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//! Dive planning library

//! # Quick example

//! A quick example showing how to use this library:

//! ```

//! use time::Duration;

//! use capra_core::{common, deco};

//! use capra::DivePlan;

//! use capra::modes::OpenCircuit;

//!

//! fn main() {

//!     // Make a new gas

//!     let air = common::Gas::new(21, 0, 79).unwrap();

//!

//!     // Make a new ZHL16 decompression model

//!     let zhl16 = deco::zhl16::ZHL16::new_by_variant(

//!         deco::Tissue::default(),

//!         50,

//!         70,

//!         deco::zhl16::Variant::B,

//!     );

//!

//!     // Make a dive segment

//!     let dive_segment = common::DiveSegment::new(

//!         common::SegmentType::DiveSegment,

//!         45,

//!         45,

//!         Duration::minutes(60),

//!         -10,

//!         20,

//!     )

//!     .unwrap();

//!

//!     let deco_gases = vec![(air, None)];

//!     let segments = vec![(dive_segment, air)];

//!     let open_circuit = OpenCircuit::new(

//!         zhl16,

//!         &deco_gases,

//!         &segments,

//!         -10,

//!         20,

//!         common::DENSITY_SALTWATER,

//!         20,

//!         15,

//!     );

//!

//!     let results = open_circuit.plan();

//!

//!     for (segment, gas) in results.total_segments() {

//!         println!("{:?}, {:?}", segment, gas);

//!     }

//!

//!     for (gas, qty) in results.gas_used() {

//!         println!("{:?}: {}", gas, qty);

//!     }

//! }

//! ```


pub mod dive_result;
pub mod modes;
pub mod dive_plan;

pub use dive_plan::DivePlan;
pub use dive_result::DiveResult;

/// A default, placeholder minimum ppO2.

pub const PPO2_MINIMUM: f64 = 0.18;

/// A default, placeholder maximum ppO2 for use during bottom segments.

pub const PPO2_MAXIMUM_DIVE: f64 = 1.4;

/// A default, placeholder maximum ppO2 for use during decompression stops.

pub const PPO2_MAXIMUM_DECO: f64 = 1.6;