Design: 04.01.02/P02

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PROGRAM 2: Appearance of polymarkers

CHARACTERISTICS: ynny

OPERATOR SCRIPT:

GEOMETRY OF 3D POLYMARKERS: All the squares should contain a
polymarker with multiple asterisk markers.  All but one should
have their vertices accurately circled by a polymarker.  Identify
the polymarker which is not accurately marked.

GEOMETRY OF 2D POLYMARKERS: Same as GEOMETRY OF 3D POLYMARKERS,
above.

DESIGN:

set polymarker scale factor to reasonable size = 0.02 in WC

Divide screen up into 6 square labelled areas for all tests

sider = list of 6 sides from which cube may be viewed =
  front,back,left,right,top,bottom

Throughout, use asterisk for actual polymarker, circle for
expected position.

TEST: #SR 1 4 7
      "The appearance of a <polymarker 3> primitive should reflect
       its 3D geometry after being transformed."

ngsq = no-good square = random integer from 1 to 6
generate 3D list of points, visually distinct from any side for
  3D polymarker

for ix = 1 to 6
   rotate to view from sider(ix)
   display the 3D polymarker in square #ix
   calculate expected position of vertices
   if (ix = ngsq) then
      distort expected vertices
   endif
   use 2D circle polymarker to mark expected vertices
next ix

OPQA/GEOMETRY OF 3D POLYMARKERS: Which polymarker does NOT have
   all its asterisk vertices circled?
pass/fail depending on:
   (operator identifies square #ngsq)

TEST: #SR 1 4 7
      "The appearance of a <polymarker> primitive should reflect
       its 2D geometry after being transformed."

ngsq = no-good square = random integer from 1 to 6
generate non-linear 2D list of points distinct from any side for
  2D polymarker

for ix = 1 to 6
   rotate 45 degrees around x and y axis into unit cube to show
      z-values
   rotate to view from sider(ix)
   display the 2D polymarker in square #ix
   calculate expected position of vertices
   if (ix = ngsq) then
      distort expected vertices
   endif
   use 2D circle polymarker to mark expected vertices
next ix

OPQA/GEOMETRY OF 2D POLYMARKERS: Which polymarker does NOT have
   all its asterisk vertices circled?
pass/fail depending on:
   (operator identifies square #ngsq)

END PROGRAM 2