[eclipse-clp-users] Visualizing delayed goals as 2D spatial regions in Java

One version of my delayed goals looks like this (where BIN stands for
apparently opaque binary content):

prop_ic_con(ic_con(BIN, 1, BIN, BIN, [](_2355{-1.4142135623731 ..
1.4142135623731}, ExpectedYPos{27.5857864376269 .. 30.4142135623731}),
'SUSP-_2399-susp'))
  binop_function(pow_int, _2355{-1.4142135623731 .. 1.4142135623731}, 2.0,
_2445{0.0 .. 2.0}, 'SUSP-_2459-susp')
  rpow(_2445{0.0 .. 2.0}, 2, 0.5, 0.5, _2355{-1.4142135623731 ..
1.4142135623731}, 'SUSP-_2523-susp')

prop_ic_con(ic_con(BIN, 1, BIN, BIN, [](_2771{-1.4142135623731 ..
1.4142135623731}, ExpectedXPos{42.5857864376269 .. 45.4142135623731}),
'SUSP-_2815-susp'))
  binop_function(pow_int, _2771{-1.4142135623731 .. 1.4142135623731}, 2.0,
_2861{0.0 .. 2.0}, 'SUSP-_2875-susp')
  rpow(_2861{0.0 .. 2.0}, 2, 0.5, 0.5, _2771{-1.4142135623731 ..
1.4142135623731}, 'SUSP-_2939-susp')

prop_ic_con(ic_con(BIN, 1, BIN, BIN, [](_2445{0.0 .. 2.0}, _2861{0.0 ..
2.0}), 'SUSP-_3015-susp'))


If I coded it right, this should represent a circle of real-valued points
centered at (44, 29) with radius 2 (the constraint was coded as: 2 $>=
(ExpectedXPos - 44) ^ 2 + (ExpectedYPos - 29) ^ 2).

How should I interpret prop_ic_con, ic_con, binop_function, and rpow so I
can plot, say, a circle in my upcoming visualization?