canFlipFinishInAir":false}	{ "seed": 20261015, "split": "public", "trick": "ollie", "world": "mars", "gravity": 3.71, "launchSpeed": 0.33, "minimumAirtimeS": 0.2 }
public-kickflip-earth-20261015	single	A skater attempts a kickflip on Earth. The board makes one kickflip-direction roll along its length. Use gravity 9.81 m/s^2 and upward launch speed 0.34 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns (1 means one 360° rotation on that axis). Vi...	{"rotations":{"long":1,"vertical":0,"cross":0},"airtimeS":0.069,"peakHeightM":0.006,"landsWheelsDown":true,"canFlipFinishInAir":false}	{ "seed": 20261015, "split": "public", "trick": "kickflip", "world": "earth", "gravity": 9.81, "launchSpeed": 0.34, "minimumAirtimeS": 0.48 }
public-kickflip-moon-20261015	single	A skater attempts a kickflip on the Moon. The board makes one kickflip-direction roll along its length. Use gravity 1.62 m/s^2 and upward launch speed 0.347 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns (1 means one 360° rotation on that axis)...	{"rotations":{"long":1,"vertical":0,"cross":0},"airtimeS":0.428,"peakHeightM":0.037,"landsWheelsDown":true,"canFlipFinishInAir":false}	{ "seed": 20261015, "split": "public", "trick": "kickflip", "world": "moon", "gravity": 1.62, "launchSpeed": 0.347, "minimumAirtimeS": 0.48 }
public-kickflip-mars-20261015	single	A skater attempts a kickflip on Mars. The board makes one kickflip-direction roll along its length. Use gravity 3.71 m/s^2 and upward launch speed 2.29 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns (1 means one 360° rotation on that axis). Vie...	{"rotations":{"long":1,"vertical":0,"cross":0},"airtimeS":1.235,"peakHeightM":0.707,"landsWheelsDown":true,"canFlipFinishInAir":true}	{ "seed": 20261015, "split": "public", "trick": "kickflip", "world": "mars", "gravity": 3.71, "launchSpeed": 2.29, "minimumAirtimeS": 0.48 }
public-heelflip-earth-20261015	single	A skater attempts a heelflip on Earth. The board makes one roll opposite to a kickflip. Use gravity 9.81 m/s^2 and upward launch speed 2.106 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns (1 means one 360° rotation on that axis). Viewed from ta...	{"rotations":{"long":-1,"vertical":0,"cross":0},"airtimeS":0.429,"peakHeightM":0.226,"landsWheelsDown":true,"canFlipFinishInAir":false}	{ "seed": 20261015, "split": "public", "trick": "heelflip", "world": "earth", "gravity": 9.81, "launchSpeed": 2.106, "minimumAirtimeS": 0.48 }
public-heelflip-moon-20261015	single	A skater attempts a heelflip on the Moon. The board makes one roll opposite to a kickflip. Use gravity 1.62 m/s^2 and upward launch speed 1.853 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns (1 means one 360° rotation on that axis). Viewed from...	{"rotations":{"long":-1,"vertical":0,"cross":0},"airtimeS":2.288,"peakHeightM":1.06,"landsWheelsDown":true,"canFlipFinishInAir":true}	{ "seed": 20261015, "split": "public", "trick": "heelflip", "world": "moon", "gravity": 1.62, "launchSpeed": 1.853, "minimumAirtimeS": 0.48 }
public-heelflip-mars-20261015	single	A skater attempts a heelflip on Mars. The board makes one roll opposite to a kickflip. Use gravity 3.71 m/s^2 and upward launch speed 0.488 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns (1 means one 360° rotation on that axis). Viewed from tai...	{"rotations":{"long":-1,"vertical":0,"cross":0},"airtimeS":0.263,"peakHeightM":0.032,"landsWheelsDown":true,"canFlipFinishInAir":false}	{ "seed": 20261015, "split": "public", "trick": "heelflip", "world": "mars", "gravity": 3.71, "launchSpeed": 0.488, "minimumAirtimeS": 0.48 }
public-pop-shove-it-earth-20261015	single	A skater attempts a pop shove-it on Earth. The board makes a backside half-turn around the vertical axis. Use gravity 9.81 m/s^2 and upward launch speed 0.776 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns (1 means one 360° rotation on that axi...	{"rotations":{"long":0,"vertical":-0.5,"cross":0},"airtimeS":0.158,"peakHeightM":0.031,"landsWheelsDown":true,"canFlipFinishInAir":false}	{ "seed": 20261015, "split": "public", "trick": "pop-shove-it", "world": "earth", "gravity": 9.81, "launchSpeed": 0.776, "minimumAirtimeS": 0.28 }
public-pop-shove-it-moon-20261015	single	A skater attempts a pop shove-it on the Moon. The board makes a backside half-turn around the vertical axis. Use gravity 1.62 m/s^2 and upward launch speed 0.788 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns (1 means one 360° rotation on that ...	{"rotations":{"long":0,"vertical":-0.5,"cross":0},"airtimeS":0.973,"peakHeightM":0.192,"landsWheelsDown":true,"canFlipFinishInAir":true}	{ "seed": 20261015, "split": "public", "trick": "pop-shove-it", "world": "moon", "gravity": 1.62, "launchSpeed": 0.788, "minimumAirtimeS": 0.28 }
public-pop-shove-it-mars-20261015	single	A skater attempts a pop shove-it on Mars. The board makes a backside half-turn around the vertical axis. Use gravity 3.71 m/s^2 and upward launch speed 0.426 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns (1 means one 360° rotation on that axis...	{"rotations":{"long":0,"vertical":-0.5,"cross":0},"airtimeS":0.23,"peakHeightM":0.024,"landsWheelsDown":true,"canFlipFinishInAir":false}	{ "seed": 20261015, "split": "public", "trick": "pop-shove-it", "world": "mars", "gravity": 3.71, "launchSpeed": 0.426, "minimumAirtimeS": 0.28 }
public-frontside-180-earth-20261015	single	A skater attempts a frontside 180 on Earth. The board makes a frontside half-turn around the vertical axis (board rotation only; rider body rotation is not scored). Use gravity 9.81 m/s^2 and upward launch speed 0.453 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotatio...	{"rotations":{"long":0,"vertical":0.5,"cross":0},"airtimeS":0.092,"peakHeightM":0.01,"landsWheelsDown":true,"canFlipFinishInAir":false}	{ "seed": 20261015, "split": "public", "trick": "frontside-180", "world": "earth", "gravity": 9.81, "launchSpeed": 0.453, "minimumAirtimeS": 0.28 }
