A submodule of ecell4_base
ecell4_base.core.
AABB
¶Bases: ecell4_base.core.Shape
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distance
()¶lower
()¶Overloaded function.
lower(self: ecell4_base.core.AABB) -> ecell4_base.core.Real3
lower(self: ecell4_base.core.AABB) -> ecell4_base.core.Real3
surface
()¶upper
()¶Overloaded function.
upper(self: ecell4_base.core.AABB) -> ecell4_base.core.Real3
upper(self: ecell4_base.core.AABB) -> ecell4_base.core.Real3
ecell4_base.core.
AffineTransformation
¶Bases: ecell4_base.core.Shape
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first
()¶rescale
()¶root
()¶second
()¶shift
()¶surface
()¶third
()¶translate
()¶xroll
()¶yroll
()¶zroll
()¶ecell4_base.core.
Attriubte
¶Bases: pybind11_builtins.pybind11_object
ecell4_base.core.
Barycentric
¶Bases: pybind11_builtins.pybind11_object
ecell4_base.core.
CSVObserver
¶Bases: ecell4_base.core.Observer
Methods
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filename
()¶log
()¶set_formatter
()¶set_header
()¶ecell4_base.core.
Complement
¶Bases: ecell4_base.core.Shape
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another
()¶one
()¶surface
()¶ecell4_base.core.
Cylinder
¶Bases: ecell4_base.core.Shape
Methods
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axis
()¶center
()¶distance
()¶half_height
()¶surface
()¶ecell4_base.core.
CylindricalSurface
¶Bases: ecell4_base.core.Shape
Methods
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axis
()¶center
()¶distance
()¶half_height
()¶inside
()¶radius
()¶ecell4_base.core.
FaceID
¶Bases: pybind11_builtins.pybind11_object
ecell4_base.core.
FixedIntervalCSVObserver
¶Bases: ecell4_base.core.Observer
Methods
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filename
()¶log
()¶set_formatter
()¶set_header
()¶ecell4_base.core.
FixedIntervalEvent
¶Bases: pybind11_builtins.pybind11_object
ecell4_base.core.
FixedIntervalHDF5Observer
¶Bases: ecell4_base.core.Observer
Methods
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filename
()¶Overloaded function.
filename(self: ecell4_base.core.FixedIntervalHDF5Observer) -> str
filename(self: ecell4_base.core.FixedIntervalHDF5Observer, arg0: int) -> str
prefix
()¶ecell4_base.core.
FixedIntervalNumberObserver
¶Bases: ecell4_base.core.Observer
Methods
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data
()¶save
()¶targets
()¶ecell4_base.core.
FixedIntervalPythonHooker
¶Bases: ecell4_base.core.Observer
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ecell4_base.core.
FixedIntervalTrackingObserver
¶Bases: ecell4_base.core.Observer
Methods
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data
()¶num_tracers
()¶t
()¶ecell4_base.core.
FixedIntervalTrajectoryObserver
¶Bases: ecell4_base.core.Observer
Methods
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data
()¶num_tracers
()¶t
()¶ecell4_base.core.
GSLRandomNumberGenerator
¶Bases: ecell4_base.core.RandomNumberGenerator
Methods
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ecell4_base.core.
Integer3
¶Bases: pybind11_builtins.pybind11_object
col
¶layer
¶row
¶ecell4_base.core.
MeshSurface
¶Bases: ecell4_base.core.Shape
Methods
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edge_lengths
()¶filename
()¶ecell4_base.core.
Model
¶Bases: pybind11_builtins.pybind11_object
Methods
Overloaded function. |
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Overloaded function. |
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add_reaction_rule
()¶add_reaction_rules
()¶add_species_attribute
()¶add_species_attributes
()¶Overloaded function.
add_species_attributes(self: ecell4_base.core.Model, arg0: List[ecell4_base.core.Species]) -> None
add_species_attributes(self: ecell4_base.core.Model, arg0: List[Tuple[ecell4_base.core.Species, bool]]) -> None
apply_species_attributes
()¶expand
()¶Overloaded function.
expand(self: ecell4_base.core.Model, arg0: List[ecell4_base.core.Species], arg1: int, arg2: Dict[ecell4_base.core.Species, int]) -> ecell4_base.core.Model
expand(self: ecell4_base.core.Model, arg0: List[ecell4_base.core.Species], arg1: int) -> ecell4_base.core.Model
expand(self: ecell4_base.core.Model, arg0: List[ecell4_base.core.Species]) -> ecell4_base.core.Model
has_reaction_rule
()¶has_species_attribute
()¶list_species
()¶num_reaction_rules
()¶query_reaction_rules
()¶Overloaded function.
query_reaction_rules(self: ecell4_base.core.Model, arg0: ecell4_base.core.Species) -> List[ecell4_base.core.ReactionRule]
query_reaction_rules(self: ecell4_base.core.Model, arg0: ecell4_base.core.Species, arg1: ecell4_base.core.Species) -> List[ecell4_base.core.ReactionRule]
reaction_rules
()¶remove_reaction_rule
()¶remove_species_attribute
()¶species_attributes
()¶species_attributes_proceed
()¶update_species_attribute
()¶ecell4_base.core.
NetfreeModel
¶Bases: ecell4_base.core.Model
Methods
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Overloaded function. |
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effective
()¶set_effective
()¶ecell4_base.core.
NetworkModel
¶Bases: ecell4_base.core.Model
Methods
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ecell4_base.core.
NumberLogger
¶Bases: pybind11_builtins.pybind11_object
ecell4_base.core.
NumberObserver
¶Bases: ecell4_base.core.Observer
Methods
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data
()¶save
()¶targets
()¶ecell4_base.core.
Observer
¶Bases: pybind11_builtins.pybind11_object
Methods
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next_time
()¶num_steps
()¶reset
()¶ecell4_base.core.
Particle
¶Bases: pybind11_builtins.pybind11_object
Methods
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D
()¶position
()¶radius
()¶species
()¶ecell4_base.core.
ParticleID
¶Bases: pybind11_builtins.pybind11_object
Methods
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lot
()¶serial
()¶ecell4_base.core.
PlanarSurface
¶Bases: ecell4_base.core.Shape
Methods
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e0
()¶e1
()¶normal
()¶origin
()¶ecell4_base.core.
