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For some time uesgraphs template generation couldnt handle duplicates as well as boolean outputs. This resulted in templates like:
`AixLib.Fluid.DistrictHeatingCooling.Pipes.StaticPipe pipe${str(name)}( redeclare package Medium = Medium, %if use_zeta is not None: use_zeta = ${str(round(use_zeta, 4))}, %endif %if from_dp is not None: from_dp = ${str(round(from_dp, 4))}, %endif %if dh is not None: dh = ${str(round(dh, 4))}, %endif %if v_nominal is not None: v_nominal = ${str(round(v_nominal, 4))}, %endif %if ReC is not None: ReC = ${str(round(ReC, 4))}, %endif %if roughness is not None: roughness = ${str(round(roughness, 4))}, %endif %if m_flow_nominal is not None: m_flow_nominal = ${str(round(m_flow_nominal, 4))}, %endif %if m_flow_small is not None: m_flow_small = ${str(round(m_flow_small, 4))}, %endif %if cPip is not None: cPip = ${str(round(cPip, 4))}, %endif %if rhoPip is not None: rhoPip = ${str(round(rhoPip, 4))}, %endif %if thickness is not None: thickness = ${str(round(thickness, 4))}, %endif %if T_start_in is not None: T_start_in = ${str(round(T_start_in, 4))}, %endif %if T_start_out is not None: T_start_out = ${str(round(T_start_out, 4))}, %endif %if initDelay is not None: initDelay = ${str(round(initDelay, 4))}, %endif %if m_flow_start is not None: m_flow_start = ${str(round(m_flow_start, 4))}, %endif %if R is not None: R = ${str(round(R, 4))}, %endif %if fac is not None: fac = ${str(round(fac, 4))}, %endif %if sum_zetas is not None: sum_zetas = ${str(round(sum_zetas, 4))}, %endif %if linearized is not None: linearized = ${str(round(linearized, 4))}, %endif %if CPip is not None: CPip = ${str(round(CPip, 4))}, %endif %if VEqu is not None: VEqu = ${str(round(VEqu, 4))}, %endif %if sta_default is not None: sta_default = ${str(round(sta_default, 4))}, %endif %if cp_default is not None: cp_default = ${str(round(cp_default, 4))}, %endif %if C is not None: C = ${str(round(C, 4))}, %endif %if rho_default is not None: rho_default = ${str(round(rho_default, 4))}, %endif %if m_flow_nominal is not None: m_flow_nominal = ${str(round(m_flow_nominal, 4))}, %endif %if m_flow_small is not None: m_flow_small = ${str(round(m_flow_small, 4))}, %endif %if show_T is not None: show_T = ${str(round(show_T, 4))}, %endif %if _m_flow_start is not None: _m_flow_start = ${str(round(_m_flow_start, 4))}, %endif %if _dp_start is not None: _dp_start = ${str(round(_dp_start, 4))}, %endif %if allowFlowReversal is not None: allowFlowReversal = ${str(round(allowFlowReversal, 4))}, %endif length = ${str(round(length, 4))}, dIns = ${str(round(dIns, 4))}, kIns = ${str(round(kIns, 4))} ) annotation(Placement(transformation( extent={{-2,-2},{2,2}}, rotation=0, origin={${str(round(x, 4))},${str(round(y, 4))}}))); <%def name="get_main_parameters()"> length dIns kIns </%def><%def name="get_aux_parameters()"> use_zeta from_dp dh v_nominal ReC roughness m_flow_nominal m_flow_small cPip rhoPip thickness T_start_in T_start_out initDelay m_flow_start R fac sum_zetas linearized CPip VEqu sta_default cp_default C rho_default m_flow_nominal m_flow_small show_T _m_flow_start _dp_start allowFlowReversal </%def><%def name="get_connector_names()">
</%def>'
Big bug about it is that m_flow_nominal is in there twice and allowFlowReversal is of boolean type resulting in at least 2 errors:
m_flow_nominal
Replace templates with new version that can be created with the new version of uesgraphs
The text was updated successfully, but these errors were encountered:
