annotate test/test_fvector.yeti @ 46:00b604d7faf9

Use complex class for output of FFT

module test.test_fvector;

vec = load fvector;
t = load test.test;

t.declare [

"zeros-empty": \(
    v = vec.zeros 0;
    t.compare (vec.length v) 0;
),

"zeros": \(
    v = vec.zeros 3;
    t.compare (vec.length v) 3 and
        t.compare v[0] 0 and
        t.compare v[1] 0 and
        t.compare v[2] 0;
),

"consts-empty": \(
    v = vec.consts 4 0;
    t.compare (vec.length v) 0;
),

"consts": \(
    v = vec.consts 4 3;
    t.compare (vec.length v) 3 and
        t.compare v[0] 4 and
        t.compare v[1] 4 and
        t.compare v[2] 4;
),

"ones-empty": \(
    v = vec.ones 0;
    t.compare (vec.length v) 0;
),

"ones": \(
    v = vec.ones 3;
    t.compare (vec.length v) 3 and
        t.compare v[0] 1 and
        t.compare v[1] 1 and
        t.compare v[2] 1;
),

"from-list-empty": \(
    v = vec.vector [];
    t.compare (vec.length v) 0;
),

"from-list": \(
    v = vec.vector [1,2,3,4];
    t.compare (vec.length v) 4 and
        t.compare v[0] 1 and
        t.compare v[1] 2 and
        t.compare v[2] 3 and
        t.compare v[3] 4;
),

"equal-empty": \(
    vec.equal (vec.vector []) (vec.vector [])
),

"equal": \(
    v = vec.vector [1,1,1,1];
    w = vec.ones 4;
    w' = vec.zeros 4;
    w'' = vec.ones 3;
    vec.equal v w and not vec.equal v w' and not vec.equal v w'';
),

"copyOf-empty": \(
    vec.equal (vec.vector []) (vec.copyOf (vec.vector []))
),

"copyOf": \(
    v = vec.vector [1,2,3,4];
    w = vec.copyOf v;
    vec.equal v w and (
        v[0] := 0; // check result is not aliasing inputs
        not vec.equal v w
    );
),

"rangeOf": \(
    v = vec.vector [1,2,3,4];
    vec.equal (vec.rangeOf v 0 4) v and (
        vec.equal (vec.rangeOf v 2 2) (vec.vector [3,4])
    )
),

"resizedTo": \(
    vec.equal (vec.resizedTo 4 (vec.vector [])) (vec.zeros 4) and
        vec.equal (vec.resizedTo 2 (vec.vector [1,2])) (vec.vector [1,2]) and
        vec.equal (vec.resizedTo 3 (vec.vector [1,2])) (vec.vector [1,2,0]) and
        vec.equal (vec.resizedTo 2 (vec.vector [1,2,3])) (vec.vector [1,2]);
),

"concat2": \(
    v = vec.vector [1,2,3];
    w = vec.vector [4,5,6];
    x = vec.concat [v, w];
    x' = vec.vector [1,2,3,4,5,6];
    vec.equal x x' and
       (v[0] := 0; // check result is not aliasing inputs
        w[0] := 0;
        vec.equal x x') and
        vec.equal x' (vec.concat [x', vec.vector []]) and
        vec.equal x' (vec.concat [vec.vector [], x'])
),

"concatn": \(
    v = vec.vector [1,2,3];
    w = vec.vector [4,5,6];
    vec.equal (vec.concat []) (vec.zeros 0) and
        vec.equal (vec.concat [v]) v and
        vec.equal (vec.concat [v,w,v]) (vec.vector [1,2,3,4,5,6,1,2,3])
),

];