chore(i18n,learn): processed translations (#95)

curriculum/challenges/chinese-traditional/07-scientific-computing-with-python/learn-classes-and-objects-by-building-a-sudoku-solver/6606b63c0fd55e4314d2ec85.md

@@ -7,7 +7,7 @@ dashedName: step-18
 
 # --description--
 
-If `0` is found, the function should immediately return a tuple containing the row index and column index of the empty cell.
+If `0` is found, the method should immediately return a tuple containing the row index and column index of the empty cell.
 
 Inside the `try` block, after the assignment of `col`, return `row, col`.
 

curriculum/challenges/chinese-traditional/07-scientific-computing-with-python/learn-encapsulation-by-building-a-projectile-trajectory-calculator/660400f02cf3a76795b82d4e.md

@@ -26,7 +26,7 @@ displacement_of_ball = ball._Projectile__calculate_displacement() # 12.617399600
 
 # --hints--
 
-You should declare a function called `__calculate_displacement` with `def __calculate_displacement(self):`.
+You should declare a method called `__calculate_displacement` with `def __calculate_displacement(self):`.
 
 ```js
 ({test: () => assert(runPython(`_Node(_code).find_class("Projectile").has_function("__calculate_displacement")`))})

curriculum/challenges/chinese-traditional/07-scientific-computing-with-python/learn-encapsulation-by-building-a-projectile-trajectory-calculator/6616ec0bf9ee8548ce6b0f08.md

@@ -7,7 +7,7 @@ dashedName: step-6
 
 # --description--
 
-Now it's time to work on the function to calculate the coordinates of the trajectory! Create a method of the `Projectile` class named `__calculate_y_coordinate`, it should have, other than `self`, an `x` parameter.
+Now it's time to work on calculating the coordinates of the trajectory! Create a method of the `Projectile` class named `__calculate_y_coordinate`, it should have, other than `self`, an `x` parameter.
 
 \\[ y = y_0 + x \tan\theta - \frac{g x^2}{2 v_0^2 \cos^2\theta} \\]
 

curriculum/challenges/chinese-traditional/07-scientific-computing-with-python/learn-encapsulation-by-building-a-projectile-trajectory-calculator/6633b4d3271d5b3aea1c1195.md

@@ -9,7 +9,7 @@ dashedName: step-15
 
 Now it's time for the graph. Create a method `create_trajectory` and replace the last `print` call at the bottom of your code with `print(graph.create_trajectory())`.
 
-As the first step of this new function, make a local copy of the coordinates but where all the values are rounded to integers. Save this new version of the coordinates in a variable named `rounded_coords`, and return this variable.
+As the first step of this new method, make a local copy of the coordinates but where all the values are rounded to integers. Save this new version of the coordinates in a variable named `rounded_coords`, and return this variable.
 
 # --hints--
 

curriculum/challenges/chinese-traditional/07-scientific-computing-with-python/learn-encapsulation-by-building-a-projectile-trajectory-calculator/66475bab40e5125c84b03337.md

@@ -15,7 +15,7 @@ Return `x_max, y_max`.
 
 # --hints--
 
-The function should return `x_max, y_max`.
+The method should return `x_max, y_max`.
 
 ```js
 ({

curriculum/challenges/chinese-traditional/07-scientific-computing-with-python/learn-interfaces-by-building-an-equation-solver/664eef158d792a509e8d708a.md

@@ -17,7 +17,7 @@ spam == 'Always look on the spam side of life' # True
 
 It takes three arguments: the regex pattern to match, the replacement, and the string on which you want to perform the replacement.
 
-From your `__str__` function, return a `sub()` call passing the string `'1'`, an empty string, and your existing `equation_string.strip('+')` call as the arguments. This will replace each `1` with an empty string. The result is not refined yet and you'll continue to work on the regex pattern in the next steps.
+From your `__str__` method, return a `sub()` call passing the string `'1'`, an empty string, and your existing `equation_string.strip('+')` call as the arguments. This will replace each `1` with an empty string. The result is not refined yet and you'll continue to work on the regex pattern in the next steps.
 
