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
a
10
5
1
10001
5
Hello!2
Hello!
§_getVarNamesDict1
§_getVarNamesDict1
Hello World!enEnglish=en Spanish=es German=de French=fr Polish=pl Chinese=zh Japanese=ja11
Comment
5
1,2,3,4,5,
Hello World!HelloHic b1cb1
Plays a specific note and waits for it to finish
4400.5Plays a chord and waits for it to finish
0.5Returns the frequency for a piano note
60 §_pianoKeyboardMenuPlays all of the notes in order and waits for them to finish
0.5Plays a note
4400.5Outputs the note after it has been shifted by the octave
60 §_pianoKeyboardMenu0Do each block in the order specified
Creates a script variable with an initial value
0Plays a chord
0.5Plays all of the notes in order
0.5Opens a website in a new tab or window. Make sure it starts with https:// or http://
https://www.google.comPopup with text.
Creates a desktop notification. Any or all of the inputs can be filled. NB: Will ask user for permission first.
Popup with 'Ok' or 'Cancel'
Popup with an input.
Creates a new window with text in.
TextCreates a browser cookie with the value, title, and expire date.
Returns the value of the specified cookie.
Sets cursor to a specific image. See https://www.w3schools.com/CSSref/playit.asp?filename=playcss_cursor&preval=alias for a list of keywords
"Help! I don't know how to change the cursor back!"
Opens a new window with a website.
https://www.google.comGet html contents from anywhere on the internet.
https://en.wikipedia.org/wiki/Main_page
pt:altera a cor da tua caneta para vermelho _ , verde _ e azul _ (0 a 255) 25500
Returns list [r,g,b]
ff00ff31Reports the part of the first string up to the first instance of the second string inside it. If the second string isn't found, reports the entire first string.
pt:o texto de _ antes de _ Reports the portion of the first input string starting after the first occurrence of the second string. If the second string isn't found in the first string, reports an empty string.
pt:o texto de _ depois de _ Reports the character position (starting from 1) of the beginning of the first input string inside the second input string. If it's not found, reports 0.
pt:a posição de _ em _ If input is TRUE, comparisons made by functions in the string library will be case-independent (so "FOO" = "foo"). This is the default. If input is FALSE, comparisons will be exact.
pt:altera comparações ignorando distinção minúsculas/maiúsculas para _ Reports the portion of the first input (string) starting at the position given by the second input (counting from 1, like LETTER n OF) and ending at the position given by the third input (also counting from 1). If the third input is empty, reports the portion from the first position to the end of the string. If a position number is negative, counts from the end backward, so -1 is the last character, -2 is the next to last, etc.
pt:o texto de _ entre as posições _ e _ , inclusive
123456
pt:a cor da caneta em RGB (vermelho, verde e azul; 0 a 255)
-220160220-160hexmap-out\1using for just in case I need the loop count, even though I don't think I will
Hello!129000010000true
true
60§_pianoKeyboardMenu0.5
Hello!
1.32
123.456789021..
2c1a
,2Hello,Thered1b
110
Hello!12leftpx monospace
Hello, World!110.81
50001000 MS
Hello!12leftpx monospace00truetextsizetextAtextFONTvar stage = this.parentThatIsA(StageMorph), context = stage.penTrails().getContext('2d'), rotation = radians(this.direction() - 90), trans = new Point( this.center().x - stage.left(), this.center().y - stage.top() ), isWarped = this.Warped, len, pos; if (isWarped) {endWarp(); } context.save(); context.font = size + "px " + textFONT; context.textAlign = textA; context.textBaseline = 'alphabetic'; context.fillStyle = this.color.toString(); len = context.measureText(text).width; trans = trans.multiplyBy(1 / stage.scale); context.translate(trans.x, trans.y); context.rotate(rotation); context.fillText(text, 0, 0); context.translate(-trans.x, -trans.y); context.restore(); pos = new Point( len * Math.sin(radians(this.direction())), len * Math.cos(radians(this.direction()))); pos = pos.add(new Point(this.xPosition(), this.yPosition())); this.gotoXY(pos.x, pos.y, false); this.changed(); if (isWarped) {this.startWarp(); } stage.changed();
testinput200 @Yes @LSNo
testinput
test#inputfalse
https://snap.berkeley.edu/https://snap.berkeley.edu/ https://www.youtube.com/ https://duckduckgo.com/ https://theuselessweb.com/ https://google.com shameless plug lol=https://sites.google.com/a/lhsd.k12.oh.us/reibran/1401 2 5 10 20 40 50 10098 9 10 12 16 18 24 48 72 98 120truetruetruetruetrueStageStage-Stage-Stageb1delay() website() DBG2 B() C() D()-Staged-1-489