data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAKAAAAB4CAYAAAB1ovlvAAAAAXNSR0IArs4c6QAABPxJREFUeF7tmb9LHEEUgJ8QkVjY3x8gVldESMAmIZ1gYRWQSCJYBGwi2FkkEUxKG+ECx1mERPKjEIJFOksRbNJEq+vsEksFNZALJ0k4vb3bzb7ZfTO7n5Ww++bNfO/zjTszICIt4QcCRgQGENCIPGkvCSAgIpgSQEBT/CRHQBwwJYCApvhJjoA4YEoAAU3xkxwBccCUAAKa4ic5AuKAKQEENMVPcgTEAVMCCGiKn+QIiAOmBBDQFD/JERAHTAkgoCl+kiMgDpgSQEBT/CRHQBwwJYCApvhJjoA4YEoAAU3xkxwBccCUAAKa4ic5AuKAKQEENMVPcgTEAVMCCGiKn+QIiAOmBBDQFD/JERAHTAkgoCl+knsl4N2nDXly56ZcXFzI/Pw81SkBAa8EnJubkxsP3vzD/u3DM3n34rHU63VZW1srQTnKt0SvBGzj39/fl/r3212VGPj1U358XpZPr1/J1NSU7OzslK9aBVxxcAJ+rL2UarUqzWbzshy3Hq7I1/crXb9fr5Xv7xXQrURL8krAqC347fNHsr6+LrVaLXJBvouVdH6JqlXAl7wSMM1HSNIC+/5eAd1KtCSvBEw04z/bbue7bMFJyfn3XpAC9sLY2eX4H9A/2aJmhIDXqFht1WHo4n6WQQrYliTqp1K9J1+W7wf5seK+tGGMGKSAadBadbakedOsqQgxCMgWbOoxAiIgAuZBIOlWaPVeHgx8zEEHpAOaeomACIiA/0ug1zFM3Dg+35jEzb2oz0vTATsL6OONSVEFi1sXArIFxzmS6fMgBUy7Bf8l6eONSaZV9njwIAXMkifHMFnS7R4bAdmC8zXuWjYEREAENCWAgKb46YAIiICmBBDQFH+QHVB7DBNH3OLGJG5ORX0epIB5FSPPG5O81uRbHgTsUxEEzF7XIAXMegu2uDHJvtR+ZghSQB9Qur4x8WFNFnNAwJTUETAlOG5C3IBDQDcc6YApOSJgSnB0QDfgENANRzpgSo4ImBJcETpgXscwcYhd3pjE5Srqczqgg8q6OLB2MI0gh0BAB2VDwPQQgxTQly3Y5Y1J+hKGHRmkgCEhT/qxEtKaXM4VAV3SjBgLAfsDRkAEzJgAApoCpgMiIAKaEkBAU/x0wAIK6NsxTJzhSW5M4sYo6nM+QnKsbL8D6xyn4VUqBMyxHAjYDTtIAUPbgpPcmOT4d+BVqiAF9Iogk1ERQEAVPoK1BBBQS5B4FQEEVOEjWEsAAbUEiVcRQEAVPoK1BBBQS5B4FQEEVOEjWEsAAbUEiVcRQEAVPoK1BBBQS5B4FQEEVOEjWEsAAbUEiVcRQEAVPoK1BBBQS5B4FQEEVOEjWEsAAbUEiVcRQEAVPoK1BBBQS5B4FQEEVOEjWEsAAbUEiVcRQEAVPoK1BBBQS5B4FQEEVOEjWEsAAbUEiVcRQEAVPoK1BCIFPDo6kpmZGdnd3dWOTzwE+hKIFHByclIODw9leHhYZmdnZWJiQqanp+X09BScEHBKoOcWXKlUZHBw8Eqys7Mz2dzclIODA1laWpJWq+V0MgxWPgI9BTw+Ppbx8fFIIkNDQzIyMiLb29syNjYmJycn5SPHip0QiBRwdXVVGo3GlQTtbri3tycLCwuytbXlJDmDQCBSwNHR0cuutrGxIc1mUxYXFyEFgUwIRArY3mLPz88zScigEOgkwDkgPpgSQEBT/CRHQBwwJfAbQpDmLve2GJ8AAAAASUVORK5CYII=nested loopscode executes faster50, 50 branch pinwheels5050repeat 4 times for 4 sides of a squareloop for number of squares based on inputed valuedata:image/png;base64,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You will need 5 copies of this script.
To duplicate a script, right-click (or control-click) on its
TOPMOST block. (In this case, the REPEAT block.)
You will see a menu of options. Choose "duplicate."
Move the copy where you want it.3 branched pinwheel32abstraction: makes pinwheel using inputed number