Polygon
¶Bases: ecell4_base.core.Shape
Methods
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reset
()¶triangles
()¶ecell4_base.core.
Quantity
¶alias of ecell4_base.core.Quantity_Real
ecell4_base.core.
Quantity_Integer
¶Bases: pybind11_builtins.pybind11_object
magnitude
¶units
¶ecell4_base.core.
Quantity_Real
¶Bases: pybind11_builtins.pybind11_object
magnitude
¶units
¶ecell4_base.core.
RandomNumberGenerator
¶Bases: pybind11_builtins.pybind11_object
Methods
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Overloaded function. |
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Overloaded function. |
binomial
()¶gaussian
()¶load
()¶save
()¶seed
()¶Overloaded function.
seed(self: ecell4_base.core.RandomNumberGenerator) -> None
seed(self: ecell4_base.core.RandomNumberGenerator, arg0: int) -> None
uniform
()¶Overloaded function.
uniform(self: ecell4_base.core.RandomNumberGenerator, arg0: float, arg1: float) -> float
uniform(self: ecell4_base.core.RandomNumberGenerator, arg0: float, arg1: float) -> float
uniform_int
()¶ecell4_base.core.
ReactionRule
¶Bases: pybind11_builtins.pybind11_object
Methods
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Overloaded function. |
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Overloaded function. |
DESTROY
= ReactionRulePolicy.DESTROY¶IMPLICIT
= ReactionRulePolicy.IMPLICIT¶ReactionRulePolicy
¶Bases: pybind11_builtins.pybind11_object
Members:
STRICT
IMPLICIT
DESTROY
name
name(self: handle) -> str
DESTROY
= ReactionRulePolicy.DESTROY¶IMPLICIT
= ReactionRulePolicy.IMPLICIT¶STRICT
= ReactionRulePolicy.STRICT¶name
¶STRICT
= ReactionRulePolicy.STRICT¶add_product
()¶add_reactant
()¶as_string
()¶count
()¶generate
()¶get_attribute
()¶get_descriptor
()¶get_k
()¶has_attribute
()¶has_descriptor
()¶k
()¶list_attributes
()¶policy
()¶products
()¶reactants
()¶remove_attribute
()¶reset_descriptor
()¶set_attribute
()¶Overloaded function.
set_attribute(self: ecell4_base.core.ReactionRule, arg0: str, arg1: str) -> None
set_attribute(self: ecell4_base.core.ReactionRule, arg0: str, arg1: str) -> None
set_attribute(self: ecell4_base.core.ReactionRule, arg0: str, arg1: bool) -> None
set_attribute(self: ecell4_base.core.ReactionRule, arg0: str, arg1: float) -> None
set_attribute(self: ecell4_base.core.ReactionRule, arg0: str, arg1: int) -> None
set_attribute(self: ecell4_base.core.ReactionRule, arg0: str, arg1: ecell4_base.core.Quantity_Real) -> None
set_attribute(self: ecell4_base.core.ReactionRule, arg0: str, arg1: ecell4_base.core.Quantity_Integer) -> None
set_descriptor
()¶set_k
()¶Overloaded function.
set_k(self: ecell4_base.core.ReactionRule, arg0: float) -> None
set_k(self: ecell4_base.core.ReactionRule, arg0: ecell4_base.core.Quantity_Real) -> None
set_policy
()¶ecell4_base.core.
ReactionRuleDescriptor
¶Bases: pybind11_builtins.pybind11_object
Methods
product_coefficients
()¶propensity
()¶reactant_coefficients
()¶set_product_coefficient
()¶set_product_coefficients
()¶set_reactant_coefficient
()¶set_reactant_coefficients
()¶ecell4_base.core.
ReactionRuleDescriptorMassAction
¶Bases: ecell4_base.core.ReactionRuleDescriptor
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get_k
()¶k
()¶set_k
()¶Overloaded function.
set_k(self: ecell4_base.core.ReactionRuleDescriptorMassAction, arg0: float) -> None
set_k(self: ecell4_base.core.ReactionRuleDescriptorMassAction, arg0: ecell4_base.core.Quantity_Real) -> None
ecell4_base.core.
ReactionRuleDescriptorPyfunc
¶Bases: ecell4_base.core.ReactionRuleDescriptor
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as_string
()¶get
()¶set_name
()¶ecell4_base.core.
Real3
¶Bases: pybind11_builtins.pybind11_object
ecell4_base.core.
Rod
¶Bases: ecell4_base.core.Shape
Methods
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distance
()¶length
()¶origin
()¶radius
()¶shift
()¶surface
()¶ecell4_base.core.
RodSurface
¶Bases: ecell4_base.core.Shape
Methods
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distance
()¶length
()¶origin
()¶radius
()¶shift
()¶ecell4_base.core.
STLFormat
¶Bases: pybind11_builtins.pybind11_object
Members:
Ascii
Binary
name
name(self: handle) -> str
Ascii
= STLFormat.Ascii¶Binary
= STLFormat.Binary¶name
¶ecell4_base.core.
Shape
¶Bases: pybind11_builtins.pybind11_object
Methods
Members: |
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ONE
= dimension_kind.ONE¶THREE
= dimension_kind.THREE¶TWO
= dimension_kind.TWO¶UNDEF
= dimension_kind.UNDEF¶dimension
()¶dimension_kind
¶Bases: pybind11_builtins.pybind11_object
Members:
ONE
TWO
THREE
UNDEF
name
name(self: handle) -> str
ONE
= dimension_kind.ONE¶THREE
= dimension_kind.THREE¶TWO
= dimension_kind.TWO¶UNDEF
= dimension_kind.UNDEF¶name
¶is_inside
()¶ecell4_base.core.
Simulator
¶Bases: pybind11_builtins.pybind11_object
Methods
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Overloaded function. |
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check_reaction
()¶dt
()¶initialize
()¶next_time
()¶num_steps
()¶set_dt
()¶step
()¶Overloaded function.
step(self: ecell4_base.core.Simulator) -> None
step(self: ecell4_base.core.Simulator, arg0: float) -> bool
t
()¶ecell4_base.core.
