data:image/png;base64,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add code here to report the sum of all the numbers in the list.add code to report the average of all the numbers in the list.add code to report true if the list contains at least one negative number, and false if all numbers are non-negative.falseadd code to report true if each value in the list is greater than or equal to the one before it..atrueadd code to report the largest number in the list..add code to report a new LIST that is the same as the argument, except all negative numbers have been replaced by their absolute value. .add code to report a new LIST that contains only the even numbers from the argument list..Takes a text string as input, and reports a new text string containing all but the first character of the input.pt:_ sem o primeiro caractere
resulti2Takes a text string as input, divides it into words treating one or more spaces as a word separator (only spaces count; punctuation is part of the word) and reports a text string containing all but the first word, with one space between words and no spaces at the beginning or end. (Note: consider using SENTENCE->LIST and processing the resulting list instead of doing recursion on sentences in text string form. List operations are faster.)pt:_ sem a primeira palavra
Takes a text string as input, and reports a new text string containing all but the last letter of the input.pt:_ sem o último caractere
resulti1Takes a text string as input, divides it into words treating one or more spaces as a word separator (only spaces count; punctuation is part of the word) and reports a text string containing all but the last word, with one space between words and no spaces at the beginning or end. (Note: consider using SENTENCE->LIST and processing the resulting list instead of doing recursion on sentences in text string form. List operations are faster.)pt:_ sem a última palavra
11111Takes a text string as input, divides it into words treating one or more spaces as a word separator (only spaces count; punctuation is part of the word) and reports a text string containing only the first word, with no spaces before or after it.pt:a primeira palavra de _
Takes a text string as input, and reports the last character in the string.pt:o último caractere de _
Takes a text string as input, divides it into words treating one or more spaces as a word separator (only spaces count; punctuation is part of the word) and reports a text string containing only the last word of the input, with no spaces before or after it.pt:a última palavra de _
11Takes a text string as input, and reports TRUE if the string has no characters in it of any kind, otherwise false.pt:a palavra _ está vazia
Takes a text string as input, and reports TRUE if the input contains no characters other than spaces (therefore, no words when the string is considered as a sentence), otherwise FALSE.pt:a frase _ está vazia
de:füge Wörter zusammen _
ca:uneix les paraules _
es:unir las palabras _
fr:fusionne les mots _
pt:uma frase com as palavras _
121de:Liste $arrowRight Satz _
ca:llista $arrowRight frase _
es:lista $arrowRight frase _
fr:liste $arrowRight phrase _
pt:uma frase com as palavras em _
report a list in which each item is one letter from the input wordde:Wort $arrowRight Liste _
ca:paraula $arrowRight llista _
es:palabra $arrowRight lista _
fr:mot $arrowRight liste _
pt:uma lista com os caracteres da palavra _
join all the items of the input list
into a single word, and report itde:Liste $arrowRight Wort _
ca:llista $arrowRight paraula _
es:lista $arrowRight palabra _
fr:liste $arrowRight mot _
pt:uma palavra com os caracteres em _
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.pt:altera utilização de aritmética do Scheme para _
The factorial function, to make very large numbers, to demo bignums.LightDistance (cm)
Dial
Light
Sound
Other (V)11
2
3Distance (cm)valuehttp://127.0.0.1:30061/hummingbird/in//Not ConnectedOtherSoundIf connected, adjust sound levelLightDialko:Hummingbird _ 번 음을 _ 박자로 연주하기
de:Hummingbird Spiele Note _ für _ Schläge
pt:Hummingbird Toque Notas _ por _ Batidas
fr:Hummingbird Jouer la note _ pour _ battement(s)
nl:Hummingbird Speel Noot _ voor _ Beats
zh_CN:Hummingbird 演奏 音阶 _ 于 _ 拍
zh_TW:Hummingbird 演奏 音階 _ 於 _ 拍
ar:Hummingbird تشغيل الموسيقى _ _
dk:Hummingbird Spil tone _ i _ slag
he:Hummingbird נגן תו _ במשך _ פעימות
es:Hummingbird Emitir un sonido _ por _ pulsos
ca:Hummingbird Toca nota _ durant _ temps
fi:Hummingbird Soita sävel _ _ iskun ajan
sv:Hummingbird Spela not _ _
600.532160beats60000BPM = tempo
60 * 1000/BPM = BPMS beats per millisecond
beats = Duration in ms = BPMS * number of beatshttp://127.0.0.1:30061/hummingbird/out/playnote//1000block for number of secondsAccelerometer (m/s²)Accelerometer (m/s²)
Magnetometer (µT)XX
Y
ZMagnetometer (µT)http://127.0.0.1:30061/hummingbird/in//ko:micro:bit 버튼 _
de:micro:bit Knopf _
pt:micro:bit Tecla _
fr:micro:bit Bouton _
nl:micro:bit Knop _
zh_CN:micro:bit 按钮 _
zh_TW:micro:bit 按鈕 _
ar:micro:bit زر _
dk:micro:bit Knap _
he:micro:bit לחצן _
es:micro:bit Pulsador _
ca:micro:bit Botó _
fi:micro:bit Painike _
sv:micro:bit Knapp _
AA
Bko:micro:bit 나침반 센서
de:micro:bit Kompass
pt:micro:bit Bússola
fr:micro:bit Compas
nl:micro:bit Kompas
zh_CN:micro:bit 指南针
zh_TW:micro:bit 指南針
ar:micro:bit بوصلة
dk:micro:bit Kompas
he:micro:bit מצפן
es:micro:bit Brujula
ca:micro:bit Brúixola
fi:micro:bit Kompassi
sv:micro:bit Kompass
Screen UpScreen Up
Screen Down
Tilt Left
Tilt Right
Logo Up
Logo Down
Shakeko:모두 멈추기
de:stoppe alles
pt:pare todos
fr:stop tout
nl:stop alle
zh_CN:停止 全部
zh_TW:停止 全部
ar:توقف الكل
dk:stop alle
he:להפסיק הכל
es:detener todo
ca:atura tot
fi:pysäytä kaikki
sv:stop allt
ko:Hummingbird 위치 제어 서보 _ _ °
de:Hummingbird Position Servo _ _ °
pt:Hummingbird Posição do Servo _ _ °
fr:Hummingbird Position Servo _ _ °
nl:Hummingbird Positie-Servo _ _ °
zh_CN:Hummingbird 位置伺服 _ _ °
zh_TW:Hummingbird 位置伺服 _ _ °
ar:Hummingbird موقف محرك سيرفو المؤازر _ _
dk:Hummingbird Positionsservo _ _ °
he:Hummingbird סרוו כיוון _ _
es:Hummingbird Servo de posicion _ _ °
ca:Hummingbird Servo posicional _ _ °
fi:Hummingbird Asentoservo _ _ °
sv:Hummingbird Positionsservo _ _ °
11
2
3
490180position1.41254/180 Scaling Factorportnumpositionvar realPort = portnum-1;
////////////////////////////////////////////////////////////////////////////////
// In order to avoid sending more messages than the app can handle, whenever we
// send a message we also save it in a persistent global variable. When the
// message is processed in the app, the callback checks if the global variable
// still matches what it was changed to. If it was, it deletes the global
// variable. Otherwise the message is resent with new data.
//
// When this block is called it checks if the global value has been set. If it
// has, it sends a message. Otherwise it just updates the value and lets the
// callback handle it.
// We can't run code beforehand to define values so we must check each block
// call if they are set.
if (window.birdbrain === undefined || window.birdbrain.servos === undefined) {
window.birdbrain = window.birdbrain || {};
window.birdbrain.servos = {
// By attaching this function to a global variable, it is only
// defined once instead of every time this block is called, improving
// performance significantly.
setServoAngle: function (port, angle) {
function callback() {
if (window.birdbrain.servos[port] === angle) {
delete window.birdbrain.servos[port];
}
else {
window.birdbrain.servos.setServoAngle(port, window.birdbrain.servos[port]);
}
}
//Create a new XMLHttpRequest object
var xhr = new XMLHttpRequest();
var actualPort = port+1;
var thisURL = "http://127.0.0.1:30061/hummingbird/out/servo/" + actualPort + "/" + angle;
//console.log("thisURL: " + thisURL);
xhr.open("GET", thisURL, true);
xhr.onload = function (e) {
if (xhr.readyState === 4) {
if (xhr.status === 200) {
callback();
} else {
console.error(xhr.statusText);
}
}
};
xhr.onerror = function (e) {
console.error(xhr.statusText);
};
xhr.send(null);
}
};
}
//var realAngle = Math.floor(ang*1.25);
//realAngle = Math.max(Math.min(realAngle,225.0),0.0);
if (window.birdbrain.servos[realPort] === undefined) {
window.birdbrain.servos.setServoAngle(realPort, position);
}
window.birdbrain.servos[realPort] = position;0ko:Hummingbird 회전속도 제어 서보 _ _ %
de:Hummingbird Drehung Servo _ _ %
pt:Hummingbird Rotação do Servo _ _ %
fr:Hummingbird Rotation Servo _ _ %
nl:Hummingbird Draai-Servo _ _ %
zh_CN:Hummingbird 旋转伺服 _ _ %
zh_TW:Hummingbird 旋轉伺服 _ _ %
ar:Hummingbird فتحة دوران المحرك المؤازر _ _
dk:Hummingbird Rotationsservo _ _ %
he:Hummingbird סרוו סיבובים _ _ %
es:Hummingbird Servo de rotacion _ _ %
ca:Hummingbird Servo rotacional _ _ %
fi:Hummingbird Kiertoservo _ _ %
sv:Hummingbird Rotationsservo _ _ %
11
2
3
40100-1010portnumspeedvar realPort = portnum-1;
////////////////////////////////////////////////////////////////////////////////
// In order to avoid sending more messages than the app can handle, whenever we
// send a message we also save it in a persistent global variable. When the
// message is processed in the app, the callback checks if the global variable
// still matches what it was changed to. If it was, it deletes the global
// variable. Otherwise the message is resent with new data.
