Calculation Example: Area, Volume & Weight
In this example, we will take the details of the product we're producing and calculate the area, volume and weight of the product.
Asset | Property | Desc |
Paint Line | Thickness | The thickness of the product we're making (m) |
Paint Line | Width | The width of the product we're making (m) |
Known Values | Amount | Desc |
Density | 300 | The weight of 1 cubic meter of product (kg) |
Initial Layout
Step 1: Calculate Area
Before we can calculate the weight of our product, we need to know the area of our product.
Luckily, we're producing a rectangular slab, so it's as simple as width times height.
Get the Width
Click on the existing Input node, where it says none.
From the pop-up list, choose the width of your product.
Get the Thickness
Multiply the Numbers
Right-click an empty area and choose
Add Node,
Math and
Mult to add a new
Multiplication node.
Drag the output of your width and drag it to the first input of your new Multiplication node.
Drag the output of your thickness and drag it to the second input of your new Multiplication node.
Drag the output of your multiplication node and drag it to the input of your value node.
Step 2: Calculate Weight
To convert from a cross-sectional area to a weight, we need to know the density of the product - which in this case is 300kg for every 1 cubic metre.
The calculation module can have multiple outputs, so we can easily clone our existing output so that our calculation delivers both the area and the weight.
Create a Second Output
Right-click on the value node, choose Title and change its name to Area.
Right-click on the same node again, and choose Clone.
Right-click on the new node, choose Title and change its name to Weight.
Multiply the Area by the Density
Right-click empty space, choose
Add Node,
Basic and
Number Const.
Click the value on the new node and type '300'.
Right-click on the Mult node and choose Clone.
Drag the output of the Number Const into the new Mult node.
Drag the output of the original mult node into the new mult node.
Drag the output of the new Mult node into the input of the Weight node.
Step 3: Weight Rate
If needed, we could take this even further - multiplying the production speed by the new weight per meter would let us show how many tonnes per hour we're producing.
The Results
In the end, we have a chart and an API function that gives us quick access to the calculated values.