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Featuring:
- Over 100 Sorts
- Over 50 Shuffles
- Too Many Exchange Sorts
- And A Bit Moredata:image/png;base64,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Fullscreen for best experience.
To minimize lag, close all of your Chrome tabs except this one.
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Turbo mode is turned on automatically.
Featuring:
- Over 100 Sorts
- Over 50 Shuffles
- Too Many Exchange Sorts
- And A Bit More<#1>a1i1i112i-1a1b12i11i-1i11i-1i111i-1gap-1i11i1gap-1i11i-1i11i-1i11i-1i11i-1i1i-1i12c-1i1i1i12end-1gap-1gap-11i1gap-112Lime Sort2Orange Sort2Grapefruit Sort2Kinnow Sort3Kiyomi Sort3Chinotto Sort3Mandarin Orange Sort33Invered Sort3Citron Sort2Single Directional Chinotto Sort3Single Directional Mandarin Orange Sort3Quasi-Rotating Red Lime2Rotating Red Lime Sort2Hyuganatsu Sort2Rotating Hyuganatsu Sort2Orange Sort 22Flip Orange Sort2Flip Red Sort2Key Lime Sort2.25Imsimm Sort.5Imsimm Sort 2.5Pop Sort 2.5Crack Sort 2.5Single Directional Pop Sort 2.5V Sort1.52Rotating Selection Sort2Sandpaper Sort0.4Double Sandpaper Sort0.4Bad Sort2424Flip Selection Sort2Flip Sandpaper Sort1Flapaper Sort0.4Wiggle Sandpaper0.4Dumb Selection Sort.16Bubgo Sort1Bingo Sort1Assoclist Sort12Binary Insertion Sort2Linebinary Insertion Sort2Shell Sort0.75Ciura Gap Shell Sort1Progressive Sort2Progressive Sort 22Y-Progressive Sort2Optimized Z-Stooge Sort.15Marshmallow Sort2Marshmallow Sort (Extended Gaps)2Flip Insertion Sort2i1list111Quick Sort (Middle Pivot)1Stable Quick Sort2LR Quick Sort1Hybrid Quicksort1Sort ListMedian Quicksort2Fake Quicksort2Fake Quick Pairwise Sort2gap2_ Aux Array Writes1i11Code by taluvinalistfocus0iiter11Base 3 Odd-Even Sort1Base 4 Odd-Even Sort1Base n/16 Odd-Even Sort1Rouge Odd-Even Sort2Comb Odd-Even Sort2Odd then Even Sort0.75Odd then Even Sort + Merge0.75iiter1iiter1iiter1iiter1base-1iiter1iiter1i1j2j1j11green0_ Comparisons1i1j-1extra pointersllist1Sort to runAll Sorts0.5_ Current SortFinished!Shuffle to RunAll Shuffles20i11i110__ Array Writes11__ Array Writes11400i110i110a1b-11000i1j2Already SortedReversedAlmost SortedAlmost ReversedNearly SortedNearly ReversedReversed Few UniqueAlmost Sorted Few UniqueVery Few UniqueTwo UniqueAlready Sorted Few UniqueBinaryBinary AlternatingTent ShapedW ShapedM ShapedSine WaveReversed Sine WaveShuffled Sine WaveInterweavedIntersineDouble LayeredReversed Double LayeredYAV ShapeInterlacedReversed Final MergeSawtoothSawtooth 2Cubic Final MergeQuintic Final MergeCubic SawtoothQuintic SawtoothReverse RotatedPartially RotatedPartially Rotated Other Directionig-10.5Cocktail Rouge Sort0.5Looping Rouge Sort0.5Rotate Rouge Sort1Rotate Looping Rouge Sort1Comb Sort1Cocktail Comb Sort1Looping Comb Sort1Rotate Comb Sort1Rotate Looping Comb Sort1Feijeland Sort1Rotate Feijeland Sort1Brush Sort1Feijeland Sort 21.19203Coll Sort13-Smooth Comb Sort.625Pseudo-Shell Sort0.5gap-1ig-1gap1.3gap1.31i1gap1.31ig1.3gap1.3ig1.3iigap1.3tempab122_ Aux Array Writes1_ Comparisons12i2In-Place Merge Sort2Bottom-Up Merge Sort2Iterative Merge Sort2Iterative In-Place Merge Sort2ab12iiter1base1.311Reverse CubicQuinticReverse QuinticQuadraticShuffled QuadraticQuarticShuffled QuarticSquare RootReverse Square RootCube RootReverse Cube Root1i2size42isize2enddone?false1end-1_ Comparisons1index11true0.5Ternary Heap Sort0.5Quaternary Heap Sort0.5Base 64 Heap Sort0.5Base n Heap Sort0.5Base-n/16 Heap Sort0.5Base-log n Heap Sort0.5Unary Heap Sort0.15Base 1.5 Heap Sort0.5_ Comparisons1index11truehighlighthighlight 21highlighthighlight 2M121highlighthighlight 2M1413truetruehighlighthighlight 2M1312i1end-1end-1done?trueistart1end-1done?true2start1done?true1-14Sinking Sort4Cocktail Shaker Sort4Cashew Sort4Walnut Sort4Trashew Sort4Pecan Sort4Almond Sort4Random Nut Sort4Pop Sort1.5Crack Sort1.5Single Directional Pop Sort1.52424Egoots Sort24243/4 Stooge Sort16163030Slow Sort3030Cocktail Slow Sort4040BSY Slow Sort3030BSY Silly Sort3030highlighthighlight 21j1low1high-11i1Reversed Final RadixPenultimate RadixCircle SortedCircle Sorted Penultimate RadixShuffle ListFinal