 # --hints--
 

curriculum/challenges/chinese-traditional/07-scientific-computing-with-python/learn-string-manipulation-by-building-a-cipher/6551eebe6cbb2e6cadf9b468.md

@@ -7,15 +7,15 @@ dashedName: step-2
 
 # --description--
 
-變量可以存儲不同數據類型的值。 You just assigned an integer value, but if you want to represent some text, you need to assign a string. Strings are sequences of characters enclosed by single or double quotes, but you cannot start a string with a single quote and end it with a double quote or vice versa:
+變量可以存儲不同數據類型的值。 You just assigned an integer value, but if you want to represent some text, you need to assign a string. 字符串是由單引號或雙引號包含的字符序列， 但你不能以單引號開始一個字符串，然後以雙引號結尾，反之亦然：
 
 ```py
 string_1 = "I am a string"
 string_2 = 'I am also a string'
 string_3 = 'This is not valid"
 ```
 
-刪除你的 `number` 變量及其值。 Then, declare another variable called `text` and assign the string `'Hello World'` to this variable.
+刪除你的 `number` 變量及其值。 然後聲明另一個變量名爲 `text` 並將字符串 `'Hello World'` 分配到這個變量。
 
 # --hints--
 
@@ -32,7 +32,7 @@ You should declare a variable called `text`. 注意將變量名放在行首。
 assert.match(code, /^text\s*=/m)
 ```
 
-You should assign the string `'Hello World'` to your `text` variable. Remember to use either single or double quotes to enclose the string and pay attention to the letter case.
+You should assign the string `'Hello World'` to your `text` variable. 請記住使用單引號或雙引號將字符串括起來，並注意字母大小寫。
 
 ```js
 assert.match(code, /^text\s*=\s*("|')Hello World\1\s*(#.*)?$/m)

curriculum/challenges/chinese-traditional/07-scientific-computing-with-python/learn-string-manipulation-by-building-a-cipher/6551ef504d91936d2d4e54f8.md

@@ -7,16 +7,16 @@ dashedName: step-4
 
 # --description--
 
-An *argument* is an object or an expression passed to a function — added between the opening and closing parentheses — when it is called:
+*argument*是傳遞給函數的對象或表達式 - 在調用時添加在左括號和右括號之間：
 
 ```py
 greet = 'Hello!'
 print(greet)
 ```
 
-The code in the example above would print the string `'Hello!'`, which is the value of the variable `greet` passed to `print()` as the argument.
+上面例子中的代碼將打印字符串 `'Hello!'`，它是作爲參數傳遞給 `print()` 的變量 `greet` 的值。
 
-Print your `text` variable to the screen by passing the `text` variable as the argument to the `print()` function.
+通過將 `text` 變量作爲參數傳遞給 `print()` 函數，將 `text` 變量打印到屏幕上。
 
 # --hints--
 

curriculum/challenges/chinese-traditional/07-scientific-computing-with-python/learn-string-manipulation-by-building-a-cipher/6553a572f7a65718f1e42e18.md

@@ -7,14 +7,14 @@ dashedName: step-49
 
 # --description--
 
-A function is essentially a reusable block of code. You have already met some built-in functions, like `print()`, `find()` and `len()`. But you can also define custom functions like this:
+函數本質上是可重複使用的代碼塊。 You have already met some built-in functions, like `print()`, `find()` and `len()`. But you can also define custom functions like this:
 
 ```py
 def function_name():
     <code>
 ```
 
-A function declaration starts with the `def` keyword followed by the function name — a valid variable name — and a pair of parentheses. The declaration ends with a colon.
+函數聲明以 `def` 關鍵字開始，然後是函數名稱——一個有效的變量名稱——和一對括號。 聲明以冒號結束。
 
 Right after your `shift` variable, declare a function called `caesar` and indent all the following lines to give your new function a body.
 

curriculum/challenges/chinese-traditional/07-scientific-computing-with-python/learn-string-manipulation-by-building-a-cipher/6553a7d8d05cbb1ae335a665.md

@@ -7,13 +7,13 @@ dashedName: step-45
 
 # --description--
 
-When the loop reaches the letter `Z`, the sum `index + shift` exceeds the last index of the string `alphabet`. Therefore, `alphabet[new_index]` is trying to use an invalid index, which causes an `IndexError` to be thrown.
+當循環到達字母 `Z` 時，`index + shift` 之和超過了字符串 `alphabet` 的最後一個索引。 因此，`alphabet[new_index]` 嘗試使用無效索引，這會導致拋出 `IndexError` 異常。
 
 You can notice that the output in the terminal stops at the space immediately before the `Z`, the last `print` before the error is thrown.
 
