LoTROInterface SVN Utilsx

Animator = class( DigitalUtopia.Utilsx.Timer );

function Animator:Constructor()
        DigitalUtopia.Utilsx.Timer.Constructor( self );
        
        self.twindow=Turbine.UI.Window();
        self.twindow:SetBackColor(Turbine.UI.Color(0,1,0,0))
        self.twindow:SetParent(self);
        self.startY=self.twindow:GetTop();

        self.AutoReset=true;
        self.Interval=0.05;
        self:Start();
        self.step=0;
        self.freq=60;
        self.mag=.5;
        self.init=1;
        self.lval=0;
        self.hval=1;
        self.done=false;
        self.aType=3;
        self.r=0;
        self.x=0;
        self.y=0;
        self.ms = Turbine.Engine.GetGameTime();
        
        
        --while (self.x < self.freq*3)do
                --self.y = self.y + 1;
        --      self.y = self.y % self.freq;
        --      self.x = self.x+1;
                --Turbine.Shell.WriteLine(self.y);
        --end
        
        while (self.x < self.freq*3)do
                self.y = self.y + 1;
                
                self.x = self.x+1;
                --Turbine.Shell.WriteLine(self.y);
        end
        
        self.round=function(num, idp)
        local mult = 10^(idp or 0)
        return math.floor(num * mult + 0.5) / mult
        end
        
        self.findStep=function(val)
                local sinval = val + (0-self.mag)
                while(self.done ~= true) do
                        local now = Turbine.Engine.GetGameTime();
                        local dt = now - self.ms;
                        self.step=self.step+1;
                        local r = (self.step/self.freq) * 2.0*math.pi;
                        local x = 0 + r*180/math.pi;
                local y = (self.mag)*math.sin(r);
                        --Turbine.Shell.WriteLine(sinval);
                        if (y+(self.hval-self.mag)==val)then
                                self.done=true;
                                --Turbine.Shell.WriteLine(self.step);
                                self:Start();
                        end
                end
        end
        
        self.TimerElapsed=function(sender,args)
                local now = Turbine.Engine.GetGameTime();
                local dt = now - self.ms;
                self.step=self.step+1;
                --Turbine.Shell.WriteLine(((self.init-self.mag)/self.mag)/math.pi/2);
                --Turbine.Shell.WriteLine(self.step);
                self.r=0;
                self.x=0;
                self.y=0;
                if (self.aType==0)then
                        --sine
                        self.r = (self.step/self.freq) * 2.0*math.pi;
                        self.x = 0 + self.r*180/math.pi;
                        self.y = math.sin(self.r);
                        if (self.y==-1)then
                                --Turbine.Shell.WriteLine(self.x)
                        end 
                        
                        self.twindow:SetBackColor(Turbine.UI.Color(((self.mag)*(self.y))+.5,1,0,0));
        elseif (self.aType==1)then
                --square
                self.r = (self.step/self.freq) * 2.0*math.pi;
                        self.x = 0 + self.r*180/math.pi;
                self.y =(self.round(math.sin(self.r),1));
                self.twindow:SetBackColor(Turbine.UI.Color(self.round(((self.mag)*(self.y))+.5,0),1,0,0));
                elseif (self.aType==2)then
                        --triangle
                self.x=self.step*(self.freq/10);
                self.y = ((self.freq/2) - math.abs(self.step % (self.freq) - (self.freq/2)))*2/(self.freq/2)-1;
                
                self.twindow:SetBackColor(Turbine.UI.Color(((self.mag)*(self.y))+.5,1,0,0));
        elseif (self.aType==3)then
                --sawtooth
                self.x=self.step*(self.freq/10);
                self.y = (self.step % self.freq)/(self.freq/2)-1;
                self.twindow:SetBackColor(Turbine.UI.Color(((self.mag)*(self.y))+.5,1,0,0));
        elseif(self.aType==4)then
                --inverse sawtooth
                self.x=self.step*(self.freq/10);
                self.y = ((self.freq/2) - (self.step % (self.freq) - (self.freq/2)))*2/(self.freq/2)-1;
                self.twindow:SetBackColor(Turbine.UI.Color(((self.mag)*(self.y))+.5,1,0,0));
        elseif(self.aType==5)then
                --convex curve
                self.x=self.step*(self.freq/10);
                self.y=math.pow(math.abs((self.step % self.freq)-(self.freq/2)),2.0);
                --Turbine.Shell.WriteLine(self.y);
        elseif(self.aType==6)then
                --concave curve
                self.x=self.step*(self.freq/10);
                
        end
        --Turbine.Shell.WriteLine(y+(self.hval-self.mag));
        
        end
        

        --self.findStep(1);
        
        
        
end