data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAKAAAAB4CAYAAAB1ovlvAAADTElEQVR4Xu3ZQU5UQRSG0fugAxGNcTnuQ4duzMRtuBd3oAMHxjAwEXymCYSOA0dd9aduDhMgwLtV3z1pSNj2fd/LmwKhAhuAofLGPhQAEIRoAQCj+Q0HkIFoAQCj+Q0HkIFoAQCj+Q0HkIFoAQCj+Q0HkIFoAQCj+Q0HkIFoAQCj+Q0HkIFoAQCj+Q0HkIFoAQCj+Q0HkIFoAQCj+Q0HkIFoAQCj+Q0HkIFoAQCj+Q0HkIFoAQCj+Q0HkIFoAQCj+Q0HkIFoAQCj+Q0HkIFoAQCj+Q0HkIFoAQCj+Q0HkIFoAQCj+Q0HkIFoAQCj+Q0HkIFoAQCj+Q0HkIFoAQCj+Q0HkIFoAQCj+Q0HkIFoAQCj+Q0HkIFoAQCj+Q0HkIFoAQCj+Q0HkIFoAQCj+Q0HkIFoAQCj+Q0HkIFoAQCj+Q0HkIFoAQCj+Q0HkIFoAQCj+Q0HkIFoAQCj+Q0HkIFoAQCj+Q0HkIFoAQCj+Q0HkIFoAQCj+Q0HkIFoAQCj+Q0HkIFoAQCj+Q0HkIFoAQCj+Q0HkIFoAQCj+Q0HkIFoAQCj+Q0HkIFoAQCj+Q0HkIFoAQCj+Q0HkIFoAQCj+Q0fC/Dbm+fCl1X18iT4/vjx1ceqi+uquqvaL6q2vWr/U7VdVe2/qrbrqv131Xao2u+rDu9trVGBMQBP4R1jvR5U7ObHoAd77KwC5wc4C99TIQhnWRkyZx7An6NeCV9U3XwdEsdDxxcYC/BVVV2Mv0R5FZwQecyI8wK8+1L1/e3zSUf97fdvCwDH6Jjw1PMCPB549t+Ax5kATqAyZsQ8gLdVdfyVPOINwBFVpzzz/ABnvwrCNwXKqCFjAM5CCN8oF9OeOw7g/65w/7nq9kPV4enfIVW1nf7A8ZPHrx3fPXzt8Rsu31Vdf5oWyKCxBTIAx97J0xcqAOBCy+p4VAA7bnWhOwG40LI6HhXAjltd6E4ALrSsjkcFsONWF7oTgAstq+NRAey41YXuBOBCy+p4VAA7bnWhOwG40LI6HhXAjltd6E4ALrSsjkcFsONWF7oTgAstq+NRAey41YXuBOBCy+p4VAA7bnWhOwG40LI6HhXAjltd6E4ALrSsjkcFsONWF7oTgAstq+NRAey41YXu9BdjmAm3wtG0CgAAAABJRU5ErkJggg==data:image/png;base64,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:executa no modo turbo _
generate a list of samples representing a sine wave at the given frequency, duration and sample ratept:as amostras de som com _ Hz de _ s amostrado a _ Hz
440a 55=55
a 110=110
a 220=220
a 440=440
a 880=880
a 1760=1760
a 3520=352014410022.05 kHz=22050
44.1 kHz=44100
88.2 kHz=88200
96 kHz=96000pt:π
pt:_ radianos em graus
0.5pt:o som _
§_soundsMenuquickly plot the samples of a sound, a list of samples (single channel), or a list of lists (multiple channels) to the stage at a lower resolution.pt:desenha o gráfico do som _
§_soundsMenu1offsetStage-2records an audio snippet and reports it as a new sound, or zero if the user cancelspt:$circleSolid-1-255-0-0 uma nova gravação
pt:a nota com _ Hz
440pt:a frequência da nota _
69pt:o nome da nota _
69