# Test runs
# Format: {FUNC}¦{LZ}¦{NZ}¦{LG}¦{NG}¦{GRADTYPE}¦{MAXGDIFF}¦{SIGMAG}¦{SIGMAW}
# where {GRADTYPE} is "N" for numeric, "A" for analytic.

# Test groups
# First and 2nd part of group name refers
# to how the Z and G are sampled:
#   SHARP = single point sampling.
#   PIXEL = uniform average in 1-pixel window.
#   SMOOTH = Hann weighted average in 2-pixel window.

# Point-sampled Z, 1-pixel sampled analytic gradient,
# numeric gradient out, no noise
SHARP_PIXEL_NUMGRAD_TESTS := \
  00¦0¦01¦1¦05¦N¦3.00¦0.000¦0.000 \
  01¦0¦01¦1¦05¦N¦3.00¦0.000¦0.000 \
  02¦0¦01¦1¦05¦N¦3.00¦0.000¦0.000 \
  03¦0¦01¦1¦05¦N¦3.00¦0.000¦0.000 \
  04¦0¦01¦1¦05¦N¦3.00¦0.000¦0.000 \
  05¦0¦01¦1¦05¦N¦1.00¦0.000¦0.000 \
  06¦0¦01¦1¦05¦N¦1.00¦0.000¦0.000 \
  07¦0¦01¦1¦05¦N¦1.00¦0.000¦0.000 \
  08¦0¦01¦1¦05¦N¦8.00¦0.000¦0.000 \
  09¦0¦01¦1¦05¦N¦3.00¦0.000¦0.000 \
  10¦0¦01¦1¦05¦N¦1.00¦0.000¦0.000 \
  11¦0¦01¦1¦05¦N¦1.00¦0.000¦0.000 \
  12¦0¦01¦1¦05¦N¦1.00¦0.000¦0.000 \
  13¦0¦01¦1¦05¦N¦1.00¦0.000¦0.000 \
  14¦0¦01¦1¦05¦N¦1.00¦0.000¦0.000 \
  15¦0¦01¦1¦05¦N¦1.00¦0.000¦0.000 \
  16¦0¦01¦1¦05¦N¦1.00¦0.000¦0.000 \
  17¦0¦01¦1¦05¦N¦1.00¦0.000¦0.000 \
  18¦0¦01¦1¦05¦N¦1.00¦0.000¦0.000 \
  19¦0¦01¦1¦05¦N¦9.00¦0.000¦0.000 \
  20¦0¦01¦1¦05¦N¦1.00¦0.000¦0.000 \
  21¦0¦01¦1¦05¦N¦9.00¦0.000¦0.000 \
  22¦0¦01¦1¦05¦N¦5.00¦0.000¦0.000 \
  23¦0¦01¦1¦05¦N¦5.00¦0.000¦0.000 \
  24¦0¦01¦1¦05¦N¦5.00¦0.000¦0.000 \
  25¦0¦01¦1¦05¦N¦5.00¦0.000¦0.000 \
  26¦0¦01¦1¦05¦N¦5.00¦0.000¦0.000 \
  27¦0¦01¦1¦05¦N¦5.00¦0.000¦0.000 \

