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MaterialSpec

carapace_wasm::input_v1::materials

Enum MaterialSpec 

Source 
pub enum MaterialSpec {

Show 13 variants    Elastic {
        e: f64,
    },
    ElasticPp {
        e: f64,
        eyp: f64,
    },
    Gap {
        e: f64,
        gap: f64,
    },
    Ent {
        e: f64,
    },
    Steel01 {
        fy: f64,
        e0: f64,
        b: f64,
        a1: f64,
        a2: f64,
        a3: f64,
        a4: f64,
    },
    Concrete01 {
        fpc: f64,
        epsc0: f64,
        fpcu: f64,
        epscu: f64,
    },
    Steel02 {
        fy: f64,
        e0: f64,
        b: f64,
        r0: f64,
        cr1: f64,
        cr2: f64,
        a1: f64,
        a2: f64,
        a3: f64,
        a4: f64,
    },
    Concrete02 {
        fc: f64,
        epsc0: f64,
        fcu: f64,
        epscu: f64,
        rat: f64,
        ft: f64,
        ets: f64,
    },
    Parallel {
        children: Vec<(u32, f64)>,
    },
    Series {
        children: Vec<u32>,
    },
    MinMax {
        inner: u32,
        min_strain: f64,
        max_strain: f64,
    },
    Hysteretic {
Show 17 fields
        mom1p: f64,
        rot1p: f64,
        mom2p: f64,
        rot2p: f64,
        mom3p: f64,
        rot3p: f64,
        mom1n: f64,
        rot1n: f64,
        mom2n: f64,
        rot2n: f64,
        mom3n: f64,
        rot3n: f64,
        pinch_x: f64,
        pinch_y: f64,
        damfc1: f64,
        damfc2: f64,
        beta: f64,
    
},
    Pinching4 {
Show 30 fields
        stress1p: f64,
        strain1p: f64,
        stress2p: f64,
        strain2p: f64,
        stress3p: f64,
        strain3p: f64,
        stress4p: f64,
        strain4p: f64,
        stress1n: f64,
        strain1n: f64,
        stress2n: f64,
        strain2n: f64,
        stress3n: f64,
        strain3n: f64,
        stress4n: f64,
        strain4n: f64,
        r_disp_p: f64,
        r_force_p: f64,
        u_force_p: f64,
        r_disp_n: f64,
        r_force_n: f64,
        u_force_n: f64,
        gamma_k_params: [f64; 4],
        gamma_k_limit: f64,
        gamma_d_params: [f64; 4],
        gamma_d_limit: f64,
        gamma_f_params: [f64; 4],
        gamma_f_limit: f64,
        gamma_e: f64,
        dmg_cyc: Pinching4DmgCycSpec,
    
},

}
Expand description

One arena entry. Composite variants reference other entries by their u32 index into the same arena, resolved by resolve_materials.

Variants§

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Elastic

Fields

§e: f64
§

ElasticPp

Fields

§e: f64
§eyp: f64
§

Gap

Fields

§e: f64
§gap: f64
§

Ent

Fields

§e: f64
§

Steel01

Fields

§fy: f64
§e0: f64
§b: f64
§a1: f64
§a2: f64
§a3: f64
§a4: f64
§

Concrete01

Fields

§fpc: f64
§epsc0: f64
§fpcu: f64
§epscu: f64
§

Steel02

Fields

§fy: f64
§e0: f64
§b: f64
§r0: f64
§cr1: f64
§cr2: f64
§a1: f64
§a2: f64
§a3: f64
§a4: f64
§

Concrete02

Fields

§fc: f64
§epsc0: f64
§fcu: f64
§epscu: f64
§rat: f64
§ft: f64
§ets: f64
§

Parallel

Each child arena index paired with its parallel factor.

Fields

§children: Vec<(u32, f64)>
§

Series

Child arena indices, combined with core’s default series tolerance/iteration cap (Material::series’s tol=1e-10, max_iter=30) — not yet wire-configurable.

Fields

§children: Vec<u32>
§

MinMax

Fields

§inner: u32
§min_strain: f64
§max_strain: f64
§

Hysteretic

Trilinear moment-rotation envelope with pinching/stiffness/strength degradation — see core::Material::hysteretic’s doc comment. Field order matches the constructor’s positional parameters.

Fields

§mom1p: f64
§rot1p: f64
§mom2p: f64
§rot2p: f64
§mom3p: f64
§rot3p: f64
§mom1n: f64
§rot1n: f64
§mom2n: f64
§rot2n: f64
§mom3n: f64
§rot3n: f64
§pinch_x: f64
§pinch_y: f64
§damfc1: f64
§damfc2: f64
§beta: f64
§

Pinching4

Quadrilinear backbone with pinching and cyclic damage — see core::Material::pinching4’s doc comment. Field order matches the constructor’s positional parameters.

