Struct Geomaterial 

pub struct Geomaterial {

    pub id: i32,
    pub longid: Option<String>,
    pub guid: Option<String>,
    pub name: Option<String>,
    pub updttime: Option<String>,
    pub mindat_formula: Option<String>,
    pub mindat_formula_note: Option<String>,
    pub ima_formula: Option<String>,
    pub ima_status: Option<Vec<String>>,
    pub ima_notes: Option<Vec<String>>,
    pub varietyof: Option<i32>,
    pub synid: Option<i32>,
    pub polytypeof: Option<i32>,
    pub groupid: Option<i32>,
    pub entrytype: Option<i32>,
    pub entrytype_text: Option<String>,
    pub description_short: Option<String>,
    pub impurities: Option<String>,
    pub elements: Option<Vec<String>>,
    pub sigelements: Option<Vec<String>>,
    pub key_elements: Option<Vec<String>>,
    pub tlform: Option<String>,
    pub cim: Option<String>,
    pub occurrence: Option<String>,
    pub otheroccurrence: Option<String>,
    pub industrial: Option<String>,
    pub discovery_year: Option<String>,
    pub approval_year: Option<u32>,
    pub publication_year: Option<u32>,
    pub ima_history: Option<String>,
    pub diapheny: Option<String>,
    pub cleavage: Option<String>,
    pub cleavagetype: Option<String>,
    pub parting: Option<String>,
    pub tenacity: Option<String>,
    pub colour: Option<String>,
    pub csmetamict: Option<i32>,
    pub opticalextinction: Option<String>,
    pub hmin: Option<f64>,
    pub hmax: Option<f64>,
    pub hardtype: Option<i32>,
    pub vhnmin: Option<String>,
    pub vhnmax: Option<String>,
    pub vhnerror: Option<i32>,
    pub vhng: Option<i32>,
    pub vhns: Option<i32>,
    pub luminescence: Option<String>,
    pub lustre: Option<String>,
    pub lustretype: Option<String>,
    pub aboutname: Option<String>,
    pub other: Option<String>,
    pub streak: Option<String>,
    pub csystem: Option<String>,
    pub cclass: Option<i32>,
    pub spacegroup: Option<i32>,
    pub spacegroupset: Option<String>,
    pub a: Option<String>,
    pub b: Option<String>,
    pub c: Option<String>,
    pub alpha: Option<String>,
    pub beta: Option<String>,
    pub gamma: Option<String>,
    pub va3: Option<f64>,
    pub z: Option<i32>,
    pub dmeas: Option<String>,
    pub dmeas2: Option<String>,
    pub dcalc: Option<String>,
    pub fracturetype: Option<String>,
    pub morphology: Option<String>,
    pub twinning: Option<String>,
    pub epitaxidescription: Option<String>,
    pub opticaltype: Option<String>,
    pub opticalsign: Option<String>,
    pub opticalalpha: Option<String>,
    pub opticalbeta: Option<String>,
    pub opticalgamma: Option<String>,
    pub opticalomega: Option<String>,
    pub opticalepsilon: Option<String>,
    pub opticaln: Option<String>,
    pub optical2vcalc: Option<String>,
    pub optical2vmeasured: Option<String>,
    pub opticaldispersion: Option<String>,
    pub opticalpleochroism: Option<String>,
    pub opticalpleochorismdesc: Option<String>,
    pub opticalbirefringence: Option<String>,
    pub opticalcomments: Option<String>,
    pub opticalcolour: Option<String>,
    pub opticalinternal: Option<String>,
    pub opticaltropic: Option<String>,
    pub opticalanisotropism: Option<String>,
    pub opticalbireflectance: Option<String>,
    pub opticalr: Option<String>,
    pub rimin: Option<f64>,
    pub rimax: Option<f64>,
    pub uv: Option<String>,
    pub ir: Option<String>,
    pub magnetism: Option<String>,
    pub type_specimen_store: Option<String>,
    pub shortcode_ima: Option<String>,
    pub strunz10ed1: Option<String>,
    pub strunz10ed2: Option<String>,
    pub strunz10ed3: Option<String>,
    pub strunz10ed4: Option<String>,
    pub dana8ed1: Option<String>,
    pub dana8ed2: Option<String>,
    pub dana8ed3: Option<String>,
    pub dana8ed4: Option<String>,
    pub thermalbehaviour: Option<String>,
    pub electrical: Option<String>,
    pub rock_parent: Option<i32>,
    pub rock_parent2: Option<i32>,
    pub rock_root: Option<i32>,
    pub rock_bgs_code: Option<String>,
    pub meteoritical_code: Option<String>,
    pub weighting: Option<i32>,
    pub relations: Option<Vec<Relation>>,
    pub minstats: Option<MinStats>,
    pub locality: Option<Vec<i32>>,
    pub type_localities: Option<Vec<i32>>,
}