public-frontside-180-moon-20261015	single	A skater attempts a frontside 180 on the Moon. The board makes a frontside half-turn around the vertical axis (board rotation only; rider body rotation is not scored). Use gravity 1.62 m/s^2 and upward launch speed 1.033 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rota...	{"rotations":{"long":0,"vertical":0.5,"cross":0},"airtimeS":1.275,"peakHeightM":0.329,"landsWheelsDown":true,"canFlipFinishInAir":true}	{ "seed": 20261015, "split": "public", "trick": "frontside-180", "world": "moon", "gravity": 1.62, "launchSpeed": 1.033, "minimumAirtimeS": 0.28 }
public-frontside-180-mars-20261015	single	A skater attempts a frontside 180 on Mars. The board makes a frontside half-turn around the vertical axis (board rotation only; rider body rotation is not scored). Use gravity 3.71 m/s^2 and upward launch speed 0.448 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotation...	{"rotations":{"long":0,"vertical":0.5,"cross":0},"airtimeS":0.242,"peakHeightM":0.027,"landsWheelsDown":true,"canFlipFinishInAir":false}	{ "seed": 20261015, "split": "public", "trick": "frontside-180", "world": "mars", "gravity": 3.71, "launchSpeed": 0.448, "minimumAirtimeS": 0.28 }
public-varial-kickflip-earth-20261015	single	A skater attempts a varial kickflip on Earth. A kickflip is combined with a backside half shove-it. Use gravity 9.81 m/s^2 and upward launch speed 3.307 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns (1 means one 360° rotation on that axis). Vi...	{"rotations":{"long":1,"vertical":-0.5,"cross":0},"airtimeS":0.674,"peakHeightM":0.557,"landsWheelsDown":true,"canFlipFinishInAir":true}	{ "seed": 20261015, "split": "public", "trick": "varial-kickflip", "world": "earth", "gravity": 9.81, "launchSpeed": 3.307, "minimumAirtimeS": 0.48 }
public-varial-kickflip-moon-20261015	single	A skater attempts a varial kickflip on the Moon. A kickflip is combined with a backside half shove-it. Use gravity 1.62 m/s^2 and upward launch speed 0.309 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns (1 means one 360° rotation on that axis)....	{"rotations":{"long":1,"vertical":-0.5,"cross":0},"airtimeS":0.381,"peakHeightM":0.029,"landsWheelsDown":true,"canFlipFinishInAir":false}	{ "seed": 20261015, "split": "public", "trick": "varial-kickflip", "world": "moon", "gravity": 1.62, "launchSpeed": 0.309, "minimumAirtimeS": 0.48 }
public-varial-kickflip-mars-20261015	single	A skater attempts a varial kickflip on Mars. A kickflip is combined with a backside half shove-it. Use gravity 3.71 m/s^2 and upward launch speed 2.064 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns (1 means one 360° rotation on that axis). Vie...	{"rotations":{"long":1,"vertical":-0.5,"cross":0},"airtimeS":1.113,"peakHeightM":0.574,"landsWheelsDown":true,"canFlipFinishInAir":true}	{ "seed": 20261015, "split": "public", "trick": "varial-kickflip", "world": "mars", "gravity": 3.71, "launchSpeed": 2.064, "minimumAirtimeS": 0.48 }
public-360-flip-earth-20261015	single	A skater attempts a 360 flip on Earth. A kickflip is combined with one backside vertical-axis turn. Use gravity 9.81 m/s^2 and upward launch speed 3.521 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns (1 means one 360° rotation on that axis). Vi...	{"rotations":{"long":1,"vertical":-1,"cross":0},"airtimeS":0.718,"peakHeightM":0.632,"landsWheelsDown":true,"canFlipFinishInAir":true}	{ "seed": 20261015, "split": "public", "trick": "360-flip", "world": "earth", "gravity": 9.81, "launchSpeed": 3.521, "minimumAirtimeS": 0.48 }
public-360-flip-moon-20261015	single	A skater attempts a 360 flip on the Moon. A kickflip is combined with one backside vertical-axis turn. Use gravity 1.62 m/s^2 and upward launch speed 1.732 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns (1 means one 360° rotation on that axis)....	{"rotations":{"long":1,"vertical":-1,"cross":0},"airtimeS":2.138,"peakHeightM":0.926,"landsWheelsDown":true,"canFlipFinishInAir":true}	{ "seed": 20261015, "split": "public", "trick": "360-flip", "world": "moon", "gravity": 1.62, "launchSpeed": 1.732, "minimumAirtimeS": 0.48 }
public-360-flip-mars-20261015	single	A skater attempts a 360 flip on Mars. A kickflip is combined with one backside vertical-axis turn. Use gravity 3.71 m/s^2 and upward launch speed 0.523 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns (1 means one 360° rotation on that axis). Vie...	{"rotations":{"long":1,"vertical":-1,"cross":0},"airtimeS":0.282,"peakHeightM":0.037,"landsWheelsDown":true,"canFlipFinishInAir":false}	{ "seed": 20261015, "split": "public", "trick": "360-flip", "world": "mars", "gravity": 3.71, "launchSpeed": 0.523, "minimumAirtimeS": 0.48 }
public-hardflip-earth-20261015	single	A skater attempts a hardflip on Earth. A kickflip is combined with a frontside half shove-it. Use gravity 9.81 m/s^2 and upward launch speed 1.009 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns (1 means one 360° rotation on that axis). Viewed f...	{"rotations":{"long":1,"vertical":0.5,"cross":0},"airtimeS":0.206,"peakHeightM":0.052,"landsWheelsDown":true,"canFlipFinishInAir":false}	{ "seed": 20261015, "split": "public", "trick": "hardflip", "world": "earth", "gravity": 9.81, "launchSpeed": 1.009, "minimumAirtimeS": 0.48 }
public-hardflip-moon-20261015	single	A skater attempts a hardflip on the Moon. A kickflip is combined with a frontside half shove-it. Use gravity 1.62 m/s^2 and upward launch speed 0.988 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns (1 means one 360° rotation on that axis). Viewe...	{"rotations":{"long":1,"vertical":0.5,"cross":0},"airtimeS":1.22,"peakHeightM":0.301,"landsWheelsDown":true,"canFlipFinishInAir":true}	{ "seed": 20261015, "split": "public", "trick": "hardflip", "world": "moon", "gravity": 1.62, "launchSpeed": 0.988, "minimumAirtimeS": 0.48 }