Fields

§stress1p: f64
§strain1p: f64
§stress2p: f64
§strain2p: f64
§stress3p: f64
§strain3p: f64
§stress4p: f64
§strain4p: f64
§stress1n: f64
§strain1n: f64
§stress2n: f64
§strain2n: f64
§stress3n: f64
§strain3n: f64
§stress4n: f64
§strain4n: f64
§r_disp_p: f64
§r_force_p: f64
§u_force_p: f64
§r_disp_n: f64
§r_force_n: f64
§u_force_n: f64
§gamma_k_params: [f64; 4]
§gamma_k_limit: f64
§gamma_d_params: [f64; 4]
§gamma_d_limit: f64
§gamma_f_params: [f64; 4]
§gamma_f_limit: f64
§gamma_e: f64
§dmg_cyc: Pinching4DmgCycSpec

Trait Implementations§

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impl Clone for MaterialSpec

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fn clone(&self) -> MaterialSpec

Returns a duplicate of the value. Read more
1.0.0 (const: unstable) · Source§

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source. Read more
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impl Debug for MaterialSpec

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fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter. Read more
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impl<'de> Deserialize<'de> for MaterialSpec

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fn deserialize<__D>(__deserializer: __D) -> Result<Self, __D::Error>
where __D: Deserializer<'de>,

Deserialize this value from the given Serde deserializer. Read more
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impl Serialize for MaterialSpec

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fn serialize<__S>(&self, __serializer: __S) -> Result<__S::Ok, __S::Error>
where __S: Serializer,

Serialize this value into the given Serde serializer. Read more
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impl Tsify for MaterialSpec

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const DECL: &'static str = "/**\n * One arena entry. Composite variants reference other entries by their\n * `u32` index into the same arena, resolved by [`resolve_materials`].\n */\nexport type MaterialSpec = { kind: \"elastic\"; e: number } | { kind: \"elasticPp\"; e: number; eyp: number } | { kind: \"gap\"; e: number; gap: number } | { kind: \"ent\"; e: number } | { kind: \"steel01\"; fy: number; e0: number; b: number; a1: number; a2: number; a3: number; a4: number } | { kind: \"concrete01\"; fpc: number; epsc0: number; fpcu: number; epscu: number } | { kind: \"steel02\"; fy: number; e0: number; b: number; r0: number; cr1: number; cr2: number; a1: number; a2: number; a3: number; a4: number } | { kind: \"concrete02\"; fc: number; epsc0: number; fcu: number; epscu: number; rat: number; ft: number; ets: number } | { kind: \"parallel\"; children: [number, number][] } | { kind: \"series\"; children: number[] } | { kind: \"minMax\"; inner: number; minStrain: number; maxStrain: number } | { kind: \"hysteretic\"; mom1p: number; rot1p: number; mom2p: number; rot2p: number; mom3p: number; rot3p: number; mom1n: number; rot1n: number; mom2n: number; rot2n: number; mom3n: number; rot3n: number; pinchX: number; pinchY: number; damfc1: number; damfc2: number; beta: number } | { kind: \"pinching4\"; stress1p: number; strain1p: number; stress2p: number; strain2p: number; stress3p: number; strain3p: number; stress4p: number; strain4p: number; stress1n: number; strain1n: number; stress2n: number; strain2n: number; stress3n: number; strain3n: number; stress4n: number; strain4n: number; rDispP: number; rForceP: number; uForceP: number; rDispN: number; rForceN: number; uForceN: number; gammaKParams: [number, number, number, number]; gammaKLimit: number; gammaDParams: [number, number, number, number]; gammaDLimit: number; gammaFParams: [number, number, number, number]; gammaFLimit: number; gammaE: number; dmgCyc: Pinching4DmgCycSpec };"

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const SERIALIZATION_CONFIG: SerializationConfig

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type JsType = JsType

Must be a type imported through #[wasm_bindgen] extern "C" { .. }. [Ts<T>] is #[repr(transparent)] over this and passes it across the ABI as a plain JS handle, which any other representation would break.
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fn into_js(&self) -> Result<Self::JsType, Error>
where Self: Serialize,

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fn from_js<T>(js: T) -> Result<Self, Error>
where T: Into<JsValue>, Self: DeserializeOwned,

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fn into_ts(&self) -> Result<Ts<Self>, Error>
where Self: Sized + Serialize,

Calls Ts::from_rust on self, returning a Result<Ts<Self>, crate::Error>. Read more

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