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vfmt: change all '$expr' to '${expr}' (#16428)

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yuyi 2022-11-15 21:53:13 +08:00 • committed by GitHub
parent 56239b4a23
commit 017ace6ea7
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859 changed files with 7156 additions and 7135 deletions
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38
examples/pendulum-simulation/modules/sim/args/parser.v
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@ -50,17 +50,17 @@ fn parse_sequential_args() !SequentialArgs {
fp.skip_executable()
// output parameters
width := fp.int('width', `w`, sim.default_width, 'width of the image output. Defaults to $sim.default_width')
height := fp.int('height', `h`, sim.default_height, 'height of the image output. Defaults to $sim.default_height')
width := fp.int('width', `w`, sim.default_width, 'width of the image output. Defaults to ${sim.default_width}')
height := fp.int('height', `h`, sim.default_height, 'height of the image output. Defaults to ${sim.default_height}')
filename := fp.string('output', `o`, 'out.ppm', 'name of the image output. Defaults to out.ppm')
// simulation parameters
rope_length := fp.float('rope-length', 0, sim.default_rope_length, 'rope length to use on simulation. Defaults to $sim.default_rope_length')
bearing_mass := fp.float('bearing-mass', 0, sim.default_bearing_mass, 'bearing mass to use on simulation. Defaults to $sim.default_bearing_mass')
magnet_spacing := fp.float('magnet-spacing', 0, sim.default_magnet_spacing, 'magnet spacing to use on simulation. Defaults to $sim.default_magnet_spacing')
magnet_height := fp.float('magnet-height', 0, sim.default_magnet_height, 'magnet height to use on simulation. Defaults to $sim.default_magnet_height')
magnet_strength := fp.float('magnet-strength', 0, sim.default_magnet_strength, 'magnet strength to use on simulation. Defaults to $sim.default_magnet_strength')
gravity := fp.float('gravity', 0, sim.default_gravity, 'gravity to use on simulation. Defaults to $sim.default_gravity')
rope_length := fp.float('rope-length', 0, sim.default_rope_length, 'rope length to use on simulation. Defaults to ${sim.default_rope_length}')
bearing_mass := fp.float('bearing-mass', 0, sim.default_bearing_mass, 'bearing mass to use on simulation. Defaults to ${sim.default_bearing_mass}')
magnet_spacing := fp.float('magnet-spacing', 0, sim.default_magnet_spacing, 'magnet spacing to use on simulation. Defaults to ${sim.default_magnet_spacing}')
magnet_height := fp.float('magnet-height', 0, sim.default_magnet_height, 'magnet height to use on simulation. Defaults to ${sim.default_magnet_height}')
magnet_strength := fp.float('magnet-strength', 0, sim.default_magnet_strength, 'magnet strength to use on simulation. Defaults to ${sim.default_magnet_strength}')
gravity := fp.float('gravity', 0, sim.default_gravity, 'gravity to use on simulation. Defaults to ${sim.default_gravity}')
fp.finalize() or {
println(fp.usage())
@ -87,7 +87,7 @@ fn parse_sequential_args() !SequentialArgs {
grid: grid
}
sim.log('$args')
sim.log('${args}')
return args
}
@ -100,20 +100,20 @@ fn parse_parallel_args(extra_workers int) !ParallelArgs {
fp.description('This is a pendulum simulation written in pure V')
fp.skip_executable()
workers := fp.int('workers', 0, args.max_parallel_workers, 'amount of workers to use on simulation. Defaults to $args.max_parallel_workers')
workers := fp.int('workers', 0, args.max_parallel_workers, 'amount of workers to use on simulation. Defaults to ${args.max_parallel_workers}')
// output parameters
width := fp.int('width', `w`, sim.default_width, 'width of the image output. Defaults to $sim.default_width')
height := fp.int('height', `h`, sim.default_height, 'height of the image output. Defaults to $sim.default_height')
width := fp.int('width', `w`, sim.default_width, 'width of the image output. Defaults to ${sim.default_width}')
height := fp.int('height', `h`, sim.default_height, 'height of the image output. Defaults to ${sim.default_height}')
filename := fp.string('output', `o`, 'out.ppm', 'name of the image output. Defaults to out.ppm')
// simulation parameters
rope_length := fp.float('rope-length', 0, sim.default_rope_length, 'rope length to use on simulation. Defaults to $sim.default_rope_length')
bearing_mass := fp.float('bearing-mass', 0, sim.default_bearing_mass, 'bearing mass to use on simulation. Defaults to $sim.default_bearing_mass')
magnet_spacing := fp.float('magnet-spacing', 0, sim.default_magnet_spacing, 'magnet spacing to use on simulation. Defaults to $sim.default_magnet_spacing')
magnet_height := fp.float('magnet-height', 0, sim.default_magnet_height, 'magnet height to use on simulation. Defaults to $sim.default_magnet_height')
magnet_strength := fp.float('magnet-strength', 0, sim.default_magnet_strength, 'magnet strength to use on simulation. Defaults to $sim.default_magnet_strength')
gravity := fp.float('gravity', 0, sim.default_gravity, 'gravity to use on simulation. Defaults to $sim.default_gravity')
rope_length := fp.float('rope-length', 0, sim.default_rope_length, 'rope length to use on simulation. Defaults to ${sim.default_rope_length}')
bearing_mass := fp.float('bearing-mass', 0, sim.default_bearing_mass, 'bearing mass to use on simulation. Defaults to ${sim.default_bearing_mass}')
magnet_spacing := fp.float('magnet-spacing', 0, sim.default_magnet_spacing, 'magnet spacing to use on simulation. Defaults to ${sim.default_magnet_spacing}')
magnet_height := fp.float('magnet-height', 0, sim.default_magnet_height, 'magnet height to use on simulation. Defaults to ${sim.default_magnet_height}')
magnet_strength := fp.float('magnet-strength', 0, sim.default_magnet_strength, 'magnet strength to use on simulation. Defaults to ${sim.default_magnet_strength}')
gravity := fp.float('gravity', 0, sim.default_gravity, 'gravity to use on simulation. Defaults to ${sim.default_gravity}')
fp.finalize() or {
println(fp.usage())
@ -141,7 +141,7 @@ fn parse_parallel_args(extra_workers int) !ParallelArgs {
workers: get_workers(workers, extra_workers)
}
sim.log('$args')
sim.log('${args}')
return args
}