__license__ = "GPL"
__version__ = "1.0.0"
import textwrap
from elem_obj import ReadParam, WriteParam, PSSE_Fn, Element
from elem_obj import make_param_dict, get_real, get_imag
COMMON_READ_FN_KEY = "load"
slurp_flags = {'flag': 4}
read_params = [
ReadParam(name='NUMBER',
data_type='int',
read_fn_key='COMMON_READ_FN_KEY',
display_name="",
description=textwrap.dedent("""\
""")),
ReadParam(name='AREA',
data_type='int',
read_fn_key='COMMON_READ_FN_KEY',
display_name="",
description=textwrap.dedent("""\
""")),
ReadParam(name='ZONE',
data_type='int',
read_fn_key='COMMON_READ_FN_KEY',
display_name="",
description=textwrap.dedent("""\
__license__ = "GPL"
__version__ = "1.0.0"
import textwrap
from elem_obj import ReadParam, WriteParam, PSSE_Fn, Element
from elem_obj import make_param_dict, get_real, get_imag
COMMON_READ_FN_KEY = "fxshunt"
slurp_flags = {'flag': 4}
read_params = [
ReadParam(name='NUMBER',
data_type='int',
read_fn_key='COMMON_READ_FN_KEY',
display_name="",
description=textwrap.dedent("""\
""")),
ReadParam(name='STATUS',
data_type='int',
read_fn_key='COMMON_READ_FN_KEY',
display_name="",
description=textwrap.dedent("""\
""")),
# ReadParam(name='PU_GBZERO',
# data_type='real',
# read_fn_key='COMMON_READ_FN_KEY',
# display_name="",
# description=textwrap.dedent("""\
__license__ = "GPL"
__version__ = "1.0.0"
import textwrap
from elem_obj import ReadParam, WriteParam, PSSE_Fn, Element
from elem_obj import make_param_dict, get_real, get_imag
COMMON_READ_FN_KEY = "wnd"
slurp_flags = {'ties': 3, 'flag': 3}
read_params = [
ReadParam(name='WNDBUSNUMBER',
data_type='int',
read_fn_key='COMMON_READ_FN_KEY',
display_name="",
description=textwrap.dedent("""\
""")
),
ReadParam(name='OTHER1NUMBER',
data_type='int',
read_fn_key='COMMON_READ_FN_KEY',
display_name="",
description=textwrap.dedent("""\
""")
),
ReadParam(name='OTHER2NUMBER',
data_type='int',
read_fn_key='COMMON_READ_FN_KEY',
display_name="",
read_params=[
# ----- int data
ReadParam(name='NUMBER',
data_type='int',
read_fn_key=COMMON_READ_FN_KEY,
display_name='number',
description=textwrap.dedent("""\
Bus number (1 through 999997). No default allowed.
""")
),
ReadParam(name='TYPE',
data_type='int',
read_fn_key=COMMON_READ_FN_KEY,
display_name='type',
description=textwrap.dedent("""\
IDE Bus type code:
1 for a load bus or passive node (no generator boundary condition)
2 for a generator or plant bus (either voltage regulating or fixed Mvar)
3 for a swing bus
4 for a disconnected (isolated) bus
1 by default.
""")
),
ReadParam(name='AREA',
data_type='int',
read_fn_key=COMMON_READ_FN_KEY,
display_name='area',
description=textwrap.dedent("""\
Area number (1 through 9999). AREA = 1 by default.
""")
),
ReadParam(name='ZONE',
data_type='int',
read_fn_key=COMMON_READ_FN_KEY,
display_name='zone',
description=textwrap.dedent("""\
Zone number (1 through 9999). ZONE = 1 by default.
""")
),
ReadParam(name='OWNER',
data_type='int',
read_fn_key=COMMON_READ_FN_KEY,
display_name='owner',
description=textwrap.dedent("""\
Owner number (1 through 9999). OWNER = 1 by default.
""")
),
ReadParam(name='DUMMY',
data_type='int',
read_fn_key=COMMON_READ_FN_KEY,
display_name='dummy',
description=textwrap.dedent("""\
Returns 1 if the bus is a dummy bus of a multisection line, or 0 if
it is not.
""")
),
# ----- real data
ReadParam(name='BASE',
data_type='real',
read_fn_key=COMMON_READ_FN_KEY,
display_name='basekv',
description=textwrap.dedent("""\
Bus base voltage; entered in kV. BASKV = 0.0 by default.
