This is a BIG PIXEL library -- an example of a project that allows the user to draw things at the "PIXEL" level but zoom in and out to change the pixel size. Try... (h)elp (c)lear (space) for a grid (a/q) for smaller/bigger pixels (left/right/forward) for movement (down) fill (o/p) for a picturedata:image/png;base64,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This is a BIG PIXEL library -- an example of a project that allows the user to draw things at the "PIXEL" level but zoom in and out to change the pixel size. Try... (h)elp (c)lear (space) for a grid (a/q) for smaller/bigger pixels (left/right/forward) for movement (down) fill (o/p) for a picture

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 Visible palette

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

Project notes Project name Language Zoom blocks Stage size Stage scale Visible palette

de:für _ = _ bis _ _ ca:per _ = _ fins _ _ es:para _ = _ hasta _ _ fr:pour _ allant de _ à _ _ 1101i

25500

0.30.70.6

LABEL will stamp text on the stage at the given font size. The direction of the text is the direction the sprite is facing, and color will match the pen color.

de:drucke _ in Größe _ ca:etiqueta _ de mida _ es:etiqueta _ de tamaño _ fr:étiquette _ d'une taille de _ Hello!12

de:behalte Elemente, die _ aus _ ca:manté els elements on _ de _ es:mantener los elementos donde _ de _ fr:garder les items tels que _ de _ 1

de:kombiniere mit _ die Elemente von _ ca:combina amb _ els elements de _ es:combinar con _ los elementos de _ fr:combine avec _ les items de _ 1

de:für _ = _ bis _ _ ca:per _ = _ fins _ _ es:para _ = _ hasta _ _ fr:pour _ allant de _ à _ _ 110i

de:füge Wörter zusammen _ ca:uneix les paraules _ es:unir las palabras _ fr:fusionne les mots _ 121

de:Liste $arrowRight Satz _ ca:llista $arrowRight frase _ es:lista $arrowRight frase _ fr:liste $arrowRight phrase _

de:Satz $arrowRight Liste _ ca:frase $arrowRight llista _ es:frase $arrowRight lista _ fr:phrase $arrowRight liste _

de:fange _ _ ca:agafa _ _ es:atrapar _ _ fr:attrape _ _ cont3

de:wirf _ ca:llança _ es:lanzar _ fr:lance _ catchtag

de:fange _ _ ca:agafa _ _ es:atrapar _ _ fr:attrape _ _ cont

de:wirf _ _ ca:llança _ _ es:lanzar _ _ fr:lance _ _ catchtag

de:für jedes _ von _ _ ca:per cada _ de _ _ es:para cada _ de _ _ fr:pour chaque _ de _ _

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

de:Wort $arrowRight Liste _ ca:paraula $arrowRight llista _ es:palabra $arrowRight lista _ fr:mot $arrowRight liste _

de:ignoriere _ ca:ignora _ es:ignorar _ fr:ignore _

de:Liste $arrowRight Wort _ ca:llista $arrowRight paraula _ es:lista $arrowRight palabra _ fr:liste $arrowRight mot _

de:Zahlen von _ bis _ ca:nombres des de _ a _ es:números de _ a _ fr:nombres de _ à _ 1101

de:wende _ an auf _ ca:mapeja _ sobre _ es:mapear _ sobre _ fr:appliquer _ à _ 1Take any number of input lists, and create a new list containing the items of the input lists. So APPEND [A B] [C D] where the [,,,] are lists reports the list [A B C D] not [[A B] [C D]].

length11111Reports a new list containing the items of the input list, but in the opposite order.

1inputresultReports 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 last one is kept in the result.

1Reports 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.

1even itemsmerge11#1#2The 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.

11

#11datacountmapmany##1#1data listscount

#1datacount1

call with True to turn on the entire Scheme numeric tower, including infinite-precision integers, exact rationals, and complex numbers; call with False to restore native JavaScript arithmetic.

Provides Scheme arithmetic functions not in JavaScript

number? complex? real? rational? integer? exact? inexact? exact inexact finite? infinite? nan? numerator denominator real-part imag-part magnitude angle

