def cfe_readDiderot(p_out, app, pos):
#read diderot template
ftemplate = open(template, 'r')
ftemplate.readline()
#write diderot program
f = open(p_out+".diderot", 'w+')
oty = app.oty
dim = oty.dim
args = apply.get_all_Fields(app)
#output type
for line in ftemplate:
# is it initial field line?
a0 = re.search(foo_in, line)
if a0:
#replace field input line
cfe_defineField(f,args, app, dim)
# put each argument s
continue
# is it output tensor line?
b0 = re.search(foo_outTen, line)
if b0:
#print "outline"
outLine(f, app)
continue
# operation on field
c0 = re.search(foo_op,line)
if c0:
#print "replace op"
replaceOp(f, app)
cfe_makeCFE(f,args,oty,const_probeG_cfe,const_probeG_conv)
continue
# index field at position
d0 = re.search(foo_probe,line)
if d0:
#print "update_method"
cfe_update_method(f, args, pos, app)
continue
# length number of positions
e0=re.search(foo_length, line)
if e0:
#print "Set length"
nc_setLength(f,len(pos))
continue
# nothing is being replaced
else:
f.write(line)
ftemplate.close()
f.close()
def prog_readDiderot(p_out, oty, program, fields, pos):
print "oty", oty.name
#read diderot template
ftemplate = open(template, 'r')
ftemplate.readline()
#write diderot program
f = open(p_out + ".diderot", 'w+')
for line in ftemplate:
# is it initial field line?
a0 = re.search(foo_in, line)
if a0:
#replace field input line
inShape_base(f, fields)
continue
# is it output tensor line?
b0 = re.search(foo_outTen, line)
if b0:
#print "outline"
prog_outLine(f, oty)
continue
# operation on field
c0 = re.search(foo_op, line)
if c0:
#print "replace op"
prog_printline(f, program.lines1)
continue
# index field at position
d0 = re.search(foo_probe, line)
if d0:
#print "update_method"
prog_update_method(f, oty, pos, program)
continue
# length number of positions
e0 = re.search(foo_length, line)
if e0:
#print "Set length"
nc_setLength(f, len(pos))
continue
# nothing is being replaced
else:
f.write(line)
ftemplate.close()
f.close()
def readDiderot(p_out, app, pos):
#read diderot template
ftemplate = open(template, 'r')
ftemplate.readline()
#write diderot program
f = open(p_out + ".diderot", 'w+')
#output type
for line in ftemplate:
# is it initial field line?
a0 = re.search(foo_in, line)
if a0:
#replace field input line
inShape(f, app)
continue
# is it output tensor line?
b0 = re.search(foo_outTen, line)
if b0:
#print "outline"
outLine(f, app)
continue
# operation on field
c0 = re.search(foo_op, line)
if c0:
#print "replace op"
replaceOp(f, app)
continue
# index field at position
d0 = re.search(foo_probe, line)
if d0:
#print "update_method"
cte_update_method(f, pos, app)
continue
# length number of positions
e0 = re.search(foo_length, line)
if e0:
#print "Set length"
nc_setLength(f, len(pos))
continue
# nothing is being replaced
else:
f.write(line)
ftemplate.close()
f.close()
def readDiderot(p_out, app, pos, template, core_fields):
#read diderot template
# FIXME hardcode different fem limit here
ftemplate = open(template, 'r')
ftemplate.readline()
#write diderot program
f = open(p_out + ".diderot", 'w+')
oty = app.oty
dim = oty.dim
basis = "\ntensor[2] e1 = [1,0];\ntensor[2] e2 = [0,1];" if dim == 2 else "\ntensor[3] e1 = [1,0,0];\ntensor[3] e2 = [0,1,0];\ntensor[3] e3 = [0,0,1];\n"
#output type
for line in ftemplate:
# is it initial field line?
z0 = re.search(foo_basis, line)
if z0:
f.write(basis)
continue
a0 = re.search(foo_in, line)
if a0:
#replace field input line
fem_inShape(f, core_fields)
continue
# is it output tensor line?
b0 = re.search(foo_outTen, line)
if b0:
#print "outline"
outLine(f, app)
continue
# operation on field
c0 = re.search(foo_op, line)
if c0:
#print "replace op"
replaceOp(f, app)
continue
# index field at position
d0 = re.search(foo_probe, line)
if d0:
#print "update_method"
cte_update_method(f, pos, app)
continue
# length number of positions
e0 = re.search(foo_length, line)
if e0:
#print "Set length"
nc_setLength(f, len(pos))
continue
f0 = re.search(foo_limits, line)
if f0:
fem_limits(f, dim, 0)
continue
# nothing is being replaced
g0 = re.search(foo_posIn, line)
if g0:
posIn(f, dim)
continue
g0 = re.search(foo_posLast, line)
if g0:
posLast(f, dim)
continue
else:
f.write(line)
ftemplate.close()
f.close()
def readDiderot(p_out, app, pos, template, core_fields):
#read diderot template
# FIXME hardcode different fem limit here
ftemplate = open(template, 'r')
ftemplate.readline()
#write diderot program
f = open(p_out + ".diderot", 'w+')
oty = app.oty
dim = oty.dim
#output type
for line in ftemplate:
# is it initial field line?
a0 = re.search(foo_in, line)
if a0:
#replace field input line
fem_inShape(f, core_fields)
continue
# is it output tensor line?
b0 = re.search(foo_outTen, line)
if b0:
##print "outline"
outLine(f, app)
continue
# operation on field
c0 = re.search(foo_op, line)
if c0:
if ((app.opr.id == op_none.id)):
if (app.isrootlhs):
getConvertLine(f, oty, opfieldname1, 0)
else:
if (app.lhs.opr.id == op_none.id):
getConvertLine(f, oty, opfieldname1, 0)
else:
replaceOp(f, app)
else:
replaceOp(f, app)
continue
if c0:
##print "replace op"
replaceOp(f, app)
continue
# index field at position
d0 = re.search(foo_probe, line)
if d0:
##print "update_method"
cte_update_method(f, pos, app)
continue
# length number of positions
e0 = re.search(foo_length, line)
if e0:
##print "Set length"
nc_setLength(f, len(pos))
continue
f0 = re.search(foo_limits, line)
if f0:
fem_limits(f, dim)
continue
# nothing is being replaced
g0 = re.search(foo_posIn, line)
if g0:
posIn(f, dim)
continue
g0 = re.search(foo_posLast, line)
if g0:
posLast(f, dim)
continue
else:
f.write(line)
ftemplate.close()
f.close()