Species
¶Bases: pybind11_builtins.pybind11_object
Methods
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Overloaded function. |
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D
()¶add_unit
()¶count
()¶dimension
()¶get_attribute
()¶has_attribute
()¶list_attributes
()¶location
()¶radius
()¶remove_attribute
()¶serial
()¶set_attribute
()¶Overloaded function.
set_attribute(self: ecell4_base.core.Species, arg0: str, arg1: str) -> None
set_attribute(self: ecell4_base.core.Species, arg0: str, arg1: str) -> None
set_attribute(self: ecell4_base.core.Species, arg0: str, arg1: bool) -> None
set_attribute(self: ecell4_base.core.Species, arg0: str, arg1: float) -> None
set_attribute(self: ecell4_base.core.Species, arg0: str, arg1: int) -> None
set_attribute(self: ecell4_base.core.Species, arg0: str, arg1: ecell4_base.core.Quantity_Real) -> None
set_attribute(self: ecell4_base.core.Species, arg0: str, arg1: ecell4_base.core.Quantity_Integer) -> None
units
()¶ecell4_base.core.
Sphere
¶Bases: ecell4_base.core.Shape
Methods
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center
()¶distance
()¶radius
()¶surface
()¶ecell4_base.core.
SphericalSurface
¶Bases: ecell4_base.core.Shape
Methods
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center
()¶distance
()¶inside
()¶radius
()¶ecell4_base.core.
Surface
¶Bases: ecell4_base.core.Shape
Methods
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root
()¶ecell4_base.core.
TimeoutObserver
¶Bases: ecell4_base.core.Observer
Methods
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accumulation
()¶duration
()¶interval
()¶ecell4_base.core.
TimingEvent
¶Bases: pybind11_builtins.pybind11_object
ecell4_base.core.
TimingNumberObserver
¶Bases: ecell4_base.core.Observer
Methods
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data
()¶save
()¶targets
()¶ecell4_base.core.
TimingTrajectoryObserver
¶Bases: ecell4_base.core.Observer
Methods
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data
()¶num_tracers
()¶t
()¶ecell4_base.core.
Triangle
¶Bases: ecell4_base.core.Shape
Methods
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area
()¶normal
()¶vertex_at
()¶vertices
()¶ecell4_base.core.
Union
¶Bases: ecell4_base.core.Shape
Methods
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another
()¶one
()¶surface
()¶ecell4_base.core.
UnitSpecies
¶Bases: pybind11_builtins.pybind11_object
Methods
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add_site
()¶clear
()¶deserialize
()¶get_site
()¶has_site
()¶name
()¶serial
()¶set_name
()¶sites
()¶ecell4_base.core.
WorldInterface
¶Bases: pybind11_builtins.pybind11_object
Methods
Overloaded function. |
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Overloaded function. |
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edge_lengths
()¶get_particle
()¶get_value
()¶get_value_exact
()¶has_particle
()¶has_species
()¶list_particles
()¶Overloaded function.
list_particles(self: ecell4_base.core.WorldInterface) -> List[Tuple[ecell4_base.core.ParticleID, ecell4_base.core.Particle]]
list_particles(self: ecell4_base.core.WorldInterface, arg0: ecell4_base.core.Species) -> List[Tuple[ecell4_base.core.ParticleID, ecell4_base.core.Particle]]
list_particles_exact
()¶list_species
()¶load
()¶num_molecules
()¶num_molecules_exact
()¶num_particles
()¶Overloaded function.
num_particles(self: ecell4_base.core.WorldInterface) -> int
num_particles(self: ecell4_base.core.WorldInterface, arg0: ecell4_base.core.Species) -> int
num_particles_exact
()¶save
()¶set_t
()¶t
()¶volume
()¶ecell4_base.core.
cbrt
()¶ecell4_base.core.
count_species_matches
()¶ecell4_base.core.
create_binding_reaction_rule
()¶ecell4_base.core.
create_degradation_reaction_rule
()¶ecell4_base.core.
create_synthesis_reaction_rule
()¶ecell4_base.core.
create_unbinding_reaction_rule
()¶ecell4_base.core.
create_unimolecular_reaction_rule
()¶ecell4_base.core.
create_x_plane
()¶ecell4_base.core.
create_y_plane
()¶ecell4_base.core.
create_z_plane
()¶ecell4_base.core.
cross_product
()¶ecell4_base.core.
dot_product
()¶Overloaded function.
dot_product(arg0: ecell4_base.core.Real3, arg1: ecell4_base.core.Real3) -> float
dot_product(arg0: ecell4_base.core.Integer3, arg1: ecell4_base.core.Integer3) -> int
ecell4_base.core.
format_species
()¶ecell4_base.core.
get_dimension_from_model
()¶ecell4_base.core.
get_stoichiometry
()¶ecell4_base.core.
integer3_abs
()¶ecell4_base.core.
integer3_add
()¶ecell4_base.core.
integer3_dot_product
()¶ecell4_base.core.
integer3_length
()¶ecell4_base.core.
integer3_length_sq
()¶ecell4_base.core.
integer3_multiply
()¶ecell4_base.core.
integer3_subtract
()¶ecell4_base.core.
length
()¶Overloaded function.
length(arg0: ecell4_base.core.Real3) -> float
length(arg0: ecell4_base.core.Integer3) -> float
ecell4_base.core.
length_sq
()¶Overloaded function.
length_sq(arg0: ecell4_base.core.Real3) -> float
length_sq(arg0: ecell4_base.core.Integer3) -> int
ecell4_base.core.
load_version_information
()¶ecell4_base.core.
ones
()¶ecell4_base.core.
read_polygon
()¶ecell4_base.core.
real3_abs
()¶ecell4_base.core.
real3_add
()¶ecell4_base.core.
real3_divide
()¶ecell4_base.core.
real3_dot_product
()¶ecell4_base.core.
real3_length
()¶ecell4_base.core.
real3_length_sq
()¶ecell4_base.core.
real3_multiply
()¶ecell4_base.core.
real3_subtract
()¶ecell4_base.core.
unitx
()¶ecell4_base.core.
unity
()¶ecell4_base.core.
unitz
()¶ecell4_base.core.
write_polygon
()¶A submodule of ecell4_base
ecell4_base.bd.
