Mathematics and Logic · Software and Coding · Systems and Thinking
Kinematics and Motion
Kinematics describes how position, orientation, and motion change over time without by itself explaining the forces or intent behind that motion. In software and motion planning, a kinematic representation may describe joints, connected segments, coordinate frames, constraints, and timed changes so that movement can be inspected before rendering or execution.
Sources & review
Evidence and review
How Atlas supports this record.
Atlas uses original Kinesema wording. These public sources support narrow parts of the record; they are not endorsements or proof of claims outside the roles shown below.
- Review
- Human reviewed
- AI assistance
- Yes—human reviewed
- Last reviewed
- 2026-08-23
University Physics Volume 1 — 5.1 Forces
OpenStax
- Used here for
- Within introductory Newtonian-physics scope, kinematics describes how objects move through quantities such as velocity and acceleration, while dynamics addresses forces and causes of motion.
- Source use
- Paraphrased from source
- Source type
- open educational university-physics textbook section
The International System of Units (SI Brochure), 9th edition, version 4.01
Bureau International des Poids et Mesures
- Used here for
- The scoped roles of quantity values, numbers, units, dimensions, and angle-unit context when expressing and interpreting numerical values.
- Source use
- Paraphrased from source
- Source type
- official BIPM publication and authoritative SI reference; ninth edition published 2019; version 4.01
International Vocabulary of Metrology — Basic and General Concepts and Associated Terms (VIM), 3rd edition, JCGM 200:2012
Joint Committee for Guides in Metrology
- Used here for
- Scoped distinctions among quantity, quantity value, numerical value, measurement unit, dimension, quantity-value scale, conversion, and measurement-uncertainty roles.
- Source use
- Paraphrased from source
- Source type
- official international metrology vocabulary; third edition; corrected 2012 publication
OGC Abstract Specification Topic 2: Referencing by coordinates (Including corrigendum 1 and corrigendum 2), OGC 18-005r8, version 6.0.8
Open Geospatial Consortium
- Used here for
- Within its OGC and ISO 19111 scope, distinctions among coordinate systems, coordinate reference systems, datums and reference frames, coordinate operations, coordinate conversions, coordinate transformations, dynamic reference frames, coordinate epochs, and relevant frame-reference, datum-anchor, transformation-reference, and parameter-reference epoch roles.
- Source use
- Paraphrased from source
- Source type
- official OGC publicly available standard and Abstract Specification; exact document 18-005r8, version 6.0.8
This is a concise first-release record, not a complete course. Examples, terminology, and reviewed connections can grow through later public projections.
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Connected concepts
These are reviewed Atlas relationships, not suggestions inferred from page order or visual proximity. Open a boundary only when you want the extra detail.
Connected from
Intermediate Representations
A renderer-independent intermediate representation can preserve selected motion intent, spatial references, constraints, or timing before a later component converts them into body- or renderer-specific output.
Connection boundary
This relationship does not claim that a generic structure contains accepted motion, that every renderer can use it, or that the rendered result is physically or linguistically correct.
Connects to
Units, Frames, and Uncertainty
A motion description needs units, frames, timing, conventions, and limitations so positions, orientations, velocities, and constraints can be interpreted consistently.
Connection boundary
Complete context can make a motion record inspectable, but it does not prove accuracy, physical realism, safety, accessibility, or approval.
Connected from
State Machines and Transitions
A motion-planning system can use named states and transitions to organize phases, constraints, timing, or explicit failures while keeping the geometric motion representation separate.
Connection boundary
A transition sequence does not supply missing spatial values, prove smooth or feasible movement, or establish linguistic, cultural, or product correctness.
Connected from
Vectors and Coordinate Frames
Kinematic descriptions can use vectors and coordinate frames to express position, direction, orientation, velocity, or other motion-related quantities.
Connection boundary
A coordinate description does not by itself provide dynamics, physical feasibility, intent, meaning, or an accepted motion plan.