1、註釋
語法：#（comments）
# 計算A的值
A = (1 + 1)
# return 2
2、基本加減乘除、賦值：
A = 4
B = 2
#return 6
A + B
#return 2
A - B
#return 8
A * B
#return 2
A / B
3、類型轉換：
1）轉換成整形
語法：INT(value)
2）轉換成浮點類型
語法：FLOAT(value)
3）轉換成布爾類型
語法：BOOL(valued)
4）轉換成字符串類型
語法：STRING(value)
4、內置函數：
1）絕對值
語法：ABS(value)
2) 動畫
語法：Animation（property，“animationDataResourceID”）
3）計算大於等於的最小的整數
CEIL(value)
4）將值限定到一定範圍(MIN(MAX(value,low),high))
語法：CLAMP(low,high,value)
5）計算小於等於的最大整數
語法：FLOOR(value)
6）Linear step（return the same value as CLAMP(0,1,(value-low)/(high-low)）
語法：LINEARSTEP(low,high,value)
7）Round（計算最接近的整數）
語法：ROUND(value)
8）指數
語法：POW（n,e）
9）求模
語法：MOD（value1，value2）
10）求平方根
語法：SQRT（n）
11）比較閾值
語法：STEP（threshold,value）
返回值：如果大於等於threshold，返回1，否則返回0.
12）顏色分量
語法：Color4（r,g,b,a）
# Sets the color to white and opaque.
Color4(1, 1, 1, 1)
# Same as above, but with alternative syntax.
Color(1, 1, 1, 1)
# Sets the color to red with 50% transparency.
Color4(1, 0, 0, 0.5)
# Invalid expression, one argument is missing.
Color4(0.1, 1, 0.4)
# Use variables as attributes of the Color4() to assign the
# attribute values of the whole Color property.
#
# Assigns custom properties Red, Green, and Blue to variables
# you use to control the color of an object.
red = {@./Red}
green = {@./Green}
blue = {@./Blue}
color = Color4(0, 0, 0, 1)
# Assigns the red, green, and blue variables to each color channel attribute.
color.ColorR = red
color.ColorG = green
color.ColorB = blue
color
13) 轉換分量
語法：MatrixSRT(ScaleX,ScaleY,ScaleZ,RotationX,RotationY,RotationZ,TranslationX,TranslationY,TranslationZ)
# Scales the object on the x, y, and z axes to 1 unit,
# rotates it around the x axis by 30 degrees
# and moves it on the z axis by 2 units.
MatrixSRT(1, 1, 1, 30, 0, 0, 0, 0, 2)
# Use variables as attributes of the MatrixSRT() to assign the
# attribute values of the whole Render Transformation property.
# Assigns custom property Rotation to a variable you use to control
# the rotation of an object.
rotate = {@./Rotation}
position = MatrixSRT(1, 1, 1, 0, 0, 0, 0, 0, 0)
# Assigns the rotation variable to each rotation attribute.
position.RotationX = rotate
position.RotationY = rotate
position.RotationZ = rotate
position
接下里看看綁定的表達式：
1、屬性綁定：
語法：{[path]/[property]}
當你在路徑前使用@符號，當資源和目標對象之間位置發生了改變，kanzi sudio會自動幫你更新綁定的表達式，否則，如果沒有用@符號，節點相對位置發生了改變，表達式不會更新，綁定就會失效。但是要注意使用@符號用於屬性綁定只能用於同一個模板，不能用於不同模板之間。
# Binds to property Layout Width of the current object.
{@./LayoutWidth}
# Binds to the property FOV of the Camera object.
{../Camera/Fov}
2、別名（alias）綁定
語法：{#[aliasName]/[property]}
# Binds to the Layout Width property of the target object of the alias named Sphere.
{#Sphere/LayoutWidth}
# Multiplies the FOV property of the target object of the alias named MainCamera
# with the Render Transformation property attribute Scale X.
{#MainCamera/Fov} * {../Box/RenderTransformation}.ScaleX
3、分量（attribute）綁定
語法：{[path]/[property].[attribute]}
# Binds to the attribute Scale X (value of the Scale X attribute)
# of the Box node's Layout Transformation property.
{../Box/LayoutTransformation}.ScaleX
# Multiply property FOV with Render Transformation property attribute Scale X.