mirror of
https://github.com/fluencelabs/assemblyscript
synced 2025-06-12 06:21:29 +00:00
Implement Mathf.sin/cos/tan (#491)
This commit is contained in:
Max Graey
Daniel Wirtz
@ -3828,7 +3828,7 @@
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if
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i32.const 0
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i32.const 2896
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i32.const 976
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i32.const 978
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i32.const 4
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call $~lib/env/abort
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unreachable
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@ -5496,7 +5496,7 @@
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if
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i32.const 0
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i32.const 2896
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i32.const 985
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i32.const 987
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i32.const 24
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call $~lib/env/abort
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unreachable
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@ -5502,7 +5502,7 @@
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if
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i32.const 0
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i32.const 2896
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i32.const 976
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i32.const 978
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i32.const 4
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call $~lib/env/abort
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unreachable
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@ -9227,7 +9227,7 @@
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if
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i32.const 0
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i32.const 2896
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i32.const 985
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i32.const 987
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i32.const 24
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call $~lib/env/abort
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unreachable
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File diff suppressed because it is too large
Load Diff
@ -1061,6 +1061,7 @@ assert(test_cos(7.5002613322736158, 0.346390176334581135, -0.499621003866195679,
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assert(test_cos(9.12173941873158789, -0.954434129754181071, 0.498281508684158325, INEXACT));
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assert(test_cos(6.78495402047631568, 0.876733223316664589, -0.498808383941650391, INEXACT));
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assert(test_cos(8.77084654266666419, -0.793698411740070497, 0.499968290328979492, INEXACT));
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*/
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// Mathf.cos ///////////////////////////////////////////////////////////////////////////////////////
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@ -1069,23 +1070,79 @@ function test_cosf(value: f32, expected: f32, error: f32, flags: i32): bool {
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}
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// sanity
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assert(test_cosf(-8.0668487548828125, -0.211263164877891541, 0.483285695314407349, INEXACT));
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assert(test_cosf(4.34523963928222656, -0.358956217765808105, 0.0425052084028720856, INEXACT));
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assert(test_cosf(-8.38143348693847656, -0.503333151340484619, -0.138619571924209595, INEXACT));
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assert(test_cosf(-6.53167343139648438, 0.969285368919372559, 0.178695172071456909, INEXACT));
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assert(test_cosf(9.26705741882324219, -0.987587869167327881, 0.138960093259811401, INEXACT));