-In this case, the modulo operator (`%`) can be used to return the remainder of the division between two numbers. For example: `5 % 2` is equal to `1`, because 5 divided by 2 has a quotient of 2 and a remainder of 1.
+在這種情況下，模運算符 (`%`) 可用於返回兩個數字相除的餘數。 例如：`5 % 2` 等於 `1`，因爲 5 除以 2 的商爲 2，餘數爲 1。
 
-Surround `index + shift` with parentheses, and modulo the expression with `26`, which is the `alphabet` length.
+將 `index + shift` 用括號括起來，並用 `26`（即 `alphabet` 長度）對錶達式取模。
 
 # --hints--
 

curriculum/challenges/chinese-traditional/14-responsive-web-design-22/learn-basic-css-by-building-a-cafe-menu/5f3477cb2e27333b1ab2b955.md

@@ -7,7 +7,7 @@ dashedName: step-16
 
 # --description--
 
-Now you need to link the `styles.css` file, so the styles will be applied again. Inside the `head` element, add a `link` element. Give it a `rel` attribute with the value of `"stylesheet"` and a `href` attribute with the value of `"styles.css"`.
+Now you need to link the `styles.css` file, so the styles will be applied again. Inside the `head` element, add a `link` element. Give it a `rel` attribute with the value of `"stylesheet"` and an `href` attribute with the value of `"styles.css"`.
 
 # --hints--
 

curriculum/challenges/chinese-traditional/15-javascript-algorithms-and-data-structures-22/build-a-cash-register-project/build-a-cash-register.md

@@ -34,20 +34,20 @@ dashedName: build-a-cash-register
 |   Twenty Dollars    |    20 美元（TWENTY）    |
 | One Hundred Dollars | 100 美元（ONE HUNDRED） |
 
-**目標：** 構建一個功能和 <a href="https://cash-register.freecodecamp.rocks" target="_blank" rel="noopener noreferrer nofollow">https://cash-register.freecodecamp.rocks</a> 類似的應用。
+**Objective:** Build an app that is functionally similar to <a href="https://cash-register.freecodecamp.rocks" target="_blank" rel="noopener noreferrer nofollow">https://cash-register.freecodecamp.rocks</a>.
 
