data:image/png;base64,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This block allows you to set the pen's color, transparency (on a scale from 0=opaque to 100=invisible), or size (in pixels). The color can be set in many ways, including RGB values, HSV values, HSL values, fair HSV or HSL (based on a modified spectrum that gives each spectral color equal space and promotes brown to a color), or X11/W3C color name. See Appendix A in the Snap! Reference Manual for details.

size color fair hue transparency X11/W3C name (3D color spaces)={ fair HSL={ fair hue fair saturation (HSL) fair lightness fair HSL vector } fair HSV={ fair hue fair saturation (HSV) fair value (brightness) fair HSV vector } HSL={ hue saturation (HSL) lightness HSL vector } HSV={ hue saturation (HSV) value (brightness) HSV vector } RGB (0-255)={ red green blue RGB vector RGB hex } }The identity function reports its input.

Changes any pen property by the specified amount. Some color scales can't be adjusted this way unless the color was first SET using that scale. Vectors (e.g., RGB color as a list of three numbers) can be incremented by a vector as the amount. X11/W3C names can't be incremented.

size crayon color fair hue transparency (3D color spaces)={ fair HSL={ fair hue fair saturation (HSL) fair lightness fair HSL vector } fair HSV={ fair hue fair saturation (HSV) fair value (brightness) fair HSV vector } HSL={ hue saturation (HSL) lightness HSL vector } HSV={ hue saturation (HSV) value (brightness) HSV vector } RGB (0-255)={ red green blue RGB vector RGB hex } }

pt:lança o erro _

de:fange _ _ ca:agafa _ _ es:atrapar _ _ fr:attrape _ _ pt:captura _ _ cont

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