public-hardflip-mars-20261015	single	A skater attempts a hardflip on Mars. A kickflip is combined with a frontside half shove-it. Use gravity 3.71 m/s^2 and upward launch speed 2.162 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns (1 means one 360° rotation on that axis). Viewed fr...	{"rotations":{"long":1,"vertical":0.5,"cross":0},"airtimeS":1.165,"peakHeightM":0.63,"landsWheelsDown":true,"canFlipFinishInAir":true}	{ "seed": 20261015, "split": "public", "trick": "hardflip", "world": "mars", "gravity": 3.71, "launchSpeed": 2.162, "minimumAirtimeS": 0.48 }
public-impossible-earth-20261015	single	A skater attempts an impossible on Earth. The board wraps once nose-forward around the back foot, modeled on the cross axis. Use gravity 9.81 m/s^2 and upward launch speed 3.223 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns (1 means one 360° r...	{"rotations":{"long":0,"vertical":0,"cross":1},"airtimeS":0.657,"peakHeightM":0.529,"landsWheelsDown":true,"canFlipFinishInAir":true}	{ "seed": 20261015, "split": "public", "trick": "impossible", "world": "earth", "gravity": 9.81, "launchSpeed": 3.223, "minimumAirtimeS": 0.48 }
public-impossible-moon-20261015	single	A skater attempts an impossible on the Moon. The board wraps once nose-forward around the back foot, modeled on the cross axis. Use gravity 1.62 m/s^2 and upward launch speed 0.313 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns (1 means one 360...	{"rotations":{"long":0,"vertical":0,"cross":1},"airtimeS":0.386,"peakHeightM":0.03,"landsWheelsDown":true,"canFlipFinishInAir":false}	{ "seed": 20261015, "split": "public", "trick": "impossible", "world": "moon", "gravity": 1.62, "launchSpeed": 0.313, "minimumAirtimeS": 0.48 }
public-impossible-mars-20261015	single	A skater attempts an impossible on Mars. The board wraps once nose-forward around the back foot, modeled on the cross axis. Use gravity 3.71 m/s^2 and upward launch speed 0.784 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns (1 means one 360° ro...	{"rotations":{"long":0,"vertical":0,"cross":1},"airtimeS":0.423,"peakHeightM":0.083,"landsWheelsDown":true,"canFlipFinishInAir":false}	{ "seed": 20261015, "split": "public", "trick": "impossible", "world": "mars", "gravity": 3.71, "launchSpeed": 0.784, "minimumAirtimeS": 0.48 }
public-laser-flip-earth-20261015	single	A skater attempts a laser flip on Earth. A heelflip is combined with one frontside vertical-axis turn. Use gravity 9.81 m/s^2 and upward launch speed 1.078 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns (1 means one 360° rotation on that axis)....	{"rotations":{"long":-1,"vertical":1,"cross":0},"airtimeS":0.22,"peakHeightM":0.059,"landsWheelsDown":true,"canFlipFinishInAir":false}	{ "seed": 20261015, "split": "public", "trick": "laser-flip", "world": "earth", "gravity": 9.81, "launchSpeed": 1.078, "minimumAirtimeS": 0.48 }
public-laser-flip-moon-20261015	single	A skater attempts a laser flip on the Moon. A heelflip is combined with one frontside vertical-axis turn. Use gravity 1.62 m/s^2 and upward launch speed 0.315 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns (1 means one 360° rotation on that axi...	{"rotations":{"long":-1,"vertical":1,"cross":0},"airtimeS":0.389,"peakHeightM":0.031,"landsWheelsDown":true,"canFlipFinishInAir":false}	{ "seed": 20261015, "split": "public", "trick": "laser-flip", "world": "moon", "gravity": 1.62, "launchSpeed": 0.315, "minimumAirtimeS": 0.48 }
public-laser-flip-mars-20261015	single	A skater attempts a laser flip on Mars. A heelflip is combined with one frontside vertical-axis turn. Use gravity 3.71 m/s^2 and upward launch speed 2.56 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns (1 means one 360° rotation on that axis). V...	{"rotations":{"long":-1,"vertical":1,"cross":0},"airtimeS":1.38,"peakHeightM":0.883,"landsWheelsDown":true,"canFlipFinishInAir":true}	{ "seed": 20261015, "split": "public", "trick": "laser-flip", "world": "mars", "gravity": 3.71, "launchSpeed": 2.56, "minimumAirtimeS": 0.48 }
public-nollie-earth-20261015	single	A skater attempts a nollie on Earth. The board rises from a nose pop without a flip or spin. Use gravity 9.81 m/s^2 and upward launch speed 0.489 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns (1 means one 360° rotation on that axis). Viewed fr...	{"rotations":{"long":0,"vertical":0,"cross":0},"airtimeS":0.1,"peakHeightM":0.012,"landsWheelsDown":true,"canFlipFinishInAir":false}	{ "seed": 20261015, "split": "public", "trick": "nollie", "world": "earth", "gravity": 9.81, "launchSpeed": 0.489, "minimumAirtimeS": 0.2 }
public-nollie-moon-20261015	single	A skater attempts a nollie on the Moon. The board rises from a nose pop without a flip or spin. Use gravity 1.62 m/s^2 and upward launch speed 1.935 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns (1 means one 360° rotation on that axis). Viewed...	{"rotations":{"long":0,"vertical":0,"cross":0},"airtimeS":2.389,"peakHeightM":1.156,"landsWheelsDown":true,"canFlipFinishInAir":true}	{ "seed": 20261015, "split": "public", "trick": "nollie", "world": "moon", "gravity": 1.62, "launchSpeed": 1.935, "minimumAirtimeS": 0.2 }
public-nollie-mars-20261015	single	A skater attempts a nollie on Mars. The board rises from a nose pop without a flip or spin. Use gravity 3.71 m/s^2 and upward launch speed 1.577 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns (1 means one 360° rotation on that axis). Viewed fro...	{"rotations":{"long":0,"vertical":0,"cross":0},"airtimeS":0.85,"peakHeightM":0.335,"landsWheelsDown":true,"canFlipFinishInAir":true}	{ "seed": 20261015, "split": "public", "trick": "nollie", "world": "mars", "gravity": 3.71, "launchSpeed": 1.577, "minimumAirtimeS": 0.2 }
