data:image/png;base64,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
true
true
truebits
turns ones into zeros and zeros into ones so if you make it the opposite way on accident.
101
5
5color list255i1
5
11 3 6 9369
Stage2Stage2-90coordinate list (left to right, down)StageStageStageStage
5-240240180-180
11 2 3 4 62346
24 bit, size 40 2 bit, size 500 3 bit, size 10023
40 150150
Don't know what happened with the size, it was meant to be 750, that worked, but then once I put into text so it didnt take up too much space, the size went to 750.5 (rounded), but it still looks fine when I made them run in the new size, so all is well (I hope) Extra note: there was a 8 bit version, but just the raw binary itself was more than 10MB, the compressed version fit, but was still large and very slow (i think, there were some mistakes and it may have not have been that big)
1 22
711 2 3 4 6 9 12 15 18 24falseBrightness1 extra bit / dichrome options={ Brightness Red / Cyan Green / Magenta Blue / Yellow } 2 extra bit options={ Brightness={ Brightness R / C and Brightness G / M and Brightness B / Y and Brightness } R and G / C and M R and B / C and Y G and B / M and Y }RGBRGB={ RGB Dichrome={ Dicrhome Red and Green RGB Dicrhome Red and Blue RGB Dicrhome Green and Blue RGB } MonoChrome={ Mono Red Mono Green Mono Blue } } CMY={ CMY Dichrome={ Dicrhome Cyan and Magenta CMY Dicrhome Cyan and Yellow CMY Dicrhome Magenta and Yellow CMY } Monochrome={ Mono Cyan Mono Magenta Mono Yellow } } Grayscale1RGBCMYRed / Cyan31R and B / C and YR and G / C and MR / C and BrightnessGreen / MagentaRed / Cyan31G and B / M and YG / M and BrightnessBlue / YellowB / Y and BrightnessR and G / C and M32R and B / Cand Y32G and B / M and Y32DicrhomeRed / CyanR / C and BrightnessR and B / C and YR and G / C and MGreen / MagentaG and B / M and YG / M and BrightnessBlue / YellowB / Y and Brightnessitem02trueRGBCMYtrue2CMYtrueCMYBrightness2332/GrayscaletrueDicrhometruetruetrueBrightness21MonotrueStage0false
711 2 3 4 6 9 12 15 18 24falseBrightness1 extra bit / dichrome options={ Brightness Red / Cyan Green / Magenta Blue / Yellow } 2 extra bit options={ Brightness={ Brightness R / C and Brightness G / M and Brightness B / Y and Brightness } R and G / C and M R and B / C and Y G and B / M and Y }RGBRGB={ RGB Dichrome={ Dicrhome Red and Green RGB Dicrhome Red and Blue RGB Dicrhome Green and Blue RGB } MonoChrome={ Mono Red Mono Green Mono Blue } } CMY={ CMY Dichrome={ Dicrhome Cyan and Magenta CMY Dicrhome Cyan and Yellow CMY Dicrhome Magenta and Yellow CMY } Monochrome={ Mono Cyan Mono Magenta Mono Yellow } } Grayscale1RGBCMYRed / Cyan31R and B / C and YR and G / C and MR / C and BrightnessGreen / MagentaRed / Cyan31G and B / M and YG / M and BrightnessBlue / YellowB / Y and BrightnessR and G / C and M32R and B / Cand Y32G and B / M and Y32DicrhomeRed / CyanR / C and BrightnessR and B / C and YR and G / C and MGreen / MagentaG and B / M and YG / M and BrightnessBlue / YellowB / Y and Brightnessitem02trueRGBCMYtrue2CMYtrueCMYBrightness2332/GrayscaletrueDicrhometruetruetrueBrightness21MonotrueStage0false
hello world8true
true
true
truetruetrueRed / Cyan Green / Magenta Blue / Yellow R and G / C and M R and B / C and Y G and B / M and YGreen / MagentaRed / Cyan31G and B / M and YBlue / YellowR and G / C and M32R and B / Cand Y32G and B / M and Y32i1i1trueCatch errors. Runs the first script. If it succeeds, nothing else happens. But if it has an error (something that would otherwise result in a red halo around the block), then the second script is run, with the text of the error message that would have been shown in the variable ERROR.
pt:tenta executar _ e, em caso de erro _ , executa _ ca:prova de forma segura _ i si _ _ pl:bezpiecznie spróbuj _ a jeśli _ _ Throw an error. Makes a red halo appear around the script that runs it, with the input text shown in a speech balloon next to the script, just like any Snap! error. This is useful to put in the second script of SAFELY TRY after some other instructions to undo the partial work of the first script.
pt:lança o erro _ pl:błąd _ Catch errors in a reporter. Evaluates its first input. If that expression successfully reports a value, this block reports that value. If the expression causes a Snap! error, then the final input slot is evaluated with the text of what would have been the error message in variable ERROR. SAFELY TRY then reports the value of that final expression. Sometimes you'll want to throw an error in the final expression. You can put an ERROR block inside a CALL block to do that.
ca:prova de forma segura reportant _ i si _ reportant _ pl:bezpiecznie spróbuj zgłosić _ a jeśli _ zgłoś _ 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0