Pairwise PassReversed Final Pairwise PassSorted PairsShuffle ListQuick SortedShuffle ListRotate Looping Comb SortedReverse Rotate Looping Comb Sortedmidmid2false0true_ Comparisons1__ Array Writes11__ Array Writes11end-1done?true2start1done?trueend-1start1iternum1end-1done?true3start1done?truei110end-1start1iternum1end-1start1iternum1-11211highlighthighlight 2M1312highlighthighlight 2M121highlighthighlight 21done?falsedone?falsedone?falsedone?falselow1high-1mid2201ig1.3i11i-1i__ Array Writes11Circle Final MergeReversed Shuffled Final MergeShuffled Cubic Final MergeShuffled Quintic Final Mergelistfocus0l2r-2pivotxij_ Comparisons1i1j-1leftrightw2i__ Array Writes1gap1i22122312ii0ihighlighthighlight 21lol1#1.Stage-210Stage25-1515invalidvalid20invalidvalidrselectedcpos20#1.Stage-210Stage25-1515validi11k1ab126016Scrambled HeadScrambled TailScrambled Head + TailShuffle ListDouble Layered ShuffleShuffled TopShuffled BottomShuffle ListPartitioned Arrayi2i110_ Comparisons1i1k-1j1s1i111gap2i111gap2i112020Y-Stooge Sort1616Z-Stooge Sort1313XY-Stooge Sort2020Hyperstooge Sort99Really Bad Sort99Omegaomega Hyperstooge Sort554848Gappy Stooge Sort2020Gappy Stooge Sort 22020Room Stooge Sort3030Bitonic Stooge Sort1616aiiiindex1swappedlowhighmidswappedmid2lowhigh1high-1i12122Quasi-Circle Sort2.5Circloid Sort23/4 Circle Sort3030Bladson Sort3Bladson Sort 23Bitonic Circle Sort3Optimized Stooge Sort?3Flop Sort2Flap Sort2Bolco Sort3Serkl Sort A2Serkl Sort B2Freezing Sort2Hybrid Circloid Sort2swappedlowhighmidswappedfalselowhighlow1high-1mid140__ Array Writes11__ Array Writes11low1high1high-1high-1low-11ii1low1high111d2done?falsegap211low1high-1i11low1high-11d2done?falsegap2111d2done?falsegap211done?falsedone?false_ Aux Array Writes1_ Comparisons12i1listfocus0Negative Bell CurveShuffled Bell CurveSincReversed SincShuffled SincDivisor (Sigma 0)Divisor (Sigma 1)Divisors of Divisorslow1high-1aba111b1a1Catch 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 _
returnThrow 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 _
LET (FOO) BE (5)
is equivalent to
SCRIPT VARIABLES (FOO)
SET (FOO) TO (5)pt:cria a variável de guião _ com valor _
1Sort ListFun Sort123454E Sort6Sort ListModulo Sort (Base 2)1Modulo Sort (Base 4)1Modulo Sort (Base 10)1Modulo Sort (Base 64)1Sort ListHeap Sort.5Min Heap Sort.5Naive Ternary Heap Sort.5Sort ListQuad Stooge Sort.5hope sort0Sort ListModulo Sort.5Modulo Sort.5Modulo Sort.5Diamond Sort.5maxpos0b1b122Bitonic Healy Sort2Bad Merge Sort3Pseudo-Heap Merge Sort2Circle Merge Sort2Mini Merge Sort2Cursed Weave Merge Sort2Semi-Stooge Merge Sort3Semi-Stooge Merge Sort 23Reglab Sort2Reglab Sort 22Quick SP Sort2Shell Merge Sort 224-Weave Merge Sort 22i-110i1i21Base-3 Weave Sort.625Base-4 Weave Sort.625Base-4 Weave Sort 21Recursive Comb Sort.625Improved Weave Sort.625Iterative Weave Sort.625__ Array Writes12211i2210.5Lazy Opti. Quad-Stooge Sort0.5Opti. Awkward Sort0.51falsefalse12Iterative In-Place Merge Sort 22Shell Merge Sort0.5Iterative Shell Merge Sort0.5Binary Merge Sort2Binary Insertion Merge Sort2In-Place Binary Merge Sort2Weave Merge Sort2In-Place Merge Sort 32Old In-Place Merge Sort1Old Iterative In-Place Merge Sort1Rotate Merge Sort1Iterative In-Place Merge Sort (Reversal Rotations)2sort
mergei1m211sort
mergei1m211i2asize4size2gap2_ Comparisons1ii2size42s1isize2highlighthighlight 211515Bad Selection Sort1515true464644Insertion Bogosort448484Binary Insertion Bogosort440404Pogosort448484Bubble Bogosort532325Shell Bogosort530305Circle Bogosort524245Exchange Bogosort524245Selection Bogosort464644Sort ListBogosort77Bozosort77Gorosort77Bakasort77b_ Comparisons1__ Array Writes11__ Array Writes11i1i11Ternary Digit ReversalQuaternary Digit Reversal1.5-ary Digit ReversalB2DR + BD3R AB2DR + BD3R BB3DR + BD2R AB3DR + BD2R BShuffle ListCubic B2DRCubic B3DRCubic B4DRShuffle ListQuintic B2DRQuintic B3DRQuintic B4DRShuffle ListBinary Digit Reversal w/o Digit AdditionTernary Digit Reversal w/o Digit AdditionQuaternary Digit Reversal w/o Digit Addition1.5-ary Digit Reversal w/o Digit AdditionShuffle ListBalanced Ternary (abs val)Balanced TernaryShuffle ListBase 3 as Base 2Base 4 as Base 2Base 4 as Base 3Shuffle ListBit Circ B2 + Bit Circ B3 ABit Circ B2 + Bit Circ B3 BBit Circ B3 + Bit Circ B2 ABit Circ B3 + Bit Circ B2 BShuffle ListBit Circ B2 + Bit Circ B5 ABit Circ B2 + Bit Circ B5 BBit Circ B5 + Bit Circ B2 ABit Circ B5 + Bit Circ B2 BShuffle ListBit Circ B3 + Bit Circ B5 ABit Circ B3 + Bit Circ B5 BBit Circ B5 + Bit Circ B3 ABit Circ B5 + Bit Circ B3 Bi1end11pt:a frequência da nota _
