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@ -1,10 +1,11 @@
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//
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// Zig has support for IEEE-754 floating-point numbers in these
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// specific sizes: f16, f32, f64, f80, and f128. Floating point
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// literals may be written in scientific notation:
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// literals may be written in the same ways as integers but also
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// in scientific notation:
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//
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// const a1: f32 = 1200.0; // 1,200
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// const a2: f32 = 1.2e+3; // 1,200
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// const a1: f32 = 1200; // 1,200
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// const a2: f32 = 1.2e+3; // 1,200
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// const b1: f32 = -500_000.0; // -500,000
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// const b2: f32 = -5.0e+5; // -500,000
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//
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@ -22,12 +23,14 @@
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// const pi: f16 = 3.1415926535; // rounds to 3.140625
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// const av: f16 = 6.02214076e+23; // Avogadro's inf(inity)!
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//
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// A float literal has a decimal point. When performing math
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// operations with numeric literals, ensure the types match. Zig
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// does not perform unsafe type coercions behind your back:
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// When performing math operations with numeric literals, ensure
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// the types match. Zig does not perform unsafe type coercions
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// behind your back:
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//
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// var foo: f16 = 13.5 * 5; // ERROR!
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// var foo: f16 = 13.5 * 5.0; // No problem, both are floats
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// var foo: f16 = 5; // NO ERROR
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//
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// var foo: u16 = 5; // A literal of a different type
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// var bar: f16 = foo; // ERROR
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//
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// Please fix the two float problems with this program and
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// display the result as a whole number.
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