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assert(test_cosf(0.661985874176025391, 0.788773119449615479, 0.29895937442779541, INEXACT));
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assert(test_cosf(-0.40660393238067627, 0.918469250202178955, 0.242506653070449829, INEXACT));
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assert(test_cosf(0.561759769916534424, 0.846319019794464111, -0.240332409739494324, INEXACT));
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assert(test_cosf(0.774152278900146484, 0.71501392126083374, -0.337263524532318115, INEXACT));
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assert(test_cosf(-0.678763687610626221, 0.778349518775939941, 0.165501534938812256, INEXACT));
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assert(test_cosf(-8.066848754882812500,-0.211263164877891541, 0.4832856953144073490, INEXACT));
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assert(test_cosf( 4.345239639282226560,-0.358956217765808105, 0.0425052084028720856, INEXACT));
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assert(test_cosf(-8.381433486938476560,-0.503333151340484619,-0.1386195719242095950, INEXACT));
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assert(test_cosf(-6.531673431396484380, 0.969285368919372559, 0.1786951720714569090, INEXACT));
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assert(test_cosf( 9.267057418823242190,-0.987587869167327881, 0.1389600932598114010, INEXACT));
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assert(test_cosf( 0.661985874176025391, 0.788773119449615479, 0.2989593744277954100, INEXACT));
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assert(test_cosf(-0.406603932380676270, 0.918469250202178955, 0.2425066530704498290, INEXACT));
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assert(test_cosf( 0.561759769916534424, 0.846319019794464111,-0.2403324097394943240, INEXACT));
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assert(test_cosf( 0.774152278900146484, 0.715013921260833740,-0.3372635245323181150, INEXACT));
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assert(test_cosf(-0.678763687610626221, 0.778349518775939941, 0.1655015349388122560, INEXACT));
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// special
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assert(test_cosf(0.0, 1.0, 0.0, 0));
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assert(test_cosf(-0.0, 1.0, 0.0, 0));
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assert(test_cosf(Infinity, NaN, 0.0, INVALID));
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assert(test_cosf( 0.0, 1.0, 0.0, 0));
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assert(test_cosf( -0.0, 1.0, 0.0, 0));
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assert(test_cosf( Infinity, NaN, 0.0, INVALID));
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assert(test_cosf(-Infinity, NaN, 0.0, INVALID));
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assert(test_cosf(NaN, NaN, 0.0, 0)); */
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assert(test_cosf( NaN, NaN, 0.0, 0));
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// ubc
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assert(test_cosf( 1.862645149e-09, 1.0, 1.455191523e-11, INEXACT));
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assert(test_cosf(-1.862645149e-09, 1.0, 1.455191523e-11, INEXACT));
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assert(test_cosf( 1.175494351e-38, 1.0, 0.0, INEXACT));
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assert(test_cosf(-1.175494351e-38, 1.0, 0.0, INEXACT));
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assert(test_cosf( 1.401298464e-45, 1.0, 0.0, INEXACT));
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assert(test_cosf(-1.401298464e-45, 1.0, 0.0, INEXACT));
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assert(test_cosf( 2.802596929e-45, 1.0, 0.0, INEXACT));
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assert(test_cosf( 1.261168618e-44, 1.0, 0.0, INEXACT));
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assert(test_cosf( 2.938735877e-39, 1.0, 0.0, INEXACT));
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assert(test_cosf( 5.877471754e-39, 1.0, 0.0, INEXACT));
