alro65
98ff57ed08
Fixes Module 1 UI: - wizard_cruiser/sailing/planing: perfiles sin^n calibrados por Cm, V-bottom con ángulo de astilla, corrección zona sobre chine planeador - viewer_3d: buffer hull pendiente para eliminar race condition 500ms - viewer_lines: reescritura completa — waterlines visibles, control points interactivos (drag DelftShip-style), señal offsets_edited - main_window: conecta offsets_edited → slot _on_offsets_edited_from_viewer que propaga cambios a todos los visores, editor, 3D y barra hidrostática Módulo 2 — motor HydrostaticCurves (Task 13): - integrator.py: integrate() (Simpson+trapz), waterplane_strips(), section_areas() - upright.py: UprightHydrostatics (19 campos), compute_upright() single-pass - curves_of_form.py: HydrostaticCurves.compute(), at_draft(), to_csv_lines(), to_dict() - tests/test_module2_hydrostatics.py: 83 tests — Wigley V&V, monotonicidad, CSV export, IACS Rec.34 §4.3–4.5; todos los 224 tests pasan Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
31 lines
753 B
Python
31 lines
753 B
Python
"""
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arshipdesign.hydrostatics — motor de hidrostáticos navales.
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Módulos
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-------
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integrator Primitivas numéricas (Simpson/trapecios).
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upright UprightHydrostatics (calado único) + compute_upright().
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curves_of_form HydrostaticCurves (barrido de calados).
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Uso rápido
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----------
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>>> from arshipdesign.hydrostatics import HydrostaticCurves
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>>> curves = HydrostaticCurves.compute(hull, n_points=20)
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>>> print(curves.displacements)
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"""
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from arshipdesign.hydrostatics.upright import (
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UprightHydrostatics,
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compute_upright,
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)
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from arshipdesign.hydrostatics.curves_of_form import (
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HydrostaticCurves,
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CSV_HEADERS,
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)
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__all__ = [
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"UprightHydrostatics",
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"compute_upright",
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"HydrostaticCurves",
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"CSV_HEADERS",
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]
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