//
// When this block is called it checks if the global value has been set. If it
// has, it sends a message. Otherwise it just updates the value and lets the
// callback handle it.
// We can't run code beforehand to define values so we must check each block
// call if they are set.
if (window.birdbrain === undefined || window.birdbrain.rotationServos === undefined) {
window.birdbrain = window.birdbrain || {};
window.birdbrain.rotationServos = {
// By attaching this function to a global variable, it is only
// defined once instead of every time this block is called, improving
// performance significantly.
setServoSpeed: function (port, speed) {
function callback() {
if (window.birdbrain.rotationServos[port] === speed) {
delete window.birdbrain.rotationServos[port];
}
else {
window.birdbrain.rotationServos.setServoSpeed(port, window.birdbrain.rotationServos[port]);
}
}
//Create a new XMLHttpRequest object
var xhr = new XMLHttpRequest();
var actualPort = port+1;
var thisURL = "http://127.0.0.1:30061/hummingbird/out/rotation/" + actualPort + "/" + speed;
//console.log("thisURL: " + thisURL);
xhr.open("GET", thisURL, true);
xhr.onload = function (e) {
if (xhr.readyState === 4) {
if (xhr.status === 200) {
callback();
} else {
console.error(xhr.statusText);
}
}
};
xhr.onerror = function (e) {
console.error(xhr.statusText);
};
xhr.send(null);
}
};
}
if (window.birdbrain.rotationServos[realPort] === undefined) {
window.birdbrain.rotationServos.setServoSpeed(realPort, speed);
}
window.birdbrain.rotationServos[realPort] = speed;ko:Hummingbird LED _ _ %
de:Hummingbird LED _ _ %
pt:Hummingbird LED _ _ %
fr:Hummingbird LED _ _ %
nl:Hummingbird LED _ _ %
zh_CN:Hummingbird LED _ _ %
zh_TW:Hummingbird LED _ _ %
ar:Hummingbird ضوء _ _
dk:Hummingbird LED _ _ %
he:Hummingbird לד % _ _
es:Hummingbird LED _ _ %
ca:Hummingbird LED _ _ %
fi:Hummingbird LED _ _ %
sv:Hummingbird LED _ _ %
11
2
30100portnum,intensitynum//var hummingbirdAppID = "lfloofocohhfeeoohpokmljiinfmpenj";
var realPort = portnum-1;
////////////////////////////////////////////////////////////////////////////////
// In order to avoid sending more messages than the app can handle, whenever we
// send a message we also save it in a persistent global variable. When the
// message is processed in the app, the callback checks if the global variable
// still matches what it was changed to. If it was, it deletes the global
// variable. Otherwise the message is resent with new data.
//
// When this block is called it checks if the global value has been set. If it
// has, it sends a message. Otherwise it just updates the value and lets the
// callback handle it.
// We can't run code beforehand to define values so we must check each block
// call if they are set.
if (window.birdbrain === undefined || window.birdbrain.LEDs === undefined) {
window.birdbrain = window.birdbrain || {};
window.birdbrain.LEDs = {
// By attaching this function to a global variable, it is only
// defined once instead of every time this block is called, improving
// performance significantly.
setLEDIntensity: function(port, intensity) {
function callback() {
if (window.birdbrain.LEDs[port] === intensity) {
delete window.birdbrain.LEDs[port];
}
else {
window.birdbrain.LEDs.setLEDIntensity(port, window.birdbrain.LEDs[port]);
}
}
/*
var report = {
message:"L".charCodeAt(0),
port: port.toString().charCodeAt(0),
intensity: intensity
};
chrome.runtime.sendMessage(hummingbirdAppID, report, callback);
*/
//Create a new XMLHttpRequest object
var xhr = new XMLHttpRequest();
var actualPort = port+1;
var ledURL = "http://127.0.0.1:30061/hummingbird/out/led/" + actualPort + "/" + intensity;
xhr.open("GET", ledURL, true);
xhr.onload = function (e) {
if (xhr.readyState === 4) {
if (xhr.status === 200) {
callback();
} else {
console.error(xhr.statusText);
}
}
};
xhr.onerror = function (e) {
console.error(xhr.statusText);
};
xhr.send(null);
}
}
}
var realIntensity = Math.floor(intensitynum*2.55);
realIntensity = Math.max(Math.min(realIntensity,255.0),0.0);
if (window.birdbrain.LEDs[realPort] === undefined) {
window.birdbrain.LEDs.setLEDIntensity(realPort, realIntensity);
}
window.birdbrain.LEDs[realPort] = realIntensity;0ko:Hummingbird 삼색 LED _ 빨강 _ % 초록 _ % 파랑 _ %
de:Hummingbird Dreifarben-LED _ R _ % G _ % B _ %
pt:Hummingbird LED Tricolor _ R _ % G _ % B _ %
fr:Hummingbird Tri-LED _ R _ % G _ % B _ %
nl:Hummingbird Tri-LED _ R _ % G _ % B _ %
zh_CN:Hummingbird 三色LED _ 红 _ % 绿 _ % 蓝 _ %
zh_TW:Hummingbird 三色LED _ 紅 _ % 綠 _ % 藍 _ %
ar:Hummingbird ضوء الصمام الثلاثي _ _ _ _
dk:Hummingbird Tri-LED _ R _ % G _ % B _ %
he:Hummingbird לד שלושה צבעים % _ R _ % G _ % B _
es:Hummingbird Led tricolor _ R _ % G _ % B _ %
ca:Hummingbird Tri-LED _ vermell _ % verd _ % blau _ %
fi:Hummingbird Tri-LED _ R _ % G _ % B _ %
sv:Hummingbird Tri-LED _ R _ % G _ % B _ %
11
200010001000100portnumrednumgreennumbluenumvar realPort = portnum-1;
////////////////////////////////////////////////////////////////////////////////
// In order to avoid sending more messages than the app can handle, whenever we
// send a message we also save it in a persistent global variable. When the
// message is processed in the app, the callback checks if the global variable
// still matches what it was changed to. If it was, it deletes the global
// variable. Otherwise the message is resent with new data.
//
// When this block is called it checks if the global value has been set. If it
// has, it sends a message. Otherwise it just updates the value and lets the
// callback handle it.
// We can't run code beforehand to define values so we must check each block
// call if they are set.
if (window.birdbrain === undefined || window.birdbrain.triLEDs === undefined) {
window.birdbrain = window.birdbrain || {};
window.birdbrain.triLEDs = {
// By attaching this function to a global variable, it is only
// defined once instead of every time this block is called, improving
// performance significantly.