public-late-flip-earth-20261015	single	A skater attempts a late flip on Earth. After a delay in the air, the board makes one kickflip-direction roll. Use gravity 9.81 m/s^2 and upward launch speed 3.582 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns (1 means one 360° rotation on tha...	{"rotations":{"long":1,"vertical":0,"cross":0},"airtimeS":0.73,"peakHeightM":0.654,"landsWheelsDown":true,"canFlipFinishInAir":true}	{ "seed": 20261015, "split": "public", "trick": "late-flip", "world": "earth", "gravity": 9.81, "launchSpeed": 3.582, "minimumAirtimeS": 0.65 }
public-late-flip-moon-20261015	single	A skater attempts a late flip on the Moon. After a delay in the air, the board makes one kickflip-direction roll. Use gravity 1.62 m/s^2 and upward launch speed 2.048 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns (1 means one 360° rotation on ...	{"rotations":{"long":1,"vertical":0,"cross":0},"airtimeS":2.528,"peakHeightM":1.295,"landsWheelsDown":true,"canFlipFinishInAir":true}	{ "seed": 20261015, "split": "public", "trick": "late-flip", "world": "moon", "gravity": 1.62, "launchSpeed": 2.048, "minimumAirtimeS": 0.65 }
public-late-flip-mars-20261015	single	A skater attempts a late flip on Mars. After a delay in the air, the board makes one kickflip-direction roll. Use gravity 3.71 m/s^2 and upward launch speed 1.765 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns (1 means one 360° rotation on that...	{"rotations":{"long":1,"vertical":0,"cross":0},"airtimeS":0.951,"peakHeightM":0.42,"landsWheelsDown":true,"canFlipFinishInAir":true}	{ "seed": 20261015, "split": "public", "trick": "late-flip", "world": "mars", "gravity": 3.71, "launchSpeed": 1.765, "minimumAirtimeS": 0.65 }
public-half-kickflip-earth-20261015	single	A skater attempts a half kickflip on Earth. The board makes only a half kickflip-direction roll along its length and comes down on its side. Use gravity 9.81 m/s^2 and upward launch speed 1.3 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns (1 me...	{"rotations":{"long":0.5,"vertical":0,"cross":0},"airtimeS":0.265,"peakHeightM":0.086,"landsWheelsDown":false,"canFlipFinishInAir":false}	{ "seed": 20261015, "split": "public", "trick": "half-kickflip", "world": "earth", "gravity": 9.81, "launchSpeed": 1.3, "minimumAirtimeS": 0.34 }
public-half-kickflip-moon-20261015	single	A skater attempts a half kickflip on the Moon. The board makes only a half kickflip-direction roll along its length and comes down on its side. Use gravity 1.62 m/s^2 and upward launch speed 0.848 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns ...	{"rotations":{"long":0.5,"vertical":0,"cross":0},"airtimeS":1.047,"peakHeightM":0.222,"landsWheelsDown":false,"canFlipFinishInAir":true}	{ "seed": 20261015, "split": "public", "trick": "half-kickflip", "world": "moon", "gravity": 1.62, "launchSpeed": 0.848, "minimumAirtimeS": 0.34 }
public-half-kickflip-mars-20261015	single	A skater attempts a half kickflip on Mars. The board makes only a half kickflip-direction roll along its length and comes down on its side. Use gravity 3.71 m/s^2 and upward launch speed 0.34 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns (1 me...	{"rotations":{"long":0.5,"vertical":0,"cross":0},"airtimeS":0.183,"peakHeightM":0.016,"landsWheelsDown":false,"canFlipFinishInAir":false}	{ "seed": 20261015, "split": "public", "trick": "half-kickflip", "world": "mars", "gravity": 3.71, "launchSpeed": 0.34, "minimumAirtimeS": 0.34 }
public-half-heelflip-earth-20261015	single	A skater attempts a half heelflip on Earth. The board makes only a half roll opposite to a kickflip and comes down on its side. Use gravity 9.81 m/s^2 and upward launch speed 3.222 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns (1 means one 360...	{"rotations":{"long":-0.5,"vertical":0,"cross":0},"airtimeS":0.657,"peakHeightM":0.529,"landsWheelsDown":false,"canFlipFinishInAir":true}	{ "seed": 20261015, "split": "public", "trick": "half-heelflip", "world": "earth", "gravity": 9.81, "launchSpeed": 3.222, "minimumAirtimeS": 0.34 }
public-half-heelflip-moon-20261015	single	A skater attempts a half heelflip on the Moon. The board makes only a half roll opposite to a kickflip and comes down on its side. Use gravity 1.62 m/s^2 and upward launch speed 0.763 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns (1 means one ...	{"rotations":{"long":-0.5,"vertical":0,"cross":0},"airtimeS":0.942,"peakHeightM":0.18,"landsWheelsDown":false,"canFlipFinishInAir":true}	{ "seed": 20261015, "split": "public", "trick": "half-heelflip", "world": "moon", "gravity": 1.62, "launchSpeed": 0.763, "minimumAirtimeS": 0.34 }
public-half-heelflip-mars-20261015	single	A skater attempts a half heelflip on Mars. The board makes only a half roll opposite to a kickflip and comes down on its side. Use gravity 3.71 m/s^2 and upward launch speed 1.53 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns (1 means one 360° ...	{"rotations":{"long":-0.5,"vertical":0,"cross":0},"airtimeS":0.825,"peakHeightM":0.315,"landsWheelsDown":false,"canFlipFinishInAir":true}	{ "seed": 20261015, "split": "public", "trick": "half-heelflip", "world": "mars", "gravity": 3.71, "launchSpeed": 1.53, "minimumAirtimeS": 0.34 }
public-half-varial-kickflip-earth-20261015	single	A skater attempts a half varial kickflip on Earth. A half kickflip is combined with a backside half shove-it; the board comes down on its side. Use gravity 9.81 m/s^2 and upward launch speed 1.461 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns ...	{"rotations":{"long":0.5,"vertical":-0.5,"cross":0},"airtimeS":0.298,"peakHeightM":0.109,"landsWheelsDown":false,"canFlipFinishInAir":false}	{ "seed": 20261015, "split": "public", "trick": "half-varial-kickflip", "world": "earth", "gravity": 9.81, "launchSpeed": 1.461, "minimumAirtimeS": 0.4 }