true18012

true

y00false

falseNX left edgepascal rowN2Stage sizepascal row1X left edgetrue900pascal row

NX left edgerowNStagewidthrow1X left edgetrue900row

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iXuCkzCBAgQIAAAQIE7hWwZN8r53sECBAg8HwBjQQIENiIgCV7Iw/KZRIgQIAAAQIECKxT4KOrsmR/pOI1AgQIECBAgAABAg8IWLIfwPNVAgSWEDCDAAECBAjsT6Al++18Pv+czoXurUz3NL+e0nk69ZTpnubXUzpPp54y3dP8ekrn6dRTpnuaX0/pPJ16ynRP8+spnadTT5nuaX49pfN06inTPc2vp3SeTj1luqf59ZTO06mnTPc0v57SeTr1lOme5tdTOk+nnvJwzzd2o3qKrvv3yPzKHg1bsi/35ocAAQIECBAgQIAAgaUEWrLfT6fTr+lcLvi9TPc0v57SeTr1lOme5tdTOk+nnnJnz03/nuopuu7/v8P8CkOG1/8G+ndRrl+f+LueMjH7emY95fr1ib/rKROzr2fWU65fn/i7njIx+3pmPeX69Ym/6ykTs69n1lOuX5/4u54yMft6Zj3l+vWJv+spE7OvZ9ZTrl+f+LueluzLbz8ECBAgQGDvAu6PAAECzxOwZD/PWhMBAgQIECBAibjX5wAAEABJREFUgMBBBL69ZB/Ew20SIECAAAECBAgQeFjAkv0woQEECLxQQDUBAgQIEFilgCV7lY/FRREgQIAAAQLbFXDlBH78sGT7V0CAAAECBAgQIEBgYQFL9sKgxj0uYAIBAgQIECBAYOsCluytP0HXT4AAAQLPENBBgACBmwQs2Tdx+TABAgQIECBAgACBPws8Z8n+83X4BAECBAgQIECAAIHdCFiyd/Mo3QgBArcK+DwBAgQIEJgSsGRPyZpLgAABAgQIELhdwDd2ImDJ3smDdBsECBAgQIAAAQLrEbBkr+dZuJIlBMwgQIAAAQIECKxAwJK9gofgEggQIEBg3wLujgCB4wlYso/3zN0xAQIECBAgQIDAsMAGluxhAeMJECBAgAABAgQILCxgyV4Y1DgCBA4i4DYJECBAgMAXApbsL3C8RYAAAQIECBDYkoBrXY+AJXs9z8KVECBAgAABAgQI7ETAkr2TB+k2lhAwgwABAgQIECCwjIAlexlHUwgQIECAwIyAqQQIbFLAkr3Jx+aiCRAgQIAAAQIE1iyw9yV7zfaujQABAgQIECBAYKcCLdlv5/P553Qufm9luqf59ZTO06mnTPc0v57SeTr1lOme5tdTOk+nnjLd0/x6Sufp1FOme5pfT+k8nXrKdE/z6ymdp/Pjxw//ffjg/+70rMr0s2p+PaXzdOop0z3Nr6d0nk49Zbqn+fWUztOpp0z3NL+e0nk69ZTpnubXUzpPp54y3dP8elqyL7/9ECBAgAABAgQIHFrAzS8q0JL9fjqdfk3nctXvZbqn+fWUztOpp0z3NL+e0nk69ZTpnubXUzpPp54y3dP8ekrn6dRTpnuaX0/pPJ16ynRP8+spnadTT5nuaX49pfN06inTPc2vp3SeTj1luqf59ZTO06mnTPc0v57SeTr1lOme5tdTOk+nnjLd0/x6Sufp1FOme5pfT+k8nXpasi+//RAg8KCArxMgQIAAAQIE/itgyf4vhQMBAgQIENibgPshQOBVApbsV8nrJUCAAAECBAgQ2K2AJfuLR+stAgQIECBAgAABAvcIWLLvUfMdAgQIvE5AMwECBAhsQMCSvYGH5BIJECBAgAABAusWcHXXApbsaxF/EyBAgAABAgQIEHhQwJL9IKCvE1hCwAwCBAgQIEBgXwKW7H09T3dDgAABAgSWEjCHAIEHBCzZD+D5KgECBAgQIECAAIGPBCzZH6ks8ZoZBAgQIECAAAEChxWwZB/20btxAgSOKOCeCRAgQOA5Apbs5zhrIUCAAAECBAgQ+Fhgl69asnf5WN0UAQIECBAgQIDAKwUs2a/U101gCQEzCBAgQIAAgdUJWLJX90hcEAECBAgQ2L6AOyBwdAFL9tH/Bbh/AgQIECBAgACBxQUs2YuTLjHQDAIECBAgQIAAgS0LWLK3/PRcOwECBJ4poIsAAQIEvi1gyf42lQ8SIECAAAECBAisTWCt12PJXuuTcV0ECBAgQIAAAQKbFbBkb/bRuXACSwiYQYAAAQIECEwIWLInVM0kQIAAAQIE7hfwTQI7ELBk7+AhugUCBAgQIECAAIF1CbRkv53P55/Tudz2W5nuaX49pfN06inTPc2vp3T+Ios8y3rKdE/z6ymdp1NPme5pfj2l83TqKdM9za+ndJ5OPWW6p/n1lM7TqadM9zS/ntJ5OvWU6Z7m11M6T6eeMt3T/HpK5+nUU6Z7ml9P6Tydesp0T/PrKZ2nU0+Z7ml+PaXzdOop0z3Nr6d0nk49LdmX334IECBAgMCkgNkECBA4lkBL9vvpdPo1nQvre5nuaX49pfN06inTPc2vp3SeTj1luqf59ZTO06mnTPc0v57SeTr1lOme5tdTOk+nnjLd0/x6Sufp1FOme5pfT+k8nXrKdE/z6ymdp1NPme5pfj2l83TqKdM9za+ndJ5OPWW6p/n1lM7TqadM9zS/ntJ5OvWU6Z7m11M6/zdDO3A9LdmX334IECBAgAABAgQIEFhKwJK9lKQ5BI4n4I4JECBAgACBTwQs2Z/AeJkAAQIECBDYooBrJrAOAUv2Op6DqyBAgAABAgQIENiRgCV7Rw9ziVsxgwABAgQIECBA4HEBS/bjhiYQIECAwKyA6QQIENicgCV7c4/MBRMgQIAAAQIECLxe4OsrsGR/7eNdAgQIECBAgAABAjcLWLJvJvMFAgSWEDCDAAECBAjsWcCSveen694IECBAgACBWwR8lsBiApbsxSgNIkCAAAECBAgQIPBvAUv2vx385xICZhAgQIAAAQIECPxLwJL9Lwb/QYAAAQJ7FXBfBAgQeIWAJfsV6joJECBAgAABAgR2LfCHJXvX9+7mCBAgQIAAAQIECIwIWLJHWA0lQGBUwHACBAgQILByAUv2yh+QyyNAgAABAgS2IeAqCfwuYMn+XcOZAAECBAgQIECAwAICluwFEI1YQsAMAgQIECBAgMB+BCzZ+3mW7oQAAQIElhYwjwABAncKWLLvhPM1AgQIECBAgAABAp8JTC7Zn3V6nQABAgQIECBAgMCuBSzZu368bo4AgX8KeIUAAQIECMwLWLLnjTUQIECAAAECBL4W8O7uBFqy387n88/pXOTeynRP8+spnadTT5nuaX49pfN06inTPc2vp3SeTj1luqf59ZTO06mnTPc0v57SeTr1lOme5tdTOk+nnjLd0/x6Sufp1FOme5pfT+k8nXrKdE/z6ymdp1NPme5pfj2l83TqKdM9za+ndJ5OPWW6p/n1lM7TqadM9zS