69i111Pair-2Pair011Pointer1Ktruer1211r12_ Comparisons1aiiisort
merge
recursei12merge12mergeb1d-1_ Comparisons1110.2Grass Sort0.3Grass Sort 20.3Dandelion Sort0.3Float Sort0.300.5Pseudo-Heap Sort0.5Kovlo Sort0.5Sandbubble Sort2Mini Quick Sort0.5Wavy Sort2Duo Pointer Sort2Archae Sort0.2Archaedana Sort0.2Cursed Bubble Sort0.2low1high-1c-2low1high-11gap2done?falsegap3highlighthighlight 2M130121Recursed Reversals (1/3 Mult Fac)Recursed Reversals (2/3 Mult Fac)Recursed Reversals (2/5 Mult Fac)Recursed Reversals (1/5 Mult Fac Left)Recursed Reversals (1/5 Mult Fac Right)Shuffle ListRecursed Rotations (1/2 Mult Fac)Recursed Rotations (1/3 Mult Fac)Recursed Rotations (2/3 Mult Fac)Recursed Rotations (3/4 Mult Fac)Shuffle ListRecursed WeavesShuffle ListGray Code LeftGray Code RightQuicksort KillerInverse QSKShuffle ListBST 0.5BST 0.9BST 0.1BST --> RFXindex23i1i1highlighthighlight 2M21_ Comparisons111b1d-11gap2g2i11i11i11_ Comparisons1minmaxjj1i1max change?false#itemmax change?true0.6Line Sort0.6Indexing Sort0.6Decrement Sort1DL Sort2xij_ Comparisons1i1j-1extra pointershighlighthighlight 2111i110low1high-1swappedlowhighswappedfalselowhighlow1high-1gap-1gap-1_ Comparisons1_ Comparisons11a_ Comparisons11_ Comparisons112121true1i11i11i1ia2a1b1a11000ji11maxStageStage2Stage-2Stage0.75Stage218,3,0,1i1Stage-210Stage25-15Current Sort: 15-15Numbers: 15-15Comparisons: 15-15Swaps: 15-15Main Array Writes: 15-15Aux Array Writes: 15ai1tagi11i11a1#2111i11Icicles (Base 2)Icicles (Base 3)Icicles (Base 10)WisteriaWisteria (Base 2)Wisteria (Base 3)Wisteria (Base 10)Sierpinski TriangleTilted Sierpinski TriangleFractal MountainsWhole Number Sierpinski Triangle2 Sierpinski TrianglesPenta TriangleTempleStairsPenta SierpinskiPentagonal SierpinskiSjevsilekova 4,5Sjevsilekova 4,7Sierpinski Triangle on DrugsSierpinski Triangle on Drugs 2Shuffle ListstgTriangle 4Bozairahi11i-1i1partition
sortpartition1a2falsea12falsea1true1k2oli10itemiai1b1Random i to nRandom 1 to n-itrue1Sinking Sort1Cocktail Shaker Sort1_ Aux Array Writes1_ Comparisons12igap2#itemi1j1i1j1atag132merge
sort
recurse12merge-112merge1i1i12212a_ Comparisons1a132120b2a.625Recursive Shell Sort (Power of 3 Gaps).625Strand Insertion Sort0.375Strand Insertion Sort 20.25L10 Strand Insertion Sort0.3LSqrt(n) Strand Insertion Sort0.2Ln/16 Strand Insertion Sort0.2Reverse Insertion Sort.5Partition Insertion Sort.5Insort Sort0.5Rotate Insert-Sandpaper Strand Sort0.3BDC Insertion Sort0.25Matrix Partition Sort0.5_ Aux Array Writes1_ Comparisons1iabab1111b-11a1Strands of Sqrt(n)Strands of n/16c1__ Array Writes11i1list1d-11n121_ Comparisons1_ Comparisons111msecendab101230123456falsetruej11donetruetruetrueextra pointers1__ Array Writes112__ Array Writes11gap2.625b1a1012012i1111segmstart1segmstartmaxStageStage2Stage-20.1Stage-2Stage0.75Stage218,3,0,1i1Stage-210Stage25-15Current Sort: 15-15Numbers: 15-15Comparisons: 15-15Swaps: 15-15Main Array Ops: 15-15Aux Array Ops: 15maxStageStage2Stage-20.1Stage-2Stage0.3751Stage218,3,0,1i1Stage-210Stage25-15Current Sort: 15-15Numbers: 15-15Comparisons: 15-15Swaps: 15-15Main Array Ops: 15-15Aux Array Ops: 15maxStageStage2Stage-20.1Stage-2Stage218,3,0,1i1Stage-210Stage25-15Current Sort: 15-15Numbers: 15-15Comparisons: 15-15Swaps: 15-15Main Array Ops: 15-15Aux Array Ops: 15enabenj1#itema1bctemptemp2a1_ Aux Array Writes1temptemp2i20falsebtemp#itemindex1__ Array Writes11__ Array Writes11false1_ Aux Array Writes1_ Comparisons12ienabenj1#itema1bcindex1__ Array Writes11__ Array Writes111.129450#itemendtempabtempbba1j01a1bba1j01a1bgapba1j01a1bgap1min1start1i1minstart16464a-1b-2a2b1ab1c1a1211212112aba1b1a1j1i11111aa12012i11oddevenoddeveniiiitemiitem22bucketsbucketsij11_ Comparisons1_ Aux Array Writes11__ Array Writes1i1i1#item141141211234134121112112121i1j1a1322i1122OR #-1XOR #-1Reversed ANDReversed ORReversed XORShuffle ListV ANDV ORV XORRFRX ANDRFRX ORRFRX XOR21.573920__ Array Writes1list1-4932798max change?falsemaxi1i164.2927840max change?truei1unique elementsi1listi1tempabbasebasetempbba1j01a1b1Recursive Final Radix (Base 3)Recursive Final Radix (Base 4)Recursive Final Radix (Base 5)RFXR 11Shuffle ListRFX 01RFX 10RFXR 01RFXR 10RFXR 00Shuffle ListRFX 001RFX 010RFX 011RFX 100RFX 101RFX 110Shuffle ListRFX 0001RFX 0010RFX 0011RFX 0100RFX 0101RFX 0110RFX 0111RFX 1000Shuffle ListRFX 1001RFX 1010RFX 1011RFX 1100RFX 1101RFX 1110Shuffle ListBST (RFX)RSO BST (RFX)Reversed BST (RFX)Reversed RSO BST (RFX)Shuffle ListIRFX 001IRFX 010IRFX 011IRFX 100IRFX 101IRFX 11012112142i2size42size2tempabbasebasetempbba1j10a1b1_ Aux Array Writes1i11_ Aux Array Writes1_ Comparisons1i1__ Array Writes1a11111211212i2size42size2_ Comparisons1_ Comparisons111msecendab11_ Comparisons1_ Comparisons1_ Comparisons111111121_ Comparisons1_ Comparisons1_ Comparisons11111123.2942012112gap2highlight 20stop1i031highlight 20stopi09i031_ Comparisons1ai11211211212true2trueiihighlight 20stop111b781812a1#itema-11121#itemhequalenditem1_ Comparisons1_ Comparisons1_ Comparisons1181kodeyvian merge1unnamed sort1true1starsort stable quick1new quick sortstrue1partition merge1pm test1partition merge testingtrue1parallel ss quick1parallel ss stable quick1parallel oe merge (LAGGY)1parallel sorts10105list1tempab122_ Aux Array Writes1_ Comparisons12iAccepts any number of scripts as inputs. Launches a separate thread for each of them, so they are done in parallel, then waits for them all to complete.
This doesn't change how the Snap! scheduler works; the threads are not truly asynchronous. And there is no increase in speed. Rather, the point of this block is to allow starting synchronized but independent scripts.pt:executa _ em paralelo e espera
each scripttestabtruebitrue1maxdigit111i1i1digitlisti1digit-111a-1b-1i even tested it on 2048 elements and verified it.size1632size22ii332i216isize2132132ba1j01a1bgaphighlight 20stopi09i031i031indai111leftrighti11112false112false11434falseleftright31trueleftright31truetrue012false112falseleftright31true01213432i1982i11abcdatrueb3c3d23iabcatrueb2c2i2
3
2.5falseolisti1i1falsemn999999999mx-999999999match listi1falseolisti1mli1k11k1k1k11211212112ba2i1ba2b2a2i1j1aa3a3a3j1j11j1j1Sort Listsort11000001010valuefalsefalse1-1112311111111121111111i1end-1gap1.3i11a-1low1high-11a1Allows reading global settings programmatically.
Eisenberg's Law: Anything you can do from the user interface you should be able to do in your program, and vice versa. This library is just a beginning; there are many UI controls outside of the Settings menu.pt:o valor da configuração _
Project notes
Project name
User
Presentation mode
Language
Zoom blocks
Stage size
Stage scale
Retina display support
Long form input dialog
Plain prototype labels
Input sliders
Execute on slider change
Clicking sound
Turbo mode
Flat design
Keyboard editing
Visible stepping
Thread safe scripts
Prefer smooth animations
Flat line ends
Codification support
Inheritance support
Hyper blocks support
Visible paletteAllows changing global settings programmatically.
This block is for Boolean (checkbox) settings; use
SET VALUE for numeric or text values.
Eisenberg's Law: Anything you can do from the user interface you should be able to do in your program, and vice versa. This library is just a beginning; there are many UI controls outside of the Settings menu.pt:altera o valor da configuração _ para _
Presentation mode
Retina display support
Long form input dialog
Plain prototype labels
Input sliders
Execute on slider change
Clicking sound
Turbo mode
Flat design
Keyboard editing
Visible stepping
Thread safe scripts
Prefer smooth animations
Flat line ends
Codification support
Inheritance support
Hyper blocks supportAllows changing global settings programmatically.
This block is for numeric or text settings; use
SET FLAG for Boolean (checkbox) values.
