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# Example - plot_bar 📘 | ||
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This example demonstrates the usage of the V Scientific Library for generating simplex noise. | ||
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## Instructions | ||
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1. Ensure you have the V compiler installed. You can download it from [here](https://vlang.io). | ||
2. Ensure you have the VSL installed. You can do it following the [installation guide](https://github.com/vlang/vsl?tab=readme-ov-file#-installation)! | ||
3. Navigate to this directory. | ||
4. Run the example using the following command: | ||
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```sh | ||
v run main.v | ||
``` | ||
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Enjoy exploring the capabilities of the V Scientific Library! 😊 |
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module main | ||
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import rand | ||
import vsl.noise | ||
import vsl.plot | ||
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fn main() { | ||
// Creation of the noise generator. | ||
// Other noise functions and dimensions count are available. | ||
rand.seed([u32(3155200429), u32(3208395956)]) | ||
mut generator := noise.Generator.new() | ||
generator.randomize() | ||
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mut x := []f64{cap: 1600} | ||
mut y := []f64{cap: 1600} | ||
mut z := []f64{cap: 1600} | ||
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for xx in 0 .. 40 { | ||
for yy in 0 .. 40 { | ||
// We need to scale the coordinates to control the frequency of the noise. | ||
val := generator.simplex_2d(0.03 * xx, 0.03 * yy) | ||
x << xx | ||
y << yy | ||
z << val | ||
} | ||
} | ||
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mut plt := plot.Plot.new() | ||
plt.heatmap( | ||
x: x | ||
y: y | ||
z: z | ||
) | ||
plt.layout( | ||
title: 'Simplex noise 2d example' | ||
) | ||
plt.show()! | ||
} |