/ntJ5OvW0ZF9++yGwaQEXT4AAAQIECBBYlUBL9vvpdPo1nctdv5fpnubXUzpPp54y3dP8ekrn6dRTpnuaX0/pPJ16ynRP8+spnadTT5nuaX49pfN06inTPc2vp3SeTj1luqf59ZTO06mnTPc0v57SeTr1lNt7bv/f1nqKrtvt/jLLr/z19+Tvespkx1+z6yl//T35u54y2fHX7HrKX39P/q6nTHb8NbueluzLbz8ECBAgQIAAAQIECCwlsNole6kbNIcAAQIECBAgQIDAswUs2c8W10eAwJYFXDsBAgQIEPiWgCX7W0w+RIAAAQIECBBYq4DrWqOAJXuNT8U1ESBAgAABAgQIbFrAkr3px+filxAwgwABAgQIECCwtIAle2lR8wgQIECAwOMCJhAgsHEBS/bGH6DLJ0CAAAECBAgQWJ/APpfs9Tm7IgIECBAgQIAAgQMJWLIP9LDdKgECrxXQToAAAQLHEbBkH+dZu1MCBAgQIECAwLWAv4cELNlDsMYSIECAAAECBAgcV8CSfdxn786XEDCDAAECBAgQIPCBgCX7AxQvESBAgACBLQu4dgIEXi9gyX79M3AFBAgQIECAAAECOxOwZP/jgXqBAAECBAgQIECAwGMCluzH/HybAAECzxHQQoAAAQKbErBkb+pxuVgCBAgQIECAwHoEXMnnApbsz228Q4AAAQIECBAgQOAuAUv2XWy+RGAJATMIECBAgACBvQpYsvf6ZN0XAQIECBC4R8B3CBBYRMCSvQijIQQIECBAgAABAgT+J2DJ/p/FEiczCBAgQIAAAQIECPywZPtHQIAAgd0LuEECBAgQeLZAS/bb+Xz+OZ3Ljb2V6Z7m11M6T6eeMt3T/HpK5+nUU6Z7ml9P6Tydesp0T/PrKZ2nU0+Z7ml+PaXzdOop0z3Nr6d0nk49Zbqn+fWUztOpp0z3NL+e0nk69ZTpnubXUzpPp54y3dP8ekrn6dRTpnuaX0/pPJ16ynRP8+spnUdz2T/rKdM9za+ndJ5OPS3Zl99+CBAgQIAAAQIECBBYSqAl+/10Ov2azuWC38t0T/PrKZ2nU0+Z7ml+PaXzdOop0z3Nr6d0nk49Zbqn+fWUzgP52//N1lOme5pfT+k8nXrKdE/z6ymdp1NPme5pfj2l83TqKdM9za+ndJ5OPWW6p/n1lM7TqadM9zS/ntJ5OvWU6Z7m11M6T6eeMt3T/HpK5+nUU6Z7ml9P6TydelqyL7/9ECBAgAABAgQeFfB9AgT+ErBk/yXhNwECBAgQIECAAIGFBCzZC0EuMcYMAgQIECBAgACBfQhYsvfxHN0FAQIEpgTMJUCAAIE7BCzZd6D5CgECBAgQIECAwCsF1t9tyV7/M3KFBAgQIECAAAECGxOwZG/sgblcAksImEGAAAECBAjMCliyZ31NJ0CAAAECBL4n4FMEdiVgyd7V43QzBAgQIECAAAECaxCwZK/hKSxxDWYQIECAAAECBAisRsCSvZpH4UIIECCwPwF3RIAAgaMKWLKP+uTdNwECBAgQIEDgmAJPuWtL9lOYlRAgQIAAAQIECBxJwJJ9pKftXgksIWAGAQIECBAg8EcBS/YfiXyAAAECBAgQWLuA6yOwNgFL9tqeiOshQIAAAQIECBDYvIAle/OPcIkbMIMAAQIECBAgQGBJAUv2kppmESBAgMByAiYRIEBgwwKW7A0/PJdOgAABAgQIECDwXIHvtlmyvyvlcwQIECBAgAABAgS+KWDJ/iaUjxEgsISAGQQIECBA4BgCluxjPGd3SYAAAQIECHwm4HUCAwKW7AFUIwkQIECAAAECBI4tYMk+9vNf4u7NIECAAAECBAgQuBJoyX47n88/p3PpfSvTPc2vp3SeTj1luqf59ZTO06mnTPc0v57SeTr1lOme5tdTOk+nnjLd0/x6Sufp1FOme5pfT+k8nXrKdE/z6ymdp1NPme5pfj2l88dZ7n/X6inTPc2vp3SeTj1luqf59ZTO06mnTPc0v57SeTr1lOme5tdTOk+nnjLd0/x6Sufp1NOSffnthwABAgQIECBAgACBpQRast9Pp9Ov3zNxvlzwe5mYfT2znnL9+sTf9ZSJ2dcz6ynXr0/8XU+ZmH09s55y/frE3/WUidnXM+sp169P/F1PmZh9PbOecv36xN/1lInZ1zPrKdevT/xdT5mYfT2znnL9+sTf9ZSJ2dcz6ynXr0/8XU+ZmH09s55y/frE3/WUidnXM+sp169P/F1PmZh9PbOecv36xN/1lInZ1zPrKdevT/xdT5mYfT2znnL9+sTf9bRkX377IUCAwOoFXCABAgQIENiMgCV7M4/KhRIgQIAAAQLrE3BFBD4WsGR/7OJVAgQIECBAgAABAncLWLLvpvPFJQTMIECAAAECBAjsUcCSvcen6p4IECBA4BEB3yVAgMDDApbshwkNIECAAAECBAgQIPB3geWX7L/P9xcBAgQIECBAgACBwwlYsg/3yN0wgWMKuGsCBAgQIPBMAUv2M7V1ESBAgAABAgT+J+C0YwFL9o4frlsjQIAAAQIECBB4jYAl+zXuWpcQMIMAAQIECBAgsFIBS/ZKH4zLIkCAAIFtCrhqAgQIJGDJTkEIECBAgAABAgQILCiwsiV7wTszigABAgQIECBAgMCLBCzZL4JXS4DAhgRcKgECBAgQuFHAkn0jmI8TIECAAAECBNYg4BrWLWDJXvfzcXUECBAgQLCMx9kAABAASURBVIAAAQIbFLBkb/ChueQlBMwgQIAAAQIECMwJWLLnbE0mQIAAAQK3Cfg0AQK7EbBk7+ZRuhECBAgQIECAAIG1COxpyV6LqesgQIAAAQIECBA4uIAl++D/ANw+AQLTAuYTIECAwBEFLNlHfOrumQABAgQIEDi2gLsfF7BkjxMrIECAAAECBAgQOJpAS/bb+Xz+OZ0L7FuZ7ml+PaXzdOop0z3Nr6d0nk49Zbqn+fWUztOppzzY863/e6mn6Lr/v1/yKwwZXv8b6N9FuX594u96ysTs65n1lOvXJ/6up0zMvp5ZT7l+feLvesrE7OuZ9ZTr1yf+rqdMzL6eWU+5fn3i73rKxOzrmfWU69cn/q6nJfvy2w8BAgQIECCwbQFXT4DAmgRast9Pp9Ov6Vxu+r1M9zS/ntJ5OvWU6Z7m11M6T6eeMt3T/HpK5+nUU6Z7ml9P6Tydesp0T/PrKZ2nU0+Z7ml+PaXzdOop0z3Nr6d0nk49Zbqn+fWUztOpp0z3NL+e0nk69ZTpnubXUzpPp54y3dP8ekrn6dRTpnuaX0/pPJ16ynRP8+spnadTT0v25bcfAgQIECBAgAABAgSWErBkLyVpDgECBJYXMJEAAQIENipgyd7og3PZBAgQIECAAIHXCGj9joAl+ztKPkOAAAECBAgQIEDgBgFL9g1YPkpgCQEzCBAgQIAAgf0LWLL3/4zdIQECBAgQ+JOA9wkQWFjAkr0wqHEECBAgQIAAAQIELNlL/BswgwABAgQIECBAgMBvApbs3zAcCRAgsCcB90