termspec input file library

code/code_gen/termspecs/termspec.banded_fsd-0.05-0.95-0.1

@@ -0,0 +1,75 @@
+# weigthed average of terms t1~t8
+# with fsd masked for 9 bands
+
+[u, v, w, y]
+
+c = 1.0 - y
+wrate = rxn_rate(c)
+
+mask1 = $threshold_min_max(c, 0.05, 0.15)
+mask2 = $threshold_min_max(c, 0.15, 0.25)
+mask3 = $threshold_min_max(c, 0.25, 0.35)
+mask4 = $threshold_min_max(c, 0.35, 0.45)
+mask5 = $threshold_min_max(c, 0.45, 0.55)
+mask6 = $threshold_min_max(c, 0.55, 0.65)
+mask7 = $threshold_min_max(c, 0.65, 0.75)
+mask8 = $threshold_min_max(c, 0.75, 0.85)
+mask9 = $threshold_min_max(c, 0.85, 0.95)
+
+fsd_orig = sqrt (sqr(ddx(c)) + sqr(ddy(c)) + sqr(ddz(c)))
+
+fsd = fsd_orig * mask
+
+fsd1 = fsd_orig * mask1
+fsd2 = fsd_orig * mask2
+fsd3 = fsd_orig * mask3
+fsd4 = fsd_orig * mask4
+fsd5 = fsd_orig * mask5
+fsd6 = fsd_orig * mask6
+fsd7 = fsd_orig * mask7
+fsd8 = fsd_orig * mask8
+fsd9 = fsd_orig * mask9
+
+sd = ((d2dx(c) + d2dy(c) + d2dz(c)) * $rod + wrate) / fsd_orig
+
+nx = - ddx(c) / fsd_orig
+ny = - ddy(c) / fsd_orig
+nz = - ddz(c) / fsd_orig
+
+vn = u * nx + v * ny + w * nz
+
+divn = ddx(nx) + ddy(ny) + ddz(nz)
+
+absk = abs(divn)
+
+lapc = d2dx(c) + d2dy(c) + d2dz(c)
+
+t1 = (vn + sd) * nx
+
+t2 = t1' * nx'
+
+t3 = t1' * divn'
+
+t4 = t1' * absk'
+
+t5 = sqr(t1')
+
+t6 = sqr(nx')
+
+t7 = sqr(divn')
+
+t8 = sqr(absk')
+
+avg { c, u, v, w, fsd1, fsd2, fsd3, fsd4, fsd5, fsd6, fsd7, fsd8, fsd9, lapc, ddx_c, ddy_c, ddz_c, d2dx_c, d2dy_c, d2dz_c }
+
+avg fsd1 { nx, ny, nz, t1, t2, t3, t4, t5, t6, t7, t8, absk, divn, sd }
+avg fsd2 { nx, ny, nz, t1, t2, t3, t4, t5, t6, t7, t8, absk, divn, sd }
+avg fsd3 { nx, ny, nz, t1, t2, t3, t4, t5, t6, t7, t8, absk, divn, sd }
+avg fsd4 { nx, ny, nz, t1, t2, t3, t4, t5, t6, t7, t8, absk, divn, sd }
+avg fsd5 { nx, ny, nz, t1, t2, t3, t4, t5, t6, t7, t8, absk, divn, sd }
+avg fsd6 { nx, ny, nz, t1, t2, t3, t4, t5, t6, t7, t8, absk, divn, sd }
+avg fsd7 { nx, ny, nz, t1, t2, t3, t4, t5, t6, t7, t8, absk, divn, sd }
+avg fsd8 { nx, ny, nz, t1, t2, t3, t4, t5, t6, t7, t8, absk, divn, sd }
+avg fsd9 { nx, ny, nz, t1, t2, t3, t4, t5, t6, t7, t8, absk, divn, sd }
+
+

