Python MatrixEquation 예제들

예제 #1

파일: mat_eqn.py 프로젝트: mdolab/pyXDSM

from pyxdsm.matrix_eqn import MatrixEquation

################################
# define the system
################################

lin_system = MatrixEquation()

lin_system.add_variable(1, size=1, text="a")
lin_system.add_variable(2, size=1, text="b")

lin_system.add_variable(3, size=1, text="c")
lin_system.add_variable(4, size=2)
lin_system.add_variable(5, size=2)

lin_system.add_variable(6, size=1, text="d")
lin_system.add_variable(7, size=2)
lin_system.add_variable(8, size=2)

lin_system.add_variable(9, size=1, text="e")
lin_system.add_variable(10, size=2)
lin_system.add_variable(11, size=2)

# variable identifiers can be any hashable object
lin_system.add_variable("f", size=1, text="f")

lin_system.connect(1, [4, 5, 7, 8, 10, 11])
lin_system.connect(2, [4, 5, 7, 8, 10, 11])

lin_system.connect(3, 4)
lin_system.connect(4, 5)

예제 #2

파일: mat_eqn.py 프로젝트: youkas/pyXDSM

from pyxdsm.matrix_eqn import MatrixEquation

################################
# define the system
################################

lin_system = MatrixEquation()

lin_system.add_variable(1, size=1, text="a")
lin_system.add_variable(2, size=1, text="b")

lin_system.add_variable(3, size=1, text="c")
lin_system.add_variable(
    4,
    size=2,
)
lin_system.add_variable(
    5,
    size=2,
)

lin_system.add_variable(6, size=1, text="d")
lin_system.add_variable(
    7,
    size=2,
)
lin_system.add_variable(
    8,
    size=2,
)

예제 #3

파일: jac_structure.py 프로젝트: rowhit/OpenMDAO-1

sys.jacobian(transpose=True)
sys.spacer()
sys.vector(base_color='red', highlight=[2,2,2,2,2])
sys.spacer()
sys.operator('=')
sys.vector(base_color='green', highlight=[2,1,1,1,1])

sys.write('uncoupled_rev')


############################################
# Coupled Uncoupled System
############################################

sys = MatrixEquation()
sys.add_variable(1, size=1)
sys.add_variable(2, size=1)
sys.add_variable(3, size=2)
sys.add_variable(4, size=2)
sys.add_variable(5, size=1)

sys.connect(1, [2,3,4,5])
sys.connect(2, [5])
sys.connect(3, [2,4,5])
sys.connect(4, [2,5])
sys.connect(5, [2,3,4])

sys.jacobian()
sys.spacer()
sys.vector(base_color='red', highlight=[2,2,2,2,2])

예제 #4

파일: jac_structure.py 프로젝트: rowhit/OpenMDAO-1

def build_sys():

    sys = MatrixEquation()
    sys.add_variable(1, size=1)
    sys.add_variable(2, size=1)
    sys.add_variable(3, size=2)
    sys.add_variable(4, size=2)
    sys.add_variable(5, size=1)

    sys.connect(1, [2,3,4,5])
    sys.connect(2, [3,4,5])
    sys.connect(3, [4,5])
    sys.connect(4, [5])

    return sys

예제 #5

파일: parallel_adjoint.py 프로젝트: rowhit/OpenMDAO-1

def par_system():
    sys = MatrixEquation()

    sys.add_variable(1, size=2, text=r"\textbf{x}")
    sys.add_variable(2, size=2, text=r"\textbf{y}")
    sys.add_variable(3, size=4, text=r"\textbf{s1}", color=IMPLICIT_COLOR)
    sys.add_variable(3.5, size=1, text=r"\textbf{z1}")
    sys.add_variable(4, size=4, text=r"\textbf{s2}", color=IMPLICIT_COLOR)
    sys.add_variable(4.5, size=1, text=r"\textbf{z2}")

    sys.connect(1, 2)
    sys.connect(2, [3, 4], color="blue")
    sys.connect(3, 3.5, color=IMPLICIT_COLOR)
    sys.connect(4, 4.5, color=IMPLICIT_COLOR)

    return sys

예제 #6

파일: parallel_adjoint.py 프로젝트: rowhit/OpenMDAO-1

par = par_system()

par.jacobian(transpose=True)
par.spacer()
par.vector(base_color='red', highlight=[2, 2, 2, 2, 0, 0])
par.vector(base_color='red', highlight=[2, 2, 0, 0, 2, 2])
par.operator('=')
par.vector(base_color='red', highlight=[1, 1, 1, 2, 0, 0])
par.vector(base_color='red', highlight=[1, 1, 0, 0, 1, 2])

par.write('parallel_adj_combined')