KAAAECrxOwZL/OXjMBAgQIECBA4GgCh7lfS/ZhHrUbJUCAAAECBAgQeJaAJftZ0noILCFgBgECBAgQILAJAUv2Jh6TiyRAgAABAusVcGUECPxTwJL9TxOvECBAgAABAgQIEHhIwJL9EN8SXzaDAAECBAgQIEBgbwKW7L09UfdDgACBJQTMIECAAIGHBCzZD/H5MgECBAgQIECAwLMEttRjyd7S03KtBAgQIECAAAECmxCwZG/iMblIAksImEGAAAECBAg8S8CS/SxpPQQIECBAgMA/BbxCYKcCluydPli3RYAAAQIECBAg8DoBS/br7JdoNoMAAQIECBAgQGCFApbsFT4Ul0SAAIFtC7h6AgQIELBk+zdAgAABAgQIECCwf4En32FL9tv5fP45nct9vZXpnubXUzpPp54y3dP8ekrn6dRTpnuaX0/pPJ16ynRP8+spnadTT5nuaX49pfN06inTPc2vp3SeTj1luqf59ZTO06mnTPc0v57SeTr1lOme5tdTOk+nnjLd0/x6Sufp1FOme5pfT+k8nXrKdE/z6ymdp1NPme5pfj2l83Tqacm+/PZDgACBLwW8SYAAAQIECNwg0JL9fjqdfk3nck3vZbqn+fWUztOpp0z3NL+e0nk69ZTpnubXUzpPp54y3dP8ekrn6dRTpnuaX0/pPJ16ynRP8+spnadTT5nuaX49pfN06inTPc2vp3SeTj1luqf59ZTO06mnTPc0v57Sedn8c3+pp0z3NL+e0nk69ZTpnubXUzpPp54y3dP8ekrn6dTTkn357YcAAQIECBAgQIAAgaUELNlLSW5wjksmQIAAAQIECBCYEbBkz7iaSoAAAQL3CfgWAQIEdiFgyd7FY3QTBAgQIECAAAECcwK3T7Zk327mGwQIECBAgAABAgS+FLBkf8njTQIElhAwgwABAgQIHE3Akn20J+5+CRAgQIAAgQSEwKiAJXuU13ACBAgQIECAAIEjCliyj/jUl7hnMwgQIECAAAECBD4VsGR/SuMNAgQIENiagOslQIDAWgQs2Wt5Eq6DAAECBAgQIEBgNwK/Ldm7uSc3QoAAAQIECBAgQOClApbsl/IrJ0DgjwI+QIAAAQIENihgyd7gQ3PJBAgQIECAwGsFtBP4k4Al+09C3idAgAABAgQIECBwo4Al+0YwH19CwAwCBAgQIECAwL4FLNn7fr7ujgABAgS+K+BzBAgQWFDAkr0gplEECBAgQIAAAQIEElhqyW6WECBAgAABAgQIECBwEbBkXxD8ECCwVwH3RYAAAQIEXiNgyX6Nu1YCBAgQIEDgqALu+xACluxDPGY3SYAAAQIECBAg8EwBS/YztXUtIWAGAQIECBAgQGD1Apbs1T8iF0iAAAEC6xdwhQQIEPi7QEv22/l8/jmdS+1bme5pfj2l83TqKdM9za+ndJ5OPWW6p/n1lM7TqadM9zS/ntJ5OvWU6Z7m11M6T6eeMt3T/HpK5+nUU6Z7ml9P6Tydesp0T/PrKZ2nU0+Z7ml+PaXzdOop0z3Nr6d0nk49Zbqn+fWUztOpp0z3NL+e0nk69ZTpnubXUzpPp56W7Mvv1/5oJ0CAAAECBAgQILAngZbs99Pp9Gs6F7T3Mt3T/HpK5+nUU6Z7ml9P6Tydesp0T/PrKZ2nU0+Z7ml+PaXzdOop0z3Nr6d0nk49Zbqn+fWUzv/J2H8v1lOme5pfT+k8nXrKdE/z6ymdp1NPme5pfj2l83TqKdM9za+ndJ5OPWW6p/n1lM7TqadM9zS/ntJ5OvWU6Z7m11M6T6eeluzLbz8ECBAgQIAAAQLrF3CFWxGwZG/lSblOAgQIECBAgACBzQhYsjfzqFzoEgJmECBAgAABAgSeIWDJfoayDgIECBAg8LmAdwgQ2KGAJXuHD9UtESBAgAABAgQIvFZg+0v2a/20EyBAgAABAgQIEPiHgCX7HyReIECAwOMCJhAgQIDAsQUs2cd+/u6eAAECBAgQOI6AO32igCX7idiqCBAgQIAAAQIEjiFgyT7Gc3aXSwiYQYAAAQIECBD4poAl+5tQPkaAAAECBNYo4JoIEFingCV7nc/FVREgQIAAAQIECGxY4OBL9oafnEsnQIAAAQIECBBYrYAle7WPxoURIHBYATdOgAABApsXsGRv/hG6AQIECBAgQIDAvICG2wQs2bd5+TQBAgQIECBAgACBPwpYsv9I5AMElhAwgwABAgQIEDiSgCX7SE/bvRIgQIAAgd8FnAkQGBOwZI/RGkyAAAECBAgQIHBUAUv2/U/eNwkQIECAAAECBAh8KGDJ/pDFiwQIENiqgOsmQIAAgTUIWLLX8BRcAwECBAgQIEBgzwIHvDdL9gEfulsmQIAAAQIECBCYFbBkz/qaTmAJATMIECBAgACBjQm0ZL+dz+ef07m4vJXpnubXUzpPp54y3dP8ekrn6dRTpnuaX0/pPJ16ynRP8+spnadTT5nuaX49pfN06inTPc2vp3SeTj1luqf59ZTO06mnTPc0v57SeTr1lOme5tdTOk+nnnJ/z/d3h3qKru+bXVvlV65fn/i7njIx+3pmPeX69Ym/6ykTs69n1tOSffnthwABAgQIECBAgACBpQRast9Pp9Ov6Vwu+L1M9zS/ntJ5OvWUW3vu+Xw95Z7v3vqdesqt37vn8/WUe75763fqKbd+757P11Pu+e6t36mn3Pq9ez5fT7nnu7d+p55y6/fu+Xw95Z7v3vqdesqt37vn8/WUe75763fqKbd+757P11Pu+e6t36mn3Pq9ez5fT7nnu7d+p55y6/fu+Xw95Z7v3vqdesqt37vn8/WUe75763fqKbd+757P11Pu+e6t36mn3Pq9ez5fT7nnu7d+p56W7MtvPwQIECBA4AcCAgQIEFhIwJK9EKQxBAgQIECAAAECEwLbnGnJ3uZzc9UECBAgQIAAAQIrFrBkr/jhuDQCSwiYQYAAAQIECDxfwJL9fHONBAgQIEDg6ALun8DuBSzZu3/EbpAAAQIECBAgQODZApbsZ4sv0WcGAQIECBAgQIDAqgUs2at+PC6OAAEC2xFwpQQIECDwPwFL9v8snAgQIECAAAECBPYl8LK7sWS/jF4xAQIECBAgQIDAXgUs2Xt9su6LwBICZhAgQIAAAQJ3CViy72LzJQIECBAgQOBVAnoJbEHAkr2Fp+QaCRAgQIAAAQIENiVgyd7U41riYs0gQIAAAQIECBCYFrBkTwubT4AAAQJ/FvAJAgQI7EzAkr2zB+p2CBAgQIAAAQIElhF4ZIol+xE93yVAgAABAgQIECDwgYAl+wMULxEgsISAGQQIECBA4LgCluzjPnt3ToAAAQIEjifgjgk8ScCS/SRoNQQIECBAgAABAscRsGQf51kvcadmECBAgAABAgQIfEPAkv0NJB8hQIAAgTULuDYCBAisT8CSvb5n4ooIECBAgAABAgQ2LvB/G79+l0+AAAECBAgQIEBgdQL9f7Lfzufzz+lc7vytTPc0v57SeTr1lOme5tdTOk+nnjLd0/x