Eisenberg's Law: Anything you can do from the user interface you should be able to do in your program, and vice versa. This library is just a beginning; there are many UI controls outside of the Settings menu.pt:altera o valor da configuração _ para _
Project notes
Project name
Language
Zoom blocks
Stage size
Stage scale
Visible paletteai1b19274893739281201i#itemi1121atrue121121211211b_ Comparisons111l1i11i-1i11i-122abab0a2b12true2trueaa110b2b32b3a1g2abaab0a2b1aabatrueba21i1121atrue12121i1121atrue121121i1121atrue1212111i1121atrue12112i1121atruede:fange _ _
ca:agafa _ _
es:atrapar _ _
fr:attrape _ _
pt:captura _ _
contde:wirf _
ca:llança _
es:lanzar _
fr:lance _
pt:lança _
catchtagde:fange _ _
ca:agafa _ _
es:atrapar _ _
fr:attrape _ _
pt:captura _ _
contde:wirf _ _
ca:llança _ _
es:lanzar _ _
fr:lance _ _
pt:lança _ _
catchtagThis is a breakpoint block, to be used in debugging.
The Boolean input specifies the condition under which
the program should pause. (Use True for an unconditional breakpoint.) The intent is that the script should have
SHOW VARIABLE blocks for the process's local variables.
After the pause, this block automatically hides all temporary variables.de:falls _ dann _ und pause $pause-1-255-220-0
ca:si _ fes _ i atura-ho tot $pause-1-255-220-0
es:si _ haz _ y páralo todo $pause-1-255-220-0
fr:si _ faire _ et mettre tout en pause $pause-1-255-220-0
pt:se _ , então _ e faz pausa em tudo $pause-1-255-220-0
This block does nothing.
Use it when you are calling a reporter
for its side effect and don't care about
its return value.de:ignoriere _
ca:ignora _
es:ignorar _
fr:ignore _
pt:ignora _
Call f(f(f(...(f(x))))) n times where the three input slots are n, f, and x from left to right. The # variable can be used inside f to represent how many times f has been called.pt:o resultado de _ invocações em cascata de _ com argumento inicial _ _
ca:en cascada _ vegades _ _ _
Call f(f(f(...(f(x))))) until condition is true, where the three input slots are condition, f, and x from left to right. The # variable can be used inside f or condition to indicate how many times f has been called.pt:o resultado da invocação em cascata até que _ de _ com argumento inicial _ _
ca:en cascada fins _ _ _ _
Returns the function x↦f(g(x)) where f and g are the two inputs.pt:a composição de _ com _
ca:composa _ _
Like the built-in REPEAT UNTIL block, except that the ending condition is not tested until the script has been run the first time. So the script is run at least once.pt:repete _ até que _ $loop-0.7
ca:repeteix _ fins _
Run the script repeatedly, as long as the given condition is true. Runs the script at least once before testing the condition.pt:repete _ enquanto _ $loop-0.7
ca:repeteix _ mentre _
Runs the script repeatedly, as long as the condition is true. Tests the condition before the first time the script is run. Like the built in REPEAT UNTIL except that in this block the condition must be true, not false.pt:enquanto _ , repete _ $loop-0.7
Runs the script the specified number of times, like the built-in REPEAT block, but this one provides the # variable that can be used inside the script. Try
REPEAT (200)
MOVE (#) STEPS
RIGHT 92
with the pen down.pt:repete _ vezes _ _ $loop-0.7
ca:repeteix _ _ _
The primitive FOR block uses an implicit step of ±1 depending on which of the starting and ending values is larger. This version allows you to provide an explicit step value. If the sign of the step input is incompatible with the ordering of the starting and ending values, the script will not be run at all.pt:para _ de _ com passo _ a _ _ $loop-0.7
ca:per _ = _ incrementant _ fins _ _
1110Provides LOOP as a function of one input that runs
the body of the LET with A set to the function input,
so the body can run itself recursively.
See COPY block in Variables for an example of use.pt:tendo _ o valor inicial _ , executa _ definido como _
ca:fes que _ sigui _ al _ _
new valueThe inputs are a starting value and one or more monadic functions.
The first function is called with the starting value as its input.
The second function is called with the value reported by the first function as its input, and so on. PIPE reports the value reported by the last function. PIPE provides an alternative notation for function composition instead of the usual nesting.
nested acronym:
report (combine (keep items (capital-letter? ( )) from
(map (letter (1) of ( )) over
(sentence→list (phrase)))) using (join ( ) ( )))
piped acronym:
report (pipe (phrase) →
(sentence→list ( ))
(map (letter (1) of ( )) over ( ))
(keep items (capital-letter? ( )) from ( ))
(combine ( ) using (join ( ) ( )))
Some people find PIPE easier to read because the functions are called in the same order in which you read them, whereas in nested composition the innermost function is called first. pt:a aplicação a _ de _
ca:canalitza _ $arrowRight _
1a1i1231atrue23123afalsei11atrueatruemin112gap11i11atruelml1m1lm123i212truea1b1111truea-1b1111truea2a2221_ Aux Array Writes1-1finished?false_ Aux Array Writes_ Comparisons1abc488b2a2a081a161a22abc481616b2a2a0161a321a211411214121121211211411214segmstarti1121atrue12112leftright31trueReports a new list whose items are the same as in the input list, except that if two or more equal items appear in the input list, only the first one is kept in the result.ca:elimina els duplicats de _
Reports a sorted version of the list in its first input slot, using the comparison function in the second input slot. For a list of numbers, using < as the comparison function will sort from low to high; using > will sort from high to low.ca:ordena _ segons criteri _
The second input is an "association list," a list of two-item lists. Each of those smaller lists has a "key" as its first item and a "value" as its second. ASSOC reports the first key-value pair in the association list whose key matches the first input.ca:associació _ _
This block carries out the given script for each item of the given list, like the primitive FOR EACH.