# Point-sampled Z, 1-pixel sampled analytic gradient,
# analytic gradient out, no noise
SHARP_PIXEL_ANAGRAD_TESTS := \
  00¦0¦01¦1¦05¦A¦3.00¦0.000¦0.000 \
  01¦0¦01¦1¦05¦A¦3.00¦0.000¦0.000 \
  02¦0¦01¦1¦05¦A¦3.00¦0.000¦0.000 \
  03¦0¦01¦1¦05¦A¦3.00¦0.000¦0.000 \
  04¦0¦01¦1¦05¦A¦3.00¦0.000¦0.000 \
  05¦0¦01¦1¦05¦A¦1.00¦0.000¦0.000 \
  06¦0¦01¦1¦05¦A¦1.00¦0.000¦0.000 \
  07¦0¦01¦1¦05¦A¦1.00¦0.000¦0.000 \
  08¦0¦01¦1¦05¦A¦8.00¦0.000¦0.000 \
  09¦0¦01¦1¦05¦A¦3.00¦0.000¦0.000 \
  10¦0¦01¦1¦05¦A¦1.00¦0.000¦0.000 \
  11¦0¦01¦1¦05¦A¦1.00¦0.000¦0.000 \
  12¦0¦01¦1¦05¦A¦1.00¦0.000¦0.000 \
  13¦0¦01¦1¦05¦A¦1.00¦0.000¦0.000 \
  14¦0¦01¦1¦05¦A¦1.00¦0.000¦0.000 \
  15¦0¦01¦1¦05¦A¦1.00¦0.000¦0.000 \
  16¦0¦01¦1¦05¦A¦1.00¦0.000¦0.000 \
  17¦0¦01¦1¦05¦A¦1.00¦0.000¦0.000 \
  18¦0¦01¦1¦05¦A¦1.00¦0.000¦0.000 \
  19¦0¦01¦1¦05¦A¦9.00¦0.000¦0.000 \
  20¦0¦01¦1¦05¦A¦1.00¦0.000¦0.000 \
  21¦0¦01¦1¦05¦A¦9.00¦0.000¦0.000 \
  22¦0¦01¦1¦05¦A¦5.00¦0.000¦0.000 \
  23¦0¦01¦1¦05¦A¦5.00¦0.000¦0.000 \
  24¦0¦01¦1¦05¦A¦5.00¦0.000¦0.000 \
  25¦0¦01¦1¦05¦A¦5.00¦0.000¦0.000 \
  26¦0¦01¦1¦05¦A¦5.00¦0.000¦0.000 \
  27¦0¦01¦1¦05¦A¦5.00¦0.000¦0.000 \

# 1-pixel sampled Z, 2-pixel sampled gradient,
# analytic gradient out, no noise
PIXEL_SMOOTH_ANAGRAD_TESTS := \
  00¦1¦05¦2¦11¦A¦3.00¦0.000¦0.000 \
  01¦1¦05¦2¦11¦A¦3.00¦0.000¦0.000 \
  02¦1¦05¦2¦11¦A¦3.00¦0.000¦0.000 \
  03¦1¦05¦2¦11¦A¦3.00¦0.000¦0.000 \
  04¦1¦05¦2¦11¦A¦3.00¦0.000¦0.000 \
  05¦1¦05¦2¦11¦A¦1.00¦0.000¦0.000 \
  06¦1¦05¦2¦11¦A¦1.00¦0.000¦0.000 \
  07¦1¦05¦2¦11¦A¦1.00¦0.000¦0.000 \
  08¦1¦05¦2¦11¦A¦8.00¦0.000¦0.000 \
  09¦1¦05¦2¦11¦A¦3.00¦0.000¦0.000 \
  10¦1¦05¦2¦11¦A¦1.00¦0.000¦0.000 \
  11¦1¦05¦2¦11¦A¦1.00¦0.000¦0.000 \
  12¦1¦05¦2¦11¦A¦1.00¦0.000¦0.000 \
  13¦1¦05¦2¦11¦A¦1.00¦0.000¦0.000 \
  14¦1¦05¦2¦11¦A¦1.00¦0.000¦0.000 \
  15¦1¦05¦2¦11¦A¦1.00¦0.000¦0.000 \
  16¦1¦05¦2¦11¦A¦1.00¦0.000¦0.000 \
  17¦1¦05¦2¦11¦A¦1.00¦0.000¦0.000 \
  18¦1¦05¦2¦11¦A¦1.00¦0.000¦0.000 \
  19¦1¦05¦2¦11¦A¦9.00¦0.000¦0.000 \
  20¦1¦05¦2¦11¦A¦1.00¦0.000¦0.000 \
  21¦1¦05¦2¦11¦A¦9.00¦0.000¦0.000 \
  22¦1¦05¦2¦11¦A¦5.00¦0.000¦0.000 \
  23¦1¦05¦2¦11¦A¦5.00¦0.000¦0.000 \
  24¦1¦05¦2¦11¦A¦5.00¦0.000¦0.000 \
  25¦1¦05¦2¦11¦A¦5.00¦0.000¦0.000 \
  26¦1¦05¦2¦11¦A¦5.00¦0.000¦0.000 \
  27¦1¦05¦2¦11¦A¦5.00¦0.000¦0.000 \