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assert(test_cosf( 1.175494071e-38, 1.0, 0.0, INEXACT));
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assert(test_cosf( 1.175494211e-38, 1.0, 0.0, INEXACT));
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assert(test_cosf( 1.175494491e-38, 1.0, 0.0, INEXACT));
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assert(test_cosf( 1.175494631e-38, 1.0, 0.0, INEXACT));
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assert(test_cosf( 2.350988001e-38, 1.0, 0.0, INEXACT));
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assert(test_cosf( 2.350988702e-38, 1.0, 0.0, INEXACT));
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assert(test_cosf( 2.350989542e-38, 1.0, 0.0, INEXACT));
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assert(test_cosf( 4.701977403e-38, 1.0, 0.0, INEXACT));
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assert(test_cosf( 7.450580597e-09, 1.0, 2.328306437e-10, INEXACT));
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assert(test_cosf( 2.441406250e-04, 1.0, 2.500000000e-01, INEXACT));
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assert(test_cosf( 4.882812500e-04, 9.999998808e-01,-3.973643103e-08, INEXACT));
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assert(test_cosf( 9.765625000e-04, 9.999995232e-01,-6.357828397e-07, INEXACT));
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assert(test_cosf(-2.802596929e-45, 1.0, 0.0, INEXACT));
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assert(test_cosf(-1.261168618e-44, 1.0, 0.0, INEXACT));
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assert(test_cosf(-2.938735877e-39, 1.0, 0.0, INEXACT));
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assert(test_cosf(-5.877471754e-39, 1.0, 0.0, INEXACT));
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assert(test_cosf(-1.175494071e-38, 1.0, 0.0, INEXACT));
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assert(test_cosf(-1.175494211e-38, 1.0, 0.0, INEXACT));
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assert(test_cosf(-1.175494491e-38, 1.0, 0.0, INEXACT));
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assert(test_cosf(-1.175494631e-38, 1.0, 0.0, INEXACT));
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assert(test_cosf(-2.350988001e-38, 1.0, 0.0, INEXACT));
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assert(test_cosf(-2.350988702e-38, 1.0, 0.0, INEXACT));
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assert(test_cosf(-2.350989542e-38, 1.0, 0.0, INEXACT));
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assert(test_cosf(-4.701977403e-38, 1.0, 0.0, INEXACT));
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assert(test_cosf(-7.450580597e-09, 1.0, 2.328306437e-10, INEXACT));
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assert(test_cosf(-2.441406250e-04, 1.0, 2.500000000e-01, INEXACT));
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assert(test_cosf(-4.882812500e-04, 9.999998808e-01,-3.973643103e-08, INEXACT));
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assert(test_cosf(-9.765625000e-04, 9.999995232e-01,-6.357828397e-07, INEXACT));
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// large arguments
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assert(test_cosf( 255.99993896484,-0.039851747453212740, 0.0, INEXACT));
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assert(test_cosf( 5033165.25, 0.847187161445617700, 0.0, INEXACT));
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assert(test_cosf( 421657440.0, 0.672892928123474100, 0.0, INEXACT));
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assert(test_cosf( 2147483392.0, 0.961078047752380400, 0.0, INEXACT));
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assert(test_cosf( 68719474688.0, 0.169419050216674800, 0.0, INEXACT));
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assert(test_cosf( 549755797504.0, 0.207359507679939270, 0.0, INEXACT));
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assert(test_cosf( f32.MAX_VALUE, 0.853021025657653800, 0.0, INEXACT));
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assert(test_cosf(-255.99993896484,-0.039851747453212740, 0.0, INEXACT));