What's different is that it provides the # variable, which will contain the item number in the list of each item in turn, 1 while processing item 1, and so on.ca:_ per cada _ de _ _
1Takes a (possibly deep) list as input,
and reports a human-readable text form
of the list (namely, Lisp notation).
Will not work on circular lists.ca:notació textual de _
()SENTENCE is the main constructor for sentences, represented
as lists of words. It takes zero or more inputs, each of which can
be either a list or a text string. If a list, the input is assumed to be
a list of words. If a text string, it is converted to a list of words using
SENTENCE→LIST. Then all the lists of words are appended to form a new list of words.
If the inputs are lists of lists rather than lists of words, SENTENCE,
like APPEND, does only one level of flattening, reporting a list of
all the items of all the input lists.ca:frase _
ZIP takes any number of lists as inputs. The lists should all be the same length. ZIP reports a list of lists in which the first item is a list of all the first items, the second item is a list of all the second items, etc.
Viewing the inputs as the rows of a matrix, ZIP reports its transpose.The identity function reports its input.Takes as input a function of N inputs and N lists.
The function is called with item 1 of all the lists as its inputs, with item 2 of all the lists as its inputs, and so on. (The lists should all be the same length.)ca:multi-mapeja _ sobre _
Takes a sentence in text string form and reports the sentence as a list of its words.de:Satz $arrowRight Liste _
ca:frase $arrowRight llista _
es:frase $arrowRight lista _
fr:phrase $arrowRight liste _
pt:uma lista com as palavras da frase _
maxdigit011i1i1digitlistdigit1a-11121a-1item23104121b1a1_ Comparisons1b1#itemsegmstartai1121112111212i111falsekba211211errorde:sprich _ mit _ Aussprache _ und Höhe _ Geschwindigkeit _
pt:fala _ na língua _ _ com tom _ e velocidade _
ca:digues _ amb accent _ _ to _ i velocitat _
Hello, World!en-USالعربية=ar
Български=bg
বাংলা=bn
Català=ca
Català - Valencià=ca-VA
Česky=cs
Deutsch=de
Dansk=dk
Ελληνικά=el
English-American=en-US
English-British=en-GB
Esperanto=eo
Español=es
Eesti=et
Euskara=eu
suomi=fi
Français=fr
Galego=gl
Hrvatski=hr
Magyar=hu
Interlingua=ia
Bahasa Indonesia=id
Italiano=it
日本語=ja
にほんご=ja-HIRA
ಕನ್ನಡ=kn
한국어=ko
Malayalam=ml
Nederlands=nl
Norsk=no
Polski=pl
Português=pt
Português do Brasil=pt-BR
Român=ro
Русский=ru
Slovenščina=si
svenska=sv
Tamil=ta
Telagu=te
Türkçe=tr
Українська=ua
简体中文=zh-CN
繁體中文=zh-TW11de:sprich _ mit _ Aussprache _ und Höhe _ Geschwindigkeit _ und warte
pt:fala _ na língua _ _ com tom _ e velocidade _ , e espera
ca:digues _ amb accent _ _ to _ velocitat _ i espera
Hello, World!en-USالعربية=ar
Български=bg
বাংলা=bn
Català=ca
Català - Valencià=ca-VA
Česky=cs
Deutsch=de
Dansk=dk
Ελληνικά=el
English-American=en-US
English-British=en-GB
Esperanto=eo
Español=es
Eesti=et
Euskara=eu
suomi=fi
Français=fr
Galego=gl
Hrvatski=hr
Magyar=hu
Interlingua=ia
Bahasa Indonesia=id
Italiano=it
日本語=ja
にほんご=ja-HIRA
ಕನ್ನಡ=kn
한국어=ko
Malayalam=ml
Nederlands=nl
Norsk=no
Polski=pl
Português=pt
Português do Brasil=pt-BR
Român=ro
Русский=ru
Slovenščina=si
svenska=sv
Tamil=ta
Telagu=te
Türkçe=tr
Українська=ua
简体中文=zh-CN
繁體中文=zh-TW11a1b1d1111truea1b1d1111true12112abccfalsebuffer start10buffer start10buffer start10a11323123a113123112111211211121__ Array Writes1__ Array Writes11i1121atrue12112b21atotal11122bcheck sorted
sorting
deez
nuts
my nuts
dogs
penis
cock
fuck you
jcheck sortedcheck sorted
sorting
my balls
