MapTool 1.4.0.3 Build
Posted: Fri May 13, 2016 12:49 pm
Yay its time for a new build.
- Added json.removeFirst macro function, similar to json.difference() but will only remove the first occurrence of match. e.g. json.removeFirst('[2,2,4,5,6,6,4]', '[2,6]') = [2,4,5,6,4]
- Fix for trailing end of line character of version string in getInfo('client') macro function.
- Added a client id to getInfo. This will return the id of a client (an essentially randonmly generated id that can't be used to identify your ip etc). This is so macro writers can save settings per client in the campaign.
- Fix for parser error messages not being displayed nicely.
- math.abs -- Return the absolute (non negative) of of a value.
- math.ceil -- Return the nearest whole number, rounding up
- math.floor -- Return the nearest whole number, rounding down
- math.cos -- Return the cosine of an angle (angle in degrees)
- math.cos_r -- Return the cosine of an angle (angle in radians)
- math.sin -- Return the sine of an an angle (angle in degrees)
- math.sin_r -- Return the sine of an angle (angle in radians)
- math.tan -- Return the tangent of an angle (angle in degrees)
- math.tan_r -- Return the tangent of an angle (angle in radians)
- math.acos -- Return the inverse cosine of a ratio (returned angle is in degrees)
- math.acos_r -- Return the inverse cosine of a ratio (returned angle is in radians)
- math.asin -- Return the inverse sine of a ratio (returned angle is in degrees)
- math.asin_r -- Return the inverse sine of a ratio (returned angle is in radians)
- math.atan -- Return the inverse tangent of a ratio (returned angle is in degrees)
- math.atan_r -- Return the inverse tangent of a ratio (returned angle is in radians)
- math.atan2 -- A version of atan that takes 2 arguments instead of a ratio so that it can return angle based on signs of inputs (allowing you to determine quadrant). Return is in degrees
- math.atan2_r -- A version of atan that takes 2 arguments instead of a ratio so that it can return angle based on signs of inputs (allowing you to determine quadrant). Return is in radians
- math.cbrt, math.cuberoot -- Return the cube root of a number
- math.hypot, math.hypotenuse -- Return the hypotenuse (h = sqrt(a*a + b*b)) for the two sides passed in
- math.log -- Return the natural logarithm of a number
- math.log10 -- Return the base 10 logarithm of a number
- math.min -- Returns the minimum number from its arguments (2+ arguments)
- math.max -- Returns the maximum number from its arguments (2+ arguments)
- math.mod -- Returns the modulus of the arguments (remainder from the division)
- math.pow -- Returns the value of the first argument raised to the power of the second
- math.sqrt, math.squareroot -- Returns the square root of a number
- math.toRadians -- Converts an angle from degrees to radians
- math.toDegrees -- Converts an angle from radians to degrees
- math.pi -- Returns the value of PI, mmmmm pie...
- math.e -- Returns the mathematical constant e (base of natural logarithm)
- math.isOdd -- Returns 1 if the argument is odd, 0 if it is even
- math.isEven -- Returns 1 if the argument is even, 0 if it is odd
- math.isInt -- Returns 1 if the argument is an integer, 0 if it is not.