Sha256: 9fa5ebaa6a690219b92ec81d2553ce103dafe58232b6be6d425f339e8f6e9146
Contents?: true
Size: 1.79 KB
Versions: 13
Compression:
Stored size: 1.79 KB
Contents
class ProconBypassMan::Procon::AnalogStickCap
class Position
attr_accessor :x, :y
def initialize(x:, y:)
@x = x.to_i
@y = y.to_i
end
def to_binary
analog_stick_data = [
(@x & "0xff".to_i(16)),
((@y << 4) & "0xf0".to_i(16)) | ((@x >> 8) & "0x0f".to_i(16)),
(@y >> 4) & "0xff".to_i(16),
]
hex = analog_stick_data.map{ |x| x.to_s(16).rjust(2, "0") }.join
[hex].pack("H*")
end
end
def initialize(binary)
@binary = binary
@analog_stick = ProconBypassMan::Procon::AnalogStick.new(binary: binary)
end
# @return [ProconBypassMan::Procon::AnalogStickCap::Position]
def capped_position(cap_hypotenuse: )
if hypotenuse > cap_hypotenuse
relative_capped_x = cap_hypotenuse * Math.cos(rad * Math::PI / 180).abs
relative_capped_y = cap_hypotenuse * Math.sin(rad * Math::PI / 180).abs
relative_capped_x = -(relative_capped_x.abs) if relative_x.negative?
relative_capped_y = -(relative_capped_y.abs) if relative_y.negative?
return Position.new(
x: relative_capped_x + @analog_stick.neutral_position.x,
y: relative_capped_y + @analog_stick.neutral_position.y,
)
else
return position
end
end
# @return [ProconBypassMan::Procon::AnalogStickCap::Position]
def position
Position.new(x: abs_x, y: abs_y)
end
def abs_x; @analog_stick.abs_x; end # 0, 0からのx
def abs_y; @analog_stick.abs_y; end # 0, 0からのy
def relative_x; @analog_stick.relative_x; end
def relative_y; @analog_stick.relative_y; end
# @deprecated
def x; relative_x; end
def y; relative_y; end
def rad
(
Math.atan(relative_y / relative_x.to_f) * 180 / Math::PI
).floor(6)
end
def hypotenuse
Math.sqrt((relative_x**2) + (relative_y**2)).floor(6)
end
end
Version data entries
13 entries across 13 versions & 1 rubygems