Java java.lang Math Geometry

Java examples for java.lang:Math Geometry

Description

Click the following links for the tutorial for java.lang and Math Geometry.

  1. clockwise Bisect
  2. clockwise Rotation
  3. counter clockwise Rotation
  4. dms To Degrees
  5. format Degree To Dms
  6. format Degree To Hms
  7. hms To Degree
  8. get Angular Difference


  9. subtract 180 Difference
  10. Returns the vertical sharing value If the value returned is negative, then the widgets are not in the same column
  11. quadratic Out Ease animation value
  12. Return the inverse (arc) hyperbolic cosine of a double.
  13. Return the inverse (arc) hyperbolic sine of a double.
  14. Returns the inverse (arc) hyperbolic tangent of a double.
  15. Return the hyperbolic cosine of a double.
  16. Return the contangent of a double.


  17. Find the square of the distance between the point and a point on the curve (u).
  18. Calculates distance between two points specified by latitude/longitude
  19. Compute the arctangent of x to a given scale, |x| < 1
  20. Compute the arctangent of x to a given scale by the Taylor series, |x| < 1
  21. The opposite transformation of compass to cartesian.
  22. Converts a compass heading (0-360 degrees, 0 north) to a cartesian angle (0-360, 0 along x-axis).
  23. Convert the input to a number of degrees lying inside the compass circle.
  24. compute Min Euclidean Distances
  25. Return the minimum Euclidean distance from each point to any other observation.
  26. Naive method for computing minimum distance - slower but needs less memory.
  27. Finds the angle obtained by moving a distance of delta_x from x in a anti-clockwise direction.
  28. Finds the angle obtained by moving a distance of delta_x from x in a clockwise direction.
  29. Finds the angle obtained by moving a distance of delta_x from x in a clockwise direction if delta_x is positive and anticlockwise direction is delta_x is negative.
  30. Finds the closest value in quad that is closest in distance to angle.
  31. Finds the minimum angular distance between two angles.
  32. Tests if a line from point 1 to point 2 is intersecting the rectangle rect.
  33. The fastest way to test if 2 line segments intersect.
  34. Compute the absolute difference (in degrees) between two directions.
  35. Converts an angle (in degrees, assuming 0 degrees is straight up, and clockwise is an increase in angle, and positive X is right) to an X location point.
  36. Finds the diametrically opposite angle to this angle. The diametrically opposite angle to 2.5 is -177.5
  37. converts cartesian coordinates (positive Y is down, positive X is right) into an angle in degrees (0 degrees is up, clockwise is positive).
  38. Computes arccosine for some cos(x).
  39. Method for checking if two points are in sight of each other.
  40. Compute the x and y configured norms of all other points from the data points at time step t.
  41. Estimates the function value at a specified point on x-axis using the Lagrange interpolation.
  42. This method calculates tangent of Cubic Bezier Curve.
  43. This method calculates tangent of Quadratic Bezier Curve.
  44. This method calculates tangent of Spline Curve.
  45. get Latitude/Longitude by providing distance, bearing angle and reference Latitude/Longitude
  46. get Earth Radius For Latitude
  47. Interpolation of Catmull-Rom Spline
  48. get Distance In Km
  49. get Distance In Radians
  50. Get the 3D minimum distance between 2 lines vecmath
  51. Finds the closest point within a rectangle
  52. Computes the distance in kilometers between two points on Earth.
  53. Calculates geodetic distance between two points specified by latitude/longitude using Vincenty inverse formula for ellipsoids