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assert(test_cosf(-5033165.25, 0.847187161445617700, 0.0, INEXACT));
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assert(test_cosf(-421657440.0, 0.672892928123474100, 0.0, INEXACT));
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assert(test_cosf(-2147483392.0, 0.961078047752380400, 0.0, INEXACT));
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assert(test_cosf(-68719474688.0, 0.169419050216674800, 0.0, INEXACT));
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assert(test_cosf(-549755797504.0, 0.207359507679939270, 0.0, INEXACT));
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assert(test_cosf(-f32.MAX_VALUE, 0.853021025657653800, 0.0, INEXACT));
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////////////////////////////////////////////////////////////////////////////////////////////////////
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// Math.cosh
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@ -2872,6 +2929,7 @@ assert(test_sin(-0.0, -0.0, 0.0, 0));
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assert(test_sin(Infinity, NaN, 0.0, INVALID));
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assert(test_sin(-Infinity, NaN, 0.0, INVALID));
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assert(test_sin(NaN, NaN, 0.0, 0));
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*/
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// Mathf.sin ///////////////////////////////////////////////////////////////////////////////////////
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@ -2880,23 +2938,79 @@ function test_sinf(value: f32, expected: f32, error: f32, flags: i32): bool {
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}
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// sanity
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assert(test_sinf(-8.066848755, -0.9774292111, 0.0801057294, INEXACT));
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assert(test_sinf(4.345239639, -0.9333543777, 0.3447562754, INEXACT));
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assert(test_sinf(-8.381433487, -0.8640924692, -0.4686599076, INEXACT));
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assert(test_sinf(-6.531673431, -0.2459388077, -0.3955177665, INEXACT));
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assert(test_sinf(9.267057419, 0.1570674479, -0.2400680929, INEXACT));
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assert(test_sinf(0.6619858742, 0.6146844625, -0.07707194239, INEXACT));
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assert(test_sinf(-0.4066039324, -0.3954924345, -0.1172061712, INEXACT));
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assert(test_sinf(0.5617597699, 0.5326763391, -0.1605911404, INEXACT));
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assert(test_sinf(0.7741522789, 0.6991102099, 0.2638436854, INEXACT));
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assert(test_sinf(-0.6787636876, -0.6278312206, 0.005127954297, INEXACT));
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assert(test_sinf(-8.0668487550,-0.9774292111, 0.080105729400, INEXACT));
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assert(test_sinf( 4.3452396390,-0.9333543777, 0.344756275400, INEXACT));
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assert(test_sinf(-8.3814334870,-0.8640924692,-0.468659907600, INEXACT));
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assert(test_sinf(-6.5316734310,-0.2459388077,-0.395517766500, INEXACT));
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assert(test_sinf( 9.2670574190, 0.1570674479,-0.240068092900, INEXACT));
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assert(test_sinf( 0.6619858742, 0.6146844625,-0.077071942390, INEXACT));
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assert(test_sinf(-0.4066039324,-0.3954924345,-0.117206171200, INEXACT));
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assert(test_sinf( 0.5617597699, 0.5326763391,-0.160591140400, INEXACT));
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assert(test_sinf( 0.7741522789, 0.6991102099, 0.263843685400, INEXACT));
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assert(test_sinf(-0.6787636876,-0.6278312206, 0.005127954297, INEXACT));