setLEDIntensities: function(port, intensities) {
function callback() {
if (JSON.stringify(window.birdbrain.triLEDs[port]) === JSON.stringify(intensities)) {
delete window.birdbrain.triLEDs[port];
}
else {
window.birdbrain.triLEDs.setLEDIntensities(port, window.birdbrain.triLEDs[port]);
}
}
//Create a new XMLHttpRequest object
var xhr = new XMLHttpRequest();
var actualPort = port+1;
/* Note RGB:
red: intensities[0],
green: intensities[1],
blue: intensities[2]
*/
var thisURL = "http://127.0.0.1:30061/hummingbird/out/triled/" + actualPort + "/" + intensities[0] + "/" + intensities[1] + "/" + intensities[2];
//console.log("thisURL: " + thisURL);
xhr.open("GET", thisURL, true);
xhr.onload = function (e) {
if (xhr.readyState === 4) {
if (xhr.status === 200) {
callback();
} else {
console.error(xhr.statusText);
}
}
};
xhr.onerror = function (e) {
console.error(xhr.statusText);
};
xhr.send(null);
}
}
}
var realIntensities = [rednum, greennum, bluenum].map(function(intensity) {
return Math.floor(Math.max(Math.min(intensity*2.55, 255), 0));
});
if (window.birdbrain.triLEDs[realPort] === undefined) {
window.birdbrain.triLEDs.setLEDIntensities(realPort, realIntensities);
}
window.birdbrain.triLEDs[realPort] = realIntensities;
0ko:micro:bit 출력 _
de:micro:bit Drucke _
pt:micro:bit Imprimir _
fr:micro:bit Imprimer _
nl:micro:bit Schrijf _
zh_CN:micro:bit 打印 _
zh_TW:micro:bit 打印 _
ar:micro:bit طباعة _
dk:micro:bit Vis _
he:micro:bit הדפס _
es:micro:bit Imprimir _
ca:micro:bit Escriu _
fi:micro:bit Näytä teksti _
sv:micro:bit Visa text _
Helloko:micro:bit 보이기 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
de:micro:bit LED Anzeige _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
pt:micro:bit Visor _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
fr:micro:bit Display _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
nl:micro:bit Scherm _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
zh_CN:micro:bit 显示 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
zh_TW:micro:bit 顯示 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
ar:micro:bit عرض _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
dk:micro:bit Display _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
he:micro:bit מסך _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
es:micro:bit Monitor _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
ca:micro:bit Pantalla _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
fi:micro:bit Näytä _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
sv:micro:bit Skärm _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
falsefalsefalsefalsefalsefalsefalsefalsefalsefalsefalsefalsefalsefalsefalsefalsefalsefalsefalsefalsefalsefalsefalsefalsefalsereturns a frequency analysis of the argument list, represented as a two-column table, where the first column contains the unique values and the second column their occurrencespt:$flash as frequências dos itens de _
pt:o agrupamento dos itens de _ de acordo com _
pt:uma ordenação de _ com critério _
pt:o histograma de _ entre _ e _ com intervalo _
1pt:o histograma de _ agrupado de acordo com _ entre _ e _ com passo _
add missing entries to a sorted list. Used for histogramspt:os itens de _ com a chave _ entre _ e _ com passo _ completados por _
11pt:a aplicação a _ de _
1pt:_ em minúsculas
pt:desenha gráfico de barras de _ em (x: _ , y: _ ) com largura _ e altura _
barsbars
lines
pie chart-200-10040020022100startsettingratio1step2linesTakes any number of numbers as inputs (use the left and right arrowheads to adjust the number of input slots) and reports the result of adding them all, so
(SUM (4) (100) (8))
reports 112.pt:a soma de _
1Takes any number of numbers as inputs (use the left and right arrowheads to adjust the number of input slots) and reports the result of multiplying them all, so
(PRODUCT (4) (100) (8))
reports 3200.pt:o produto de _
1Takes any number of Boolean (true/false) inputs (use the left and right arrowheads to adjust the number of input slots) and reports TRUE only if all of the inputs are TRUE, otherwise FALSE. Like AND but for multiple inputs.pt:todas as afirmações _ são verdadeiras
1Takes any number of Boolean (true/false) inputs (use the left and right arrowheads to adjust the number of input slots) and reports TRUE if at least one input is TRUE, otherwise FALSE.pt:alguma das afirmações _ é verdadeira
1Takes any number of numbers as inputs (use the left and right arrowheads to adjust the number of input slots) and reports the smallest of them, so
(MINIMUM (4) (100) (8))
reports 4.pt:o produto de _
