def __call__(self, t, **kwargs):
pL = self.pL_leftPress
pR = self.pR_rightPress
q = self.q_flowThrough
px = pR - pL
io = self.io_func(t)
return cond_assign(io > 0.0, px, q)
def __call__(self, t, **kwargs):
pL = self.pL_leftPress
dpL = self.dpL_leftPress
pR = self.pR_rightPress
dpR = self.dpR_rightPress
q = self.q_flowThrough
dq = self.dq_flowThrough
io = self.io_func(t)
by_io = minimum(self.by_io_func(t), io)
'''
get target values
'''
bar_pR = self.target_upper_pR(t)
ubar_pL = minimum(bar_pR, self.target_lower_pL(t))
bar_ubar_q = self.target_q(t)
'''
define conditions and target values
'''
press_diff = pR - pL
# target value: flow
# cond = cond_assign(q > bar_ubar_q, press_diff, bar_ubar_q - q)
cond = bar_ubar_q - q
# target values: left and right pressure
max_term = maximum(pR - bar_pR, ubar_pL - pL, pL - pR)
cond = cond_assign(
logical_or(logical_or(pR >= bar_pR, pL <= ubar_pL), pL >= pR),
cond_assign(q <= 0.0, q, max_term), cond)
# cond = cond_assign(q <= 0.0, cond_assign(logical_or(pR > bar_pR, pL < ubar_pL), q, cond), cond)
# cond = cond_assign(pL >= pR, cond_assign(q <= 0.0, q, press_diff), cond)
# mode determination
cond = cond_assign(by_io > 0.01, press_diff, cond)
cond = cond_assign(io < 0.01, q, cond)
'''
return statement
'''
return cond
def __call__(self, t, **kwargs):
pL = self.pL_leftPress
dpL = self.dpL_leftPress
pR = self.pR_rightPress
dpR = self.dpR_rightPress
q = self.q_flowThrough
dq = self.dq_flowThrough
io = self.io_func(t)
by_io = minimum(self.by_io_func(t), io)
'''
get target values
'''
bar_pR = self.target_upper_pR(t)
ubar_pR = minimum(bar_pR, self.target_lower_pR(t))
bar_pL = maximum(ubar_pR, self.target_upper_pL(t))
ubar_pL = minimum(bar_pL, self.target_lower_pL(t))
bar_ubar_q = maximum(0.0, self.target_q(t))
'''
define conditions and target values
'''
px = 100.0 * (pL - pR) - 0.001
cond = maximum(0.0, minimum(maximum(bar_ubar_q, 1000.0*(ubar_pR - pR), 1000.0*(pL - bar_pL)),
1000.0*(bar_pR - pR),
1000.0*(pL - ubar_pL),
px)) - q
# mode determination
cond = cond_assign(by_io > 0.01, pR - pL, cond) # not needed due to shortpipe condition
cond = cond_assign(io < 0.01, q, cond)
'''
return statement
'''
return cond
def __call__(self, t, **kwargs):
pL = self.pL_leftPress
dpL = self.dpL_leftPress
pR = self.pR_rightPress
dpR = self.dpR_rightPress
q = self.q_flowThrough
dq = self.dq_flowThrough
io = self.io_func(t)
by_io = minimum(self.by_io_func(t), io)
'''
get target values
'''
bar_pR = self.target_upper_pR(t)
ubar_pL = minimum(bar_pR, self.target_lower_pL(t))
bar_ubar_q = self.target_q(t)
'''
define conditions and target values
'''
cond = bar_ubar_q - q # target flow
cond = minimum(cond, pL - ubar_pL, bar_pR - pR) # target pressures
cond = maximum(cond, 1000.0*(pL - pR), -1000.0*q) # principal necessities of compressors
'''
mode determination
'''
cond = cond_assign(by_io > 0.01, pR - pL, cond)
cond = cond_assign(io < 0.01, q, cond)
# cond = cond - 1.0e-3*(dpR - dpL + dq) # may or may not improve solvabillity of this element
'''