6Sufp1FOme5pfT+k8nXrKdE/z6ymdB/Ov/06qp0z3NL+e0nk69ZTpnubXUzpPp54y3dP8ekrn6dRTpnuaX0/pPJ16ynRP8+spnadTT5nuaX49pfN06inTPc2vp3SeTj1luqf59ZTO06mnJfvy2w8BAgQIECBAgMDXAt4l8H2Bluz30+n0azqXS3ov0z3Nr6d0nk49Zbqn+fWUztOpp0z3NL+e0nk69ZTpnubXUzpPp54y3dP8ekrn6dRTpnuaX0/pPJ16ynRP8+spnadTT5nuaX49pfN06inTPc2vp3SeTj1luqf59ZTO06mnTPc0v57SeTr1lOme5tdTOk+nnjLd0/x6Sufp1NOSffnth8C8gAYCBAgQIECAwFEELNlHedLukwABAgQ+EvAaAQIERgQs2SOshhIgQIAAAQIECBxZ4LEl+8hy7p0AAQIECBAgQIDAJwKW7E9gvEyAwHYFXDkBAgQIEHi1gCX71U9APwECBAgQIHAEAfd4MAFL9sEeuNslQIAAAQIECBCYF7BkzxtrWELADAIECBAgQIDAhgQs2Rt6WC6VAAECBNYl4GoIECDwmYAl+zMZrxMgQIAAAQIECBC4U+CFS/adV+xrBAgQIECAAAECBFYuYMle+QNyeQQIPFlAHQECBAgQWEDAkr0AohEECBAgQIAAgUkBs7cnYMne3jNzxQQIECBAgAABAisXsGSv/AG5vCUEzCBAgAABAgQIPFfAkv1cb20ECBAgQODfAv6TAIFdC1iyd/143RwBAgQIECBAgMArBLa6ZL/CSicBAgQIECBAgACBbwlYsr/F5EMECBD4joDPECBAgACBfwtYsv/t4D8JECBAgAABAvsUcFcvEbBkv4RdKQECBAgQIECAwJ4FLNl7frrubQkBMwgQIECAAAECNwtYsm8m8wUCBAgQIPBqAf0ECKxdwJK99ifk+ggQIECAAAECBDYn0JL9dj6ff07nIvNWpnuaX0/p/FGWfK2esuTMz2bVUz57f8nX6ylLzvxsVj3ls/eXfL2esuTMz2bVUz57f8nX6ylLzvxsVj3ls/eXfL2esuTMz2bVUz57f8nX6ylLzvxsVj3ls/eXfL2esuTMz2bVUz57f8nX6ylLzvxsVj3ls/eXfL2esuTMz2bVUz57f8nX6ylLzvxsVj0oGazDAAAQAElEQVTls/eXfL2esuTMz2bVUz57f8nX6ylLzvxsVj3ls/eXfL2eluzLbz8ECBAg8GIB9QQIECCwI4GW7PfT6fRrOhez9zLd0/x6Sufp1FOme5pfT+k8nXrKdE/z6ymdp1NPme5pfj2l83TqKdM9za+ndJ5OPWW6p/n1lM7TqadM9zS/ntJ5OvWU6Z7m11M6T6eeMt3T/HpK5+nUU6Z7ml9P6Tydesp0T/PrKZ2nU0+Z7ml+PaXz6TS7I9ZT9tjVkn25Nz8ECBAgQIAAAQIECCwlYMleStIcAh8IeIkAAQIECBA4poAl+5jP3V0TIECAwHEF3DkBAk8QsGQ/AVkFAQIECBAgQIDAsQQs2bc+b58nQIAAAQIECBAg8AcBS/YfgLxNgACBLQi4RgIECBBYl4Ale13Pw9UQIECAAAECBPYicOj7sGQf+vG7eQIECBAgQIAAgQkBS/aEqpkElhAwgwABAgQIENisgCV7s4/OhRMgQIAAgecLaCRA4HsCluzvOfkUAQIECBAgQIAAgW8LWLK/TbXEB80gQIAAAQIECBA4goAl+whP2T0SIEDgKwHvESBAgMDiApbsxUkNJECAAAECBAgQeFRg69+3ZG/9Cbp+AgQIECBAgACB1QlYslf3SFwQgSUEzCBAgAABAgReKWDJfqW+bgIECBAgcCQB90rgQAKW7AM9bLdKgAABAgQIECDwHAFL9nOcl2gxgwABAgQIECBAYCMCluyNPCiXSYAAgXUKuCoCBAgQ+EjAkv2RitcIECBAgAABAgS2K7CCK7dkr+AhuAQCBAgQIECAAIF9CViy9/U83Q2BJQTMIECAAAECBB4UsGQ/COjrBAgQIECAwDMEdBDYlkBL9tv5fP45nQvLW5nuaX49pfN06inTPc2vp3SeTj1luqf59ZTO06mnTPc0v57SeTr1lOme5tdTOk+nnjLd0/x6Sufp1FOme5pfT+k8nXrKdE/z6ymdp1NPme5pfj2l83TqKdM9za+ndJ5OPWW6p/n1lM7TqadM9zS/ntJ5OvWU6Z7m11M6T6eeluzLbz97F3B/BAgQIECAAAECzxNoyX4/nU6/pnO5pfcy3dP8ekrn6dRTpnuaX0/pPJ16ynRP8+spnadTT5nuaX49pfN06inTPc2vp3SeTj1luqf59ZTO06mnTPc0v57SeTr1lBt67v7fnnqKrvv/9zu/wpDh9b+B/l2U69cn/q6nTMy+nllPuX594u96WrIvv/0QIECAAAECBAgQIPDjxzIGluxlHE0hQIAAAQIECBAg8F8BS/Z/KRwIEFhCwAwCBAgQIEDgxw9Ltn8FBAgQIECAwN4F3B+BpwtYsp9OrpAAAQIECBAgQGDvApbsvT/hJe7PDAIECBAgQIAAgZsELNk3cfkwAQIECKxFwHUQIEBgzQKW7DU/HddGgAABAgQIECCwJYH/Xqsl+78UDgQIECBAgAABAgSWEbBkL+NoCgECSwiYQYAAAQIEdiJgyd7Jg3QbBAgQIECAwIyAqQTuEbBk36PmOwQIECBAgAABAgS+ELBkf4HjrSUEzCBAgAABAgQIHE/Akn28Z+6OCRAgQIAAAQIEhgUs2cPAxhMgQIAAAQIECBxP4J4l+3hK7pgAAQIECBAgQIDADQKW7BuwfJQAgTULuDYCBAgQILAeAUv2ep6FKyFAgAABAgT2JuB+DitgyT7so3fjBAgQIECAAAECUwKW7ClZc5cQMIMAAQIECBAgsEkBS/YmH5uLJkCAAIHXCWgmQIDAnwUs2X828gkCBAgQIECAAAECNwk8fcm+6ep8mAABAgQIECBAgMAGBSzZG3xoLpkAgcUFDCRAgAABAosKtGS/nc/nn9O5XPVbme5pfj2l83TqKdM9za+ndJ5OPWW6p/n1lM7TqadM9zS/ntJ5OvWU6Z7m11M6T6eeMt3T/HpK5+nUU6Z7ml9P6Tydesp0T/PrKZ2nU0+Z7ml+PaXzdOop0z3Nr6d0nk49Zbqn+fWUzjP5335WT5nuaX49pfN06inTPc2vp3SeTj0t2ZfffggQIECAAAECBAgQWEqgJfv9dDr9ms7lgt/LdE/z6ymdp1NPme5pfj2l83TqKdM9za+ndF4yH82qp3z03tKv1VOWnvvRvHrKR+8t/Vo9Zem5H82rp3z03tKv1VOWnvvRvHrKR+8t/Vo9Zem5H82rp3z03tKv1VOWnvvRvHrKR+8t/Vo9Zem5H82rp3z03tKv1VOWnvvRvHrKR+8t/Vo9Zem5H82rp3z03tKv1VOWnvvRvHrKR+8t/Vo9Zem5H82rpyX78tsPAQIECBAg8AQBFQQIHETAkn2QB+02CRAgQIAAAQIEniewrSX7eS6aCBAgQIAAAQIECNwtYMm+m84XCRAg8G8B/0mAAAECBK4FLNnXIv4mQIAAAQIECGxfwB28WMCS/eIHoJ4AAQIECBAgQGB/Apbs/T1Td7SEgBkECBAgQIAAgQcELNkP4PkqAQIECBB4poAuAgS2I2DJ3s6zcqUECBAgQIAAAQIbETjQkr2RJ+IyCRAgQIAAAQIENi9gyd78I3QDBAhsWsDFEyBAgMAuBSzZu3ysbooAAQIECBAgcL+Abz4uYMl+3NAEAgQIECBAgAABAn8TsGT/jcMfBJYQMIMAAQIECBA4uoAl++j/Atw/AQIECBxDwF0SIPBUAUv2U7mVESBAgAABAgQIHEHAkv29p+xTBAgQIECAAAECBL4tYMn+NpUPEiBAYG0CrocAAQIE1ipgyV7rk3FdBAgQIECAAIEtCrjmfwlYsv/F4D8IECBAgAABAgQILCdgyV7O0iQCSwiYQYAAAQIECOxAwJK9g4foFggQIECAwKyA6QQI3Cpgyb5VzOcJECBAgAABAgQI/EHAkv0HoCXeNoMAAQIECBAgQOBYAi3Zb+fz+ed0LqxvZbqn+fWUztOpp0z3NL+e0nk69ZTpnubXUzpPp54y3dP8ekrn6dRTpnuaX0/pPJ16ynRP8+spnadTT5nuaX49pfNVFv/v/XrKdE/z6ymdp1NPme5pfj2l83TqKdM9za+ndJ5OPWW6p/n1lM7TqadM9zS/ntJ5OvWU6Z7m11M6T6eeluzLbz8ECBAgQIAAAQIEXi2wn/6W7PfT6fRrOhey9zLd0/x6Sufp1FOme5pfT+k8nXrKdE/z6ymdp1NPme5pfj2l83TqKdM9za+ndJ5OPWW6p/n1lM7TqadM9zS/ntJ5OvWU6Z7m11M6T6eeMt3T/HpK5+nUU6Z7ml9P6Tydesp0T/PrKZ2nU0+Z7ml+PaXzdOop0z3Nr6d0nk49LdmX334IENiDgHsgQIAAAQIE1iFgyV7Hc3AVBAgQIEBgrwLui8AhBSzZh3zsbpoAAQIECBAgQGBSwJI9qbvEbDMIECBAgAABAgQ2J2DJ3twjc8EECBB4vYArIECAAIGvBSzZX/t4lwABAgQIECBAYBsCq7pKS/aqHoeLIUCAAAECBAgQ2IOAJXsPT9E9EFhCwAwCBAgQIEBgMQFL9mKUBhEgQIAAAQJLC5hHYKsCluytPjnXTYAAAQIECBAgsFoBS/ZqH80SF2YGAQIECBAgQIDAKwQs2a9Q10mAAIEjC7h3AgQIHEDAkn2Ah+wWCRAgQIAAAQIEvhZY+l1L9tKi5hEgQIAAAQIECBxewJJ9+H8CAAgsIWAGAQIECBAg8LuAJft3DWcCBAgQIEBgPwLuhMALBSzZL8RXTYAAAQIECBAgsE8BS/Y+n+sSd2UGAQIECBAgQIDAnQKW7DvhfI0AAQIEXiGgkwABAtsQsGRv4zm5SgIECBAgQIAAgbUKfHBdluwPULxEgAABAgQIECBA4BEBS/Yjer5LgMASAmYQIECAAIHdCViyd/dI3RABAgQIECDwuIAJBB4TsGQ/5ufbBAgQIECAAAECBP4h0JL9dj6ff07n0vxWpnuaX0/pPJ16ynRP8+spnadTT7m355bv1VNu+c69n62n3Pv9W75XT7nlO/d+tp5y7/dv+V495Zbv3PvZesq937/le/WUW75z72frKfd+/5bv1VNu+c69n62n3Pv9W75XT7nlO/d+tp5y7/dv+V495Zbv3PvZesq937/le/WUW75z72frKfd+/5bv1VNu+c69n62n3Pv9W75XT7nlO/d+tp5y7/dv+V495Zbv3PvZelqyL7/9ECBAgACB3Qu4QQIECDxNoCX7/XQ6/ZrO5Y7ey3RP8+spnadTT5nuaX49pfN06inTPc2vp3SeTj1luqf59ZTO06mnTPc0v57SeTr1lOme5tdTOk+nnjLd0/x6Sufp1FOme5pfT+k8nXrKdE/z6ymdp1NPme5pfj2l83TqKdM9za+ndJ5OPWW6p/n1lM7TqadM9zS/ntJ5OvW0ZF9+f+PHRwgQIECAAAECBAgQ+JaAJftbTD5EgMBaBVwXAQIECBBYo4Ale41PxTURIECAAAECWxZw7QR+WLL9IyBAgAABAgQIECCwsIAle2FQ4xYQMIIAAQIECBAgsHEBS/bGH6DLJ0CAAIHnCGghQIDALQKW7Fu0fJYAAQIECBAgQIDANwSetGR/40p8hAABAgQIECBAgMBOBCzZO3mQboMAgTsEfIUAAQIECAwJWLKHYI0lQIAAAQIECNwj4Dv7ELBk7+M5ugsCBAgQIECAAIEVCViyV/QwXMoSAmYQIECAAAECBF4vYMl+/TNwBQQIECCwdwH3R4DA4QQs2Yd75G6YAAECBAgQIEBgWmALS/a0gfkECBAgQIAAAQIEFhWwZC/KaRgBAscRcKcECBAgQOBzAUv25zbeIUCAAAECBAhsS8DVrkbAkr2aR+FCCBAgQIAAAQIE9iJgyd7Lk3QfSwiYQYAAAQIECBBYRMCSvQijIQQIECBAYErAXAIEtihgyd7iU3PNBAgQIECAAAECqxbY/ZK9an0XR4AAAQIECBAgsEsBS/YuH6ubIkBg5QIujwABAgR2LmDJ3vkDdnsECBAgQIAAge8J+NSSAi3Zb+fz+ed0Lhf9VqZ7ml9P6Tydesp0T/PrKZ2nU0+Z7ml+PaXzdOop0z3Nr6d0nk49Zbqn+fWUztOpp0z3NL+e0nk69ZTpnubXUzpPp54y3dP8ekrn6dRTpnuaX0/pPJ16ynRP8+spnadTT5nuaX49pfN06inTPc2vp3SeTj1luqf59ZTO06mnJfvy2w8BAo8K+D4BAgQIECBA4C+Bluz30+n0azqXwvcy3dP8ekrn6dRTpnuaX0/pPJ16ynRP8+spnadTT5nuaX49pfN06inTPc2vp3SeTj1luqf59ZTO06mnTPc0v57SeTr1lOme5tdTOk+nnjLd0/x6SueF8un/vtdTpnuaX0/pPJ16ynRP8+spnadTT5nuaX49pfN06inTPc2vp3SeTj0t2ZfffggQIECAAAECBAgQWErAkv2VpPcIECBAgAABAgQI3CFgyb4DzVcIECDwSgHdBAgQILB+AUv2+p+RKyRAHiEWQQAAEABJREFUgAABAgQIrF3A9V0JWLKvQPxJgAABAgQIECBA4FEBS/ajgr5PYAkBMwgQIECAAIFdCViyd/U43QwBAgQIEFhOwCQCBO4XsGTfb+ebBAgQIECAAAECBD4UsGR/yLLEi2YQIECAAAECBAgcVcCSfdQn774JEDimgLsmQIAAgacIWLKfwqyEAAECBAgQIEDgM4E9vm7J3uNTdU8ECBAgQIAAAQIvFbBkv5RfOYElBMwgQIAAAQIE1iZgyV7bE3E9BAgQIEBgDwLugcDBBSzZB/8H4PYJECBAgAABAgSWF7BkL2+6xEQzCBAgQIAAAQIENixgyd7ww3PpBAgQeK6ANgIECBD4roAl+7tSPkeAAAECBAgQILA+gZVekSV7pQ/GZREgQIAAAQIECGxXwJK93WfnygksIWAGAQIECBAgMCBgyR5ANZIAAQIECBB4RMB3CWxfwJK9/WfoDggQIECAAAECBFYmYMle2QNZ4nLMIECAAAECBAgQeK2AJfu1/toJECBwFAH3SYAAgUMJtGS/nc/nn9O5qL6V6Z7m11M6T6eeMt3T/HpK5+nUU6Z7ml9P6Tydesp0T/PrKZ2nU0+Z7ml+PaXzdOop0z3Nr6d0nk49Zbqn+fWUztOpp0z3NL+e0nk69ZTpnubXUzpPp54y3dP8ekrn6dRTpnuaX0/pPJ16ynRP8+spnadTT5nuaX49pfP/MrMD19OSffnthwABAgQIECBAgACBpQRast9Pp9Ov6Vwu+L1M9zS/ntJ5OvWU6Z7m11M6T6eeMt3T/HpK5+nUU6Z7ml9P6Tydesp0T/PrKZ2nU0+Z7ml+PaXzdOop0z3Nr6d0nk49Zbqn+fWUztOpp0z3NL+e0nk69ZTpnubXUzpPp54y3dP8ekrn6dRTpnuaX0/pPJ16ynRP8+spnadTT0v25bcfAgQIECBAgMAuBNwEgVUIWLJX8RhcBAECBAgQIECAwJ4ELNl7eppL3IsZBAgQIECAAAECDwtYsh8mNIAAAQIEpgXMJ0CAwNYELNlbe2KulwABAgQIECBAYA0CX16DJftLHm8SIECAAAECBAgQuF3Akn27mW8QILCEgBkECBAgQGDHApbsHT9ct0aAAAECBAjcJuDTBJYSsGQvJWkOAQIECBAgQIAAgf8IWLL/A+HXEgJmECBAgAABAgQIJGDJTkEIECBAYL8C7owAAQIvELBkvwBdJQECBAgQIECAwL4F/rRk7/vu3R0BAgQIECBAgACBAQFL9gCqkQQITAuYT4AAAQIE1i1gyV7383F1BAgQIECAwFYEXCeB3wQs2b9hOBIgQIAAAQIECBBYQsCSvYSiGUsImEGAAAECBAgQ2I2AJXs3j9KNECBAgMDyAiYSIEDgPgFL9n1uvkWAAAECBAgQIEDgU4HRJfvTVm8QIECAAAECBAgQ2LGAJXvHD9etESDwoYAXCRAgQIDAuIAle5xYAQECBAgQIEDgTwLe35uAJXtvT9T9ECBAgAABAgQIvFzAkv3yR+AClhAwgwABAgQIECCwJoGW7Lfz+fxzOpebfivTPc2vp3SeTj1luqf59ZTO06mnTPc0v57SeTr1lOme5tdTOk+nnjLd0/x6Sufp1FOme5pfT+k8nXrKdE/z6ymdp1NPme5pfj2l83TqKXf03Py/rfUUXffvJfkVhgyv/w3076Jcvz7xdz0t2ZfffggQIECAAAECBAgQWEqgJfv9dDr9ms7lgt/Lt3seuKZ6iq77n2t+hSHD638D/bso169P/F1PmZh9PbOecv36xN/1lInZ1zPrKdevT/xdT5mYfT2znnL9+sTf9ZSJ2dcz6ynXr0/8XU+ZmH09s55y/frE3/WUidnXM+sp169P/F1PmZh9PbOecv36xN/1lInZ1zPrKdevT/xdT0v25bcfAgQIEPiOgM8QIECAAIHvCFiyv6PkMwQIECBAgACB9Qq4shUKWLJX+FBcEgECBAgQIECAwLYFLNnbfn6ufgkBMwgQIECAAAECCwtYshcGNY4AAQIECCwhYAYBAtsWsGRv+/m5egIECBAgQIAAgRUK7HTJXqG0SyJAgAABAgQIEDiMgCX7MI/ajRIg8HIBF0CAAAEChxGwZB/mUbtRAgQIECBAgMA/BbwyI2DJnnE1lQABAgQIECBA4MACluwDP3y3voSAGQQIECBAgACBfwpYsv9p4hUCBAgQILBtAVdPgMDLBSzZL38ELoAAAQIECBAgQGBvApbsfz5RrxAgQIAAAQIECBB4SMCS/RCfLxMgQOBZAnoIECBAYEsCluwtPS3XSoAAAQIECBBYk4Br+VTAkv0pjTcIECBAgAABAgQI3Cdgyb7PzbcILCFgBgECBAgQILBTAUv2Th+s2yJAgAABAvcJ+BYBAksIWLKXUDSDAAECBAgQIECAwG8CluzfMJY4mkGAAAECBAgQIEDAku3fAAECBPYv4A4JECBA4MkCluwng6sjQIAAAQIECBBIYN+xZO/7+bo7AgQIECBAgACBFwi0ZL+dz+ef07nc21uZ7ml+PaXzdOop0z3Nr6d0nk49Zbqn+fWUztOpp0z3NL+e0nkiv8+sp/z+2tS5njI1//e59ZTfX5s611Om5v8+t57y+2tT53rK1Pzf59ZTfn9t6lxPmZr/+9x6yu+vTZ3rKVPzf59bT/n9talzPWVq/u9z6ym/vzZ1rqdMzf99bj3l99emzvWUqfm/z62n/P7a1LmeMjX/97n1tGRffvshQIAAAQIECDwsYAABAv8RaMl+P51Ov6Zz6Xsv0z3Nr6d0nk49Zbqn+fWUztOpp0z3NL+e0nk69ZTpnubXUzpPp54y3dP8ekrn6dRTpnuaX0/pPJ16ynRP8+spnadTT5nuaX49pfN06inTPc2vp3SeTj1luqf59ZTO06mnTPc0v57SeTr1lOme5tdTOk+nnjLd0/x6Sufp1NOSffntZxUCLoIAAQIECBAgQGAXApbsXTxGN0GAAIE5AZMJECBA4HYBS/btZr5BgAABAgQIECDwWoHVt1uyV/+IXCABAgQIECBAgMDWBCzZW3tirpfAEgJmECBAgAABAqMCluxRXsMJECBAgACB7wr4HIE9CViy9/Q03QsBAgQIECBAgMAqBCzZq3gMS1yEGQQIECBAgAABAmsRsGSv5Um4DgIECOxRwD0RIEDgoAKW7IM+eLdNgAABAgQIEDiqwDPu25L9DGUdBAgQIECAAAEChxKwZB/qcbtZAksImEGAAAECBAj8ScCS/Sch7xMgQIAAAQLrF3CFBFYmYMle2QNxOQQIECBAgAABAtsXsGRv/xkucQdmECBAgAABAgQILChgyV4Q0ygCBAgQWFLALAIECGxXwJK93WfnygkQIECAAAECBJ4t8M0+S/Y3oXyMAAECBAgQIECAwHcFLNnflfI5AgSWEDCDAAECBAgcQsCSfYjH7CYJECBAgACBzwW8Q2B5AUv28qYmEiBAgAABAgQIHFzAkn3wfwBL3L4ZBAgQIECAAAECfxewZP/dw18ECBAgsA8Bd0GAAIGXCliyX8qvnAABAgQIECBAYI8CLdlv5/P5598y8PcF761M9zS/ntJ5OvWU6Z7m11M6T6eeMt3T/HpK5+nUU6Z7ml9P6Tydesp0T/PrKZ2nU0+Z7ml+PaXzdOop0z3Nr6d0nk49Zbqn+fWUztOpp0z3NL+e0nk69ZTpnubXUzpPp54y3dP8ekrn6dRTpnuaX0/pPJ16ynRP8+spnadTT0v25bcfAgQIrF/AFRIgQIAAga0ItGS/n06nX9O5gLyX6Z7m11M6T6eeMt3T/HpK5+nUU6Z7ml9P6Tydesp0T/PrKZ2nU0+Z7ml+PaXzdOop0z3Nr6d0nk49Zbqn+fWUztOpp0z3NL+e0nk69ZTpnubXUzpPp54y3dP8ekrn6dRTpnuaX8+PHz/sUQ/skXs2bMm+3J8fAgQIECBAgAABAgSWErBkLyVpzn0CvkWAAAECBAgQ2KGAJXuHD9UtESBAgMBjAr5NgACBRwUs2Y8K+j4BAgQIECBAgACBK4GBJfuqwZ8ECBAgQIAAAQIEDiZgyT7YA3e7BA4r4MYJECBAgMATBSzZT8RWRYAAAQIECBD4XcB5vwKW7P0+W3dGgAABAgQIECDwIgFL9ovg1S4hYAYBAgQIECBAYJ0Clux1PhdXRYAAAQJbFXDdBAgQuAhYsi8IfggQIECAAAECBAgsKbC2JXvJezOLAAECBAgQIECAwEsELNkvYVdKgMC2BFwtAQIECBC4TcCSfZuXTxMgQIAAAQIE1iHgKlYtYMle9eNxcQQIECBAgAABAlsUsGRv8am55iUEzCBAgAABAgQIjAlYssdoDSZAgAABArcK+DwBAnsRsGTv5Um6DwIECBAgQIAAgdUI7GrJXo2qCyFAgAABAgQIEDi0gCX70I/fzRMg8AQBFQQIECBwQAFL9gEfulsmQIAAAQIEji7g/qcFLNnTwuYTIECAAAECBAgcTsCSfbhH7oaXEDCDAAECBAgQIPCVgCX7Kx3vESBAgACB7Qi4UgIEViTQkv12Pp9/Tudyz29luqf59ZTO06mnTPc0v57SeTr1lOme5tdTOk+nnjLd0/x6Sufp1FOme5pfT+k8nXrKdE/z6ymdp1NPme5pfj2l83TqKdM9za+ndJ5OPWW6p/n1lM7TqadM9zS/ntJ5OvWU6Z7m11M6T6eeMt3T/HpK5+nUU6Z7ml9P6TydelqyL7/9/EBAgAABAgQIECBAYCGBluz30+n0azqX630v0z3Nr6d0nk49Zbqn+fWUztOpp0z3NL+e0nk69ZTpnubXUzpPp54y3dP8ekrn6dRTpnuaX0/pPJ16ynd6Hv1MPeXROd/5fj3lO5999DP1lEfnfOf79ZTvfPbRz9RTHp3zne/XU77z2Uc/U095dM53vl9P+c5nH/1MPeXROd/5fj3lO5999DP1lEfnfOf79ZTvfPbRz9RTHp3zne/X05J9+e2HAAECBAgQIECAwLcEfOgbApbsbyD5CAECBAgQIECAAIFbBCzZt2j5LIElBMwgQIAAAQIEdi9gyd79I3aDBAgQIEDgzwI+QYDAsgKW7GU9TSNAgAABAgQIECDww5K9yD8CQwgQIECAAAECBAj8T8CS/T8LJwIECOxLwN0QIECAwMsELNkvo1dMgAABAgQIEDiewFHu2JJ9lCftPgkQIECAAAECBJ4mYMl+GrUiAksImEGAAAECBAhsQcCSvYWn5BoJECBAgMCaBVwbAQL/ELBk/4PECwQIECBAgAABAgQeE7BkP+a3xLfNIECAAAECBAgQ2JmAJXtnD9TtECBAYBkBUwgQIEDgEQFL9iN6vkuAAAECBAgQIPA8gQ01WbI39LBcKgECBAgQIECAwDYELNnbeE6uksASAmYQIECAAAECTxKwZD8JWg0BAgQIECDwkYDXCOxTwJK9z+fqrggQIECAAAECBF4oYMl+If4S1WYQIECAAFDrjmEAAADlSURBVAECBAisT8CSvb5n4ooIECCwdQHXT4AAgcMLWLIP/08AAAECBAgQIEDgCALPvUdL9nO9tREgQIAAAQIECBxAwJJ9gIfsFgksIWAGAQIECBAg8H2Bluy38/n8czqXS3or0z3Nr6d0nk49Zbqn+fWUztOpp0z3NL+e0nk69ZTpnubXUzpPp54y3dP8ekrn6dRTpnuaX0/pPJ16ynRP8+spnadTT5nuaX49pfN06inTPc2vp3SeTj1luqf59ZTOC+cf+0s9Zbqn+fWUztOpp0z3NL+e0nk69ZTpnubXUzpPp57/DwAA//9xLdZAAAAABklEQVQDAA+2kYJEPqDNAAAAAElFTkSuQmCCEnjoy this BIG PIXEL library! You can use this to draw fun things at the "pixel" level.Task 1 -- have fun playing with up/down/left/right arrows and moving your "Pixel" around coloring them in.Task 2 -- Write a simple expression that turns some pixels on and off. (0,0) is the center. When "stay fixed with pixel change" is False, (1,0) is always the pixel to the right (changing pixels zooms in) When "stay fixed with pixel change" is True, (255,0) is always the rightmost border. (changing pixels makes picture clear) Set it to False for now. Can you figure out how to draw a square? a diamond? a circle? Some other cool shape?Task 3 -- Imagine if we color the topmost pixel white, Every subsequent row is generated by a procedure that looks at the pixel to the North and Northwest and decides whether it should be white (1 or true) as a function of those two pixels. You can center it if you want to. Changing pixel size zooms in. See what happens when you put in "or" or "and" or "exclusive or" = NW or N but not bothTask 4 -- Let's now play with colors! You're going to pass in a function that takes a value x (-255,255) and y (-255,255) on the screen and returns a color in the form of a list of R, G and B, each of which has to have a value of 0 (black) to 255 (brightest color). Changing pixel size just provides more resolution. What beautiful patterns can you create?xyEvery pixel is a random shade of grayxyfalsePlay with it yourself!Answers to the right (don't look until you've tried it...)Pretty picture to the right (don't look until you've tried it...)27