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Changing the offset_provider name from Ioff to I #19

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Changing the offset_provider name from Ioff to I #19

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23 changes: 12 additions & 11 deletions swm_python/swm_next.py
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Original file line number Diff line number Diff line change
Expand Up @@ -185,7 +185,8 @@ def live_plot_val(fu, fv, fp, title=''):
pold_gt = gtx.as_field(domain,pold,allocator=allocator)

cartesian_backend = "numpy"
next_backend = gtx.itir_python
#next_backend = None
next_backend = gtx.gtfn_cpu

if gt4py_type == "cartesian":
# i --> 0,M
Expand Down Expand Up @@ -651,13 +652,13 @@ def calc_vold_program(
# v[i, j + 1,0] * v[i, j + 1,0] + v[i, j,0] * v[i, j,0])

start_time = t.time()
calc_h_program(p=p_gt, u=u_gt, v=v_gt, h=h_gt, offset_provider={"Ioff":I, "Joff":J})
calc_h_program(p=p_gt, u=u_gt, v=v_gt, h=h_gt, offset_provider={"I":I, "J":J})
h = h_gt.asnumpy()
calc_z_program(p=p_gt, u=u_gt, v=v_gt, z=z_gt, fsdx=fsdx, fsdy=fsdy, offset_provider={"Ioff":I, "Joff":J})
calc_z_program(p=p_gt, u=u_gt, v=v_gt, z=z_gt, fsdx=fsdx, fsdy=fsdy, offset_provider={"I":I, "J":J})
z = z_gt.asnumpy()
calc_cu_program(p=p_gt, u=u_gt, cu=cu_gt, offset_provider={"Ioff":I, "Joff":J})
calc_cu_program(p=p_gt, u=u_gt, cu=cu_gt, offset_provider={"I":I, "J":J})
cu = cu_gt.asnumpy()
calc_cv_program(p=p_gt, v=v_gt, cv=cv_gt, offset_provider={"Ioff":I, "Joff":J})
calc_cv_program(p=p_gt, v=v_gt, cv=cv_gt, offset_provider={"I":I, "J":J})
cv = cv_gt.asnumpy()

#cu[1:,:-1] = .5 * (p[1:,:-1] + p[:-1,:-1]) * u[1:,:-1]
Expand Down Expand Up @@ -698,11 +699,11 @@ def calc_vold_program(
#unew[1:,:-1] = uold[1:,:-1] + tdts8 * (z[1:,1:] + z[1:,:-1]) * (cv[1:,1:] + cv[1:,:-1] + cv[:-1,1:] + cv[:-1,:-1]) - tdtsdx * (h[1:,:-1] - h[:-1,:-1])
#vnew[:-1,1:] = vold[:-1,1:] - tdts8 * (z[1:,1:] + z[:-1,1:]) * (cu[1:,1:] + cu[1:,:-1] + cu[:-1,1:] + cu[:-1,:-1]) - tdtsdy * (h[:-1,1:] - h[:-1,:-1])
#pnew[:-1,:-1] = pold[:-1,:-1] - tdtsdx * (cu[1:,:-1] - cu[:-1,:-1]) - tdtsdy * (cv[:-1,1:] - cv[:-1,:-1])
calc_unew_program(uold=uold_gt, cu=cu_gt, cv=cv_gt, z=z_gt, h=h_gt, tdts8=tdts8, tdtsdx=tdtsdx, unew=unew_gt, offset_provider={"Ioff":I, "Joff":J})
calc_unew_program(uold=uold_gt, cu=cu_gt, cv=cv_gt, z=z_gt, h=h_gt, tdts8=tdts8, tdtsdx=tdtsdx, unew=unew_gt, offset_provider={"I":I, "J":J})
unew = unew_gt.asnumpy()
calc_vnew_program(vold=vold_gt, cu=cu_gt, cv=cv_gt, z=z_gt, h=h_gt, tdts8=tdts8, tdtsdy=tdtsdy, vnew=vnew_gt, offset_provider={"Ioff":I, "Joff":J})
calc_vnew_program(vold=vold_gt, cu=cu_gt, cv=cv_gt, z=z_gt, h=h_gt, tdts8=tdts8, tdtsdy=tdtsdy, vnew=vnew_gt, offset_provider={"I":I, "J":J})
vnew = vnew_gt.asnumpy()
calc_pnew_program(pold=p_gt, cu=cu_gt, cv=cv_gt, pnew=pnew_gt, tdtsdx=tdtsdx, tdtsdy=tdtsdy, offset_provider={"Ioff":I, "Joff":J})
calc_pnew_program(pold=p_gt, cu=cu_gt, cv=cv_gt, pnew=pnew_gt, tdtsdx=tdtsdx, tdtsdy=tdtsdy, offset_provider={"I":I, "J":J})
pnew = pnew_gt.asnumpy()

# for i in range(M):
Expand Down Expand Up @@ -730,11 +731,11 @@ def calc_vold_program(
#uold[...] = u + alpha * (unew - 2 * u + uold)
#vold[...] = v + alpha * (vnew - 2 * v + vold)
#pold[...] = p + alpha * (pnew - 2 * p + pold)
calc_uold_program(u=u_gt, alpha=alpha, unew=unew_gt, uold=uold_gt, offset_provider={"Ioff":I, "Joff":J})
calc_uold_program(u=u_gt, alpha=alpha, unew=unew_gt, uold=uold_gt, offset_provider={"I":I, "J":J})
uold = uold_gt.asnumpy()
calc_vold_program(v=v_gt, alpha=alpha, vnew=vnew_gt, vold=vold_gt, offset_provider={"Ioff":I, "Joff":J})
calc_vold_program(v=v_gt, alpha=alpha, vnew=vnew_gt, vold=vold_gt, offset_provider={"I":I, "J":J})
vold = vold_gt.asnumpy()
calc_pold_program(p=p_gt, alpha=alpha, pnew=pnew_gt, pold=pold_gt, offset_provider={"Ioff":I, "Joff":J})
calc_pold_program(p=p_gt, alpha=alpha, pnew=pnew_gt, pold=pold_gt, offset_provider={"I":I, "J":J})
pold = pold_gt.asnumpy()

u[...] = unew
Expand Down