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// special
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assert(test_sinf(0.0, 0.0, 0.0, 0));
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assert(test_sinf(-0.0, -0.0, 0.0, 0));
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assert(test_sinf(Infinity, NaN, 0.0, INVALID));
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assert(test_sinf( 0.0, 0.0, 0.0, 0));
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assert(test_sinf( -0.0,-0.0, 0.0, 0));
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assert(test_sinf( Infinity, NaN, 0.0, INVALID));
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assert(test_sinf(-Infinity, NaN, 0.0, INVALID));
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assert(test_sinf(NaN, NaN, 0.0, 0)); */
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assert(test_sinf( NaN, NaN, 0.0, 0));
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// ubc
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assert(test_sinf( 1.862645149e-09, 1.862645149e-09, 4.850638554e-12, INEXACT));
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assert(test_sinf(-1.862645149e-09,-1.862645149e-09,-4.850638554e-12, INEXACT));
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assert(test_sinf( 1.175494351e-38, 1.175494351e-38, 0.0, INEXACT));
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assert(test_sinf(-1.175494351e-38,-1.175494351e-38, 0.0, INEXACT));
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assert(test_sinf( 1.401298464e-45, 1.401298464e-45, 0.0, INEXACT | UNDERFLOW));
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assert(test_sinf(-1.401298464e-45,-1.401298464e-45, 0.0, INEXACT | UNDERFLOW));
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assert(test_sinf( 1.175494491e-38, 1.175494491e-38, 0.0, INEXACT));
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assert(test_sinf( 1.175494631e-38, 1.175494631e-38, 0.0, INEXACT));
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assert(test_sinf( 2.350988001e-38, 2.350988001e-38, 0.0, INEXACT));
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assert(test_sinf( 2.350988702e-38, 2.350988702e-38, 0.0, INEXACT));
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assert(test_sinf( 2.350989542e-38, 2.350989542e-38, 0.0, INEXACT));
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assert(test_sinf( 4.701977403e-38, 4.701977403e-38, 0.0, INEXACT));
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assert(test_sinf( 1.117587090e-08, 1.117587090e-08, 2.619344741e-10, INEXACT));
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assert(test_sinf( 1.490116119e-08, 1.490116119e-08, 3.104408675e-10, INEXACT));
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assert(test_sinf( 2.441406250e-04, 2.441406250e-04, 8.333333582e-02, INEXACT));
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assert(test_sinf( 3.662109375e-04, 3.662109375e-04, 2.812500000e-01, INEXACT));
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assert(test_sinf(-1.175494491e-38,-1.175494491e-38, 0.0, INEXACT));
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||||
assert(test_sinf(-1.175494631e-38,-1.175494631e-38, 0.0, INEXACT));
|
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assert(test_sinf(-2.350988001e-38,-2.350988001e-38, 0.0, INEXACT));
|
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assert(test_sinf(-2.350988702e-38,-2.350988702e-38, 0.0, INEXACT));
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assert(test_sinf(-2.350989542e-38,-2.350989542e-38, 0.0, INEXACT));
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||||
assert(test_sinf(-4.701977403e-38,-4.701977403e-38, 0.0, INEXACT));
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||||
assert(test_sinf(-1.117587090e-08,-1.117587090e-08,-2.619344741e-10, INEXACT));
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||||
assert(test_sinf(-1.490116119e-08,-1.490116119e-08,-3.104408675e-10, INEXACT));
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||||
assert(test_sinf(-2.441406250e-04,-2.441406250e-04,-8.333333582e-02, INEXACT));
|
||||
assert(test_sinf(-3.662109375e-04,-3.662109375e-04,-2.812500000e-01, INEXACT));
|
||||
assert(test_sinf( 2.802596929e-45, 2.802596929e-45, 0.0, INEXACT | UNDERFLOW));