A geomaterial (mineral, variety, synonym, rock, etc.) from the Mindat database.

Fields

id: i32

Mindat ID.

longid: Option<String>

Long ID string.

guid: Option<String>

GUID.

name: Option<String>

Name of the geomaterial.

updttime: Option<String>

Last update time.

mindat_formula: Option<String>

Mindat chemical formula.

mindat_formula_note: Option<String>

Notes on the Mindat formula.

ima_formula: Option<String>

IMA-approved chemical formula.

ima_status: Option<Vec<String>>

IMA status values.

ima_notes: Option<Vec<String>>

IMA notes.

varietyof: Option<i32>

Variety of (geomaterial ID).

synid: Option<i32>

Synonym of (geomaterial ID).

polytypeof: Option<i32>

Polytype of (geomaterial ID).

groupid: Option<i32>

Group ID (member of).

entrytype: Option<i32>

Entry type (0=mineral, 1=synonym, 2=variety, etc.).

entrytype_text: Option<String>

Entry type as text.

description_short: Option<String>

Short description.

impurities: Option<String>

Common impurities.

elements: Option<Vec<String>>

Elements present.

sigelements: Option<Vec<String>>

Significant elements.

key_elements: Option<Vec<String>>

Key elements (important for mining).

tlform: Option<String>

Type locality form.

cim: Option<String>

HEY index.

occurrence: Option<String>

Type locality occurrence.

otheroccurrence: Option<String>

Other occurrences.

industrial: Option<String>

Industrial uses.

discovery_year: Option<String>

Discovery year.

approval_year: Option<u32>

Approval year.

publication_year: Option<u32>

Publication year.

ima_history: Option<String>

IMA history.

diapheny: Option<String>

Transparency (diapheny).

cleavage: Option<String>

Cleavage description.

cleavagetype: Option<String>

Cleavage type.

parting: Option<String>

Parting.

tenacity: Option<String>

Tenacity.

colour: Option<String>

Colour description.

csmetamict: Option<i32>

Metamict flag.

opticalextinction: Option<String>

Optical extinction direction.

hmin: Option<f64>

Minimum Mohs hardness.

hmax: Option<f64>

Maximum Mohs hardness.

hardtype: Option<i32>

Hardness type.

vhnmin: Option<String>

Vickers hardness minimum.

vhnmax: Option<String>

Vickers hardness maximum.

vhnerror: Option<i32>

Vickers hardness error.

vhng: Option<i32>

Vickers hardness weight.

vhns: Option<i32>

Vickers hardness time.

luminescence: Option<String>

Luminescence.

lustre: Option<String>

Lustre description.

lustretype: Option<String>

Lustre type.

aboutname: Option<String>

About name reference.

other: Option<String>

Other information.

streak: Option<String>

Streak colour.

csystem: Option<String>

Crystal system.

cclass: Option<i32>

Crystal class (point group ID).

