See also: Quaternion Quaternions Define Quarters Quat Quath Quatch Quate Quatro Quatre Quatorze Quattro Quatrain Quaternity Quaternium Quatervois Quatrefoil Quaternary Quattrocento Quatrefeuille Quatercentenary
1. Introducing The Quaternions The Complex Numbers I The complex numbers C form a plane
Quaternions
2. Quaternion is a 4-tuple, which is a more concise representation than a rotation matrix
Quaternion
3. The Quaternion algebra to be introduced will also allow us to easily compose rotations
Quaternion
4. The Quaternions are members of a noncommutative division algebra first invented by William Rowan Hamilton.
Quaternions
5. Quaternions are a nice mathematical concept to use for orientation and attitude visualization for navigation designs
Quaternions
6. Quaternions are an extension of imaginary number set, commonely refered to as a hyper-complex number. A Quaternion can be thought of as a four element vector.
Quaternions, Quaternion
7. Quaternions are the things that scare all manner of mice and men. They are the things that go bump in the night
Quaternions
8. Quaternion definition is - a set of four parts, things, or persons
Quaternion
9. Components of a Quaternion ROS uses Quaternions to track and apply rotations
Quaternion, Quaternions
10. A Quaternion has 4 components (x, y, z, w)
Quaternion
11. Quaternion Interpolation Remember that there are two redundant vectors in Quaternion space for every unique orientation in 3D space What is the difference between: Slerp(t,a,b) and Slerp(t,-a,b) ? One of these will travel less than 90 degrees while the other will travel more than 90 degrees across the sphere
Quaternion
12. This paper is an attempt to summarize Quaternion Algebras
Quaternion
13. The rst part looks at their origins and certain properties of these algebras are examined, from the roots of Polynomials over the Quaternions to how to construct a Quaternion algebra and Frobenius’ theorem
Quaternions, Quaternion
14. The second part of this paper looks at applications of Quaternion algebras.
Quaternion
15. The Quaternion structure is used to efficiently rotate an object about the (x,y,z) vector by the angle theta, where: w = cos (theta/2)
Quaternion
16. Quaternion is a 4-tuple, which is a more concise representation than a rotation matrix
Quaternion
17. The Quaternion algebra to be introduced will also allow us to easily compose rotations
Quaternion
18. Quaternion definition, a group or set of four persons or things
Quaternion
19. The Quaternion functions that you use 99% of the time are: Quaternion.LookRotation, Quaternion.Angle, Quaternion.Euler, Quaternion.Slerp, Quaternion.FromToRotation, and Quaternion.identity
Quaternion
20. (The other functions are only for exotic uses.) You can use the Quaternion.operator * to rotate one rotation by another, or to rotate a vector by a rotation.
Quaternion
21. Quaternions off soudiers to be kept, entendynge after ester to brynge hym forth to the people
Quaternions
22. Quaternions were historically the first example of a hypercomplex system, arising from attempts to find a generalization of complex numbers
Quaternions
23. Quaternion, in algebra, a generalization of two-dimensional complex numbers to three dimensions
Quaternion
24. Quaternions and rules for operations on them were invented by Irish mathematician Sir William Rowan Hamilton in 1843
Quaternions
25. Quaternion.fromAxisAngle(axis, angle) Sets the Quaternion by a rotation given as axis and angle
Quaternion
26. Quaternion.fromEuler(Φ, θ, ψ[, order="ZXY"]) Creates a Quaternion by a rotation given by Euler angles
Quaternion, Quot
27. Quaternion.fromBetweenVectors(u, v) Calculates the Quaternion to rotate one vector onto the
Quaternion
28. Peter was committed by Herod to the custody of four Quaternions, i.e., one Quaternion for each watch of the night ( Acts 12:4).Thus every precaution was taken against his escape from prison.
Quaternions, Quaternion
29. Quaternion supports clients in trading, risk management and finance functions
Quaternion
30. Quaternion synonyms, Quaternion pronunciation, Quaternion translation, English dictionary definition of Quaternion
Quaternion
31. Static Cesium.Quaternion.fastSlerp (start, end, t, result) → Quaternion Core/Quaternion.js 945 Computes the spherical linear interpolation or extrapolation at t using the provided Quaternions.
Quaternion, Quaternions
32. A unit Quaternion is a Quaternion qfor which N(q) = 1
Quaternion, Qfor
33. The inverse of a unit Quaternion and the product of unit Quaternions are themselves unit Quaternions
Quaternion, Quaternions
34. A unit Quaternion can be represented by q= cos + ^usin (9) where ^uas a 3D vector has length 1
Quaternion
35. However, observe that the Quaternion …
Quaternion
36. This package implements Hamilton's Quaternion algebra
Quaternion
37. Quaternions have the form a+b i+c j+d k where a, b, c, and d are real numbers
Quaternions
38. Quaternions are an extension of the complex numbers, and work much the same except that their multiplication is not commutative.