 **用戶需求：**
 
-1. 你應該有一個 `id` 爲 `"cash"` 的 `input` 元素
-1. 你應該有一個 `id` 爲 `"change-due"` 的 `div`、`span` 或者 `p` 元素。
-1. 你應該有一個 `button` 元素，它的`id` 爲 `"purchase-btn"`
-1. 當 `#cash` 元素中的值小於 `price`，應該出現提示 `"Customer does not have enough money to purchase the item"`
-1. 當 `#cash` 元素中的值等於 `price` 時，`#change-due` 元素的值應爲 `"No change due - customer paid with exact cash"`
-1. 當 `price` 爲 `19.5` 時，`#cash` 元素的值爲 `20`，`cid` 是 `[["PENNY", 1.01], ["NICKEL", 2.05], ["DIME", 3.1], ["QUARTER", 4.25], ["ONE", 90], ["FIVE", 55], ["TEN", 20], ["TWENTY", 60], ["ONE HUNDRED", 100]]`，當 `#purchase-btn` 元素被點擊後，`#change-due` 元素的值應該是 `"Status: OPEN QUARTER: $0.5"`
-1. 當 `price` 爲 `3.26` 時，`#cash` 元素中的值爲 `100`，`cid` 爲 `[["PENNY", 1.01], ["NICKEL", 2.05], ["DIME", 3.1], ["QUARTER", 4.25], ["ONE", 90], ["FIVE", 55], ["TEN", 20], ["TWENTY", 60], ["ONE HUNDRED", 100]]`，並且點擊 `#purchase-btn` 元素時，`#change-due` 元素中的值應爲 `"Status: OPEN TWENTY: $60 TEN: $20 FIVE: $15 ONE: $1 QUARTER: $0.5 DIME: $0.2 PENNY: $0.04"`
-1. 當 `price` 爲 `19.5` 時，`#cash` 元素中的值爲 `20`，`cid` 爲 `[["PENNY", 0.01], ["NICKEL", 0], ["DIME", 0], ["QUARTER", 0], ["ONE", 0], ["FIVE", 0], ["TEN", 0], ["TWENTY", 0], ["ONE HUNDRED", 0]]`，並且點擊 `#purchase-btn` 元素時，`#change-due` 元素中的值應爲 `"Status: INSUFFICIENT_FUNDS"`
-1. 當 `price` 爲 `19.5` 時，`#cash` 元素中的值爲 `20`，`cid` 爲 `[["PENNY", 0.01], ["NICKEL", 0], ["DIME", 0], ["QUARTER", 0], ["ONE", 1], ["FIVE", 0], ["TEN", 0], ["TWENTY", 0], ["ONE HUNDRED", 0]]`，並且點擊 `#purchase-btn` 元素時，`#change-due` 元素中的值應爲 `"Status: INSUFFICIENT_FUNDS"`
-1. 當 `price` 爲 `19.5` 時，`#cash` 元素中的值爲 `20`，`cid` 爲 `[["PENNY", 0.5], ["NICKEL", 0], ["DIME", 0], ["QUARTER", 0], ["ONE", 0], ["FIVE", 0], ["TEN", 0], ["TWENTY", 0], ["ONE HUNDRED", 0]]`，並且點擊 `#purchase-btn` 元素時，`#change-due` 元素中的值應爲 `"Status: CLOSED PENNY: $0.5"`
+1. You should have an `input` element with an `id` of `"cash"`.
+1. You should have a `div`, `span` or `p` element with an `id` of `"change-due"`.
+1. You should have a `button` element with an `id` of `"purchase-btn"`.
+1. When the value in the `#cash` element is less than `price`, an alert should appear with the text `"Customer does not have enough money to purchase the item"`.
+1. When the value in the `#cash` element is equal to `price`, the value in the `#change-due` element should be `"No change due - customer paid with exact cash"`.
+1. When `price` is `19.5`, the value in the `#cash` element is `20`, `cid` is `[["PENNY", 1.01], ["NICKEL", 2.05], ["DIME", 3.1], ["QUARTER", 4.25], ["ONE", 90], ["FIVE", 55], ["TEN", 20], ["TWENTY", 60], ["ONE HUNDRED", 100]]`, and the `#purchase-btn` element is clicked, the value in the `#change-due` element should be `"Status: OPEN QUARTER: $0.5"`.
+1. When `price` is `3.26`, the value in the `#cash` element is `100`, `cid` is `[["PENNY", 1.01], ["NICKEL", 2.05], ["DIME", 3.1], ["QUARTER", 4.25], ["ONE", 90], ["FIVE", 55], ["TEN", 20], ["TWENTY", 60], ["ONE HUNDRED", 100]]`, and the `#purchase-btn` element is clicked, the value in the `#change-due` element should be `"Status: OPEN TWENTY: $60 TEN: $20 FIVE: $15 ONE: $1 QUARTER: $0.5 DIME: $0.2 PENNY: $0.04"`.
+1. When `price` is `19.5`, the value in the `#cash` element is `20`, `cid` is `[["PENNY", 0.01], ["NICKEL", 0], ["DIME", 0], ["QUARTER", 0], ["ONE", 0], ["FIVE", 0], ["TEN", 0], ["TWENTY", 0], ["ONE HUNDRED", 0]]`, and the `#purchase-btn` element is clicked, the value in the `#change-due` element should be `"Status: INSUFFICIENT_FUNDS"`.
+1. When `price` is `19.5`, the value in the `#cash` element is `20`, `cid` is `[["PENNY", 0.01], ["NICKEL", 0], ["DIME", 0], ["QUARTER", 0], ["ONE", 1], ["FIVE", 0], ["TEN", 0], ["TWENTY", 0], ["ONE HUNDRED", 0]]`, and the `#purchase-btn` element is clicked, the value in the `#change-due` element should be `"Status: INSUFFICIENT_FUNDS"`.
+1. When `price` is `19.5`, the value in the `#cash` element is `20`, `cid` is `[["PENNY", 0.5], ["NICKEL", 0], ["DIME", 0], ["QUARTER", 0], ["ONE", 0], ["FIVE", 0], ["TEN", 0], ["TWENTY", 0], ["ONE HUNDRED", 0]]`, and the `#purchase-btn` element is clicked, the value in the `#change-due` element should be `"Status: CLOSED PENNY: $0.5"`.
 
 滿足用戶故事並通過下面的所有測試來完成這個項目。 賦予它你的個人風格. 祝你編碼愉快！
 
@@ -465,8 +465,9 @@ for (const [denominationName, denomination] of _money) {
   const maxCountInChange = Math.floor(changeLeft / denomination);
   // If denomination can complete required changeLeft, available amount in drawer cannot
   // equal the maximum. Otherwise count in drawer can be greater than maximum count in change.
+  let defaultAmount = denomination < 100 ? 3 : 15
   const drawerCount = _randomNumber(
-    changeLeft % denomination === 0 ? Math.min(15, maxCountInChange - 1) : 15
+    changeLeft % denomination === 0 ? Math.min(defaultAmount, maxCountInChange - 1) : defaultAmount
   );
   const amountInDrawer = drawerCount * denomination;
   _cashInDrawer.push([denominationName, amountInDrawer / 100]);