1Takes any number of numbers as inputs (use the left and right arrowheads to adjust the number of input slots) and reports the largest of them, so
(MAXIMUM (4) (100) (8))
reports 100.pt:o produto de _
1pt:o texto multilinha _
Reports 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
Reports True if the first input string contains the second input string, otherwise false.
Comparison is case-independent by default; use USE CASE-INDEPENDENT COMPARISONS to change that.pt:o texto de _ antes de _
Reports the input text with lower case letters instead of capital letters in the input. Uses the user's locale's rules for case conversion.pt:em minúsculas _
Reports 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 _
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.ca:ordena _ segons criteri _
copy of datasplitmerge11#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.ca:associació _ _
11This 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.()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.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.1The 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.)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 _
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C6qOE7EIAABCAAgfUUQACvJyC+DgEIQAACEFgXAQTwuqjhOxCAAAQgAIH1FEAArycgvg4BCEAAAhBYFwEE8Lqo4TsQgAAEIACB9RRAAK8nIL4OAQhAAAIQWBcBBPC6qOE7EIAABCAAgfUUQACvJyC+DgEIQAACEFgXAQTwuqjhOxCAAAQgAIH1FEAArycgvg4BCEAAAhBYFwEE8Lqo4TstJ9Dd3b1tkiQnai1iInrEWjv7tULwfT9k5j9rycfX6pw4DwQgsPEFEMAb33izPENXV9e7ROToNE2vqlQqL2+Wncw61d3d3Z4kyaNaHpGZnxkugDUwiWj7OI6nazngIAj21/9f19Bem6ITI2kcwjB8i4joTUvj9aLned/VAhPZTcV+Te+t0U1NEATjiehIEXklSZLbtMLUIOfRw648V71ef/Pq2jCSrNCW1hRAALfmuK93r8MwjEVkayL6jrV2xnofcAQfIAzDt4nIzdbagzRQh2tqFpgTmfnIKIp+GwTBqVpD2Fp74XDfHez9TTWAtaISM3+DmbXK06uhqAGc9UnLIf4xe2/YAA7D8AIRmSoiWo1pe2aeQEQHMPP2zSErIrsx816e5x1erVaPW10b1mUs8B0IbEgBBPCG1GyRY3V3d79BZx/OuW8ZYz5irf0AEbHv+zOZWYPqNqUIw/AsETnIWvuxyZMn71goFLTg+3uJ6LfGmA/39vbOK5fLOxhjYiK6hoj+m5lXpGkaVCqVJzo7O99qjLmemQ8hosUi8vk4jq/XY/u+30lEVzPzzk3se1hrnwqC4DNE9AURKRpjLomi6BtDBaeWD0yS5PNE9Gmt6WuMuXnZsmWf2nrrrblWq51rjNlNRCYR0XV6Lma+NYqiP6xuuDVcRGSJvh/H8ScaAbxw4cLPjR079tXyf1oiUURuj+P44CAIZonIAmY+V0QuYOavaElHa+2ZWVjp+bqIaB8i+qa1Vt+XMAyPcM5dx8xav3c2M38oiqIXs/KLPxCRO4noEi0J6ZybVKlUfp/NGG9slHlM07Srr69P2zXka8KECdu2t7fPE5Gzm8tCru5LWUnDqdbaD636Ge2Tc+72SqVy93DnbbwfBMFdmX3v+PHjR3V0dMyt1+vHzpw586/Nx/B9/2Zmrlhr7xyqDWt6XnwOAhtLAAG8sWQ34+MGQfBRZt5xxYoVV7S1tT2aJMkRd99990vlcrnbGHOitVaXYDkIgntF5MtxHD8aBEHEzHfvt99+P3jyySePYub/XLhw4RE77rjjtsaYP2l4aBF7IjpZRA6P4/iDnZ2dOpMpVSqVP3R1dY1zzlnP894xatSo+ssvv/ykMWbq61//+l8tWrToBmb+eRRF15TL5eOMMRdp/idJwp7nRc65iyuVitb5HfTl+/6JzHx6kiRd2267be3ll1++hZkfLhaL31uPAH6QiDqTJDmzVCodpzPg4QKYiJaLyAPM/MVCoVB2zt30zDPPjBs7dqzWX36nc66sNyLGmIcKhULn8uXL/9bW1vZwmqanjRo1al6SJJ8lorHW2rOzANbQvmn58uXntre3f9YY0xFF0Xm+7083xizIvN7knCtqreLhLtl1CeBs9tnLzH9J07S38biiMQMWEQ3+x8eNG/fAtGnT3FBtKJfL44wxd4jIHGbeXUSiOI71xu3VVxiG+4nIDdVq9bD+/v5q0yz839owXH/xPgQ2tgACeGMLb37H15luf6FQ+ILOYLPZRqTL0BMnTtyqra3t52mavtvzvC3SNL1jhx12OHLRokVbEJH+oP0hEdWISJceT3XOHaw8xpgnqtXqPv39/Uu7u7t3rNfr46MoumXatGlm3rx5xxpjDmbmUSJyhnPu7RpUzLygUCicMDAw8Ou2trYbs+eyV/u+f7WGEDM/qcfWMCei++I4/tYQAXwbM9/VWEoPw/AoETnfWquzbJ1t6wz8ap2prslwNpaMtZ1EtCsRLVqTAGbm74vINrpqICJfM8bcs3DhwoOzAL7fWnuTnj8Igludc3cVCoUXRURXBG7J+roNER2WzajfrDc11Wp1bw0infU65/aJ4zgKgmAKEV2m4VwoFG6dMWNGYxl4Tbq3xp9pPJsVEf05cyAz75EkyaF6s9Z4BszMnoicoG211n5yqINPmTJlzzRNf8zMv3LO6RL/9dbai5tWNzgMwzvTNLWVSmWlyVBtWOOO4IMQ2EgCCOCNBLu5HnbixIk7tbW16Wak60Qk0R+sGjTZMrSG1ZVE9Fi2W7gUx/Flxx9//Dae5/2amXXZU7+jwVgrlUpXVavVLZj58YGBgb1nz569rNktCIKv6SxSRGJjTLERwEuXLn2xo6OjoqFGRG8QkTtKpdJZPT09r4RheK2I7EBECxrHcs7dW6lUHl7dmIRh2JOm6W2VSqU3+6GtAXyutTZYnwBevHjx7R0dHXcysy4v77nqDLhcLu/BzLc1lqCdc9cYY7bTfjnnLh0igPWZ+/XOuRXGGN3otTJs9MXMf42i6LpsBty/cOHCfebOnbvSvPk1efLknQuFwgeZ+TQRuTKO4+9uzGt2/PjxxY6OjgUiclocx3p9vPrKNqndubq2NroWBMFsEbkrjuPvZ48u9Do8IYqiR/UznZ2dBxcKhenVavVdetOxan+GasPG7DuODYHVCSCAcW2slYDv+2caYz4gIj/NfuB7zrmTjTEHZM8edcfvl4hoVLVaPbO/v/9ZneTqD099fvfSSy/9aNdddy0uWbLkoCiKHtIfpEME8BwiutXzvB/UarUTmPkancUx8+s0zKvV6jE6a17lh/n7dSnb87yTe3p6Xujs7Nw7TdMXdbfs6jrq+/7ZzDwlSZITOjo60mXLlt0mIhX9Qb8+Aawz1jAMPyMihxHRU9bazwRB8Lhz7itpmj7ieV6PbmRbwwB+wlp7VRAEOgvXWeBh9XqdC4XCwyJyShzHj4dhuG29Xt+lr69v3lAB7Pv+YaVS6Zd6w6LjSUTjdcl/uAthbZegG8fTZ+xpmh7vnLuqVqu9q3ksuru7xyRJojdaunTerfdm+vlarab7CYzneZN005auhsyfP//nzHxDFEXTy+XydsYY/f8TswDW2a9N0/TOxuy3uT9DtWG4fuN9CGwsAQTwxpLdPI+rz3Xvy56prgxgfekGIg0F3XyVbWi6X0T+Ecfx1MZnsqVADbQjiehlEbkmjuMvDhPAOgPVjUSjNbyJ6GDn3DFtbW1LkyR5goh2JKJ2EXHMfK3neZ/W89VqtYuZ+RNEtIWIPJam6YlDPeOcOHFiW1tb27d1dsbMOlu8wvO8i/UH//oGcGdn5+sLhcLvdPldd0Hr8q8+o9TNZsz8LeecH8fxe9RwdTPgnXfe+Qx9lk5EOjv+pXPu/MYz7WyT0eVEtBcRPW2M+XRvb+9dQwVwEAS64UyfF29JRD9j5jOH2lTWGMO1DeBs85k+Hqjps+1CofAf+tii6ZqZqM+01cbzvK/09PSs3LiWXUN6TfHixYsnzZkzp65/rhvOROQ7IqK/vvQcEV0ex7H2XfSmgoi+t2TJkkPmzJmzouna1B3og7Zh8/wril5tSgII4E1ptNDWlQK+709i5s8sXrz4GP3hrLuya7Xab5j5AGvtX8AEAQhAYFMQQABvCqOENv6LgG6S0k1IuhxJRK/opiVmHlOtVicM9uwPfBCAAARGogACeCSOCto0rEC5XN6XmXUJs42Zf+15Xl9PT4/usMYLAhCAwCYhgADeJIYJjYQABCAAgc1NAAG8uY0o+gMBCEAAApuEAAJ4kxgmNBICEIAABDY3AQTw5jai6A8EIAABCGwSAgjgTWKY0EgIQAACENjcBBDAm9uIoj8QgAAEILBJCCCAN4lhQiMhAAEIQGBzE0AAb24jiv5AAAIQgMAmIYAA3iSGafNtpP5j/FpzV+v+MvMftQzh2vZWq+mIyG5aam9tv7upfF7/feR6vX6ac+7hOI5/s7HaXS6XDzfGHFSv16PB/v3s7u7ubZMkOTGrdvWItVbrOA/6apQC1DeHq0i1sfqD40JgJAsggEfy6IzAtnV3d5fq9fp5IqI1fhuvIX8QD9WNpgDeh4i2sdZOWttuZ//o/9HW2g+t7XdH0uenTJny1jRNL7fWHr9qu7Jay7/UQhHW2is2VruzANb6vBqyn7TW3tk4V3d3d3uSJI+KiJYBfCarwbwmAXyslpQcqibzxuoPjguBkSyAAB7JozMC29YIYCJ6i4hoWF433A/iNelGVtXnnFYOYN/3DyGiq7U84ZqYbczP+L7/Dq1jnCTJvnffffdLeq4wDN8mIjdbaw/SCkRrev4gCC4XkUUI4DUVw+daRQAB3CojvYH7OVhYZDPRI7S2KxEdrTV1lyxZcqKWh8tKzGkJvAuyMniXWmu1xN7K12ABHATBj4nofq2re+CBB3pjx479hXNuQqVSea6rq+vwNE2/w8xaf1jLz83IZsBaMvEzRPQFESkaYy6JougbGhjZkuiNInKoLnenadrV19f366FotA3M/DsR0dn1rsz8tSiK/jMLpCOcc9cx855EpPWOP6Q1kbN6tpdkJRHb9bMi8kRW91dLLF5KRHuIyO+NMac988wzT4wdO1bbocdpfn1E+95U1k/fW/ln+h/Zn/vW2lD/3/f9scz8gOd543p6epatj0M22/2D1gr2PO85fUxgjNmt6aaLtESkljEMw/BcEblIRN7IzI+maXpyX1/fnxsdGSyAhxoLrVHMzF8XkTHGmKuLxeLnGqUhN/BljMNBIFcBBHCu/JvuyYcIYK3X+oGBgYEHR48e/TARfcpaOycMw9M1xJxzU5cuXbpoq6222rtSqeiS6loHcJqmNc/zHhORj8Zx/FAQBOcQ0SEawOVy+ThjzEU6YUuShD3Pi7L6xT/xfX+6MWZBFEXXlMvlNznnikPVCc5CTm8C3umcO75QKBjn3AP1ev0dzrm0ra3t4TRNTxs1atS8JEn05kKLyp9dLpePYeavlkqlY6rV6lbGmJ/WarWjZ82a9XS5XD6ora3t6Z6enhd83z+Dmbutte/LAnTIGXDzDUl2A/A6EXk8TdND+vr6XgjD8CxdmYii6IL1cdCxcs7pjdQ7S6XSAURUGCqAfd8/slQqPUlEA0mSXMbMJoqi84YK4NWNRRAE7ySia5j5+DFjxixbunTprcx8S/NS+Kb7twYth8C/CiCAcUWsk8DqAlhE3hfH8cmN8HLO3V6pVO4OguA+IrrEWnv/YCdcmxmwiOxTLBbPi6LIb5oJrnwG7Pv+1RqEzKyBoDPPw4noPl3+DIJgChFdRkQ3FQqFW2fMmPHH4TqvoafF5OM4vrF5Fl4oFN4qItcT0cpNYyKyDREdprNcrVdMRF/SAK7Vatsw84PGmPf29vY+rTPLer3eLSK7M/OOzrn9G0vOwy1BrxrAWQjfICL3Wmvv8H3/Hq2TbK2dvz4Ovu//gojucc5docHeMFpd+3RjVq1Wm8rM2xPRfloisvl5/GAz4NWNRRAEXyGiI4nooey8erynrLUXDjdWeB8Cm5oAAnhTG7ER0t4hZsCvbobSwGgEsO/7DxLRF+M4/tm6BHD27PkXaZoey8wHGmM+EkVRdxZCOrt+t/7QD8PwWhHZgYgWNM7TvAN38uTJOxcKhQ8y82kicmUcx98dinR1y+BEtLcxZnojgPUYzPzXKIqumzx58p7FYrGPiHbWWaH221r7vWwZ/j4RWao3CBsogHUZ/ELn3AXFYvEHxWLxGF2uXR8HXdr2PO+unp6eV5ptBhvzbHOY3uz8lIieXtMA1uMONhZBEHw1e0SgqyeN1zpv8hshf13QDAgMKoAAxoWxTgJrG8BBEEwjogPTNP3IqFGjXqpWq/uswRL0fxNRbeHChV8cO3bs14noHOfcmz3P2yJN0/uMMYcnSfLGQqHQS0Q/0wAOguD9RPRRz/NO1mXezs7OvdM0fXHWrFn/8H3/sFKp9EsNFn3OqM834zj+4LoEsIikhULhYRE5JY7jx8Mw3LZer+/S19c3LwiCL+mkuFqt/ld/f3+1cfzjjz9+G8/bJQzeAAAgAElEQVTzfs/MRy1btuzPo0eP/g8ROaZpBrw3M+vM85BKpfK3Vds12Az4jDPO8BYtWqSrCg8Q0d+stXpToM+H18lh/PjxxY6OjtOZ+U59nj1cAOtmLX3+bYx5e71eZ2OMPpevDzcDXt1YlMvl9zLzJYVC4YTe3t5ny+XyHsYYPd5f1ulCxZcgMIIFEMAjeHBGYtOOPfbYLdrb2//CzK9vat+3dYlw1V8Hap4BZ9/T5V/dzFTINkd9VYOcmX/e3FcR+ZwuGZfL5b2MMbNE5E3MrGE83jkX6iasLOT+g4j0OfJVRDRBf+hnG6AuzjZAbSEij6VpeqI+6w2C4PNEpM9qt9TAZuYzdRPRugSwtiFbNr+ciPbS2Z8x5tO9vb13dXV1vcs5N0dEljNzBxH9g5k/HkVRJQiCi7M2vCwiK58vx3Gsz1spmyFfJiJnMfOoxoYrXcLNNq81N3UPa+3/ZWGrffpEmqYHNJaM19UhDMPtReRX+qy+Uqn8ZLgA1pWJWq12AzNPFRH91aRZzLx19jjgImb+5ipj+644jh8bYiw4DMNPi4j2SZf152c3ORvtd59H4t8ztKk1BBDArTHO6OVrKBAEwU3MPC+KIr0x0Nmo3nR83Fp72GvYDJwKAhAY4QII4BE+QGjepicQBME1RKSbvyrMXBCRE5j5+1EUfXvT6w1aDAEIbCwBBPDGksVxW1Yg+2cjJ4vIvkRUzzaBPdGyIOg4BCAwqAACGBcGBCAAAQhAIAcBBHAO6DglBCAAAQhAAAGMawACEIAABCCQgwACOAd0nBICEIAABCCAAMY1AAEIQAACEMhBAAGcAzpOCQEIQAACEEAA4xqAAAQgAAEI5CCAAM4BHaeEAAQgAAEIIIBxDYwIgTAM3+Oc2y6O47tGRIPWsBFBEOxKRJ2e532/p6entoZfG/Rj5XL5cGPMQfV6PRqsTrGW/UuS5EQi0n+He8gKQRMmTNi2vb39XD2RiCyI4zhan7bhuxCAwIYXQABveNPN+ohZWcDzRGSLpo6ud7k4LdCuRQ1KpdJRWk5vU0Esl8snGWOudM5pdafn1qfdWQCfQEQasp9sLkKvdYSTJHlUROYxsxY9WNMA/rf6vOvTRnwXAhDYcAII4A1n2RJHagQwEb1FRLTw/HXDhUFLwGzATmqJP2aelSTJvnffffdLeugwDN8mIjdbaw/SSe2anm7VClVr+j18DgIQ2PgCCOCNb7xZnmGwesBakz4Mw4u0nCARaTm9q621nx4KoFwu72CMeYqIRhNRv7VWQ33lS8sZMvPvRESrCe3KzF+Loug/9T2trVssFq8govcz83IROTWO474gCN5MRD8QkTuJ6BJmfsE5N6lSqfx+ypQpe6ZpehMRvYuIdCZ5kpYjzErqXcPMHyCiNhG5o1QqndnT0zPQ3d09plarXcvM3UT0CjOfE0XR7doG3/d/wcwHicgLAwMDu86ePXtZ1u5TiUhLDI4loqNFpLJkyZIT58yZs6Krq+sAEbkx+3eiV/bTOTe5Uqnc3eh3NtvVMonjPc97rlarnWuM2a3phoeY+VZtexiG54qImr+RmR9N0/Tkvr6+PzcZaluObq7PG4ah3jxpGw5l5j+madrV19f366xPZzLz10VkjDHm6mKx+LlNaUVis/zLhk5ttgII4M12aDduxwYL4EmTJu1SKpVmO+cOWrp06cBWW221f6VSWaMiBFlt3XNWDWCtl+ucO75QKBjn3AP1ev0dOiv0ff9mInrROff5UaNGmRUrVuzU19f3uyyANbxuWr58+bnt7e2fNcZ0FIvFC5IkuU9Erhk3blzvggULpojIGdbaCd3d3cV6vX7oM88888