Quaternions
39. I can't see the page in Google Books, but what you apparently have there is the logarithm of a unit Quaternion $\mathbf q$, which has scalar part $\cos(\theta)$ and vector part $\sin(\theta)\vec{n}$ where $\vec{n}$ is a unit vector
Quaternion
40. Since the logarithm of an arbitrary Quaternion $\mathbf q=(s,\;\;v)$ is defined as
Quaternion
41. Examples of how to use “Quaternion” in a sentence from the Cambridge Dictionary Labs
Quaternion
42. A Quaternion can be used to represent a rotation in 3 dimensions
Quaternion
43. If we are rotating through t radians about a unit vector (x1,y1,z1) then the rotation can be represented by multiplying by the following Quaternion: q = cos(t/2) + i ( x1 * sin(t/2)) + j (y1 * sin(t/2)) + k ( z1 * sin(t/2)) This is a Quaternion with the following elements:
Quaternion
44. Public static Quaternion Euler (Vector3 euler); Description Returns a rotation that rotates z degrees around the z axis, x degrees around the x axis, and y degrees around the y axis.
Quaternion
45. Quaternions add a fourth element to the [ x, y, z] values that define a vector, resulting in arbitrary 4-D vectors.However, the following example illustrates how each element of a unit Quaternion relates to an axis-angle rotation, where q represents a unit Quaternion (x, y, z, w), axis is normalized, and theta is the desired counterclockwise (CCW) rotation around the axis.
Quaternions, Quaternion
46. • (poetry) Quaternion is a poetry style in which the theme is divided into four parts More crossword answers
Quaternion
47. We found 6 answers for the crossword clue Quaternion
Quaternion
48. A Quaternion number is represented in the form a + b i + c j + d k, where a, b, c, and d parts are real numbers, and i, j, and k are the basis elements, satisfying the equation: i 2 = j 2 = k 2 = ijk = −1.
Quaternion
49. The set of Quaternions, denoted by H, is defined within a four-dimensional vector space over the …
Quaternions
50. And indicates Quaternion conjugation
Quaternion
51. Note the above Quaternion multiplication results in a Quaternion with the real part, , equal to 0
Quaternion
52. Feel free to become a mega tier supporter for the price of $50, this will grant you all perks the low-tier & medium-tier & high-tier & ultra high-tier grants you & the "Patron Tier 5" role as well as the ability to get access to an exclusive Quaternion Entertainment merch after 3 months of consecutive payments.
Quot, Quaternion
53. Get a new Quaternion using eulerAngles to define the rotation
Quaternion
54. Quaternion is a cross-platform desktop IM client for the Matrix protocol
Quaternion
55. Most of talking around Quaternion happens in the room of its parent project, Quotient: #quotient:matrix.org.
Quaternion, Quotient
56. The dual-Quaternion has been around since 1882 [CLIF82] but has gained less attention compared to Quaternions alone
Quaternion, Quaternions
57. Comparable to Quaternions the dual-Quaternions have had a taboo associated with them, whereby students avoid Quaternion and hence dual …
Quaternions, Quaternion
58. Quaternion definition: a generalized complex number consisting of four components , x = x 0 + x 1 i + x 2 j + x Meaning, pronunciation, translations and examples
Quaternion
QUATERNION [kwəˈtərnēən, kwäˈternēən]
NOUN
quaternion (noun) · quaternions (plural noun)
Quaternion, [N] [E] a military term signifying a guard of four soldiers, two of whom were attached to the person of a prisoner, while the other two kept watch outside the door of his cell. ( Acts 12:4 )
The Quaternion functions that you use 99% of the time are: Quaternion.LookRotation, Quaternion.Angle, Quaternion.Euler, Quaternion.Slerp, Quaternion.FromToRotation, and Quaternion.identity. (The other functions are only for exotic uses.) You can use the Quaternion.operator * to rotate one rotation by another, or to rotate a vector by a rotation.
You can use the Quaternion.operator * to rotate one rotation by another, or to rotate a vector by a rotation. Note that Unity expects Quaternions to be normalized. The identity rotation (Read Only). Returns or sets the euler angle representation of the rotation. Returns this quaternion with a magnitude of 1 (Read Only).
Quaternions are used to represent rotations. They are compact, don't suffer from gimbal lock and can easily be interpolated. Unity internally uses Quaternions to represent all rotations. They are based on complex numbers and are not easy to understand intuitively.