Live Quiz Arena
🎁 1 Free Round Daily
⚡ Enter ArenaQuestion
← Logic & PuzzlesIf a digital elevation model (DEM) representing mountainous terrain is simplified by successively removing vertices, which effect ultimately compromises accurate pathfinding?
A)Reduced computational load during rendering
B)Minimized data storage footprint
C)Improved mesh smoothing artifacts
D)Loss of topological connectivity✓
💡 Explanation
When simplifying a DEM, excessive vertex removal leads to a loss of essential topological relationships such as connectedness, because the simplification process can collapse pathways and bridges, therefore pathfinding becomes impossible, rather than merely affecting rendering or storage.
🏆 Up to £1,000 monthly prize pool
Ready for the live challenge? Join the next global round now.
*Terms apply. Skill-based competition.
Related Questions
Browse Logic & Puzzles →- If a network protocol transmits frequent 'ACK' packets and rare 'SYN' packets, which encoding outcome optimizes transmission efficiency using Huffman coding?
- If an adaptive mesh refinement algorithm uses a quadtree data structure on a computational fluid dynamics simulation, which consequence follows from refining a cell?
- A radio transmitter's modulation matrix has repeated eigenvalues near zero. Which effect results when the matrix is used to process signals?
- What happens to the computational cost for an attacker when a cryptographic hash function loses its second preimage resistance?
- If a linear transformation matrix applied to a vector space has an eigenvalue of zero, which outcome is inevitable?
- A self-balancing robot needs to maintain upright posture against disturbances; which technique proves that small corrections converge to stability?