juu+/eVqvV7iWiS/W5ablcnmqMCT3P02Xh9lqttlscx79q6OoNBDM/PjAwsPcqAfwdEfnAwMDAg6NHj36YiD5lrf1pEAQPEtEV+++/fzR//vwviMiOcRx/vHG8MAxPd85peL+zVCodoLWThwpg3/ePLJVKTxLRQJIklzGziaLovKECWJf7jTELoii6plwuv8k5V8zqJb+TiPRG5PgxY8YsW7p06a3MfEvzUvjGvapwdAi0lgACuLXGe4P1drAA7uzsHF0oFO4hokVEdEe1Wo37+/ura3LS1QWwiDwQx/GNBx54oDd27NhfOOcmtLW1rajVak8aYw6OoujF5uNnATy7Wq3urefW2Z4+n03T9PFCofAEM+uSuWNmzzl3ciM4s1lhoDNxEQmZ+b+ttTdNnjx5z2KxOJuIZuqsOo7jh5qXgFcXwCLyvjiOT27M5J1zt1cqlX7f9x9h5v/yPM8mSfIlZn5DFEVnNfqgs2oiusc5d0VfX98LTX9+iK4oxHF8cHN/dWNWrVabyszbE9G/Pe8dbAk6CIIpRHSZ3qQUCoVbZ8yY8cesnV8hoiOJSPuoLz3eU9baC9dkDPEZCEBg7QQQwGvnhU9nAqtZgiYtxVetVo83xnTpLI6IDrPWLh4ObogZ8P0ahM0BnKZpzfO8eZ7n7d/T07NkkADuX7hw4T5z585NmgJsrDHmcRFZGcD658y8rFgsXlmtVvc1xsxi5h+KyLLmANbPlcvlLbPl6ROZ+e/Zcu7KYwwxA3512VeX0rMAvjsIgu8S0QQR2Y2ZH6hWq6f29/c/2zxj9Tzvrp6enlea+zWY98SJE7dqa2vT2e9PiejpNQ1gPe7kyZN3LhQKH2Tm00TkyjiOvxsEwVezZWmdsTde673Bbrixx/sQaFUBBHCrjvx69ns1S9BvaG9vf92MGTN+293dPTpJkrkaZnEc/2a4061NAFcqleeDINBl4p9Vq9VL0jQttrW1jW1agv63AM4CXIPlWzr7XLJkyaj29vb94jh+JAzDc0Sk7HnepFqtthcz6zPeb2vw64aoJEmenzVr1j/K5bIGdY8GdmNmvzYB3NbW9lCSJI84546pVCr/aNwINGzGjx9f7OjoOJ2Z71x1Zj+Yt7aNiGYbY95er9fZGPMdZq43P+8dbAbs+/5hpVLplxryvu+fqc+a4zj+YLlcfi8zX1IoFE7o7e19tlwu72GM0eP9Zbjxw/sQgMDaCyCA196spb9x7LHHbtHe3v4XZtbfRW28NKwu7Orq2sU5N4OI9ieil5j50iiKdKlztbt2NViY+efNqLqJK47jb+nMkYj+bQasv+4zZcqU3dM01dnk0US0WEQ+HMfxrGwJ+t8CWI+vG6DSNL2GiHQ590Vm/qa19vLJkyfvWCwWKyIyLmvL34moTwO4XC4fZ4y5loh2IaLfO+cu1A1Tq3FYuYls1dBrmgFr+2Iieq8+2yUij4gqnud9WMMwDMPtReRXzrmplUrlJ8PNgLPNYzcw81QR0V9N0ln81hrA2Q3NzFUu1o9on4Ig+DwRfZaIttSbGGY+Uzd0ZZvoPi0i+t42RDRfRE5Zkxuolv5Lgc5DYB0FEMDrCIevQWBtBcrl8l7GmEq1Wj24v79/6fjx40d1dHTMJaLzrbX6nBkvCECghQQQwC002OhqvgKdnZ27FQoFXZa/k5l1CXp3/ZWoNE0Pa95wlW8rcXYIQOC1EkAAv1bSOA8E/t/mpym6VExEf9El+0ql8jJwIACB1hNAALfemKPHEIAABCAwAgQQwCNgENAECEAAAhBoPQEEcOuNOXoMAQhAAAIjQAABPAIGAU2AAAQgAIHWE0AAt96Yo8cQgAAEIDACBBDAI2AQ0AQIQAACEGg9AQRw6405egwBCEAAAiNAAAE8AgYBTYAABCAAgdYTQAC33piPyB6HYfge59x2cRzfNRIbqGX/kiTRmsD6b2CjQtBIHCS0CQKbmAACeBMbsLybm9XN7dx+++2vmj59ehIEgRZeGL948eKr58yZU1/X9mmReCLaq1QqHdXT05Ou63E2xve6u7vbkyR5VETmMbMWPRg2gLUsY5IkATNvG0WRlkBc+dI/r9VqJzDzW0RkThzHP2u8l5UX/LCIjGbmu6y1/7cx+oNjQgACI0MAATwyxmGTaUUYhhoQ/0VEE621c33f12o8Ry1fvnyf2bNnL9tkOrIWDQ3D8G0icrO19qChKjs1Dqll/Ywx12lYO+e2jOP4YH0vKzcYEZHWHP49M4fMfEUURTcEQdBBRA+LyGPM/E8i+oCITEAlorUYKHwUApuYAAJ4ExuwvJvr+/7HmHlfInqFmS8Xka+JyL6lUqlMRLV6vX6d1tYVEcPM1y9cuPCCLbfcstDR0fGAiFwXx/GNOmsWkdsKhcIx9Xo9McY8RUSjiWhlOT/to9bZNcZEIqJFC97BzFoS8GtENMU5pzPRxwcGBvbW0M9K703VMny+7z9IRHOZ+XQi+hQRXarfjaLoP1Znl81WtUSfluJrM8bcvGzZsk9tvfXWXKvVzjXG7CYi2q6VM1lmvjUr3zfoIbu7u3dMksRzzu3DzNMaARyG4dtFZPr+++9/xLRp01xWHelG/f/58+d/koj2ttZqfV72ff/7WW3fs/Mec5wfAhDYOAII4I3jutke1ff9i5j5OZ2dici9hUJhoXPuiyLy/hUrVrwyZsyY/QuFgtb33TpJkkat2YeyWWQfM3cS0Q3OOQ2me5pmjccbY85ZJYD/xMxnichpIrKImR8hol2dcxqqgwZwEASPZ0vFWtP3JOfcR3SW2QjBwQbG9/0TNbCTJOnadtttay+//PItzPxwsVj83roEcHOfmgM4q1V8v06GrbXPlMvlo40x05cvX/720aNHf885Z9va2mbXarVrmFln3QNxHL9ns72Y0DEItLgAArjFL4C17X4QBF91zj1mjHkrEXV6njcxSZIHC4XC1BkzZjxVLpf3NcYcT0RtWQB+SgvY63myQvVXEtFV1tovNZ87m8WuGsC/0FmkMeYO59w3jTFavu8dQwWw7/u/IKLziOhIZh5FRDeLyO3DBPBt2TPXGdqmMAyPEhGt0as3C+T7/iFEdPVQxxjMUfvUHMDZsc8Xka8QUbuI/JSZ9/A8b+8kSbQNugStS8+3GGP+xzn3o7U959qOJz4PAQjkJ4AAzs9+kzxzEASXO+ceKBaL85xzh1lrZwRBMMs5d74xZhciuklEfsTMKwYJ4E9o8XkReSCO4zOan6cOFsCNWe7o0aN7RORinRUOFsBhGE7W4MqWoDWA9Tzjs+Xiu4YL4DAMe9I0va1SqfQ2BfC51tpgQwdw86BnG9gut9a+LwiCa3Tp3hgzNYqih4IgmEhEH7PWTtkkLxQ0GgIQGFYAATwsET7QLOD7/g+1oHxjVpvNbGdpQBKRPid987hx406ZN2/eAcaY25xzK2fAOovUZ8LOufcxszXGXBlF0e2NY69NAFer1Yvb2tr+t1AoHJum6QoR6WfmJ9Y1gH3fP5uZpyRJckJHR0e6bNmy20SkEsfx9zdGAGfPnA8kou+JyNfjOI7K5fJxxphpaZpOLhQKuptcn3/rM/NbcQVCAAKbpwACePMc143WqyAIbhWRK+M4fqxxkiAI+tI0/e9isfisiFgiegsRzSGi1Dl3lT4TFpGf6bKuPvcNguBAZo5rtdq7i8Xidsysz4xffYnI50TkptXNgK21F4Zh+BndAEZE+mtB1+vMeF0DeOLEiW1tbW3f1mfNzJwQ0RWe513c+HWotV2Czm4mZq7apziOv6WrBUR0NBE9oZvYoihaOevWjVdhGF4kIl/INrBd5nne10bar2RttAsLB4ZACwoggFtw0NFlCEAAAhDIXwABnP8YoAUQgAAEINCCAgjgFhx0dBkCEIAABPIXQADnPwZoAQQgAAEItKAAArgFBx1dhgAEIACB/AUQwPmPAVoAAQhAAAItKIAAbsFBR5chAAEIQCB/AQRw/mOAFkAAAhCAQAsKIIBbcNDRZQhAAAIQyF8AAZz/GKAFEIAABCDQggII4BYcdHQZAhCAAATyF0AA5z8GLdEC3/dDY8yvhypkvyEgJkyYsG17e/u5eiwRWaCFDhrH1TYw8376/wMDA1fdc889/9wQ51zbYwRB0EFEHyWiH1hrF6/J97WAQ71eP80593Acx79Zk+/gMxCAwMgWQACP7PEZca0Lw/AtItK5/fbbXzV9+vQkK6k3fvHixVfPmTNHq/gM+gqC4MfOudubqyhtjM41BbAG7StaoGGVAB5HRGcT0SHW2v/bGG0Y7phdXV0Ha0lHY8xRvb29Wj5x5WvKlClvTdNUyxNqPeV/eU2cOHGrtra2X2qhCGvtFcOdY13fnzx58s6FQuH9WktZRO5tLrrh+77WWB4vIn8olUp3NReK6O7u3rZWq3Ux805EZK2188MwPF1EdlylLSvfa74Zyt5/xFo7W/978uTJOxYKhQ9mxTx+3NfX90LjGJ2dnfsUCoWQiBZ5nvfjnp6eAX1v/Pjxo7beeusPMvOOaZpGfX19v258JwiCNxPR+4no5Wq1+qP+/v6ljfey/p5