""")
),
#Commented out since there is no need to compare final voltage/angle values from PF
# ReadParam(name='PU',
# data_type='real',
# read_fn_key=COMMON_READ_FN_KEY,
# display_name='pu',
# description=textwrap.dedent("""\
# WRITE: VM, bus voltage magnitude in pu. (1.0 by default)
# READ: Actual bus voltage magnitude, in pu.
# """)
# ),
# ReadParam(name='KV',
# data_type='real',
# read_fn_key=COMMON_READ_FN_KEY,
# display_name='kV',
# description=textwrap.dedent("""\
# Actual bus voltage magnitude, in kV (in pu if base voltage is 0.0).
# """)
# ),
# ReadParam(name='ANGLE',
# data_type='real',
# read_fn_key=COMMON_READ_FN_KEY,
# display_name='angle (rad)',
# description=textwrap.dedent("""\
# Bus voltage phase angle, in radians.
# """)
# ),
# ReadParam(name='ANGLED',
# data_type='real',
# read_fn_key=COMMON_READ_FN_KEY,
# display_name='angle (deg)',
# description=textwrap.dedent("""\
# Bus voltage phase angle, in degrees.
# """)
# ),
# -- real parameters "MISMATCH" and "O_MISMATCH" are superseded by the cplx
# parameters of the same name.
# ReadParam(name='MISMATCH',
# data_type='real',
# read_fn_key=COMMON_READ_FN_KEY,
# display_name='mismatch',
# description=textwrap.dedent("""\
# Bus mismatch in MVA (0.0 if bus type code > 3).
# """)
# ),
# ReadParam(name='O_MISMATCH',
# data_type='real',
# read_fn_key=COMMON_READ_FN_KEY,
# display_name='o_mismatch',
# description=textwrap.dedent("""\
# Bus mismatch, in units determined by the power output option
# setting (0.0 if bus type code > 3).
# """)
# ),
# ----- cplx data
# ReadParam(name='VOLTAGE',
# data_type='cplx',
# read_fn_key=COMMON_READ_FN_KEY,
# display_name='voltage cplx',
# description=textwrap.dedent("""\
# Actual bus voltage, in pu, rectangular coordinates.
# """)
# ),
ReadParam(name='SHUNTACT',
data_type='cplx',
read_fn_key=COMMON_READ_FN_KEY,
description=textwrap.dedent("""\
Actual total in-service fixed bus shunt, in MW and Mvar.
""")
),
ReadParam(name='O_SHUNTACT',
data_type='cplx',
read_fn_key=COMMON_READ_FN_KEY,
description=textwrap.dedent("""\
Actual total in-service fixed bus shunt, in units determined by the
power output option setting.
""")
),
ReadParam(name='SHUNTNOM',
data_type='cplx',
read_fn_key=COMMON_READ_FN_KEY,
description=textwrap.dedent("""\
Nominal total in-service fixed bus shunt, in MW and Mvar at 1.0 pu
voltage.
""")
),
ReadParam(name='O_SHUNTNOM',
data_type='cplx',
read_fn_key=COMMON_READ_FN_KEY,
description=textwrap.dedent("""\
Nominal total in-service fixed bus shunt, in units determined by
the power output option setting at 1.0 pu voltage.
""")
),
ReadParam(name='SHUNTN',
data_type='cplx',
read_fn_key=COMMON_READ_FN_KEY,
description=textwrap.dedent("""\
Negative sequence shunt (pu, nominal).
""")
),
ReadParam(name='SHUNTZ',
data_type='cplx',
read_fn_key=COMMON_READ_FN_KEY,
description=textwrap.dedent("""\
Zero sequence shunt (pu, nominal).
""")
),
ReadParam(name='MISMATCH',
data_type='cplx',
read_fn_key=COMMON_READ_FN_KEY,
description=textwrap.dedent("""\
Bus mismatch, in MW and Mvar (0.0 if bus type code > 3).
""")
),
ReadParam(name='O_MISMATCH',
data_type='cplx',
read_fn_key=COMMON_READ_FN_KEY,
description=textwrap.dedent("""\
Bus mismatch, in units determined by the power output option
setting (0.0 if bus type code > 3).
""")
),
# ----- char data
ReadParam(name='NAME',
data_type='char',
read_fn_key=COMMON_READ_FN_KEY,
display_name='name',
description=textwrap.dedent("""\
Bus name (12 characters).