spacegroup: Option<i32>

Space group ID.

spacegroupset: Option<String>

Space group setting.

a: Option<String>

Unit cell a.

b: Option<String>

Unit cell b.

c: Option<String>

Unit cell c.

alpha: Option<String>

Unit cell alpha.

beta: Option<String>

Unit cell beta.

gamma: Option<String>

Unit cell gamma.

va3: Option<f64>

Unit cell volume.

z: Option<i32>

Z value.

dmeas: Option<String>

Measured density minimum.

dmeas2: Option<String>

Measured density maximum.

dcalc: Option<String>

Calculated density.

fracturetype: Option<String>

Fracture type.

morphology: Option<String>

Morphology.

twinning: Option<String>

Twinning.

epitaxidescription: Option<String>

Epitaxy description.

opticaltype: Option<String>

Optical type.

opticalsign: Option<String>

Optical sign.

opticalalpha: Option<String>

Refractive index alpha.

opticalbeta: Option<String>

Refractive index beta.

opticalgamma: Option<String>

Refractive index gamma.

opticalomega: Option<String>

Refractive index omega.

opticalepsilon: Option<String>

Refractive index epsilon.

opticaln: Option<String>

Refractive index n.

optical2vcalc: Option<String>

2V calculated.

optical2vmeasured: Option<String>

2V measured.

opticaldispersion: Option<String>

Optical dispersion.

opticalpleochroism: Option<String>

Pleochroism.

opticalpleochorismdesc: Option<String>

Pleochroism description.

opticalbirefringence: Option<String>

Birefringence.

opticalcomments: Option<String>

Optical comments.

opticalcolour: Option<String>

Colour in reflected light.

opticalinternal: Option<String>

Internal reflections.

opticaltropic: Option<String>

Optical tropic.

opticalanisotropism: Option<String>

Anisotropism.

opticalbireflectance: Option<String>

Bireflectance.

opticalr: Option<String>

Optical reflectivity.

rimin: Option<f64>

Refractive index minimum.

rimax: Option<f64>

Refractive index maximum.

uv: Option<String>

UV fluorescence.

ir: Option<String>

IR spectrum.

magnetism: Option<String>

Magnetism.

type_specimen_store: Option<String>

Type specimen storage location.

shortcode_ima: Option<String>

IMA shortcode.

strunz10ed1: Option<String>

Strunz classification (10th ed) parts.

strunz10ed2: Option<String>

strunz10ed3: Option<String>

strunz10ed4: Option<String>

dana8ed1: Option<String>

Dana classification (8th ed) parts.

dana8ed2: Option<String>

dana8ed3: Option<String>

dana8ed4: Option<String>

thermalbehaviour: Option<String>

Thermal behaviour.

electrical: Option<String>

Electrical properties.

rock_parent: Option<i32>

Rock parent ID.

rock_parent2: Option<i32>

Rock parent 2 ID.

rock_root: Option<i32>

Rock root ID.

rock_bgs_code: Option<String>

Rock BGS code.

meteoritical_code: Option<String>

Meteoritical code.

weighting: Option<i32>

Weighting.

relations: Option<Vec<Relation>>

Relations to other geomaterials.

minstats: Option<MinStats>

Mineral statistics.

locality: Option<Vec<i32>>

Localities where found.

type_localities: Option<Vec<i32>>

Type localities.

Trait Implementations

impl Clone for Geomaterial

fn clone(&self) -> Geomaterial

Returns a duplicate of the value.

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

Performs copy-assignment from source.

impl Debug for Geomaterial

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

Formats the value using the given formatter.

impl<'de> Deserialize<'de> for Geomaterial

fn deserialize<__D>(__deserializer: __D) -> Result<Self, __D::Error>

where __D: Deserializer<'de>,

Deserialize this value from the given Serde deserializer.

impl Serialize for Geomaterial

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

where __S: Serializer,

Serialize this value into the given Serde serializer.