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Hello community, I'm just letting you know is Happy Halloween platform level is out now so if you want you can play on it now.

I have a new LBP fansite I have been working on with my free time called Little Big Planet Players Club! It has very little viewers so if you can join that would be awesomesauce! Also with my contest go and join my site for the rules and such! Thanks For Checking Out!


Fansite Link ====> http://littlebigplanetplayersclub.enjin.com/

Introduction
We can now perform 3 basic mathematical functions; Addition, Subtraction and Multiplication. So you may be asking yourself now "How can I divide?". Before we look at how division works we're going to learn about using a speed scale timer to create equilibrium in a system. In a formal mathematical sense we can use this to perform the inverse of an operation. So given that we are already able to multiply we can apply this knowledge to perform the inverse of multiplication; division. ...

Introduction
We can perform 'static multiplication' in LBP through addition by adding a signal to itself a number of times; for example, with a signal of 5%;

5 x 3 = 5 + 5 + 5 = 15%

I say 'static multiplication' because through this method we can only multiply our signal by the same amount (in this case 3) for every signal we plug in but what if we want to multiply one signal by another signal where both signals can be changing? For this we need to look at speed ...

At the end of the last tutorial we made note of how we could detect an analog signal. We said that we could use a positional sequencer with a battery that fills the entire sequencer (see figure 1). This ensures that if any signal is plugged into the sequencer, the battery will become active and give out a 100% ON output signal.

Figure 1
ZeroLatency1.jpg

The Problem with Sequencers -
This is good but there is a problem with it. Sequencers are ...