return statement
'''
return cond
def __call__(self, t, **kwargs):
pL = self.pL_leftPress
dpL = self.dpL_leftPress
pR = self.pR_rightPress
dpR = self.dpR_rightPress
q = self.q_flowThrough
dq = self.dq_flowThrough
io = self.io_func(t)
by_io = minimum(self.by_io_func(t), io)
'''
get target values
'''
bar_pR = self.target_upper_pR(t)
ubar_pR = minimum(bar_pR, self.target_lower_pR(t))
bar_pL = maximum(ubar_pR, self.target_upper_pL(t))
ubar_pL = minimum(bar_pL, self.target_lower_pL(t))
bar_ubar_q = maximum(0.0, self.target_q(t))
'''
define conditions and target values
'''
# # target value driven modelling
# press_diff = pL - pR
#
# # target value: flow
# # cond = bar_ubar_q - q
# cond = cond_assign(q < bar_ubar_q,
# cond_assign(logical_and(pL >= pR, q >= 0.0),
# minimum(bar_ubar_q - q, press_diff),
# q),
# cond_assign(logical_and(pL >= pR, q >= 0.0),
# bar_ubar_q - q,
# q)) # bar_ubar_q - q)
#
# # target values: left upper and right lower pressure
# max_term = maximum(ubar_pR - pR, pL - bar_pL)
# cond = cond_assign(logical_or(pR <= ubar_pR, pL >= bar_pL),
# cond_assign(logical_and(pL >= pR, q >= 0.0),
# max_term,
# q),
# cond_assign(pL >= pR,
# cond,
# q))
#
# # target values: left lower and right upper pressure
# max_term = maximum(pR - bar_pR, ubar_pL - pL, pR - pL)
# cond = cond_assign(logical_or(pR >= bar_pR, pL <= ubar_pL),
# cond_assign(pL >= pR,
# cond_assign(q > 0.0,
# max_term,
# q),
# q),
# cond_assign(pL >= pR,
# cond,
# q))
#
# # cond = min(cond, press_diff) # cond_assign(logical_or(q < 0.0, pR > pL), press_diff, cond)
#
# # cond = cond_assign(q <= 0.0, cond_assign(logical_or(pR > bar_pR, pL < ubar_pL), q, cond), cond)
# # cond = cond_assign(logical_or(pR >= pL, q <= 0.0), cond_assign(pR >= pL, q, cond), cond)
# # cond = cond_assign(bar_ubar_q <= 0.0, q, cond)
cond = cond_assign(pL >= pR, minimum(bar_ubar_q - q, pL - pR), q)
cond = cond_assign(
logical_or(pR <= ubar_pR, pL >= bar_pL),
cond_assign(q < bar_ubar_q, cond, maximum(ubar_pR - pR,
pL - bar_pL)), cond)
cond = cond_assign(
logical_or(logical_or(pR >= bar_pR, pL <= ubar_pL), pL <= pR),
cond_assign(
logical_or(q <= bar_ubar_q,
logical_or(pR <= ubar_pR, pL >= bar_pL)),
maximum(pR - bar_pR, ubar_pL - pL, pR - pL), cond), cond)
cond = cond_assign(
q == 0.0,
cond_assign(
logical_or(logical_or(pL < ubar_pL, pR > bar_pR), pL < pR), q,
cond), cond_assign(q < 0.0, q, cond))
# cond = minimum(bar_ubar_q - q, pL - pR)
#
# cond = cond_assign(logical_or(pR <= ubar_pR, pL >= bar_pL),
# cond_assign(q < bar_ubar_q,
# cond,
# maximum(ubar_pR - pR, pL - bar_pL)),
# cond)
#
# cond = cond_assign(logical_or(pR >= bar_pR, pL <= ubar_pL),
# cond_assign(logical_or(q <= bar_ubar_q, logical_or(pR <= ubar_pR, pL >= bar_pL)),
# maximum(pR - bar_pR, ubar_pL - pL),
# cond),
# cond)
# mode determination
cond = cond_assign(by_io > 0.01, pR - pL,
cond) # not needed due to shortpipe condition
cond = cond_assign(io < 0.01, q, cond)
'''
return statement
'''
return cond