ojOltvjlclzaoQZIkJ4rItiLy+AEHHDB72rRpbl3HAt/b/AUQwJv/GG/QHoZh+GER+S8immitnev7/g3MfNTy5cv3mT179rK8A7jph+6pWnWoOYD1vQMPPNAbO3as/nDW9ucSwKszWtuqSxt0YIkoDMO3Oef+h4huM8akInKSiJwdx/GsIAg+r9koIvcpIzM/b609TRcayuXye40xNxCRVnp6fnUBLCIfKRQKZ/f29t6tN2REZIjoj80BnN3Qaf3nGcaYdhGZmKbpYRrCQRBoFakbReQWZn4zM7++WCwe9/zzz5utt95a2/UHZtZVjVOdc8dVKpUntPKWiMREdCszby8i+w4MDBz54osv1nbaaafrmfntzPymNE0/1rg5XJc2LF++fItisfg4M/eLyEvGGK0l/cMoir69occJx9t8BBDAm89YviY98X3/Y8y8r84utZyelgTUH2qlUqlMRLV6vX6dFpbPSupdv3Dhwgvmzp2rM+XGDHhWGIZfEpF3O+fCSqXysu/7ZzLz10VkjDHm6mKx+LnhyvCFYXiuiGj5vjcy86Npmp7c19f35w0dwNpuZv6liJxCRHsR0TettV/R4AnDsMs5dxkz7ywiPy0Wix+bMWPGU02lBT9HRKOI6Gpr7ae1bVnwnJy1cw+9CWi6KdhzlUH8iLX2piAI9Gbixuy9lX+WHUv/3LfW6oyQfN8fy8wPeJ43rqenZ1kQBJ8hIi1vWDTGXBJF0Te03au7UMIw7HbOTYnjeGp2/Cucc79bunTpTR0dHfN09htF0SIt31gqlR4vlUoTiOiftVrtQV1SH2ppPAzDtxPRdStWrBjf399fXd2KSBAE32Xmx6Io+mHWhsuJ6DfW2huDIJjjnPtapVK5N1vGf9I5d1qlUvmJrsw0ZrBhGF7nnPtTVv7Rav1qravc3d3dniSJltH8urX2zjAMD9XQrNVqWi5zWlMAr3UbmPkFZr5p8eLFh+hKUDb739da+8nX5C8mTrJJCiCAN8lhy6/Rvu9fxMzPicgEXaIsFAoLnXNfFJH3r1ix4pUxY8bsr/V/iWjrJEl+xsxnRlH0kP7ATdP0jkKhsLeuGC5fvrxbZ8xBELyTiK5h5uPHjBmzbOnSpTpTuUV/QA7VS10OLZVKT+rj3CRJNARNFEXnbYwAJqJ3Ouf0BmOxMeahQqHQWa1W02KxOIuZy8Vi8Q+1Wk3D7og4jjsnTZq0c6lUmu2cO2jp0qUDW2211f46G2u0bXWz8OFmwFl4398I4DAMX6dLnWmaHqIzxDAMz9JazFEUXVAul48zxlykE9skSdjzvMg5d7GG1epcjz322C1Gjx59GxFtISLPElGpVCqd/tRTT1V32mkntf5sHMf9kydP3qNYLOqs8lQReYWIvkdElxHROGb+8+LFi29b5XGE1jq+NU3TmZVK5ZamGxEjIroa8fi4ceMe0OXaMAy/KSJbbb/99uctXLiwvVQqfcsYo9fVtJdffnme53nvrNfrY0XkR8xcEJHrrbXfaeoTB0HQ75z7wRve8Aa7aNGiefV6/Tgt+Fyv1/Xcbcx8t7X2S43v+L7/i+YAXpc2eJ733SRJ9GbhPUT0CBHtWa1WT+vv71dHvCAwqAACGBfGWgkEQfBV59xjxpi3ElGn53kTkyR5sFAoTNXZX7lc3tcYo88w24joJOfcp3RmkYXHlkTU7nle0Hh2FwSBziaPJKKHsobos9unrLUXDtWw7JnjVF1WJKJ/e96bzRrXewl61dALguBW59xdxpjX68w/juNPaDuzZ886E9dnzFQoFO7R55REdEe1Wo111rehA1iPF4bhDXojZK29w/f9e5j5M9kz1quJSGfEGpy6Ie1wIrpPZ4Wrc81mtlcw8+5ENFqfwTLzlCiKXvR9/31ENJ2IdmXmJ0TkTcysS9IaaD/VZWsi+gsRHaVLwdbajzXOUy6XxxljflCtVg9tODSeATOzJyInENFsnS2GYajLxDfrcUREl7P/Yox5gIi+7ZzToLzUGHOOMeb0NE31XGlzn4Ig+ISITM5WZApJkuhzc31kcp6I6A2atv9tzdfXIAG8Lm241Pf9zzJzFxH9TVdLmDnY2JsO1+ovLz484gQQwCNuSEZ2g4IguFw3EBWLxXnOucOstTOCIJjlnDvfGLMLEd2UzU5WrBrAzPywiJybpulpfX19OkvWJdmvisih+l5Tz1/dkDOYRrYhSYNFf/A//RoH8Awiul5EdiOivZsDeNSoUQ+XSqUD9OZCdy1Xq9XjjTH6A1ln+Wq1csfzhpoBZwF8hHPuQufcBcVi8QfFYvEYXb4Pw/BaEdmBiBY0DJ1z91YqlWbnf+HNHgV0eZ43aZ999pH58+drEP591ZshnSlvscUWOsvTkBxLRLpxTJ/PUldX107Oufuq1ep+WdjqjLRXb1oas99VxzR75nrnwoUL99HHFc3v+76vs+s5S5YsiTs6Ov6gM2bn3IeyZ8L6PPh/4ji+I7uW9GYo9Dyvq6enZ0m2c3yebr5i5qm9vb3P+r5/KTM/Y63VG5SVr1UDeNX2rUkbNHSZ+Qee5+n4vxKG4Zedc4fGcTxxZP+NRuvyFEAA56m/CZ7b9/0f6jO15t3MGsAicjERTSKiN48bN+6UefPmHWCMua15Bqy7oLNnZXcw88Qoin6rG3iY+ZJCoXCC/oAsl8t7GGPq1lqdTQ368n3/HTpjMsa8vV6vszHmO8ys33l1x/MGngE/Zq29JgiCg3Uzj87kRo0a9Sbd3KP9eOmll/7Y0dGhy/B7xXH8wUmTJr2hvb39dTNmzPhtd3f36CRJ5opI2HhGOkQA783M9zjnDqlUKjqL+pfXqrNxffOMM87wFi1adD8R6Szxb9ZanaXqjY3u+v2o53kn9/T0vNDZ2bl3mqYvzpo16x9DuOqS9ZEDAwMf2HXXXWuLFi26VpfdmwO4q6trF+eczqL/qn+e3QzpzdSHrLXzwjD8iIhMtdYeR0ROl9WZ+dpqtfqu5lWARhu6u7vHJEnyNZ2tW2u7G8+o9c/1165045Zz7t26VyAIguv1hmDx4sUXb7nlluMKhcJttVrtiFmzZj0XBMF/6CMAz/NO0ABsCtdLmHnrarV6/ujRo3dL07SvXq9PmjlzZmPz12oDeG3a4HmeXhuXlEql9/b09LwYBMGnReS9COBN8Ifca9hkBPBriL05nEqXYEXkyuZfTwmCoC9N0/8uFovPiojV55A6a8l+jeSqxhJ049eQyuVylzHm0uwH1LNhGOoPq88S0TZENF83PA21oae7u7tUq9V09/VUEXlGd9/qD1kN4HK5rLPOmatYr9y4pDMdZj6o6b0/Djbrav5uFnon6sYqIvqlzvQbz1Ebm8eISH+vN2Lmj+tybRZSOlPen4heYuZLoyjSZ6QyVBt0xqbPs0XkLP01ICJqbMLSZ4sXrNKnlRu4srBVu0+kaXpA41d29Fi1Wu1iZtZZoT7TfSxN0xNnzpypXoO+smfKOuPUTXTCzHqDcU62BK3hrGH2R2a+frvttrtCfw1NDxSGoS5F64xSfwXpJ4VC4Ux9HDFt2jQzf/78WER64jj+0SquumNaZ4e6KvBDz/O+orPW7FeG/qSbu/QGp1AofFlvzLLzvM45p+Oujzj+IiLnxHF8z5QpU3ZP01S/0/zzbOXY7r777m21Wu1aZv4AEf2DmS+IoqhHj7fqWIjICwMDA7uOHj36DUS0Vm3Q5fu2tja9MdGd4e16/euO7xkzZrwa9JvD33/0YcMKIIA3rCeOtpkJDDbr3My6iO5AAAI5CSCAc4LHaTcNAQTwpjFOaCUENkUBBPCmOGpo82smkO3W/bPuLH7NTooTQQACLSGAAG6JYUYnIQABCEBgpAkggEfaiKA9EIAABCDQEgII4JYYZnQSAhCAAARGmgACeKSNCNoDAQhAAAItIYAAbolhRichAAEIQGCkCSCAR9qIoD0QgAAEINASAgjglhhmdBICEIAABEaaAAJ4pI0I2gMBCEAAAi0hgABuiWHOv5NBEByrFYG0JZ7nXdfT0/PX/FuFFkAAAhDITwABnJ/9JntmLYZQr9e7nHNvYeafW2tnD9eZpgA+XUS6mos5DPfdTfF9LSqgdW6ZeVm1Wv1Rf3//0kY/fN+fQESHiMj8Aw44YKYWoh+uj0EQaElD/d6fPM+7U0sO6neyAg5a+WgPEZkTx/HPGsfK3guYedsoiq5r/vNaraZte8uq38mqG31YREYz812Ngg/63SAIxmu1JBF5JUmS24aqrDRcf/A+BCDwr9VD4AGBYQWyqi8VIhrQ6kBEpD/Ib4mi6D+H/XJWgUYr92zOAZwF1XRm1qo7WsHn0FKpdLiWyQuC4ItENIWI+ojoWBG5P45jLaW32lcQBGcQ0VlEpFWejhORuXEcf1yrDS1YsOBHzrkd9EaIiDSIv26t/bGWeTTGXKe1b51zW8ZxrOXyaPz48cWOjo6IiJaJyO+ZOWTmK6IouiEIAq3qpDWbH2PmfxLRB0RkglamCsPwAi0zKCL9RLQ9M+vNwAGNGsdrMvb4DEzffb8AAA1LSURBVAQg8K8CmAHjilgrgXK53