ji131323i13113231323i14111truei131323i1311323132311truea1temp_ Aux Array Writes2__ Array 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errorerrorfalsefalseAll Sorts1All Shuffles1errorscroll downa21,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40,41,42,43,44,45,46,47,48,49,50,51,52,53,54,55,56,57,58,59,60,61,62,63,6400260None0161sort86776,sort15372,sort63948,sort71360,sort50247,sort37257,sort37123,sort43357,sort52829,sort19531,sort91286,sort32781,sort4898,sort23930,sort92938,sort30901,sort15573,sort99346,sort47677,sort62462,sort50179,sort17732,sort12451,sort95379,sort69709,sort54998,sort74576,sort85716,sort15257,sort42043,sort28481,sort562,sort68833,sort51159,sort70274,sort12875,sort70445,sort91919,sort46678,sort61606,sort85028,sort58554,sort35868sort867761010sort153721010sort639481010sort713601010sort502471010sort372571010sort371231010sort433571010sort528291010sort195311010sort912861010sort327811010sort48981010sort239301010sort929381010sort309011010sort155731010sort993461010sort476771010sort624621010sort501791010sort177321010sort124511010sort953791010sort697091010sort549981010sort745761010sort857161010sort152571010sort420431010sort284811010sort5621010sort688331010sort511591010sort702741010sort128751010sort704451010sort919191010sort466781010sort616061010sort850281010sort585541010sort3586810101280322034true64Randomized ShuffleAlready SortedReversedAlmost SortedAlmost ReversedNearly SortedNearly ReversedFew UniqueReversed Few UniqueAlmost Sorted Few UniqueVery Few UniqueTwo UniqueAlready Sorted Few UniqueBinaryBinary AlternatingV ShapedTent ShapedW ShapedM ShapedSine WaveReversed Sine WaveShuffled Sine WaveInterweavedIntersineDouble LayeredReversed Double LayeredYAV ShapeInterlacedCubicReverse CubicQuinticReverse QuinticQuadraticShuffled QuadraticQuarticShuffled QuarticSquare RootReverse Square RootCube RootReverse Cube RootBell CurveNegative Bell CurveShuffled Bell CurveSincReversed SincShuffled SincDivisor (Sigma 0)Divisor (Sigma 1)Divisors of DivisorsRandomRandom i to nRandom 1 to n-iFinal MergeReversed Final MergeSawtoothSawtooth 2Cubic Final MergeQuintic Final MergeCubic SawtoothQuintic SawtoothShuffled Final MergeCircle Final MergeReversed Shuffled Final MergeShuffled Cubic Final MergeShuffled Quintic Final MergeStrands of Length 10Strands of Sqrt(n)Strands of n/16Scrambled OddsScrambled HeadScrambled TailScrambled Head + TailDouble Layered ShuffleShuffled TopShuffled BottomPartitioned ArrayRotatedReverse RotatedPartially RotatedPartially Rotated Other DirectionBinary Digit ReversalTernary Digit ReversalQuaternary Digit Reversal1.5-ary Digit ReversalB2DR + BD3R AB2DR + BD3R BB3DR + BD2R AB3DR + BD2R BCubic B2DRCubic B3DRCubic B4DRQuintic B2DRQuintic B3DRQuintic B4DRBinary Digit Reversal w/o Digit AdditionTernary Digit Reversal w/o Digit AdditionQuaternary Digit Reversal w/o Digit Addition1.5-ary Digit Reversal w/o Digit AdditionBalanced Ternary (abs val)Balanced TernaryBase 3 as Base 2Base 4 as Base 2Base 4 as Base 3Bit Circ B2 + Bit Circ B3 ABit Circ B2 + Bit Circ B3 BBit Circ B3 + Bit Circ B2 ABit Circ B3 + Bit Circ B2 BBit Circ B2 + Bit Circ B5 ABit Circ B2 + Bit Circ B5 BBit Circ B5 + Bit Circ B2 ABit Circ B5 + Bit Circ B2 BBit Circ B3 + Bit Circ B5 ABit Circ B3 + Bit Circ B5 BBit Circ B5 + Bit Circ B3 ABit Circ B5 + Bit Circ B3 BAND #-1OR #-1XOR #-1Reversed ANDReversed ORReversed XORV ANDV ORV XORRFRX ANDRFRX ORRFRX XORFinal RadixReversed Final RadixPenultimate RadixCircle SortedCircle Sorted Penultimate RadixFinal Pairwise PassReversed Final Pairwise PassSorted PairsQuick SortedRotate Looping Comb SortedReverse Rotate Looping Comb SortedRecursive Final RadixRecursive Final Radix (Base 3)Recursive Final Radix (Base 4)Recursive Final Radix (Base 5)RFXR 11RFX 01RFX 10RFXR 01RFXR 10RFXR 00RFX 001RFX 010RFX 011RFX 100RFX 101RFX 110RFX 0001RFX 0010RFX 0011RFX 0100RFX 0101RFX 0110RFX 0111RFX 1000RFX 1001RFX 1010RFX 1011RFX 1100RFX 1101RFX 1110BST (RFX)RSO BST (RFX)Reversed BST (RFX)Reversed RSO BST (RFX)IRFX 001IRFX 010IRFX 011IRFX 100IRFX 101IRFX 110Recursed Reversals (1/2 Mult Fac)Recursed Reversals (1/3 Mult Fac)Recursed Reversals (2/3 Mult Fac)Recursed Reversals (2/5 Mult Fac)Recursed Reversals (1/5 Mult Fac Left)Recursed Reversals (1/5 Mult Fac Right)Recursed Rotations (1/2 Mult Fac)Recursed Rotations (1/3 Mult Fac)Recursed Rotations (2/3 Mult Fac)Recursed Rotations (3/4 Mult Fac)Recursed WeavesGray Code LeftGray Code RightQuicksort KillerInverse QSKBST 0.5BST 0.9BST 0.1BST --> RFXIciclesIcicles (Base 2)Icicles (Base 3)Icicles (Base 10)WisteriaWisteria (Base 2)Wisteria (Base 3)Wisteria (Base 10)Sierpinski TriangleTilted Sierpinski TriangleFractal MountainsWhole Number Sierpinski