|
||||
assert(test_sinf( 1.261168618e-44, 1.261168618e-44, 0.0, INEXACT | UNDERFLOW));
|
||||
assert(test_sinf( 2.938735877e-39, 2.938735877e-39, 0.0, INEXACT | UNDERFLOW));
|
||||
assert(test_sinf( 5.877471754e-39, 5.877471754e-39, 0.0, INEXACT | UNDERFLOW));
|
||||
assert(test_sinf( 1.175494071e-38, 1.175494071e-38, 0.0, INEXACT | UNDERFLOW));
|
||||
assert(test_sinf( 1.175494211e-38, 1.175494211e-38, 0.0, INEXACT | UNDERFLOW));
|
||||
assert(test_sinf(-2.802596929e-45,-2.802596929e-45, 0.0, INEXACT | UNDERFLOW));
|
||||
assert(test_sinf(-1.261168618e-44,-1.261168618e-44, 0.0, INEXACT | UNDERFLOW));
|
||||
assert(test_sinf(-2.938735877e-39,-2.938735877e-39, 0.0, INEXACT | UNDERFLOW));
|
||||
assert(test_sinf(-5.877471754e-39,-5.877471754e-39, 0.0, INEXACT | UNDERFLOW));
|
||||
assert(test_sinf(-1.175494071e-38,-1.175494071e-38, 0.0, INEXACT | UNDERFLOW));
|
||||
assert(test_sinf(-1.175494211e-38,-1.175494211e-38, 0.0, INEXACT | UNDERFLOW));
|
||||
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||||
// large arguments
|
||||
assert(test_sinf( 255.9999389645,-0.9992055892944336, 0.0, INEXACT));
|
||||
assert(test_sinf( 5033165.25, 0.5312945246696472, 0.0, INEXACT));
|
||||
assert(test_sinf( 421657440.0, -0.7397398948669434, 0.0, INEXACT));
|
||||
assert(test_sinf( 2147483392.0, 0.2762770354700000, 0.0, INEXACT));
|
||||
assert(test_sinf( 68719474688.0, 0.9855440855026245, 0.0, INEXACT));
|
||||
assert(test_sinf( 549755797504.0,-0.9782648086547852, 0.0, INEXACT));
|
||||
assert(test_sinf( f32.MAX_VALUE, -0.5218765139579773, 0.0, INEXACT));
|
||||
assert(test_sinf(-255.9999389645, 0.9992055892944336, 0.0, INEXACT));
|
||||
assert(test_sinf(-5033165.25, -0.5312945246696472, 0.0, INEXACT));
|
||||
assert(test_sinf(-421657440.0, 0.7397398948669434, 0.0, INEXACT));
|
||||
assert(test_sinf(-2147483392.0, -0.2762770354700000, 0.0, INEXACT));
|
||||
assert(test_sinf(-68719474688.0, -0.9855440855026245, 0.0, INEXACT));
|
||||
assert(test_sinf(-549755797504.0, 0.9782648086547852, 0.0, INEXACT));
|
||||
assert(test_sinf(-f32.MAX_VALUE, 0.5218765139579773, 0.0, INEXACT));
|
||||
|
||||
////////////////////////////////////////////////////////////////////////////////////////////////////
|
||||
// Math.sinh
|
||||
@ -3117,39 +3231,78 @@ assert(test_tan(-0.0, -0.0, 0.0, 0));
|
||||
assert(test_tan(Infinity, NaN, 0.0, INVALID));
|
||||
assert(test_tan(-Infinity, NaN, 0.0, INVALID));
|
||||
assert(test_tan(NaN, NaN, 0.0, 0));
|
||||
*/
|
||||
|
||||
// Mathf.tan ///////////////////////////////////////////////////////////////////////////////////////
|
||||
|
||||
function test_tanf(value: f32, expected: f32, error: f32, flags: i32): bool {
|
||||
return check<f32>(NativeMathf.tan(value), expected, error, flags);
|
||||
return check<f32>(NativeMathf.tan(value), expected, error, flags);
|
||||
}
|
||||
|
||||
// sanity
|
||||
assert(test_tanf(-8.066848755, 4.626595497, 0.2455666959, INEXACT));
|
||||
assert(test_tanf(4.345239639, 2.600190163, 0.3652407229, INEXACT));
|
||||
assert(test_tanf(-8.381433487, 1.716740608, 0.08169349283, INEXACT));
|
||||
assert(test_tanf(-6.531673431, -0.2537320852, 0.2318651378, INEXACT));
|
||||
assert(test_tanf(9.267057419, -0.1590414941, -0.009332014248, INEXACT));
|
||||
assert(test_tanf(0.6619858742, 0.7792918682, -0.06759700924, INEXACT));
|
||||
assert(test_tanf(-0.4066039324, -0.4305995405, 0.005771996453, INEXACT));
|
||||
assert(test_tanf(0.5617597699, 0.6294037104, -0.1683816314, INEXACT));
|
||||
assert(test_tanf(0.7741522789, 0.9777574539, 0.389693886, INEXACT));
|
||||
assert(test_tanf(-0.6787636876, -0.8066186309, 0.1229405999, INEXACT));
|
||||
assert(test_tanf(-8.0668487550, 4.6265954970, 0.245566695900, INEXACT));
|
||||
assert(test_tanf( 4.3452396390, 2.6001901630, 0.365240722900, INEXACT));
|
||||
assert(test_tanf(-8.3814334870, 1.7167406080, 0.081693492830, INEXACT));
|
||||
assert(test_tanf(-6.5316734310,-0.2537320852, 0.231865137800, INEXACT));
|
||||
assert(test_tanf( 9.2670574190,-0.1590414941,-0.009332014248, INEXACT));
|
||||
assert(test_tanf( 0.6619858742, 0.7792918682,-0.067597009240, INEXACT));
|
||||
assert(test_tanf(-0.4066039324,-0.4305995405, 0.005771996453, INEXACT));
|
||||
assert(test_tanf( 0.5617597699, 0.6294037104,-0.168381631400, INEXACT));
|
||||
assert(test_tanf( 0.7741522789, 0.9777574539, 0.389693886000, INEXACT));
