Physical modeling

One flat directory, the tier on each header: friction laws, bows, junctions, loads, resonators, the string loop and the string. More...

Files
file	bow.hpp
	A bow: a speed, a weight, and a friction law at a string's junction (Physical modeling — composition)
file	bow_set.hpp
	Several table laws behind one select, and the bow that plays them (Physical modeling — composition)
file	bow_tables.hpp
	The generated bow tables, declared once (Physical modeling — primitive)
file	bowed_string.hpp
	A bowed string (AP-032 Phase 3; AP-041 Phase 4) (Physical modeling — widget)
file	contracts.hpp
	What a load, an exciter, a termination and a friction law provide (Physical modeling — cross-cutting)
file	hybrid_friction.hpp
	The table's curve, its force scaled by the rosin's warmth (Physical modeling — primitive)
file	load_junction.hpp
	Where the string meets its bridge (Physical modeling — composition)
file	mass_spring_damper.hpp
	A lumped resonator that can be a load (Physical modeling — primitive)
file	modal_resonator.hpp
	A body as several resonances at one point (Physical modeling — composition)
file	string_base.hpp
	What every string widget is made of (Physical modeling — widget base)
file	string_loop.hpp
	A string as two waveguide segments (Physical modeling — composition)
file	switched_exciter.hpp
	One of two exciters, chosen per block (Physical modeling — composition)
file	table_friction.hpp
	A bow: friction solved against the string (Physical modeling — primitive)
file	thermal_friction.hpp
	A bow whose friction remembers: the thermal model (Physical modeling — primitive)

Detailed Description

One flat directory, the tier on each header: friction laws, bows, junctions, loads, resonators, the string loop and the string.