Trait ICapeThermoMaterialImpl

pub trait ICapeThermoMaterialImpl: ICapeThermoMaterial {
    type T: ICapeInterfaceImpl + ICapeThermoMaterialImpl;

    const VTABLE: CAPEOPEN_1_2_ICapeThermoMaterial_VTable = _;

    // Required method
    fn as_interface_pointer(&mut self) -> *mut ICapeInterface;

    // Provided methods
    fn init_interface() -> ICapeInterface { ... }
    fn init<Timpl: ICapeThermoMaterialImpl + ICapeInterfaceImpl>(u: &mut Timpl) { ... }
    extern "C" fn raw_clear_all_props(me: *mut c_void) -> CapeResult { ... }
    extern "C" fn raw_copy_from_material(
        me: *mut c_void,
        source: *mut CAPEOPEN_1_2_ICapeThermoMaterial,
    ) -> CapeResult { ... }
    extern "C" fn raw_create_material(
        me: *mut c_void,
        material_object: *mut *mut CAPEOPEN_1_2_ICapeThermoMaterial,
    ) -> CapeResult { ... }
    extern "C" fn raw_get_overall_prop(
        me: *mut c_void,
        property: *mut ICapeString,
        basis: *mut ICapeString,
        results: *mut ICapeArrayReal,
    ) -> CapeResult { ... }
    extern "C" fn raw_get_overall_t_p_fraction(
        me: *mut c_void,
        temperature: *mut CapeReal,
        pressure: *mut CapeReal,
        composition: *mut ICapeArrayReal,
    ) -> CapeResult { ... }
    extern "C" fn raw_get_present_phases(
        me: *mut c_void,
        phase_labels: *mut ICapeArrayString,
        phase_status: *mut ICapeArrayEnumeration,
    ) -> CapeResult { ... }
    extern "C" fn raw_get_single_phase_prop(
        me: *mut c_void,
        property: *mut ICapeString,
        phase_label: *mut ICapeString,
        basis: *mut ICapeString,
        results: *mut ICapeArrayReal,
    ) -> CapeResult { ... }
    extern "C" fn raw_get_t_p_fraction(
        me: *mut c_void,
        phase_label: *mut ICapeString,
        temperature: *mut CapeReal,
        pressure: *mut CapeReal,
        composition: *mut ICapeArrayReal,
    ) -> CapeResult { ... }
    extern "C" fn raw_get_two_phase_prop(
        me: *mut c_void,
        property: *mut ICapeString,
        phase_labels: *mut ICapeArrayString,
        basis: *mut ICapeString,
        results: *mut ICapeArrayReal,
    ) -> CapeResult { ... }
    extern "C" fn raw_set_overall_prop(
        me: *mut c_void,
        property: *mut ICapeString,
        basis: *mut ICapeString,
        values: *mut ICapeArrayReal,
    ) -> CapeResult { ... }
    extern "C" fn raw_set_present_phases(
        me: *mut c_void,
        phase_labels: *mut ICapeArrayString,
        phase_status: *mut ICapeArrayEnumeration,
    ) -> CapeResult { ... }
    extern "C" fn raw_set_single_phase_prop(
        me: *mut c_void,
        property: *mut ICapeString,
        phase_label: *mut ICapeString,
        basis: *mut ICapeString,
        values: *mut ICapeArrayReal,
    ) -> CapeResult { ... }
    extern "C" fn raw_set_two_phase_prop(
        me: *mut c_void,
        property: *mut ICapeString,
        phase_labels: *mut ICapeArrayString,
        basis: *mut ICapeString,
        values: *mut ICapeArrayReal,
    ) -> CapeResult { ... }
}

Provided Associated Constants

const VTABLE: CAPEOPEN_1_2_ICapeThermoMaterial_VTable = _

Required Associated Types

type T: ICapeInterfaceImpl + ICapeThermoMaterialImpl

Required Methods

fn as_interface_pointer(&mut self) -> *mut ICapeInterface

Provided Methods

fn init_interface() -> ICapeInterface

prepare CAPEOPEN_1_2_ICapeThermoMaterial interface and return as generic ICapeInterface pointer

fn init<Timpl: ICapeThermoMaterialImpl + ICapeInterfaceImpl>(u: &mut Timpl)

extern "C" fn raw_clear_all_props(me: *mut c_void) -> CapeResult

extern "C" fn raw_copy_from_material( me: *mut c_void, source: *mut CAPEOPEN_1_2_ICapeThermoMaterial, ) -> CapeResult

extern "C" fn raw_create_material( me: *mut c_void, material_object: *mut *mut CAPEOPEN_1_2_ICapeThermoMaterial, ) -> CapeResult

extern "C" fn raw_get_overall_prop( me: *mut c_void, property: *mut ICapeString, basis: *mut ICapeString, results: *mut ICapeArrayReal, ) -> CapeResult

extern "C" fn raw_get_overall_t_p_fraction( me: *mut c_void, temperature: *mut CapeReal, pressure: *mut CapeReal, composition: *mut ICapeArrayReal, ) -> CapeResult

extern "C" fn raw_get_present_phases( me: *mut c_void, phase_labels: *mut ICapeArrayString, phase_status: *mut ICapeArrayEnumeration, ) -> CapeResult

extern "C" fn raw_get_single_phase_prop( me: *mut c_void, property: *mut ICapeString, phase_label: *mut ICapeString, basis: *mut ICapeString, results: *mut ICapeArrayReal, ) -> CapeResult

extern "C" fn raw_get_t_p_fraction( me: *mut c_void, phase_label: *mut ICapeString, temperature: *mut CapeReal, pressure: *mut CapeReal, composition: *mut ICapeArrayReal, ) -> CapeResult

extern "C" fn raw_get_two_phase_prop( me: *mut c_void, property: *mut ICapeString, phase_labels: *mut ICapeArrayString, basis: *mut ICapeString, results: *mut ICapeArrayReal, ) -> CapeResult

extern "C" fn raw_set_overall_prop( me: *mut c_void, property: *mut ICapeString, basis: *mut ICapeString, values: *mut ICapeArrayReal, ) -> CapeResult

extern "C" fn raw_set_present_phases( me: *mut c_void, phase_labels: *mut ICapeArrayString, phase_status: *mut ICapeArrayEnumeration, ) -> CapeResult

extern "C" fn raw_set_single_phase_prop( me: *mut c_void, property: *mut ICapeString, phase_label: *mut ICapeString, basis: *mut ICapeString, values: *mut ICapeArrayReal, ) -> CapeResult

extern "C" fn raw_set_two_phase_prop( me: *mut c_void, property: *mut ICapeString, phase_labels: *mut ICapeArrayString, basis: *mut ICapeString, values: *mut ICapeArrayReal, ) -> CapeResult

Dyn Compatibility

This trait is not dyn compatible.

In older versions of Rust, dyn compatibility was called "object safety", so this trait is not object safe.

Implementors