111 lines
2.9 KiB
Ruby
111 lines
2.9 KiB
Ruby
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# efficient input helpers that all take `args.inputs`
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PRIMARY_KEYS = [:j, :z, :space]
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def primary_down?(inputs)
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PRIMARY_KEYS.any? { |k| inputs.keyboard.key_down.send(k) } ||
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inputs.controller_one.key_down&.a
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end
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def primary_down_or_held?(inputs)
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primary_down?(inputs) ||
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PRIMARY_KEYS.any? { |k| inputs.keyboard.key_held.send(k) } ||
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(inputs.controller_one.connected &&
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inputs.controller_one.key_held.a)
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end
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SECONDARY_KEYS = [:k, :x, :backspace]
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def secondary_down?(inputs)
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SECONDARY_KEYS.any? { |k| inputs.keyboard.key_down.send(k) } ||
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(inputs.controller_one.connected &&
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inputs.controller_one.key_down.b)
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end
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def secondary_down_or_held?(inputs)
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secondary_down?(inputs) ||
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SECONDARY_KEYS.any? { |k| inputs.keyboard.key_held.send(k) } ||
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(inputs.controller_one.connected &&
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inputs.controller_one.key_held.b)
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end
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PAUSE_KEYS= [:escape, :p]
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def pause_down?(inputs)
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PAUSE_KEYS.any? { |k| inputs.keyboard.key_down.send(k) } ||
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inputs.controller_one.key_down&.start
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end
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# check for arrow keys, WASD, gamepad, and swipe up
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def up?(args)
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args.inputs.up || args.state.swipe.up
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end
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# check for arrow keys, WASD, gamepad, and swipe down
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def down?(args)
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args.inputs.down || args.state.swipe.down
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end
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# check for arrow keys, WASD, gamepad, and swipe left
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def left?(args)
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args.inputs.left || args.state.swipe.left
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end
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# check for arrow keys, WASD, gamepad, and swipe right
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def right?(args)
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args.inputs.right || args.state.swipe.right
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end
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# called by the main #tick method to keep track of swipes, you likely don't
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# need to call this yourself
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#
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# to check for swipes outside of the directional methods above, use it like
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# this:
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#
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# if args.state.swipe.up
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# # do the thing
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# end
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#
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def track_swipe(args)
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return unless mobile?
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reset_swipe(args) if args.state.swipe.nil? || args.state.swipe.stop_tick
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swipe = args.state.swipe
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if args.inputs.mouse.down
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swipe.merge!({
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start_tick: args.state.tick_count,
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start_x: args.inputs.mouse.x,
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start_y: args.inputs.mouse.y,
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})
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end
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if swipe.start_tick && swipe.start_x && swipe.start_y
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p1 = [swipe.start_x, swipe.start_y]
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p2 = [args.inputs.mouse.x, args.inputs.mouse.y]
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dist = args.geometry.distance(p1, p2)
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if dist > 50 # min distance threshold
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swipe.merge!({
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stop_x: p2[0],
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stop_y: p2[1],
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})
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angle = args.geometry.angle_from(p1, p2)
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swipe.angle = angle
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swipe.dist = dist
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swipe.stop_tick = args.state.tick_count
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if angle > 315 || swipe.angle < 45
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swipe.left = true
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elsif angle >= 45 && angle <= 135
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swipe.down = true
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elsif angle > 135 && angle < 225
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swipe.right = true
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elsif angle >= 225 && angle <= 315
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swipe.up = true
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end
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end
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end
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end
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# reset the currently tracked swipe
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def reset_swipe(args)
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args.state.swipe = { up: false, down: false, right: false, left: false }
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end
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