G2MOclaG2p5va6urjc65x6tVqsHt7W1aZm4I7S2KxEdLSKVJUuWnDhnzpwVTbO/XzQHsNYXZuZ51tors1nWFP1BH8ex1oZd7SsMQy1ErwGzp9YGZuYPRVH0T9/3ZzLzzdba2/TLYRieJSIHWWs/NmXKlD3TNL2JiN5FRPOY+aQoiv6QlTDUWV+RmctE9GC1Wg111qo1YbNydtqeV7LyfLcP07YeEbnBWqthpTNHDcm7kiR5tFQqPSYih1Yqlee6uroOds7N8jxvr56eHg28QV+TJ0/esb29fYkGeLlcHmeMuUNL7e2yyy7v0PJ81Wr1EK21Wy6XTzLGXLR48eIDtttuux2SJPGcc/sw87RGAIdh+HYRmb7//vsfoTPvcrm8lzHmRv3/+fPnf5KI9rbWnqml/Xzf/35WZ/nsIAjuYuZboyjqHT9+/KiOjo659Xr92JkzZ+JRwlr9DcKHIfD/BBDAuBrWSsD3/auZ+ZeNwu/6Zd/3H9Q6q0T0DiL6joh8YGBg4MHRo0c/TESfstZqbeCVL63BukoAH8nM3/Q87926rBoEgc7OpjfCa7DGZcukD6dpetqoUaPmJUmi9XC1oPvZ2Q3CidkNAgdBcK+IfFmDL0mS+0TkmnHjxvUuWLBAg/4Ma+2Ecrk80Rij9Xs/Uq1We0eNGtXvnPtuHMd3lcvlqcaY0PM8rQncXqvVdovj+FfDBPANIvKs53kXL126dOv29vbvMfMTIvKg1tS11h4dhmEXEX1VawkbYybNmDFDVxOGfQVBEBDRJ621xwRBcIreXIwbN+7cJ5988jxm/oiIbFsqlfZtBLreXDQHcFZv936dDFtrnymXy0cbY6YvX7787aNHj/6ec862tbXNrtVq1zDz20RkII7j9zSCX5esmXl3EYniOL5m2AbjAxCAwGoFEMC4ONZKICvP12etvbPxxSAIZomIFn/XH9jvi+P45Gzm92Pn3O2VSuXu1QXwGWec4S1atOjnzHxysVh8IUmSuxcvXvzu5lnzqg0Mw/A9InI9Ed2i74nINrrBS2d5WTj/PE3Td3uet0WapnfssMMOR/7tb3/bvlAoPMHM+izUMbPODk8eGBjYe9SoUeO1cH0cx1ogXmeslxPRr6y1N02ePHnPYrGoz7hnisidcRw/pKccCq2rq2sX59ytOtMlooXM/AIR6Sz4N8aYz+mMX0TGOedOMcbcJCJf0iX5rPLSfnpsZv5r83Pb7OZlLDPfQ0SnWmsfD4LgPCLal5m3cs4tL5VK5ydJ8qBz7n06w9bvrBrA+mdhGJ4vIl/RGwoR+Skz7+F53t76XJeZdQlal55vMcb8j3PuR+qarR78mJl/5ZybyMzXW2svHs5irS4ufBgCLSaAAG6xAV/f7gZB8FVjzIre3t5v6LE0QJ977rknnXOdhULhPbr0bK390JoGcPY5ncG2EdHf9JmptfbSodqZPd+c3gjgVQPL931dzn6MiF5PRKU4ji/zfX+sMeZxEVkZwNl3lhWLxSur1eoxxphzrLWTVg3gLMS2ZOYPENGJzPz3rH/DbpxqukHR5dvvEtEiEVkgIpfusMMOX9b31a5UKk3q6el5ZqgAzmaudxHRRY1Nb77vn2CM0ZucT8VxPD0Mw+2ccw+WSqUDenp69Bn9oAHcbBsEwf5EdLm19n1BEFwjImVjzNQoih4KgkBvSD5mrT0hCILZInJXHMffL5fLOxhjdAn/hCiKHl3fawrfh0CrCiCAW3Xk17Hf2W7cO5l5YrFY/EOtVjtfQ3fcuHHHz58//5R1CeCurq6dnHO6wehFY8xpvb29Tw/VvM7OztcXCgWdqZ0Sx/HjYRhuW6/Xd+nr65uXBaiGypeIaFS1Wj2zv7//2QMPPNAbO3asLol/y/M8u2TJklHt7e37xXH8SPYMeNAA9n3/HUmSPK87fsvl8r7GmJ5qtbqvPnMdjlA3NYnIOUQ0sVarHT0wMMAdHR2P6pL4uHHj7l6wYMFHReQkz/OObuxqHuyY2gZjjD7TPieKIl3GXvmaNGnSG0qlku567l68ePH/brPNNpeIyFbZM9yVnxlsBqx/nu2QPpCIviciX4/jOCqXy8cZY6alaTq5UCjUiSjSG5Zx48bdPn/+fF2luCGKounlcnk7Y4z+/4kI4OGuArwPgdULIIBxday1QLYrdxoRbScifYVC4Zze3t6/B0Fw6uoCWJepNYgaJxORFwYGBnadPXv2siw0dXZXtNbqM85hX1lo6lLxXkT0tDHm0729vXqMRrjcLyL/iON4auNgXV1dB6Rpqs8tD9Gw12fP1trLhwrgLJSuJaJdiOj3zrkLm5fUVxOYh2S7khfpTuh6vT6tr69Pl6FJ2+Cc+4GI7MfMDxUKhVNnzJjx1FAdDoJAl/BXzs4bL+fcZG1HGIaTReRqItqRmW2tVjvj7rvvfinrk97UvPoSkc/FcfytbCyOJiJdkr9cN1ZlH+IwDC8SkS+IiGHmyzzP+5reHOimNxHR5/u6RK7L25fHcaz+Qy7HDzuQ+AAEWlgAAdzCgz9Sup79asw9ujQbx7E+48QLAhCAwGYvgADe7Id45HYwWwY9m4j015ee33///T+8Jv8oxcjtEVoGAQhAYM0FEMBrboVPbmCBRgCLyKJSqXTXUM9BN/CpcTgIQAACuQsggHMfAjQAAhCAAARaUQAB3Iqjjj5DAAIQgEDuAgjg3IcADYAABCAAgVYUQAC34qijzxCAAAQgkLsAAjj3IUADIAABCECgFQUQwK046ugzBCAAAQjkLoAAzn0I0AAIQAACEGhFAQRwK446+gwBCEAAArkLIIBzHwI0AAIQgAAEWlEAAdyKo44+QwACEIBA7gII4NyHAA2AAAQgAIFWFEAAt+Koo88QgAAEIJC7AAI49yFAAyAAAQhAoBUFEMCtOOroMwQgAAEI5C6AAM59CNAACEAAAhBoRQEEcCuOOvoMAQhAAAK5CyCAcx8CNAACEIAABFpRAAHciqOOPkMAAhCAQO4CCODchwANgAAEIACBVhRAALfiqKPPEIAABCCQuwACOPchQAMgAAEIQKAVBRDArTjq6DMEIAABCOQugADOfQjQAAhAAAIQaEUBBHArjjr6DAEIQAACuQsggHMfAjQAAhCAAARaUQAB3Iqjjj5DAAIQgEDuAgjg3IcADYAABCAAgVYUQAC34qijzxCAAAQgkLsAAjj3IUADIAABCECgFQUQwK046ugzBCAAAQjkLoAAzn0I0AAIQAACEGhFAQRwK446+gwBCEAAArkLIIBzHwI0AAIQgAAEWlEAAdyKo44+QwACEIBA7gII4NyHAA2AAAQgAIFWFEAAt+Koo88QgAAEIJC7AAI49yFAAyAAAQhAoBUFEMCtOOroMwQgAAEI5C6AAM59CNAACEAAAhBoRQEEcCuOOvoMAQhAAAK5CyCAcx8CNAACEIAABFpRAAHciqOOPkMAAhCAQO4CCODchwANgAAEIACBVhRAALfiqKPPEIAABCCQuwACOPchQAMgAAEIQKAVBRDArTjq6DMEIAABCOQugADOfQjQAAhAAAIQaEUBBHArjjr6DAEIQAACuQsggHMfAjQAAhCAAARaUQAB3Iqjjj5DAAIQgEDuAgjg3IcADYAABCAAgVYUQAC34qijzxCAAAQgkLsAAjj3IUADIAABCECgFQUQwK046ugzBCAAAQjkLoAAzn0I0AAIQAACEGhFAQRwK446+gwBCEAAArkLIIBzHwI0AAIQgAAEWlEAAdyKo44+QwACEIBA7gII4NyHAA2AAAQgAIFWFEAAt+Koo88QgAAEIJC7AAI49yFAAyAAAQhAoBUFEMCtOOroMwQgAAEI5C6AAM59CNAACEAAAhBoRQEEcCuOOvoMAQhAAAK5CyCAcx8CNAACEIAABFpRAAHciqOOPkMAAhCAQO4CCODchwANgAAEIACBVhRAALfiqKPPEIAABCCQuwACOPchQAMgAAEIQKAVBRDArTjq6DMEIAABCOQugADOfQjQAAhAAAIQaEUBBHArjjr6DAEIQAACuQsggHMfAjQAAhCAAARaUQAB3Iqjjj5DAAIQgEDuAgjg3IcADYAABCAAgVYUQAC34qijzxCAAAQgkLsAAjj3IUADIAABCECgFQUQwK046ugzBCAAAQjkLoAAzn0I0AAIQAACEGhFAQRwK446+gwBCEAAArkLIIBzHwI0AAIQgAAEWlEAAdyKo44+QwACEIBA7gII4NyHAA2AAAQgAIFWFEAAt+Koo88QgAAEIJC7AAI49yFAAyAAAQhAoBUFEMCtOOroMwQgAAEI5C6AAM59CNAACEAAAhBoRQEEcCuOOvoMAQhAAAK5CyCAcx8CNAACEIAABFpRAAHciqOOPkMAAhCAQO4CCODchwANgAAEIACBVhRAALfiqKPPEIAABCCQuwACOPchQAMgAAEIQKAVBRDArTjq6DMEIAABCOQugADOfQjQAAhAAAIQaEUBBHArjjr6DAEIQAACuQsggHMfAjQAAhCAAARaUeD/A7TOXYURTnq2AAAAAElFTkSuQmCC89,67,5,90,-2,0,190,8