Triangle2 Sierpinski TrianglesPenta TriangleTempleStairsPenta SierpinskiPentagonal SierpinskiSjevsilekova 4,5Sjevsilekova 4,7Sierpinski Triangle on DrugsSierpinski Triangle on Drugs 2stgTriangle 4BozairahScrambled OddsScrambled HeadScrambled TailScrambled Head + TailDouble Layered ShuffleShuffled TopShuffled BottomPartitioned Array1Randomized Shuffle,Already Sorted,Reversed,Almost Sorted,Almost Reversed,Nearly Sorted,Nearly Reversed,Few Unique,Reversed Few Unique,Almost Sorted Few Unique,Very Few Unique,Two Unique,Already Sorted Few Unique,Binary,Binary Alternating,V Shaped,Tent Shaped,W Shaped,M Shaped,Sine Wave,Reversed Sine Wave,Shuffled Sine Wave,Interweaved,Intersine,Double Layered,Reversed Double Layered,YAV Shape,Interlaced,Cubic,Reverse Cubic,Quintic,Reverse Quintic,Quadratic,Shuffled Quadratic,Quartic,Shuffled Quartic,Square Root,Reverse Square Root,Cube Root,Reverse Cube Root,Bell Curve,Negative Bell Curve,Shuffled Bell Curve,Sinc,Reversed Sinc,Shuffled Sinc,Divisor (Sigma 0),Divisor (Sigma 1),Divisors of Divisors,Random,Random i to n,Random 1 to n-i,Final Merge,Reversed Final Merge,Sawtooth,Sawtooth 2,Cubic Final Merge,Quintic Final Merge,Cubic Sawtooth,Quintic Sawtooth,Shuffled Final Merge,Circle Final Merge,Reversed Shuffled Final Merge,Shuffled Cubic Final Merge,Shuffled Quintic Final Merge,Strands of Length 10,Strands of Sqrt(n),Strands of n/16,Scrambled Odds,Scrambled Head,Scrambled Tail,Scrambled Head + Tail,Double Layered Shuffle,Shuffled Top,Shuffled Bottom,Partitioned Array,Rotated,Reverse Rotated,Partially Rotated,Partially Rotated Other Direction,Binary Digit Reversal,Ternary Digit Reversal,Quaternary Digit Reversal,1.5-ary Digit Reversal,B2DR + BD3R A,B2DR + BD3R B,B3DR + BD2R A,B3DR + BD2R B,Cubic B2DR,Cubic B3DR,Cubic B4DR,Quintic B2DR,Quintic B3DR,Quintic B4DR,Binary Digit Reversal w/o Digit Addition,Ternary Digit Reversal w/o Digit Addition,Quaternary Digit Reversal w/o Digit Addition,1.5-ary Digit Reversal w/o Digit Addition,Balanced Ternary (abs val),Balanced Ternary,Base 3 as Base 2,Base 4 as Base 2,Base 4 as Base 3,Bit Circ B2 + Bit Circ B3 A,Bit Circ B2 + Bit Circ B3 B,Bit Circ B3 + Bit Circ B2 A,Bit Circ B3 + Bit Circ B2 B,Bit Circ B2 + Bit Circ B5 A,Bit Circ B2 + Bit Circ B5 B,Bit Circ B5 + Bit Circ B2 A,Bit Circ B5 + Bit Circ B2 B,Bit Circ B3 + Bit Circ B5 A,Bit Circ B3 + Bit Circ B5 B,Bit Circ B5 + Bit Circ B3 A,Bit Circ B5 + Bit Circ B3 B,AND #-1,OR #-1,XOR #-1,Reversed AND,Reversed OR,Reversed XOR,V AND,V OR,V XOR,RFRX AND,RFRX OR,RFRX XOR,Final Radix,Reversed Final Radix,Penultimate Radix,Circle Sorted,Circle Sorted Penultimate Radix,Final Pairwise Pass,Reversed Final Pairwise Pass,Sorted Pairs,Quick Sorted,Rotate Looping Comb Sorted,Reverse Rotate Looping Comb Sorted,Recursive Final Radix,Recursive Final Radix (Base 3),Recursive Final Radix (Base 4),Recursive Final Radix (Base 5),RFXR 11,RFX 01,RFX 10,RFXR 01,RFXR 10,RFXR 00,RFX 001,RFX 010,RFX 011,RFX 100,RFX 101,RFX 110,RFX 0001,RFX 0010,RFX 0011,RFX 0100,RFX 0101,RFX 0110,RFX 0111,RFX 1000,RFX 1001,RFX 1010,RFX 1011,RFX 1100,RFX 1101,RFX 1110,BST (RFX),RSO BST (RFX),Reversed BST (RFX),Reversed RSO BST (RFX),IRFX 001,IRFX 010,IRFX 011,IRFX 100,IRFX 101,IRFX 110,Recursed Reversals (1/2 Mult Fac),Recursed Reversals (1/3 Mult Fac),Recursed Reversals (2/3 Mult Fac),Recursed Reversals (2/5 Mult Fac),Recursed Reversals (1/5 Mult Fac Left),Recursed Reversals (1/5 Mult Fac Right),Recursed Rotations (1/2 Mult Fac),Recursed Rotations (1/3 Mult Fac),Recursed Rotations (2/3 Mult Fac),Recursed Rotations (3/4 Mult Fac),Recursed Weaves,Gray Code Left,Gray Code Right,Quicksort Killer,Inverse QSK,BST 0.5,BST 0.9,BST 0.1,BST --> RFX,Icicles,Icicles (Base 2),Icicles (Base 3),Icicles (Base 10),Wisteria,Wisteria (Base 2),Wisteria (Base 3),Wisteria (Base 10),Sierpinski Triangle,Tilted Sierpinski Triangle,Fractal Mountains,Whole Number Sierpinski Triangle,2 Sierpinski Triangles,Penta Triangle,Temple,Stairs,Penta Sierpinski,Pentagonal Sierpinski,"Sjevsilekova 4,5","Sjevsilekova 4,7",Sierpinski Triangle on Drugs,Sierpinski Triangle on Drugs 2,stg,Triangle 4,Bozairahtrue64truetruetrue1