Graphics Reference
In-Depth Information
4.6.6 Tests
Assuming that you have the appropriate target specii cations for the geometry
workl ow, your next step is to conduct a feasibility test of the various tools and
techniques in light of the targets. Once the feasibility tests have determined
the appropriate tools and techniques to meet the targets, then you move on
to stress testing the tools and techniques under conditions simulating full
production.
Key questions the geometry team can ask about tests for each process area in
the geometry workl ow are shown in
Figure 4.19
.
PROCESS
FACTORS
INPUT/
OUTPUT
How do you know your geometry tools
can accommodate projected workload?
How do you know tools are calibrated to
common standard?
CALIBRATION
How does the viewing environment
differ from final venue?
VIEWING
TESTS
Do your tools perform as expected?
ANALYSIS
GRADING/
CORRECTION
Can your tools handle the projected
workload?
QUALITY
CONTROL
How do you know that other workflows
will preserve geometry decisions?
Figure 4.17
Key questions the geometry team can ask about tests for each process
area in the geometry workl ow.
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