BDFactory
¶Bases: pybind11_builtins.pybind11_object
Methods
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Overloaded function. |
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Overloaded function. |
rng
()¶simulator
()¶Overloaded function.
simulator(self: ecell4_base.bd.BDFactory, world: ecell4::bd::BDWorld) -> ecell4::bd::BDSimulator
simulator(self: ecell4_base.bd.BDFactory, world: ecell4::bd::BDWorld, model: ecell4_base.core.Model) -> ecell4::bd::BDSimulator
world
()¶Overloaded function.
world(self: ecell4_base.bd.BDFactory, edge_lengths: ecell4_base.core.Real3 = <ecell4_base.core.Real3 object at 0x7efd66a02308>) -> ecell4::bd::BDWorld
world(self: ecell4_base.bd.BDFactory, volume: float) -> ecell4::bd::BDWorld
world(self: ecell4_base.bd.BDFactory, filename: str) -> ecell4::bd::BDWorld
world(self: ecell4_base.bd.BDFactory, model: ecell4_base.core.Model) -> ecell4::bd::BDWorld
ecell4_base.bd.
BDSimulator
¶Bases: ecell4_base.core.Simulator
Methods
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Overloaded function. |
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Overloaded function. |
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last_reactions
()¶model
()¶run
()¶Overloaded function.
run(self: ecell4_base.bd.BDSimulator, duration: float, is_dirty: bool = True) -> None
run(self: ecell4_base.bd.BDSimulator, duration: float, observer: ecell4_base.core.Observer, is_dirty: bool = True) -> None
run(self: ecell4_base.bd.BDSimulator, duration: float, observers: List[ecell4_base.core.Observer], is_dirty: bool = True) -> None
set_t
()¶world
()¶ecell4_base.bd.
BDWorld
¶Bases: ecell4_base.core.WorldInterface
Methods
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add_molecules
()¶Overloaded function.
add_molecules(self: ecell4_base.bd.BDWorld, arg0: ecell4_base.core.Species, arg1: int) -> None
add_molecules(self: ecell4_base.bd.BDWorld, arg0: ecell4_base.core.Species, arg1: int, arg2: ecell4_base.core.Shape) -> None
apply_boundary
()¶bind_to
()¶distance
()¶distance_sq
()¶list_particles_within_radius
()¶Overloaded function.
list_particles_within_radius(self: ecell4_base.bd.BDWorld, arg0: ecell4_base.core.Real3, arg1: float) -> List[Tuple[Tuple[ecell4_base.core.ParticleID, ecell4_base.core.Particle], float]]
list_particles_within_radius(self: ecell4_base.bd.BDWorld, arg0: ecell4_base.core.Real3, arg1: float, arg2: ecell4_base.core.ParticleID) -> List[Tuple[Tuple[ecell4_base.core.ParticleID, ecell4_base.core.Particle], float]]
list_particles_within_radius(self: ecell4_base.bd.BDWorld, arg0: ecell4_base.core.Real3, arg1: float, arg2: ecell4_base.core.ParticleID, arg3: ecell4_base.core.ParticleID) -> List[Tuple[Tuple[ecell4_base.core.ParticleID, ecell4_base.core.Particle], float]]
new_particle
()¶Overloaded function.
new_particle(self: ecell4_base.bd.BDWorld, arg0: ecell4_base.core.Particle) -> Tuple[Tuple[ecell4_base.core.ParticleID, ecell4_base.core.Particle], bool]
new_particle(self: ecell4_base.bd.BDWorld, arg0: ecell4_base.core.Species, arg1: ecell4_base.core.Real3) -> Tuple[Tuple[ecell4_base.core.ParticleID, ecell4_base.core.Particle], bool]
periodic_transpose
()¶remove_molecules
()¶remove_particle
()¶rng
()¶update_particle
()¶ecell4_base.bd.
Factory
¶alias of ecell4_base.bd.BDFactory
ecell4_base.bd.
ReactionInfo
¶Bases: pybind11_builtins.pybind11_object
Methods
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products
()¶reactants
()¶t
()¶ecell4_base.bd.
Simulator
¶alias of ecell4_base.bd.BDSimulator
ecell4_base.bd.
World
¶alias of ecell4_base.bd.BDWorld
A submodule of ecell4_base
ecell4_base.egfrd.
BDFactory
¶Bases: pybind11_builtins.pybind11_object
Methods
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Overloaded function. |
rng
()¶simulator
()¶Overloaded function.
simulator(self: ecell4_base.egfrd.BDFactory, world: ecell4::egfrd::World<ecell4::egfrd::CyclicWorldTraits<double> >) -> ecell4_base.egfrd.BDSimulator
simulator(self: ecell4_base.egfrd.BDFactory, world: ecell4::egfrd::World<ecell4::egfrd::CyclicWorldTraits<double> >, model: ecell4_base.core.Model) -> ecell4_base.egfrd.BDSimulator
world
()¶Overloaded function.
world(self: ecell4_base.egfrd.BDFactory, edge_lengths: ecell4_base.core.Real3 = <ecell4_base.core.Real3 object at 0x7efd66a02618>) -> ecell4::egfrd::World<ecell4::egfrd::CyclicWorldTraits<double> >
world(self: ecell4_base.egfrd.BDFactory, volume: float) -> ecell4::egfrd::World<ecell4::egfrd::CyclicWorldTraits<double> >
world(self: ecell4_base.egfrd.BDFactory, filename: str) -> ecell4::egfrd::World<ecell4::egfrd::CyclicWorldTraits<double> >
world(self: ecell4_base.egfrd.BDFactory, model: ecell4_base.core.Model) -> ecell4::egfrd::World<ecell4::egfrd::CyclicWorldTraits<double> >
ecell4_base.egfrd.
BDSimulator
¶Bases: ecell4_base.core.Simulator
Methods
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add_potential
()¶Overloaded function.
add_potential(self: ecell4_base.egfrd.BDSimulator, arg0: ecell4_base.core.Species, arg1: float) -> None
add_potential(self: ecell4_base.egfrd.BDSimulator, arg0: ecell4_base.core.Species, arg1: ecell4_base.core.Shape) -> None
add_potential(self: ecell4_base.egfrd.BDSimulator, arg0: ecell4_base.core.Species, arg1: ecell4_base.core.Shape, arg2: float) -> None
dt_factor
()¶last_reactions
()¶model
()¶run
()¶Overloaded function.
run(self: ecell4_base.egfrd.BDSimulator, duration: float, is_dirty: bool = True) -> None
run(self: ecell4_base.egfrd.BDSimulator, duration: float, observer: ecell4_base.core.Observer, is_dirty: bool = True) -> None
run(self: ecell4_base.egfrd.BDSimulator, duration: float, observers: List[ecell4_base.core.Observer], is_dirty: bool = True) -> None
set_t
()¶world
()¶ecell4_base.egfrd.