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Problem description
For some time uesgraphs template generation couldnt handle duplicates as well as boolean outputs. This resulted in templates like:
`AixLib.Fluid.DistrictHeatingCooling.Pipes.StaticPipe pipe${str(name)}(
redeclare package Medium = Medium,
%if use_zeta is not None:
use_zeta = ${str(round(use_zeta, 4))},
%endif
%if from_dp is not None:
from_dp = ${str(round(from_dp, 4))},
%endif
%if dh is not None:
dh = ${str(round(dh, 4))},
%endif
%if v_nominal is not None:
v_nominal = ${str(round(v_nominal, 4))},
%endif
%if ReC is not None:
ReC = ${str(round(ReC, 4))},
%endif
%if roughness is not None:
roughness = ${str(round(roughness, 4))},
%endif
%if m_flow_nominal is not None:
m_flow_nominal = ${str(round(m_flow_nominal, 4))},
%endif
%if m_flow_small is not None:
m_flow_small = ${str(round(m_flow_small, 4))},
%endif
%if cPip is not None:
cPip = ${str(round(cPip, 4))},
%endif
%if rhoPip is not None:
rhoPip = ${str(round(rhoPip, 4))},
%endif
%if thickness is not None:
thickness = ${str(round(thickness, 4))},
%endif
%if T_start_in is not None:
T_start_in = ${str(round(T_start_in, 4))},
%endif
%if T_start_out is not None:
T_start_out = ${str(round(T_start_out, 4))},
%endif
%if initDelay is not None:
initDelay = ${str(round(initDelay, 4))},
%endif
%if m_flow_start is not None:
m_flow_start = ${str(round(m_flow_start, 4))},
%endif
%if R is not None:
R = ${str(round(R, 4))},
%endif
%if fac is not None:
fac = ${str(round(fac, 4))},
%endif
%if sum_zetas is not None:
sum_zetas = ${str(round(sum_zetas, 4))},
%endif
%if linearized is not None:
linearized = ${str(round(linearized, 4))},
%endif
%if CPip is not None:
CPip = ${str(round(CPip, 4))},
%endif
%if VEqu is not None:
VEqu = ${str(round(VEqu, 4))},
%endif
%if sta_default is not None:
sta_default = ${str(round(sta_default, 4))},
%endif
%if cp_default is not None:
cp_default = ${str(round(cp_default, 4))},
%endif
%if C is not None:
C = ${str(round(C, 4))},
%endif
%if rho_default is not None:
rho_default = ${str(round(rho_default, 4))},
%endif
%if m_flow_nominal is not None:
m_flow_nominal = ${str(round(m_flow_nominal, 4))},
%endif
%if m_flow_small is not None:
m_flow_small = ${str(round(m_flow_small, 4))},
%endif
%if show_T is not None:
show_T = ${str(round(show_T, 4))},
%endif
%if _m_flow_start is not None:
_m_flow_start = ${str(round(_m_flow_start, 4))},
%endif
%if _dp_start is not None:
_dp_start = ${str(round(_dp_start, 4))},
%endif
%if allowFlowReversal is not None:
allowFlowReversal = ${str(round(allowFlowReversal, 4))},
%endif
length = ${str(round(length, 4))},
dIns = ${str(round(dIns, 4))},
kIns = ${str(round(kIns, 4))}
)
annotation(Placement(transformation(
extent={{-2,-2},{2,2}},
rotation=0,
origin={${str(round(x, 4))},${str(round(y, 4))}})));
<%def name="get_main_parameters()">
length dIns kIns
</%def><%def name="get_aux_parameters()">
use_zeta from_dp dh v_nominal ReC roughness m_flow_nominal m_flow_small cPip rhoPip thickness T_start_in T_start_out initDelay m_flow_start R fac sum_zetas linearized CPip VEqu sta_default cp_default C rho_default m_flow_nominal m_flow_small show_T _m_flow_start _dp_start allowFlowReversal
</%def><%def name="get_connector_names()">
</%def>'
Big bug about it is that
m_flow_nominal
is in there twice and allowFlowReversal is of boolean type resulting in at least 2 errors:Possible solution
Replace templates with new version that can be created with the new version of uesgraphs
The text was updated successfully, but these errors were encountered: