def resolve(self) -> None:
"""Resolve: Using three libraries to solve the system.
+ Pyslvs
+ Python-Solvespace
+ Sketch Solve
"""
for b, d, a in self.inputs_widget.input_pairs():
if b == d:
self.vpoint_list[b].set_offset(a)
solve_kernel = self.prefer.planar_solver_option
try:
if solve_kernel == 0:
result = expr_solving(
self.get_triangle(),
{n: f'P{n}'
for n in range(len(self.vpoint_list))}, self.vpoint_list,
tuple(a for b, d, a in self.inputs_widget.input_pairs()
if b != d))
elif solve_kernel == 1:
result, _ = _slvs_solve(self.vpoint_list, {
(b, d): a
for b, d, a in self.inputs_widget.input_pairs()
} if not self.free_move_button.isChecked() else {})
elif solve_kernel == 2:
result = SolverSystem(
self.vpoint_list,
{(b, d): a
for b, d, a in self.inputs_widget.input_pairs()}).solve()
else:
raise ValueError("incorrect kernel")
except ValueError as error:
# Error: Show warning without update data.
if self.prefer.console_error_option:
logger.warn(format_exc())
error_text = f"Error: {error}"
self.conflict.setToolTip(error_text)
self.conflict.setStatusTip(error_text)
self.conflict.setVisible(True)
self.dof_view.setVisible(False)
else:
self.entities_point.update_current_position(result)
for i, c in enumerate(result):
if type(c[0]) is float:
self.vpoint_list[i].move(cast(_Coord, c))
else:
c1, c2 = cast(Tuple[_Coord, _Coord], c)
self.vpoint_list[i].move(c1, c2)
self.__dof = vpoint_dof(self.vpoint_list)
self.dof_view.setText(
f"{self.__dof} ({self.inputs_widget.input_count()})")
self.conflict.setVisible(False)
self.dof_view.setVisible(True)
self.reload_canvas()
def resolve(self) -> None:
"""Resolve: Using three libraries to solve the system.
+ Pyslvs
+ Python-Solvespace
+ Sketch Solve
"""
for b, d, a in self.inputs_widget.input_pairs():
if b == d:
self.vpoint_list[b].set_offset(a)
solve_kernel = self.prefer.planar_solver_option
input_pair = {(b, d): a for b, d, a in self.inputs_widget.input_pairs()}
try:
if solve_kernel == Kernel.PYSLVS:
result = expr_solving(
self.get_triangle(),
self.vpoint_list,
input_pair
)
elif solve_kernel == Kernel.SOLVESPACE:
result, _ = _slvs_solve(
self.vpoint_list,
input_pair if not self.free_move_button.isChecked() else {}
)
elif solve_kernel == Kernel.SKETCH_SOLVE:
result = SolverSystem(self.vpoint_list, input_pair).solve()
else:
raise ValueError("incorrect kernel")
except ValueError as error:
# Error: Show warning without update data.
if self.prefer.console_error_option:
logger.warn(format_exc())
error_text = f"Error: {error}"
self.conflict.setToolTip(error_text)
self.conflict.setStatusTip(error_text)
self.conflict.setVisible(True)
self.dof_view.setVisible(False)
else:
self.entities_point.update_current_position(result)
for i, c in enumerate(result):
if isinstance(c[0], float):
self.vpoint_list[i].move(c)
else:
c1, c2 = c
self.vpoint_list[i].move(c1, c2)
self.__dof = vpoint_dof(self.vpoint_list)
self.dof_view.setText(
f"{self.__dof} ({self.inputs_widget.input_count()})")
self.conflict.setVisible(False)
self.dof_view.setVisible(True)
self.reload_canvas()