EGFRDFactory
¶Bases: pybind11_builtins.pybind11_object
Methods
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Overloaded function. |
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Overloaded function. |
rng
()¶simulator
()¶Overloaded function.
simulator(self: ecell4_base.egfrd.EGFRDFactory, world: ecell4::egfrd::World<ecell4::egfrd::CyclicWorldTraits<double> >) -> ecell4::egfrd::EGFRDSimulator<ecell4::egfrd::EGFRDSimulatorTraitsBase<ecell4::egfrd::World<ecell4::egfrd::CyclicWorldTraits<double> > > >
simulator(self: ecell4_base.egfrd.EGFRDFactory, world: ecell4::egfrd::World<ecell4::egfrd::CyclicWorldTraits<double> >, model: ecell4_base.core.Model) -> ecell4::egfrd::EGFRDSimulator<ecell4::egfrd::EGFRDSimulatorTraitsBase<ecell4::egfrd::World<ecell4::egfrd::CyclicWorldTraits<double> > > >
world
()¶Overloaded function.
world(self: ecell4_base.egfrd.EGFRDFactory, edge_lengths: ecell4_base.core.Real3 = <ecell4_base.core.Real3 object at 0x7efd66a026c0>) -> ecell4::egfrd::World<ecell4::egfrd::CyclicWorldTraits<double> >
world(self: ecell4_base.egfrd.EGFRDFactory, volume: float) -> ecell4::egfrd::World<ecell4::egfrd::CyclicWorldTraits<double> >
world(self: ecell4_base.egfrd.EGFRDFactory, filename: str) -> ecell4::egfrd::World<ecell4::egfrd::CyclicWorldTraits<double> >
world(self: ecell4_base.egfrd.EGFRDFactory, model: ecell4_base.core.Model) -> ecell4::egfrd::World<ecell4::egfrd::CyclicWorldTraits<double> >
ecell4_base.egfrd.
EGFRDSimulator
¶Bases: ecell4_base.core.Simulator
Methods
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last_reactions
()¶model
()¶run
()¶Overloaded function.
run(self: ecell4_base.egfrd.EGFRDSimulator, duration: float, is_dirty: bool = True) -> None
run(self: ecell4_base.egfrd.EGFRDSimulator, duration: float, observer: ecell4_base.core.Observer, is_dirty: bool = True) -> None
run(self: ecell4_base.egfrd.EGFRDSimulator, duration: float, observers: List[ecell4_base.core.Observer], is_dirty: bool = True) -> None
set_paranoiac
()¶set_t
()¶world
()¶ecell4_base.egfrd.
EGFRDWorld
¶Bases: ecell4_base.core.WorldInterface
Methods
Overloaded function. |
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Overloaded function. |
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add_molecules
()¶Overloaded function.
add_molecules(self: ecell4_base.egfrd.EGFRDWorld, arg0: ecell4_base.core.Species, arg1: int) -> None
add_molecules(self: ecell4_base.egfrd.EGFRDWorld, arg0: ecell4_base.core.Species, arg1: int, arg2: ecell4_base.core.Shape) -> None
apply_boundary
()¶bind_to
()¶distance
()¶list_particles_within_radius
()¶Overloaded function.
list_particles_within_radius(self: ecell4_base.egfrd.EGFRDWorld, arg0: ecell4_base.core.Real3, arg1: float) -> List[Tuple[Tuple[ecell4_base.core.ParticleID, ecell4_base.core.Particle], float]]
list_particles_within_radius(self: ecell4_base.egfrd.EGFRDWorld, arg0: ecell4_base.core.Real3, arg1: float, arg2: ecell4_base.core.ParticleID) -> List[Tuple[Tuple[ecell4_base.core.ParticleID, ecell4_base.core.Particle], float]]
list_particles_within_radius(self: ecell4_base.egfrd.EGFRDWorld, arg0: ecell4_base.core.Real3, arg1: float, arg2: ecell4_base.core.ParticleID, arg3: ecell4_base.core.ParticleID) -> List[Tuple[Tuple[ecell4_base.core.ParticleID, ecell4_base.core.Particle], float]]
matrix_sizes
()¶new_particle
()¶Overloaded function.
new_particle(self: ecell4_base.egfrd.EGFRDWorld, arg0: ecell4_base.core.Particle) -> Tuple[Tuple[ecell4_base.core.ParticleID, ecell4_base.core.Particle], bool]
new_particle(self: ecell4_base.egfrd.EGFRDWorld, arg0: ecell4_base.core.Species, arg1: ecell4_base.core.Real3) -> Tuple[Tuple[ecell4_base.core.ParticleID, ecell4_base.core.Particle], bool]
remove_molecules
()¶remove_particle
()¶rng
()¶set_value
()¶update_particle
()¶ecell4_base.egfrd.
Factory
¶alias of ecell4_base.egfrd.EGFRDFactory
ecell4_base.egfrd.
ReactionInfo
¶Bases: pybind11_builtins.pybind11_object
Methods
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products
()¶reactants
()¶t
()¶ecell4_base.egfrd.
Simulator
¶alias of ecell4_base.egfrd.EGFRDSimulator
ecell4_base.egfrd.
World
¶alias of ecell4_base.egfrd.EGFRDWorld
A submodule of ecell4_base
ecell4_base.gillespie.
Factory
¶ecell4_base.gillespie.