public-half-varial-kickflip-moon-20261015	single	A skater attempts a half varial kickflip on the Moon. A half kickflip is combined with a backside half shove-it; the board comes down on its side. Use gravity 1.62 m/s^2 and upward launch speed 0.786 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full tur...	{"rotations":{"long":0.5,"vertical":-0.5,"cross":0},"airtimeS":0.97,"peakHeightM":0.191,"landsWheelsDown":false,"canFlipFinishInAir":true}	{ "seed": 20261015, "split": "public", "trick": "half-varial-kickflip", "world": "moon", "gravity": 1.62, "launchSpeed": 0.786, "minimumAirtimeS": 0.4 }
public-half-varial-kickflip-mars-20261015	single	A skater attempts a half varial kickflip on Mars. A half kickflip is combined with a backside half shove-it; the board comes down on its side. Use gravity 3.71 m/s^2 and upward launch speed 0.463 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns (...	{"rotations":{"long":0.5,"vertical":-0.5,"cross":0},"airtimeS":0.25,"peakHeightM":0.029,"landsWheelsDown":false,"canFlipFinishInAir":false}	{ "seed": 20261015, "split": "public", "trick": "half-varial-kickflip", "world": "mars", "gravity": 3.71, "launchSpeed": 0.463, "minimumAirtimeS": 0.4 }
public-half-360-flip-earth-20261015	single	A skater attempts a half 360 flip on Earth. A half kickflip is combined with one backside vertical-axis turn; the board comes down on its side. Use gravity 9.81 m/s^2 and upward launch speed 1.232 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns ...	{"rotations":{"long":0.5,"vertical":-1,"cross":0},"airtimeS":0.251,"peakHeightM":0.077,"landsWheelsDown":false,"canFlipFinishInAir":false}	{ "seed": 20261015, "split": "public", "trick": "half-360-flip", "world": "earth", "gravity": 9.81, "launchSpeed": 1.232, "minimumAirtimeS": 0.42 }
public-half-360-flip-moon-20261015	single	A skater attempts a half 360 flip on the Moon. A half kickflip is combined with one backside vertical-axis turn; the board comes down on its side. Use gravity 1.62 m/s^2 and upward launch speed 0.302 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full tur...	{"rotations":{"long":0.5,"vertical":-1,"cross":0},"airtimeS":0.373,"peakHeightM":0.028,"landsWheelsDown":false,"canFlipFinishInAir":false}	{ "seed": 20261015, "split": "public", "trick": "half-360-flip", "world": "moon", "gravity": 1.62, "launchSpeed": 0.302, "minimumAirtimeS": 0.42 }
public-half-360-flip-mars-20261015	single	A skater attempts a half 360 flip on Mars. A half kickflip is combined with one backside vertical-axis turn; the board comes down on its side. Use gravity 3.71 m/s^2 and upward launch speed 1.388 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns (...	{"rotations":{"long":0.5,"vertical":-1,"cross":0},"airtimeS":0.748,"peakHeightM":0.26,"landsWheelsDown":false,"canFlipFinishInAir":true}	{ "seed": 20261015, "split": "public", "trick": "half-360-flip", "world": "mars", "gravity": 3.71, "launchSpeed": 1.388, "minimumAirtimeS": 0.42 }
public-half-hardflip-earth-20261015	single	A skater attempts a half hardflip on Earth. A half kickflip is combined with a frontside half shove-it; the board comes down on its side. Use gravity 9.81 m/s^2 and upward launch speed 1.37 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns (1 mean...	{"rotations":{"long":0.5,"vertical":0.5,"cross":0},"airtimeS":0.279,"peakHeightM":0.096,"landsWheelsDown":false,"canFlipFinishInAir":false}	{ "seed": 20261015, "split": "public", "trick": "half-hardflip", "world": "earth", "gravity": 9.81, "launchSpeed": 1.37, "minimumAirtimeS": 0.4 }
public-half-hardflip-moon-20261015	single	A skater attempts a half hardflip on the Moon. A half kickflip is combined with a frontside half shove-it; the board comes down on its side. Use gravity 1.62 m/s^2 and upward launch speed 1.647 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns (1 ...	{"rotations":{"long":0.5,"vertical":0.5,"cross":0},"airtimeS":2.033,"peakHeightM":0.837,"landsWheelsDown":false,"canFlipFinishInAir":true}	{ "seed": 20261015, "split": "public", "trick": "half-hardflip", "world": "moon", "gravity": 1.62, "launchSpeed": 1.647, "minimumAirtimeS": 0.4 }
public-half-hardflip-mars-20261015	single	A skater attempts a half hardflip on Mars. A half kickflip is combined with a frontside half shove-it; the board comes down on its side. Use gravity 3.71 m/s^2 and upward launch speed 0.64 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns (1 means...	{"rotations":{"long":0.5,"vertical":0.5,"cross":0},"airtimeS":0.345,"peakHeightM":0.055,"landsWheelsDown":false,"canFlipFinishInAir":false}	{ "seed": 20261015, "split": "public", "trick": "half-hardflip", "world": "mars", "gravity": 3.71, "launchSpeed": 0.64, "minimumAirtimeS": 0.4 }
public-half-impossible-earth-20261015	single	A skater attempts a half impossible on Earth. The board wraps only halfway nose-forward around the back foot, modeled on the cross axis. Use gravity 9.81 m/s^2 and upward launch speed 2.319 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns (1 mean...	{"rotations":{"long":0,"vertical":0,"cross":0.5},"airtimeS":0.473,"peakHeightM":0.274,"landsWheelsDown":false,"canFlipFinishInAir":true}	{ "seed": 20261015, "split": "public", "trick": "half-impossible", "world": "earth", "gravity": 9.81, "launchSpeed": 2.319, "minimumAirtimeS": 0.4 }
public-half-impossible-moon-20261015	single	A skater attempts a half impossible on the Moon. The board wraps only halfway nose-forward around the back foot, modeled on the cross axis. Use gravity 1.62 m/s^2 and upward launch speed 0.965 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns (1 m...	{"rotations":{"long":0,"vertical":0,"cross":0.5},"airtimeS":1.191,"peakHeightM":0.287,"landsWheelsDown":false,"canFlipFinishInAir":true}	{ "seed": 20261015, "split": "public", "trick": "half-impossible", "world": "moon", "gravity": 1.62, "launchSpeed": 0.965, "minimumAirtimeS": 0.4 }
