def mkMain():
# input variiable
x = stream.Variable('xdata')
y = stream.Variable('ydata')
# stream definition
z = x + y
# set output attribute
z.output('zdata')
st = stream.Stream(z)
m = st.to_module('main')
return m
def mkMain():
# input variiable
x = stream.Variable('xdata')
y = stream.Variable('ydata')
# stream definition
z = x + y
z = stream.Iadd(z)
# set output attribute
z.output('zdata')
st = stream.Stream(z, ivalid='ivalid', ovalid='ovalid')
m = st.to_module('main')
return m
def mkMain():
# input variiable
x = stream.Variable('xdata')
y = stream.Variable('ydata')
# stream definition
z = stream.SraRound(x, y)
# set output attribute
z.output('zdata')
st = stream.Stream(z)
m = st.to_module('main')
# st.draw_graph()
return m, st.pipeline_depth()
def mkMain():
# input variiable
x = stream.Variable('xdata')
y = stream.Variable('ydata')
# stream definition
z = x + y
z, v = stream.ReduceAddValid(z, 8)
# set output attribute
z.output('zdata')
v.output('vdata')
st = stream.Stream(z, v, ivalid='ivalid', ovalid='ovalid')
m = st.to_module('main')
return m
def mkMain():
# input variiable
x = stream.Variable('xdata')
y = stream.Variable('ydata')
vars = [x + i for i in range(10)]
# stream definition
v = stream.AddTree(*vars)
z = v + y
# set output attribute
z.output('zdata')
st = stream.Stream(z)
m = st.to_module('main')
return m
def mkMain():
# input variiable
x = stream.Variable('xdata')
y = stream.Variable('ydata')
e = stream.Variable('edata')
# stream definition
z = x + y
z, v = stream.RegionAdd(z, 8, enable=e)
# set output attribute
z.output('zdata')
v.output('vdata')
st = stream.Stream(z, v)
m = st.to_module('main')
return m
def mkMain():
# input variiable
x = stream.Variable('xdata')
y = stream.Variable('ydata')
# stream definition
z = stream.Div(x, y)
# set output attribute
z.output('zdata')
st = stream.Stream(z,
ivalid='ivalid',
ovalid='ovalid',
iready='iready',
oready='oready')
m = st.to_module('main')
return m
def mkMain():
# input variiable
x = stream.Variable('xdata')
y = stream.Variable('ydata')
x = stream.Cast(x, 64, 8)
y = stream.Cast(y, 64, 8)
# stream definition
z = x + y
z = stream.Cast(z, 32, 0)
# set output attribute
z.output('zdata')
st = stream.Stream(z)
m = st.to_module('main')
return m