GillespieFactory
¶Bases: pybind11_builtins.pybind11_object
Methods
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Overloaded function. |
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Overloaded function. |
rng
()¶simulator
()¶Overloaded function.
simulator(self: ecell4_base.gillespie.GillespieFactory, world: ecell4::gillespie::GillespieWorld) -> ecell4::gillespie::GillespieSimulator
simulator(self: ecell4_base.gillespie.GillespieFactory, world: ecell4::gillespie::GillespieWorld, model: ecell4_base.core.Model) -> ecell4::gillespie::GillespieSimulator
world
()¶Overloaded function.
world(self: ecell4_base.gillespie.GillespieFactory, edge_lengths: ecell4_base.core.Real3 = <ecell4_base.core.Real3 object at 0x7efd66a02848>) -> ecell4::gillespie::GillespieWorld
world(self: ecell4_base.gillespie.GillespieFactory, volume: float) -> ecell4::gillespie::GillespieWorld
world(self: ecell4_base.gillespie.GillespieFactory, filename: str) -> ecell4::gillespie::GillespieWorld
world(self: ecell4_base.gillespie.GillespieFactory, model: ecell4_base.core.Model) -> ecell4::gillespie::GillespieWorld
ecell4_base.gillespie.
GillespieSimulator
¶Bases: ecell4_base.core.Simulator
Methods
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Overloaded function. |
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last_reactions
()¶model
()¶run
()¶Overloaded function.
run(self: ecell4_base.gillespie.GillespieSimulator, duration: float, is_dirty: bool = True) -> None
run(self: ecell4_base.gillespie.GillespieSimulator, duration: float, observer: ecell4_base.core.Observer, is_dirty: bool = True) -> None
run(self: ecell4_base.gillespie.GillespieSimulator, duration: float, observers: List[ecell4_base.core.Observer], is_dirty: bool = True) -> None
set_t
()¶world
()¶ecell4_base.gillespie.
GillespieWorld
¶Bases: ecell4_base.core.WorldInterface
Methods
Overloaded function. |
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Overloaded function. |
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Overloaded function. |
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add_molecules
()¶Overloaded function.
add_molecules(self: ecell4_base.gillespie.GillespieWorld, arg0: ecell4_base.core.Species, arg1: int) -> None
add_molecules(self: ecell4_base.gillespie.GillespieWorld, arg0: ecell4_base.core.Species, arg1: int, arg2: ecell4_base.core.Shape) -> None
bind_to
()¶new_particle
()¶Overloaded function.
new_particle(self: ecell4_base.gillespie.GillespieWorld, arg0: ecell4_base.core.Particle) -> Tuple[Tuple[ecell4_base.core.ParticleID, ecell4_base.core.Particle], bool]
new_particle(self: ecell4_base.gillespie.GillespieWorld, arg0: ecell4_base.core.Species, arg1: ecell4_base.core.Real3) -> Tuple[Tuple[ecell4_base.core.ParticleID, ecell4_base.core.Particle], bool]
remove_molecules
()¶rng
()¶set_value
()¶ecell4_base.gillespie.
ReactionInfo
¶Bases: pybind11_builtins.pybind11_object
Methods
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products
()¶reactants
()¶t
()¶ecell4_base.gillespie.
Simulator
¶ecell4_base.gillespie.
World
¶alias of ecell4_base.gillespie.GillespieWorld
A submodule of ecell4_base
ecell4_base.meso.
Factory
¶alias of ecell4_base.meso.MesoscopicFactory
ecell4_base.meso.
MesoscopicFactory
¶Bases: pybind11_builtins.pybind11_object
Methods
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Overloaded function. |
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Overloaded function. |
rng
()¶simulator
()¶Overloaded function.
simulator(self: ecell4_base.meso.MesoscopicFactory, world: ecell4::meso::MesoscopicWorld) -> ecell4::meso::MesoscopicSimulator
simulator(self: ecell4_base.meso.MesoscopicFactory, world: ecell4::meso::MesoscopicWorld, model: ecell4_base.core.Model) -> ecell4::meso::MesoscopicSimulator
world
()¶Overloaded function.
world(self: ecell4_base.meso.MesoscopicFactory, edge_lengths: ecell4_base.core.Real3 = <ecell4_base.core.Real3 object at 0x7efd66a029d0>) -> ecell4::meso::MesoscopicWorld
world(self: ecell4_base.meso.MesoscopicFactory, volume: float) -> ecell4::meso::MesoscopicWorld
world(self: ecell4_base.meso.MesoscopicFactory, filename: str) -> ecell4::meso::MesoscopicWorld
world(self: ecell4_base.meso.MesoscopicFactory, model: ecell4_base.core.Model) -> ecell4::meso::MesoscopicWorld
ecell4_base.meso.
MesoscopicSimulator
¶Bases: ecell4_base.core.Simulator
Methods
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Overloaded function. |
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Overloaded function. |
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last_reactions
()¶model
()¶run
()¶Overloaded function.
run(self: ecell4_base.meso.MesoscopicSimulator, duration: float, is_dirty: bool = True) -> None
run(self: ecell4_base.meso.MesoscopicSimulator, duration: float, observer: ecell4_base.core.Observer, is_dirty: bool = True) -> None
run(self: ecell4_base.meso.MesoscopicSimulator, duration: float, observers: List[ecell4_base.core.Observer], is_dirty: bool = True) -> None
set_t
()¶world
()¶ecell4_base.meso.
MesoscopicWorld
¶Bases: ecell4_base.core.WorldInterface
Methods
Overloaded function. |
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Overloaded function. |
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Overloaded function. |
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Overloaded function. |
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Overloaded function. |
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Overloaded function. |
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Overloaded function. |
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Overloaded function. |
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add_molecules
()¶Overloaded function.
add_molecules(self: ecell4_base.meso.MesoscopicWorld, arg0: ecell4_base.core.Species, arg1: int) -> None
add_molecules(self: ecell4_base.meso.MesoscopicWorld, arg0: ecell4_base.core.Species, arg1: int, arg2: int) -> None
add_molecules(self: ecell4_base.meso.MesoscopicWorld, arg0: ecell4_base.core.Species, arg1: int, arg2: ecell4_base.core.Integer3) -> None
add_molecules(self: ecell4_base.meso.MesoscopicWorld, arg0: ecell4_base.core.Species, arg1: int, arg2: ecell4_base.core.Shape) -> None
add_structure
()¶bind_to
()¶check_structure
()¶coord2global
()¶get_data
()¶get_occupancy
()¶Overloaded function.