public-half-impossible-mars-20261015	single	A skater attempts a half impossible on Mars. The board wraps only halfway nose-forward around the back foot, modeled on the cross axis. Use gravity 3.71 m/s^2 and upward launch speed 2.737 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns (1 means...	{"rotations":{"long":0,"vertical":0,"cross":0.5},"airtimeS":1.475,"peakHeightM":1.01,"landsWheelsDown":false,"canFlipFinishInAir":true}	{ "seed": 20261015, "split": "public", "trick": "half-impossible", "world": "mars", "gravity": 3.71, "launchSpeed": 2.737, "minimumAirtimeS": 0.4 }
public-half-laser-flip-earth-20261015	single	A skater attempts a half laser flip on Earth. A half heelflip is combined with one frontside vertical-axis turn; the board comes down on its side. Use gravity 9.81 m/s^2 and upward launch speed 0.968 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full tur...	{"rotations":{"long":-0.5,"vertical":1,"cross":0},"airtimeS":0.197,"peakHeightM":0.048,"landsWheelsDown":false,"canFlipFinishInAir":false}	{ "seed": 20261015, "split": "public", "trick": "half-laser-flip", "world": "earth", "gravity": 9.81, "launchSpeed": 0.968, "minimumAirtimeS": 0.42 }
public-half-laser-flip-moon-20261015	single	A skater attempts a half laser flip on the Moon. A half heelflip is combined with one frontside vertical-axis turn; the board comes down on its side. Use gravity 1.62 m/s^2 and upward launch speed 1.053 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full ...	{"rotations":{"long":-0.5,"vertical":1,"cross":0},"airtimeS":1.3,"peakHeightM":0.342,"landsWheelsDown":false,"canFlipFinishInAir":true}	{ "seed": 20261015, "split": "public", "trick": "half-laser-flip", "world": "moon", "gravity": 1.62, "launchSpeed": 1.053, "minimumAirtimeS": 0.42 }
public-half-laser-flip-mars-20261015	single	A skater attempts a half laser flip on Mars. A half heelflip is combined with one frontside vertical-axis turn; the board comes down on its side. Use gravity 3.71 m/s^2 and upward launch speed 0.694 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turn...	{"rotations":{"long":-0.5,"vertical":1,"cross":0},"airtimeS":0.374,"peakHeightM":0.065,"landsWheelsDown":false,"canFlipFinishInAir":false}	{ "seed": 20261015, "split": "public", "trick": "half-laser-flip", "world": "mars", "gravity": 3.71, "launchSpeed": 0.694, "minimumAirtimeS": 0.42 }
public-half-late-flip-earth-20261015	single	A skater attempts a half late flip on Earth. After a delay in the air, the board makes only a half kickflip-direction roll. Use gravity 9.81 m/s^2 and upward launch speed 2.733 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns (1 means one 360° ro...	{"rotations":{"long":0.5,"vertical":0,"cross":0},"airtimeS":0.557,"peakHeightM":0.381,"landsWheelsDown":false,"canFlipFinishInAir":true}	{ "seed": 20261015, "split": "public", "trick": "half-late-flip", "world": "earth", "gravity": 9.81, "launchSpeed": 2.733, "minimumAirtimeS": 0.45 }
public-half-late-flip-moon-20261015	single	A skater attempts a half late flip on the Moon. After a delay in the air, the board makes only a half kickflip-direction roll. Use gravity 1.62 m/s^2 and upward launch speed 0.302 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns (1 means one 360°...	{"rotations":{"long":0.5,"vertical":0,"cross":0},"airtimeS":0.373,"peakHeightM":0.028,"landsWheelsDown":false,"canFlipFinishInAir":false}	{ "seed": 20261015, "split": "public", "trick": "half-late-flip", "world": "moon", "gravity": 1.62, "launchSpeed": 0.302, "minimumAirtimeS": 0.45 }
public-half-late-flip-mars-20261015	single	A skater attempts a half late flip on Mars. After a delay in the air, the board makes only a half kickflip-direction roll. Use gravity 3.71 m/s^2 and upward launch speed 0.354 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns (1 means one 360° rot...	{"rotations":{"long":0.5,"vertical":0,"cross":0},"airtimeS":0.191,"peakHeightM":0.017,"landsWheelsDown":false,"canFlipFinishInAir":false}	{ "seed": 20261015, "split": "public", "trick": "half-late-flip", "world": "mars", "gravity": 3.71, "launchSpeed": 0.354, "minimumAirtimeS": 0.45 }
public-one-and-a-half-kickflip-earth-20261015	single	A skater attempts a one-and-a-half kickflip on Earth. The board makes one and a half kickflip-direction rolls along its length and cannot land on its wheels. Use gravity 9.81 m/s^2 and upward launch speed 1.288 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are ...	{"rotations":{"long":1.5,"vertical":0,"cross":0},"airtimeS":0.263,"peakHeightM":0.085,"landsWheelsDown":false,"canFlipFinishInAir":false}	{ "seed": 20261015, "split": "public", "trick": "one-and-a-half-kickflip", "world": "earth", "gravity": 9.81, "launchSpeed": 1.288, "minimumAirtimeS": 0.75 }
public-one-and-a-half-kickflip-moon-20261015	single	A skater attempts a one-and-a-half kickflip on the Moon. The board makes one and a half kickflip-direction rolls along its length and cannot land on its wheels. Use gravity 1.62 m/s^2 and upward launch speed 1.094 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations a...	{"rotations":{"long":1.5,"vertical":0,"cross":0},"airtimeS":1.351,"peakHeightM":0.369,"landsWheelsDown":false,"canFlipFinishInAir":true}	{ "seed": 20261015, "split": "public", "trick": "one-and-a-half-kickflip", "world": "moon", "gravity": 1.62, "launchSpeed": 1.094, "minimumAirtimeS": 0.75 }
public-one-and-a-half-kickflip-mars-20261015	single	A skater attempts a one-and-a-half kickflip on Mars. The board makes one and a half kickflip-direction rolls along its length and cannot land on its wheels. Use gravity 3.71 m/s^2 and upward launch speed 2.696 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are i...	{"rotations":{"long":1.5,"vertical":0,"cross":0},"airtimeS":1.453,"peakHeightM":0.98,"landsWheelsDown":false,"canFlipFinishInAir":true}	{ "seed": 20261015, "split": "public", "trick": "one-and-a-half-kickflip", "world": "mars", "gravity": 3.71, "launchSpeed": 2.696, "minimumAirtimeS": 0.75 }