# 1-pixel sampled Z, 2-pixel sampled gradient,
# analytic gradient out, plus noise
PIXEL_SMOOTH_ANAGRAD_NOISYG_TESTS := \
  00¦1¦05¦2¦11¦A¦3.00¦0.300¦0.000 \
  01¦1¦05¦2¦11¦A¦3.00¦0.300¦0.000 \
  02¦1¦05¦2¦11¦A¦3.00¦0.300¦0.000 \
  03¦1¦05¦2¦11¦A¦3.00¦0.300¦0.000 \
  04¦1¦05¦2¦11¦A¦3.00¦0.300¦0.000 \
  05¦1¦05¦2¦11¦A¦1.00¦0.300¦0.000 \
  06¦1¦05¦2¦11¦A¦1.00¦0.300¦0.000 \
  07¦1¦05¦2¦11¦A¦1.00¦0.300¦0.000 \
  08¦1¦05¦2¦11¦A¦8.00¦0.300¦0.000 \
  09¦1¦05¦2¦11¦A¦3.00¦0.300¦0.000 \
  10¦1¦05¦2¦11¦A¦1.00¦0.300¦0.000 \
  11¦1¦05¦2¦11¦A¦1.00¦0.300¦0.000 \
  12¦1¦05¦2¦11¦A¦1.00¦0.300¦0.000 \
  13¦1¦05¦2¦11¦A¦1.00¦0.300¦0.000 \
  14¦1¦05¦2¦11¦A¦1.00¦0.300¦0.000 \
  15¦1¦05¦2¦11¦A¦1.00¦0.300¦0.000 \
  16¦1¦05¦2¦11¦A¦1.00¦0.300¦0.000 \
  17¦1¦05¦2¦11¦A¦1.00¦0.300¦0.000 \
  18¦1¦05¦2¦11¦A¦1.00¦0.300¦0.000 \
  19¦1¦05¦2¦11¦A¦1.00¦0.300¦0.000 \
  20¦1¦05¦2¦11¦A¦1.00¦0.300¦0.000 \
  21¦1¦05¦2¦11¦A¦9.00¦0.300¦0.000 \
  22¦1¦05¦2¦11¦A¦5.00¦0.300¦0.000 \
  23¦1¦05¦2¦11¦A¦5.00¦0.300¦0.000 \
  24¦1¦05¦2¦11¦A¦5.00¦0.300¦0.000 \
  25¦1¦05¦2¦11¦A¦5.00¦0.300¦0.000 \
  26¦1¦05¦2¦11¦A¦5.00¦0.300¦0.000 \
  27¦1¦05¦2¦11¦A¦5.00¦0.300¦0.000 \

# 1-pixel sampled Z, 2-pixel sampled gradient,
# analytic gradient out, noisy weights
PIXEL_SMOOTH_ANAGRAD_NOISYW_TESTS := \
  04¦1¦05¦2¦11¦A¦3.00¦0.000¦1.000 \
  05¦1¦05¦2¦11¦A¦1.00¦0.000¦1.000 \
  08¦1¦05¦2¦11¦A¦8.00¦0.000¦1.000 \
  09¦1¦05¦2¦11¦A¦3.00¦0.000¦1.000 \
  10¦1¦05¦2¦11¦A¦1.00¦0.000¦1.000 \
  18¦1¦05¦2¦11¦A¦1.00¦0.000¦1.000 \

# A test that generates a uniform weight mask
# Needed for other packages
UNIFORM_WEIGHT_MASK := \
  00¦0¦01¦1¦05¦A¦3.00¦0.000¦0.000 \
 
# Tests to figure out which sampling method is best.
# Repeat some of the above.
SAMPLING_TESTS := \
  05¦0¦01¦1¦05¦N¦1.00¦0.000¦0.000 \
  05¦1¦05¦1¦05¦N¦1.00¦0.000¦0.000 \
   \
  05¦0¦01¦0¦01¦A¦1.00¦0.000¦0.000 \
  05¦0¦01¦1¦05¦A¦1.00¦0.000¦0.000 \
  05¦0¦01¦2¦11¦A¦1.00¦0.000¦0.000 \
  05¦1¦05¦1¦05¦A¦1.00¦0.000¦0.000 \
  05¦1¦05¦2¦11¦A¦1.00¦0.000¦0.000 \