get_occupancy(self: ecell4_base.meso.MesoscopicWorld, arg0: ecell4_base.core.Species, arg1: int) -> float
get_occupancy(self: ecell4_base.meso.MesoscopicWorld, arg0: ecell4_base.core.Species, arg1: ecell4_base.core.Integer3) -> float
get_volume
()¶global2coord
()¶has_structure
()¶list_coordinates
()¶list_coordinates_exact
()¶matrix_sizes
()¶new_particle
()¶Overloaded function.
new_particle(self: ecell4_base.meso.MesoscopicWorld, arg0: ecell4_base.core.Particle) -> Tuple[Tuple[ecell4_base.core.ParticleID, ecell4_base.core.Particle], bool]
new_particle(self: ecell4_base.meso.MesoscopicWorld, arg0: ecell4_base.core.Species, arg1: ecell4_base.core.Real3) -> Tuple[Tuple[ecell4_base.core.ParticleID, ecell4_base.core.Particle], bool]
num_molecules
()¶Overloaded function.
num_molecules(self: ecell4_base.meso.MesoscopicWorld, arg0: ecell4_base.core.Species) -> int
num_molecules(self: ecell4_base.meso.MesoscopicWorld, arg0: ecell4_base.core.Species, arg1: int) -> int
num_molecules(self: ecell4_base.meso.MesoscopicWorld, arg0: ecell4_base.core.Species, arg1: ecell4_base.core.Integer3) -> int
num_subvolumes
()¶Overloaded function.
num_subvolumes(self: ecell4_base.meso.MesoscopicWorld) -> int
num_subvolumes(self: ecell4_base.meso.MesoscopicWorld, arg0: ecell4_base.core.Species) -> int
on_structure
()¶position2coordinate
()¶position2global
()¶remove_molecules
()¶Overloaded function.
remove_molecules(self: ecell4_base.meso.MesoscopicWorld, arg0: ecell4_base.core.Species, arg1: int) -> None
remove_molecules(self: ecell4_base.meso.MesoscopicWorld, arg0: ecell4_base.core.Species, arg1: int, arg2: ecell4_base.core.Integer3) -> None
remove_molecules(self: ecell4_base.meso.MesoscopicWorld, arg0: ecell4_base.core.Species, arg1: int, arg2: int) -> None
rng
()¶set_value
()¶subvolume
()¶subvolume_edge_lengths
()¶ecell4_base.meso.
ReactionInfo
¶Bases: pybind11_builtins.pybind11_object
Methods
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coordinate
()¶products
()¶reactants
()¶t
()¶ecell4_base.meso.
Simulator
¶alias of ecell4_base.meso.MesoscopicSimulator
ecell4_base.meso.
World
¶alias of ecell4_base.meso.MesoscopicWorld
A submodule of ecell4_base
ecell4_base.ode.
Factory
¶alias of ecell4_base.ode.ODEFactory
ecell4_base.ode.
ODEFactory
¶Bases: pybind11_builtins.pybind11_object
Methods
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Overloaded function. |
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Overloaded function. |
rng
()¶simulator
()¶Overloaded function.
simulator(self: ecell4_base.ode.ODEFactory, world: ecell4::ode::ODEWorld) -> ecell4::ode::ODESimulator
simulator(self: ecell4_base.ode.ODEFactory, world: ecell4::ode::ODEWorld, model: ecell4_base.core.Model) -> ecell4::ode::ODESimulator
world
()¶Overloaded function.
world(self: ecell4_base.ode.ODEFactory, edge_lengths: ecell4_base.core.Real3 = <ecell4_base.core.Real3 object at 0x7efd66a02d88>) -> ecell4::ode::ODEWorld
world(self: ecell4_base.ode.ODEFactory, volume: float) -> ecell4::ode::ODEWorld
world(self: ecell4_base.ode.ODEFactory, filename: str) -> ecell4::ode::ODEWorld
world(self: ecell4_base.ode.ODEFactory, model: ecell4_base.core.Model) -> ecell4::ode::ODEWorld
ecell4_base.ode.
ODESimulator
¶Bases: ecell4_base.core.Simulator
Methods
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Overloaded function. |
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absolute_tolerance
()¶derivatives
()¶elasticity
()¶fluxes
()¶jacobian
()¶maximum_step_interval
()¶model
()¶relative_tolerance
()¶run
()¶Overloaded function.
run(self: ecell4_base.ode.ODESimulator, duration: float, is_dirty: bool = True) -> None
run(self: ecell4_base.ode.ODESimulator, duration: float, observer: ecell4_base.core.Observer, is_dirty: bool = True) -> None
run(self: ecell4_base.ode.ODESimulator, duration: float, observers: List[ecell4_base.core.Observer], is_dirty: bool = True) -> None
set_absolute_tolerance
()¶set_maximum_step_interval
()¶set_relative_tolerance
()¶set_t
()¶stoichiometry
()¶values
()¶world
()¶ecell4_base.ode.
ODESolverType
¶Bases: pybind11_builtins.pybind11_object
Members:
RUNGE_KUTTA_CASH_KARP54
ROSENBROCK4_CONTROLLER
EULER
name
name(self: handle) -> str
EULER
= ODESolverType.EULER¶ROSENBROCK4_CONTROLLER
= ODESolverType.ROSENBROCK4_CONTROLLER¶RUNGE_KUTTA_CASH_KARP54
= ODESolverType.RUNGE_KUTTA_CASH_KARP54¶name
¶ecell4_base.ode.
ODEWorld
¶Bases: ecell4_base.core.WorldInterface
Methods
Overloaded function. |
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Overloaded function. |
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Overloaded function. |
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Overloaded function. |
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Overloaded function. |
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add_molecules
()¶Overloaded function.
add_molecules(self: ecell4_base.ode.ODEWorld, arg0: ecell4_base.core.Species, arg1: float) -> None
add_molecules(self: ecell4_base.ode.ODEWorld, arg0: ecell4_base.core.Species, arg1: int, arg2: ecell4_base.core.Shape) -> None
bind_to
()¶evaluate
()¶Overloaded function.
evaluate(self: ecell4_base.ode.ODEWorld, arg0: List[ecell4_base.core.ReactionRule]) -> List[float]
evaluate(self: ecell4_base.ode.ODEWorld, arg0: ecell4_base.core.ReactionRule) -> float
get_values
()¶new_particle
()¶Overloaded function.
new_particle(self: ecell4_base.ode.ODEWorld, arg0: ecell4_base.core.Particle) -> Tuple[Tuple[ecell4_base.core.ParticleID, ecell4_base.core.Particle], bool]
new_particle(self: ecell4_base.ode.ODEWorld, arg0: ecell4_base.core.Species, arg1: ecell4_base.core.Real3) -> Tuple[Tuple[ecell4_base.core.ParticleID, ecell4_base.core.Particle], bool]
release_species
()¶remove_molecules
()¶reserve_species
()¶set_value
()¶set_volume
()¶ecell4_base.ode.