public-one-and-a-half-heelflip-earth-20261015	single	A skater attempts a one-and-a-half heelflip on Earth. The board makes one and a half rolls opposite to a kickflip and cannot land on its wheels. Use gravity 9.81 m/s^2 and upward launch speed 2.023 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns...	{"rotations":{"long":-1.5,"vertical":0,"cross":0},"airtimeS":0.412,"peakHeightM":0.209,"landsWheelsDown":false,"canFlipFinishInAir":false}	{ "seed": 20261015, "split": "public", "trick": "one-and-a-half-heelflip", "world": "earth", "gravity": 9.81, "launchSpeed": 2.023, "minimumAirtimeS": 0.75 }
public-one-and-a-half-heelflip-moon-20261015	single	A skater attempts a one-and-a-half heelflip on the Moon. The board makes one and a half rolls opposite to a kickflip and cannot land on its wheels. Use gravity 1.62 m/s^2 and upward launch speed 0.48 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full tur...	{"rotations":{"long":-1.5,"vertical":0,"cross":0},"airtimeS":0.593,"peakHeightM":0.071,"landsWheelsDown":false,"canFlipFinishInAir":false}	{ "seed": 20261015, "split": "public", "trick": "one-and-a-half-heelflip", "world": "moon", "gravity": 1.62, "launchSpeed": 0.48, "minimumAirtimeS": 0.75 }
public-one-and-a-half-heelflip-mars-20261015	single	A skater attempts a one-and-a-half heelflip on Mars. The board makes one and a half rolls opposite to a kickflip and cannot land on its wheels. Use gravity 3.71 m/s^2 and upward launch speed 2.446 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in full turns ...	{"rotations":{"long":-1.5,"vertical":0,"cross":0},"airtimeS":1.319,"peakHeightM":0.806,"landsWheelsDown":false,"canFlipFinishInAir":true}	{ "seed": 20261015, "split": "public", "trick": "one-and-a-half-heelflip", "world": "mars", "gravity": 3.71, "launchSpeed": 2.446, "minimumAirtimeS": 0.75 }
public-one-and-a-half-impossible-earth-20261015	single	A skater attempts a one-and-a-half impossible on Earth. The board wraps one and a half times nose-forward around the back foot, modeled on the cross axis. Use gravity 9.81 m/s^2 and upward launch speed 1.51 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in f...	{"rotations":{"long":0,"vertical":0,"cross":1.5},"airtimeS":0.308,"peakHeightM":0.116,"landsWheelsDown":false,"canFlipFinishInAir":false}	{ "seed": 20261015, "split": "public", "trick": "one-and-a-half-impossible", "world": "earth", "gravity": 9.81, "launchSpeed": 1.51, "minimumAirtimeS": 0.8 }
public-one-and-a-half-impossible-moon-20261015	single	A skater attempts a one-and-a-half impossible on the Moon. The board wraps one and a half times nose-forward around the back foot, modeled on the cross axis. Use gravity 1.62 m/s^2 and upward launch speed 0.357 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are ...	{"rotations":{"long":0,"vertical":0,"cross":1.5},"airtimeS":0.441,"peakHeightM":0.039,"landsWheelsDown":false,"canFlipFinishInAir":false}	{ "seed": 20261015, "split": "public", "trick": "one-and-a-half-impossible", "world": "moon", "gravity": 1.62, "launchSpeed": 0.357, "minimumAirtimeS": 0.8 }
public-one-and-a-half-impossible-mars-20261015	single	A skater attempts a one-and-a-half impossible on Mars. The board wraps one and a half times nose-forward around the back foot, modeled on the cross axis. Use gravity 3.71 m/s^2 and upward launch speed 0.547 m/s. Ignore drag and landing height differences. Airtime is 2v0/g; peak height is v0^2/(2g). Rotations are in f...	{"rotations":{"long":0,"vertical":0,"cross":1.5},"airtimeS":0.295,"peakHeightM":0.04,"landsWheelsDown":false,"canFlipFinishInAir":false}	{ "seed": 20261015, "split": "public", "trick": "one-and-a-half-impossible", "world": "mars", "gravity": 3.71, "launchSpeed": 0.547, "minimumAirtimeS": 0.8 }
public-one-and-a-half-varial-kickflip-earth-20261015	single	A skater attempts a one-and-a-half varial kickflip on Earth. One and a half kickflip-direction rolls are combined with a backside half shove-it; the board cannot land on its wheels. Use gravity 9.81 m/s^2 and upward launch speed 0.639 m/s. Ignore drag and landing height differences. Airtime is 2*v0/g; peak height is v0...	{"rotations":{"long":1.5,"vertical":-0.5,"cross":0},"airtimeS":0.13,"peakHeightM":0.021,"landsWheelsDown":false,"canFlipFinishInAir":false}	{ "seed": 20261015, "split": "public", "trick": "one-and-a-half-varial-kickflip", "world": "earth", "gravity": 9.81, "launchSpeed": 0.639, "minimumAirtimeS": 0.8 }
public-one-and-a-half-varial-kickflip-moon-20261015	single	A skater attempts a one-and-a-half varial kickflip on the Moon. One and a half kickflip-direction rolls are combined with a backside half shove-it; the board cannot land on its wheels. Use gravity 1.62 m/s^2 and upward launch speed 0.344 m/s. Ignore drag and landing height differences. Airtime is 2*v0/g; peak height is...	{"rotations":{"long":1.5,"vertical":-0.5,"cross":0},"airtimeS":0.425,"peakHeightM":0.037,"landsWheelsDown":false,"canFlipFinishInAir":false}	{ "seed": 20261015, "split": "public", "trick": "one-and-a-half-varial-kickflip", "world": "moon", "gravity": 1.62, "launchSpeed": 0.344, "minimumAirtimeS": 0.8 }
public-one-and-a-half-varial-kickflip-mars-20261015	single	A skater attempts a one-and-a-half varial kickflip on Mars. One and a half kickflip-direction rolls are combined with a backside half shove-it; the board cannot land on its wheels. Use gravity 3.71 m/s^2 and upward launch speed 2.614 m/s. Ignore drag and landing height differences. Airtime is 2*v0/g; peak height is v0^...	{"rotations":{"long":1.5,"vertical":-0.5,"cross":0},"airtimeS":1.409,"peakHeightM":0.921,"landsWheelsDown":false,"canFlipFinishInAir":true}	{ "seed": 20261015, "split": "public", "trick": "one-and-a-half-varial-kickflip", "world": "mars", "gravity": 3.71, "launchSpeed": 2.614, "minimumAirtimeS": 0.8 }