""")
),
ReadParam(name='EXNAME',
data_type='char',
read_fn_key=COMMON_READ_FN_KEY,
display_name='extended name',
description=textwrap.dedent("""\
Extended bus name (18 characters).
""")
),
]
__license__ = "GPL"
__version__ = "1.0.0"
import textwrap
from elem_obj import ReadParam, WriteParam, PSSE_Fn, Element
from elem_obj import make_param_dict, get_real, get_imag
COMMON_READ_FN_KEY = "fxshunt"
slurp_flags = {'flag': 4}
read_params = [
ReadParam(name='NUMBER',
data_type='int',
read_fn_key='COMMON_READ_FN_KEY',
display_name="",
description=textwrap.dedent("""\
""")
),
ReadParam(name='TYPE',
data_type='int',
read_fn_key='COMMON_READ_FN_KEY',
display_name="",
description=textwrap.dedent("""\
""")
),
ReadParam(name='AREA',
data_type='int',
read_fn_key='COMMON_READ_FN_KEY',
display_name="",
__license__ = "GPL"
__version__ = "1.0.0"
import textwrap
from elem_obj import ReadParam, WriteParam, PSSE_Fn, Element
from elem_obj import make_param_dict, get_real, get_imag
COMMON_READ_FN_KEY = "brn"
slurp_flags = {'ties': 3, 'flag': 2}
read_params = [
ReadParam(name='FROMNUMBER',
data_type='int',
read_fn_key='COMMON_READ_FN_KEY',
display_name="",
description=textwrap.dedent("""\
""")),
ReadParam(name='TONUMBER',
data_type='int',
read_fn_key='COMMON_READ_FN_KEY',
display_name="",
description=textwrap.dedent("""\
""")),
ReadParam(name='STATUS',
data_type='int',
read_fn_key='COMMON_READ_FN_KEY',
display_name="",
description=textwrap.dedent("""\
__license__ = "GPL"
__version__ = "1.0.0"
import textwrap
from elem_obj import ReadParam, WriteParam, PSSE_Fn, Element
from elem_obj import make_param_dict, get_real, get_imag
COMMON_READ_FN_KEY = "mach"
slurp_flags = {'flag': 4}
read_params = [
ReadParam(name='NUMBER',
data_type='int',
read_fn_key='COMMON_READ_FN_KEY',
display_name="",
description=textwrap.dedent("""\
""")),
ReadParam(name='STATUS',
data_type='int',
read_fn_key='COMMON_READ_FN_KEY',
display_name="",
description=textwrap.dedent("""\
""")),
ReadParam(name='WMOD',
data_type='int',
read_fn_key='COMMON_READ_FN_KEY',
display_name="",
description=textwrap.dedent("""\
__version__ = "1.0.0"
import textwrap
from elem_obj import ReadParam, WriteParam, PSSE_Fn, Element
from elem_obj import make_param_dict, get_real, get_imag
from elem_obj import Parameter, tr3_Elem
COMMON_READ_FN_KEY = "tr3"
slurp_flags = {'ties': 3, 'flag': 2}
read_params = [
ReadParam(name='WIND1NUMBER',
data_type='int',
read_fn_key='COMMON_READ_FN_KEY',
display_name="",
description=textwrap.dedent("""\
""")),
ReadParam(name='WIND2NUMBER',
data_type='int',
read_fn_key='COMMON_READ_FN_KEY',
display_name="",
description=textwrap.dedent("""\
""")),
ReadParam(name='WIND3NUMBER',
data_type='int',
read_fn_key='COMMON_READ_FN_KEY',
display_name="",
description=textwrap.dedent("""\
__license__ = "GPL"
__version__ = "1.0.0"
import textwrap
from elem_obj import ReadParam, WriteParam, PSSE_Fn, Element
from elem_obj import make_param_dict, get_real, get_imag
COMMON_READ_FN_KEY = "genbus"
slurp_flags = {'flag': 4}
read_params = [
ReadParam(name='NUMBER',
data_type='int',
read_fn_key='COMMON_READ_FN_KEY',
display_name="",
description=textwrap.dedent("""\
""")),
ReadParam(name='TYPE',
data_type='int',
read_fn_key='COMMON_READ_FN_KEY',
display_name="",
description=textwrap.dedent("""\
""")),
ReadParam(name='AREA',
data_type='int',
read_fn_key='COMMON_READ_FN_KEY',
display_name="",
description=textwrap.dedent("""\