|
||||
assert(test_tanf(-0.6787636876,-0.8066186309, 0.122940599900, INEXACT));
|
||||
|
||||
// special
|
||||
assert(test_tanf(0.0, 0.0, 0.0, 0));
|
||||
assert(test_tanf(-0.0, -0.0, 0.0, 0));
|
||||
assert(test_tanf(Infinity, NaN, 0.0, INVALID));
|
||||
assert(test_tanf( 0.0, 0.0, 0.0, 0));
|
||||
assert(test_tanf( -0.0,-0.0, 0.0, 0));
|
||||
assert(test_tanf( Infinity, NaN, 0.0, INVALID));
|
||||
assert(test_tanf(-Infinity, NaN, 0.0, INVALID));
|
||||
assert(test_tanf(NaN, NaN, 0.0, 0)); */
|
||||
assert(test_tanf( NaN, NaN, 0.0, 0));
|
||||
|
||||
// ubc
|
||||
assert(test_tanf( 1.862645149e-09, 1.862645149e-09,-9.701277108e-12, INEXACT));
|
||||
assert(test_tanf(-1.862645149e-09,-1.862645149e-09, 9.701277108e-12, INEXACT));
|
||||
assert(test_tanf( 1.175494351e-38, 1.175494351e-38, 0.0, INEXACT));
|
||||
assert(test_tanf(-1.175494351e-38,-1.175494351e-38, 0.0, INEXACT));
|
||||
assert(test_tanf( 1.401298464e-45, 1.401298464e-45, 0.0, INEXACT | UNDERFLOW));
|
||||
assert(test_tanf(-1.401298464e-45,-1.401298464e-45, 0.0, INEXACT | UNDERFLOW));
|
||||
assert(test_tanf( 1.175494491e-38, 1.175494491e-38, 0.0, INEXACT));
|
||||
assert(test_tanf( 1.175494631e-38, 1.175494631e-38, 0.0, INEXACT));
|
||||
assert(test_tanf( 2.350988001e-38, 2.350988001e-38, 0.0, INEXACT));
|
||||
assert(test_tanf( 2.350988702e-38, 2.350988702e-38, 0.0, INEXACT));
|
||||
assert(test_tanf( 2.350989542e-38, 2.350989542e-38, 0.0, INEXACT));
|
||||
assert(test_tanf( 4.701977403e-38, 4.701977403e-38, 0.0, INEXACT));
|
||||
assert(test_tanf( 1.117587090e-08, 1.117587090e-08,-5.238689482e-10, INEXACT));
|
||||
assert(test_tanf( 1.490116119e-08, 1.490116119e-08,-6.208817349e-10, INEXACT));
|
||||
assert(test_tanf( 2.441406250e-04, 2.441406250e-04,-1.666666716e-01, INEXACT));
|
||||
assert(test_tanf(-1.175494491e-38,-1.175494491e-38, 0.0, INEXACT));
|
||||
assert(test_tanf(-1.175494631e-38,-1.175494631e-38, 0.0, INEXACT));
|
||||
assert(test_tanf(-2.350988001e-38,-2.350988001e-38, 0.0, INEXACT));
|
||||
assert(test_tanf( 2.350988702e-38, 2.350988702e-38, 0.0, INEXACT));
|
||||
assert(test_tanf(-2.350989542e-38,-2.350989542e-38, 0.0, INEXACT));
|
||||
assert(test_tanf(-4.701977403e-38,-4.701977403e-38, 0.0, INEXACT));
|
||||
assert(test_tanf(-1.117587090e-08,-1.117587090e-08, 5.238689482e-10, INEXACT));
|
||||
assert(test_tanf(-1.490116119e-08,-1.490116119e-08, 6.208817349e-10, INEXACT));
|
||||
assert(test_tanf(-2.441406250e-04,-2.441406250e-04, 1.666666716e-01, INEXACT));
|
||||
assert(test_tanf( 2.802596929e-45, 2.802596929e-45, 0.0, INEXACT | UNDERFLOW));
|
||||
assert(test_tanf( 1.261168618e-44, 1.261168618e-44, 0.0, INEXACT | UNDERFLOW));
|
||||
assert(test_tanf( 2.938735877e-39, 2.938735877e-39, 0.0, INEXACT | UNDERFLOW));
|
||||
assert(test_tanf( 5.877471754e-39, 5.877471754e-39, 0.0, INEXACT | UNDERFLOW));
|
||||
assert(test_tanf( 1.175494071e-38, 1.175494071e-38, 0.0, INEXACT | UNDERFLOW));
|
||||
assert(test_tanf( 1.175494211e-38, 1.175494211e-38, 0.0, INEXACT | UNDERFLOW));
|
||||
assert(test_tanf(-2.802596929e-45,-2.802596929e-45, 0.0, INEXACT | UNDERFLOW));
|
||||
assert(test_tanf(-1.261168618e-44,-1.261168618e-44, 0.0, INEXACT | UNDERFLOW));
|
||||
assert(test_tanf(-2.938735877e-39,-2.938735877e-39, 0.0, INEXACT | UNDERFLOW));
|
||||
assert(test_tanf(-5.877471754e-39,-5.877471754e-39, 0.0, INEXACT | UNDERFLOW));
|
||||
assert(test_tanf(-1.175494071e-38,-1.175494071e-38, 0.0, INEXACT | UNDERFLOW));
|
||||
assert(test_tanf(-1.175494211e-38,-1.175494211e-38, 0.0, INEXACT | UNDERFLOW));
|
||||
|
||||
////////////////////////////////////////////////////////////////////////////////////////////////////
|
||||
// Math.tanh
|
||||
////////////////////////////////////////////////////////////////////////////////////////////////////
|
||||
|
||||
function test_tanh(value: f64, expected: f64, error: f64, flags: i32): bool {
|
||||
return check<f64>(NativeMath.tanh(value), expected, error, flags) &&
|
||||
(!js || check<f64>( JSMath.tanh(value), expected, error, flags));
|
||||
return check<f64>(NativeMath.tanh(value), expected, error, flags) &&
|
||||
(!js || check<f64>( JSMath.tanh(value), expected, error, flags));
|
||||
}
|
||||
|
||||
// sanity
|
||||
|
||||
File diff suppressed because it is too large
Load Diff
Reference in New Issue
Block a user