Skateboard Physics

Can a model land the math behind two dozen skateboard tricks?

What it measures

Signed 3D rotation understanding, projectile-motion arithmetic, landing orientation, and whether a skateboard trick fits its airtime.

Category: physical-reasoning. Status: alpha.

How to run

$ npx benchmark-skateboard list
$ npx benchmark-skateboard run --model <model-id> --provider openrouter
$ npx benchmark-skateboard score results.json

--provider mock runs the whole benchmark offline with no keys. Real models run through OpenRouter (OPENROUTER_API_KEY) or any OpenAI-compatible base URL (OPENAI_BASE_URL, OPENAI_API_KEY).

Data fields

data/tasks.jsonl holds 72 tasks, one JSON object per line (kinds: 72 single).

field	type
`id`	string
`kind`	string
`prompt`	string
`expected`	string
`metadata`	object

Provenance

Skateboard Physics provenance

This file is generated from the benchmark definition.

Human-written skateboard trick glossary

Kind: human-written
URL: https://github.com/pooriaarab/benchmark-skateboard/blob/main/data/tricks.json
Licence: CC0-1.0
Retrieved: 2026-10-15T00:00:00.000Z
How to get it: Read data/tricks.json; its sources array names each public reference page used to check factual trick combinations.
Contamination notes: The glossary and public tasks are visible after 2026-10-15. Final comparisons should generate a private split with a fresh seed and keep it outside the package.
Refresh: Review the cited pages yearly or when a factual correction is reported, then record and review any table change.

OpenStax projectile-motion equations

Kind: human-written
URL: https://openstax.org/books/university-physics-volume-1/pages/4-3-projectile-motion
Licence: CC-BY-4.0
Retrieved: 2026-10-15T00:00:00.000Z
How to get it: Read section 4.3 and docs/methodology.md; only the standard constant-acceleration equations are used.
Contamination notes: This is a public method reference, not copied task text. The generated numeric combinations use the benchmark seed.
Refresh: Recheck the linked section when the method changes; equations are otherwise stable.

Seeded projectile-motion task generator

Kind: synthetic
URL: https://github.com/pooriaarab/benchmark-skateboard/blob/main/scripts/gen-tasks.mjs
Licence: MIT
Retrieved: 2026-10-15T00:00:00.000Z
How to get it: Run node scripts/gen-tasks.mjs --seed 20261015 --split public from the repository root.
Contamination notes: The 72 public tasks use seed 20261015. For a hidden split, run node scripts/gen-tasks.mjs --seed N --split hidden; .hidden/tasks.jsonl is gitignored and must remain private.
Refresh: Generate and review a new public seed for each planned minor data release; do not replace a release in place.

Grader

Strict JSON shape; exact signed rotations in turns; 5% relative tolerance for airtime and peak height; landing and feasibility booleans scored only when both physics values are within tolerance.

Limitations

This dataset contains only the public task split (72 tasks). Hidden evaluation splits use a private seed and are deliberately not part of this dataset. Source kinds: human-written, synthetic. These are evaluation prompts for the benchmark-skateboard benchmark, not training data; scoring requires the package's deterministic grader. See PROVENANCE.md for contamination notes.

Citation

@misc{benchmark_skateboard,
  author = {Pooria Arab},
  title = {Skateboard Physics task data},
  year = {2026},
  url = {https://github.com/pooriaarab/benchmark-skateboard}
}

Collection including pooria/benchmark-skateboard

AI Benchmark Index

Collection

Task data for the benchmark-* family of AI benchmarks (aibenchmarkindex.com). • 22 items • Updated 1 day ago