#############################################################
# 2 Color Version
#############################################################
sys = MatrixEquation()

sys.add_variable(1, size=2, text="x")
sys.add_variable(2, size=2, text="y")
sys.add_variable(3, size=4, text="s1", color=IMPLICIT_COLOR)
sys.add_variable(3.5, size=1, text="a1")
sys.add_variable(3.6, size=1, text="b1")
sys.add_variable(4, size=4, text="s2", color=IMPLICIT_COLOR)
sys.add_variable(4.5, size=1, text="a2")
sys.add_variable(4.6, size=1, text="b2")

sys.connect(1, 2)
sys.connect(2, [3, 4], color="blue")
sys.connect(3, [3.5, 3.6], color=IMPLICIT_COLOR)
sys.connect(4, [4.5, 4.6], color=IMPLICIT_COLOR)

예제 #7

def simul_system():
    simul = MatrixEquation()

    simul.add_variable(1, size=1, text="a")
    simul.add_variable(2, size=1, text="b")

    simul.add_variable(3, size=1, text="c")
    simul.add_variable(
        4,
        size=2,
    )
    simul.add_variable(
        5,
        size=2,
    )
    simul.add_variable('gc', size=1, text=r"$g_c$")

    simul.add_variable(6, size=1, text="d")
    simul.add_variable(
        7,
        size=2,
    )
    simul.add_variable(
        8,
        size=2,
    )
    simul.add_variable('gd', size=1, text=r"$g_d$")

    simul.add_variable(9, size=1, text="e")
    simul.add_variable(
        10,
        size=2,
    )
    simul.add_variable(
        11,
        size=2,
    )
    simul.add_variable('ge', size=1, text=r"$g_e$")

    simul.add_variable(12, size=1, text="f")

    simul.connect(1, [4, 5, 7, 8, 10, 11, 12, 'gc', 'gd', 'ge'])
    simul.connect(2, [4, 5, 7, 8, 10, 11, 12, 'gc', 'gd', 'ge'])

    simul.connect(3, 4)
    simul.connect(4, 5)
    simul.connect(5, 4)
    simul.connect(3, 'gc')
    simul.connect(4, 'gc')
    simul.connect(5, 'gc')

    simul.connect(6, 7)
    simul.connect(7, 8)
    simul.connect(8, 7)
    simul.connect(6, 'gd')
    simul.connect(7, 'gd')
    simul.connect(8, 'gd')

    simul.connect(9, 10)
    simul.connect(10, 11)
    simul.connect(11, 10)
    simul.connect(9, 'ge')
    simul.connect(10, 'ge')
    simul.connect(11, 'ge')

    simul.connect(11, 12)

    return simul

예제 #8

파일: parallel_adjoint.py 프로젝트: OpenMDAO/OpenMDAO

def par_system():
    sys = MatrixEquation()

    sys.add_variable(1, size=2, text=r"\textbf{x}")
    sys.add_variable(2, size=2, text=r"\textbf{y}")
    sys.add_variable(3, size=4, text=r"\textbf{s1}", color=IMPLICIT_COLOR)
    sys.add_variable(3.5, size=1, text=r"\textbf{z1}")
    sys.add_variable(4, size=4, text=r"\textbf{s2}", color=IMPLICIT_COLOR)
    sys.add_variable(4.5, size=1, text=r"\textbf{z2}")

    sys.connect(1, 2)
    sys.connect(2, [3,4], color="blue")
    sys.connect(3, 3.5, color=IMPLICIT_COLOR)
    sys.connect(4, 4.5, color=IMPLICIT_COLOR)

    return sys

예제 #9

파일: parallel_adjoint.py 프로젝트: OpenMDAO/OpenMDAO

par.jacobian(transpose=True)
par.spacer()
par.vector(base_color='red', highlight=[2, 2, 2, 2, 0, 0])
par.vector(base_color='red', highlight=[2, 2, 0, 0, 2, 2])
par.operator('=')
par.vector(base_color='red', highlight=[1, 1, 1, 2, 0, 0])
par.vector(base_color='red', highlight=[1, 1, 0, 0, 1, 2])

par.write('parallel_adj_combined')


#############################################################
# 2 Color Version
#############################################################
sys = MatrixEquation()

sys.add_variable(1, size=2, text="x")
sys.add_variable(2, size=2, text="y")
sys.add_variable(3, size=4, text="s1", color=IMPLICIT_COLOR)
sys.add_variable(3.5, size=1, text="a1")
sys.add_variable(3.6, size=1, text="b1")
sys.add_variable(4, size=4, text="s2", color=IMPLICIT_COLOR)
sys.add_variable(4.5, size=1, text="a2")
sys.add_variable(4.6, size=1, text="b2")

sys.connect(1, 2)
sys.connect(2, [3,4], color="blue")
sys.connect(3, [3.5, 3.6], color=IMPLICIT_COLOR)
sys.connect(4, [4.5, 4.6], color=IMPLICIT_COLOR)