| rand(min, max) |
Random number generator |
(rand(1, 10)) |
1 |
| wakeRand(min, max) |
Random number generator that's updated every time the watch face goes into active mode |
(wakeRand(1, 10)) |
1 |
| abs(number) |
Absolute value function |
(abs(-10)) |
10 |
| sin(number) |
Sine function |
(sin(1)) |
0.8414709848078965 |
| cos(number) |
Cosine function |
(cos(1)) |
0.5403023058681398 |
| tan(number) |
Tangent function |
(tan(1)) |
1.5574077246549023 |
| round(number) |
Round function (get the closest integer) |
(round(1.6)) |
2 |
| ceil(number) |
Ceiling function (gets the next highest integer) |
(ceil(1.2)) |
2 |
| floor(number) |
Floor function - gets the next lowest integer) |
(floor(1.6)) |
1 |
| log(number) |
Log function |
(log(2)) |
0.6931471805599453 |
| log2(number) |
Log base 2 function |
(log2(2)) |
1 |
| log10(number) |
Log base 10 function |
(log10(2)) |
0.3010299956639812 |
| sqrt(number) |
Square root function |
(sqrt(4)) |
2 |
| cbrt(number) |
Cube root function |
(cbrt(8)) |
2 |
| exp(number) |
Gets E to the x power |
(exp(2)) |
7.38905609893065 |
| expm1(number) |
Gets E to the x power minus 1 |
(expm1(2)) |
6.38905609893065 |
| deg(radians) |
Convert radians to degrees |
(deg(1)) |
57.29577951308232 |
| rad(degrees) |
Converts degrees to radians |
(rad(180)) |
3.141592653589793 |
| clamp(current, min, max) |
Restrict 'current' value to the 'min' & 'max' |
(clamp(#Ds#, 15, 45)) |
31 |
| squareWave(current, amplitude, period, xOffset) |
Creates a square wave pattern out of 'current' value |
(squareWave(#Ds#, 15, 10, 0)) |
15 |
| interpAccel(current, min, max, accelerationFactor) |
Creates a ease-in transition with 'current' value |
(interpAccel(#Ds#, 0, 60, 2)) |
0.2669444444444445 |
| interpDecel(current, min, max, accelerationFactor) |
Creates a ease-out transition with 'current' value |
(interpDecel(#Ds#, 0, 60, 2)) |
0.9454258487654321 |
| interpAccelDecel(current, min, max) |
Creates a ease-in-out transition with 'current' value |
(interpAccelDecel(#Ds#, 0, 60)) |
0.5261679781214715 |
| gyroX() |
Outputs the X axis of the gyro sensor, accumulated into positional coordinates |
3.9241372946780517 |
3.9241372946780517 |
| gyroY() |
Outputs the Y axis of the gyro sensor, accumulated into positional coordinates |
-1.0019503694835041 |
-1.0019503694835041 |
| accelerometerX() |
Outputs the X axis of the accelerometer sensor, accumulated into positional coordinates |
-5.273500685642811 |
-5.273500685642811 |
| accelerometerY() |
Outputs the Y axis of the accelerometer sensor, accumulated into positional coordinates |
7.629725700177308 |
7.629725700177308 |
| gyroRawX() |
Outputs the raw X axis of the gyro sensor, which detects rotational acceleration |
6.64500963775291 |
6.64500963775291 |
| gyroRawY() |
Outputs the raw Y axis of the gyro sensor, which detects rotational acceleration |
-3.9204606214134596 |
-3.9204606214134596 |
| accelerometerRawX() |
Outputs the raw X axis of the accelerometer sensor |
1.4595613230651239 |
1.4595613230651239 |
| accelerometerRawY() |
Outputs the raw Y axis of the accelerometer sensor |
9.87964297713896 |
9.87964297713896 |