code/code_gen/termspecs/termspec.masked_fsd-0.1-0.9

@@ -0,0 +1,45 @@
+# weigthed average of terms t1~t8
+# with fsd masked for [0.1, 0.9]
+
+[u, v, w, y]
+
+c = 1.0 - y
+wrate = rxn_rate(c)
+
+mask = $threshold_min_max(c)
+fsd_orig = sqrt (sqr(ddx(c)) + sqr(ddy(c)) + sqr(ddz(c)))
+fsd = fsd_orig * mask
+
+sd = ((d2dx(c) + d2dy(c) + d2dz(c)) * $rod + wrate) / fsd_orig
+
+nx = - ddx(c) / fsd_orig
+ny = - ddy(c) / fsd_orig
+nz = - ddz(c) / fsd_orig
+
+vn = u * nx + v * ny + w * nz
+
+divn = ddx(nx) + ddy(ny) + ddz(nz)
+
+absk = abs(divn)
+
+lapc = d2dx(c) + d2dy(c) + d2dz(c)
+
+t1 = (vn + sd) * nx
+
+t2 = t1' * nx'
+
+t3 = t1' * divn'
+
+t4 = t1' * absk'
+
+t5 = sqr(t1')
+
+t6 = sqr(nx')
+
+t7 = sqr(divn')
+
+t8 = sqr(absk')
+
+avg { c, u, v, w, fsd, lapc, ddx_c, ddy_c, ddz_c, d2dx_c, d2dy_c, d2dz_c }
+
+avg fsd { u, v, w, nx, ny, nz, t1, t2, t3, t4, t5, t6, t7, t8, absk, divn, sd }

code/code_gen/termspecs/termspec.pdf-sampling-ic1

@@ -0,0 +1,18 @@
+# collect samples for pdf estimation from ic1 case
+# sampling region (xs, xe) hard-coded for ic1 case
+
+[u, v, w, y]
+
+# field_name (arg_name=arg (, pair)* ) = expression
+
+c (export=true, xs=176, xe=400) = 1.0 - y
+
+fsd (export=true, xs=176, xe=400) = sqrt (sqr(ddx(c)) + sqr(ddy(c)) + sqr(ddz(c)))
+
+nx = - ddx(c) / fsd
+ny = - ddy(c) / fsd
+nz = - ddz(c) / fsd
+
+divn (export=true, xs=176, xe=400) = ddx(nx) + ddy(ny) + ddz(nz)
+
+avg { c, fsd, divn }

code/code_gen/termspecs/termspec.t1-8

@@ -0,0 +1,41 @@
+# weigthed average of terms t1~t8
+
+[u, v, w, y]
+
+c = 1.0 - y
+wrate = rxn_rate(c)
+fsd = sqrt (sqr(ddx(c)) + sqr(ddy(c)) + sqr(ddz(c)))
+
+sd = ((d2dx(c) + d2dy(c) + d2dz(c)) * $rod + wrate) / fsd
+
+nx = - ddx(c) / fsd
+ny = - ddy(c) / fsd
+nz = - ddz(c) / fsd
+
+vn = u * nx + v * ny + w * nz
+
+divn = ddx(nx) + ddy(ny) + ddz(nz)
+
+absk = abs(divn)
+
+lapc = d2dx(c) + d2dy(c) + d2dz(c)
+
+t1 = (vn + sd) * nx
+
+t2 = t1' * nx'
+
+t3 = t1' * divn'
+
+t4 = t1' * absk'
+
+t5 = sqr(t1')
+
+t6 = sqr(nx')
+
+t7 = sqr(divn')
+
+t8 = sqr(absk')
+
+avg { c, u, v, w, fsd, lapc, ddx_c, ddy_c, ddz_c, d2dx_c, d2dy_c, d2dz_c }
+
+avg fsd { u, v, w, nx, ny, nz, t1, t2, t3, t4, t5, t6, t7, t8, absk, divn, sd }