Physikalische Grundlagen at TU München

Flashcards and summaries for Physikalische Grundlagen at the TU München

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Study with flashcards and summaries for the course Physikalische Grundlagen at the TU München

Exemplary flashcards for Physikalische Grundlagen at the TU München on StudySmarter:

Explain how to calculate the overall force.

Exemplary flashcards for Physikalische Grundlagen at the TU München on StudySmarter:

Name 3 Applications for Mass-Spring Systems

Exemplary flashcards for Physikalische Grundlagen at the TU München on StudySmarter:

What are the issues with mass spring systems?

Exemplary flashcards for Physikalische Grundlagen at the TU München on StudySmarter:

What kind of animations exist?

Exemplary flashcards for Physikalische Grundlagen at the TU München on StudySmarter:

Name 3 examples what can be animated with simulation.

Exemplary flashcards for Physikalische Grundlagen at the TU München on StudySmarter:

What does "ρ" stand for?

Exemplary flashcards for Physikalische Grundlagen at the TU München on StudySmarter:

Where do we use fluid simulations?

Exemplary flashcards for Physikalische Grundlagen at the TU München on StudySmarter:

What's the difference between Nabla and Delta?

Exemplary flashcards for Physikalische Grundlagen at the TU München on StudySmarter:

Define Quaternions.

Exemplary flashcards for Physikalische Grundlagen at the TU München on StudySmarter:

Give examples for affine transformations

Exemplary flashcards for Physikalische Grundlagen at the TU München on StudySmarter:

What are the 3 cases when classifying contacts in collision detection?

Exemplary flashcards for Physikalische Grundlagen at the TU München on StudySmarter:

Name atleast 3 well-known conservative surface representations.

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Exemplary flashcards for Physikalische Grundlagen at the TU München on StudySmarter:

Physikalische Grundlagen

Explain how to calculate the overall force.

Overall force = int_F(ij) + ext_F(i)

Physikalische Grundlagen

Name 3 Applications for Mass-Spring Systems

  • Cloth
  • Deformable/elastic objects
  • Ropes

Physikalische Grundlagen

What are the issues with mass spring systems?

  • Placement
  • Collision
  • Stability

Physikalische Grundlagen

What kind of animations exist?

  • Conventional animation
  • Motion capture
  • Physically-base animation

Physikalische Grundlagen

Name 3 examples what can be animated with simulation.

  • Characters: humans, animals
  • Secondary motion: hair, cloth
  • Materials: rigid bodies, water

Physikalische Grundlagen

What does "ρ" stand for?

Rho and it’s used for Density.

Physikalische Grundlagen

Where do we use fluid simulations?

  • Smoke
  • Water surfaces & splashes
  • Fire & Explosions

Physikalische Grundlagen

What's the difference between Nabla and Delta?

∇ Nabla is a representation of a vector of derivatives.
Δ Delta is a representation of a sum of derivatives.

Physikalische Grundlagen

Define Quaternions.

q = (s, v) = (s, x, y, z) = sl + xi + yj + zk

Physikalische Grundlagen

Give examples for affine transformations

  • Translation
  • Rotation
  • Scaling
  • Mirroring
  • Shearing

Physikalische Grundlagen

What are the 3 cases when classifying contacts in collision detection?

  • Colliding contact v_rel < 0
  • Seperating v_rel > 0
  • Sliding contact v_rel = 0

Physikalische Grundlagen

Name atleast 3 well-known conservative surface representations.

  • Spheres
  • AABB (Axis-aligned bounding boxes)
  • k-DOPs (k-Discrete oriented polytopes)
  • OBB (Object-oriented bounding boxes)
  • Convex hulls

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