Simulator
¶alias of ecell4_base.ode.ODESimulator
ecell4_base.ode.
World
¶alias of ecell4_base.ode.ODEWorld
A submodule of ecell4_base
ecell4_base.spatiocyte.
Factory
¶ecell4_base.spatiocyte.
OffLattice
¶Bases: pybind11_builtins.pybind11_object
Methods
adjoining_pairs
()¶positions
()¶voxel_radius
()¶ecell4_base.spatiocyte.
ReactionInfo
¶Bases: pybind11_builtins.pybind11_object
Methods
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products
()¶reactants
()¶t
()¶ecell4_base.spatiocyte.
ReactionInfoItem
¶Bases: pybind11_builtins.pybind11_object
pid
¶species
¶voxel
¶ecell4_base.spatiocyte.
Simulator
¶ecell4_base.spatiocyte.
SpatiocyteFactory
¶Bases: pybind11_builtins.pybind11_object
Methods
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Overloaded function. |
rng
()¶simulator
()¶Overloaded function.
simulator(self: ecell4_base.spatiocyte.SpatiocyteFactory, world: ecell4::spatiocyte::SpatiocyteWorld) -> ecell4::spatiocyte::SpatiocyteSimulator
simulator(self: ecell4_base.spatiocyte.SpatiocyteFactory, world: ecell4::spatiocyte::SpatiocyteWorld, model: ecell4_base.core.Model) -> ecell4::spatiocyte::SpatiocyteSimulator
world
()¶Overloaded function.
world(self: ecell4_base.spatiocyte.SpatiocyteFactory, edge_lengths: ecell4_base.core.Real3 = <ecell4_base.core.Real3 object at 0x7efd6699e110>) -> ecell4::spatiocyte::SpatiocyteWorld
world(self: ecell4_base.spatiocyte.SpatiocyteFactory, volume: float) -> ecell4::spatiocyte::SpatiocyteWorld
world(self: ecell4_base.spatiocyte.SpatiocyteFactory, filename: str) -> ecell4::spatiocyte::SpatiocyteWorld
world(self: ecell4_base.spatiocyte.SpatiocyteFactory, model: ecell4_base.core.Model) -> ecell4::spatiocyte::SpatiocyteWorld
ecell4_base.spatiocyte.
SpatiocyteSimulator
¶Bases: ecell4_base.core.Simulator
Methods
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Overloaded function. |
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Overloaded function. |
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last_reactions
()¶model
()¶run
()¶Overloaded function.
run(self: ecell4_base.spatiocyte.SpatiocyteSimulator, duration: float, is_dirty: bool = True) -> None
run(self: ecell4_base.spatiocyte.SpatiocyteSimulator, duration: float, observer: ecell4_base.core.Observer, is_dirty: bool = True) -> None
run(self: ecell4_base.spatiocyte.SpatiocyteSimulator, duration: float, observers: List[ecell4_base.core.Observer], is_dirty: bool = True) -> None
set_t
()¶world
()¶ecell4_base.spatiocyte.
SpatiocyteWorld
¶Bases: ecell4_base.core.WorldInterface
Methods
Overloaded function. |
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Deprecated since version 3.0. |
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Deprecated since version 3.0. |
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Overloaded function. |
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Overloaded function. |
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Overloaded function. |
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Deprecated since version 3.0. |
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add_molecules
()¶Overloaded function.
add_molecules(self: ecell4_base.spatiocyte.SpatiocyteWorld, arg0: ecell4_base.core.Species, arg1: int) -> bool
add_molecules(self: ecell4_base.spatiocyte.SpatiocyteWorld, arg0: ecell4_base.core.Species, arg1: int, arg2: ecell4_base.core.Shape) -> bool
add_offlattice
()¶add_structure
()¶bind_to
()¶calculate_hcp_lengths
()¶calculate_shape
()¶calculate_volume
()¶calculate_voxel_volume
()¶get_species_at
()¶get_volume
()¶get_voxel
()¶get_voxel_at
()¶get_voxel_near_by
()¶Deprecated since version 3.0: Use get_voxel_nearby()
instead.
get_voxel_nearby
()¶has_particle_at
()¶has_voxel
()¶Deprecated since version 3.0: Use has_particle()
instead.
list_neighbors
()¶list_non_structure_particles
()¶list_structure_particles
()¶new_particle
()¶Overloaded function.
new_particle(self: ecell4_base.spatiocyte.SpatiocyteWorld, arg0: ecell4_base.core.Particle) -> Optional[ecell4_base.core.ParticleID]
new_particle(self: ecell4_base.spatiocyte.SpatiocyteWorld, arg0: ecell4_base.core.Species, arg1: ecell4_base.core.Real3) -> Optional[ecell4_base.core.ParticleID]
new_particle(self: ecell4_base.spatiocyte.SpatiocyteWorld, arg0: ecell4_base.core.Species, arg1: ecell4::spatiocyte::Voxel) -> Optional[ecell4_base.core.ParticleID]
new_voxel
()¶new_voxel_structure
()¶remove_molecules
()¶remove_particle
()¶remove_voxel
()¶Deprecated since version 3.0: Use remove_particle()
instead.
rng
()¶set_value
()¶shape
()¶size
()¶update_particle
()¶voxel_radius
()¶voxel_volume
()¶ecell4_base.spatiocyte.
Voxel
¶Bases: pybind11_builtins.pybind11_object
Methods
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position
()¶ecell4_base.spatiocyte.
World
¶ecell4_base.spatiocyte.
create_spatiocyte_world_cell_list_impl
()¶ecell4_base.spatiocyte.
create_spatiocyte_world_square_offlattice_impl
()¶ecell4_base.spatiocyte.
create_spatiocyte_world_vector_impl
()¶