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So after working with the answer given on the post I ended up with a Line graph that is not reactive, I understand that I have to tweak the code to suit the range of values I am getting which is shown below. I increased the limit as indicated by @patthoyts but I still couldn't get either lines to show up on the canvas and to even be reactive ( what i mean by that is to respond to the movement of the sensor). Also, do bear with me Editors!, if I'm going about editing this question the wrong way, is just that I'm quite desperate to have this issue resolved. Does anyone have any clue as to how I could resolve this issue. Thanks PS: I added both images , that of my data stream and the image on the canvas.

AcceleroMMA7361 ski;
int x;
int y;
int z;

void setup(){
    Serial.begin(115200);
    ski.begin(13, 12,11,10, A0, A1, A2);
    ski.setARefVoltage(3.3);             
    ski.setSensitivity(HIGH);
    ski.calibrate();
}

void loop(){
    x = ski.getXRaw();
    y = ski.getYRaw();
    z = ski.getZRaw();
    Serial.print("\nx: ");
    Serial.println(x);
    Serial.print("\ty: ");
    Serial.print(y);
    Serial.print("\tz: ");
    Serial.print(z);
    delay(10);                                     //(make it readable)
}//End of Arduino Sketch



  from Tkinter import *
  import serial #import Serial Library
  import numpy as np # Import numpy

  ardoData = serial.Serial('COM4', 115200) 
  accelX1 = []     #to hold the incoming axis data from the arduino
  accelY1 = []
  accelZ1 = []


  class GraphException(Exception):
      def __init__(self, string):
         Exception.__init__(self, string)

  class Smoking(Canvas):
     def __init__(self, master, FrameTitle, Col, Row, Height):
        Canvas.__init__(self, master)
          self.FrameTitle = FrameTitle
          self.x1Axis = range(1001)
          self.y1Axis = range(1001)
          self.z1Axis = range(1001)
          self.Line1 = range(1001)
          self.Line2 = range(1001)
          self.Line3 = range(1001)
          self.configure(height=Height, width=750, bg='grey', bd=3, relief=GROOVE)
         self.grid()
         self.grid_propagate(0)
         self.Col = Col
         self.Row = Row
         self.place(y=Col, x=Row)
         self.create_text(380, 20, text=self.FrameTitle, fill = 'black')
         for i in range(0, 1001):
            self.Line1[i] = self.create_line(-13+(i*13), 90, 0+(i*13), 90, fill='blue', width=0)
            self.Line2[i] = self.create_line(-13+(i*13), 90, 0+(i*13), 90, fill='red', width=0)
            self.Line3[i] = self.create_line(-13+(i*13), 90, 0+(i*13), 90, fill='yellow', width=0)

     def LiveValues(self,accelX1, accelY1, accelZ1, Centerline = False, Dritter = False):
          for x in range(1, 59):
             for i in np.arange(1, 1001, 1): 
                  while(ardoData.inWaiting() == 0):  
                      pass #do nothing
                  ardoString = ardoData.readline()              
                  dataArray = ardoString.strip().strip('\n')   #Split into an array called dataArray and strip off any spaces
                # Ensure that you are not working on empty line
               if ardoString:
                   dataArray = ardoString.split(",")
               if len(dataArray) > 1:
                   self.x1Axis = int(dataArray[0])
                   self.y1Axis = int(dataArray[1])
                   self.z1Axis = int(dataArray[2])
                   accelX1.append(self.x1Axis)
                   accelY1.append(self.y1Axis)
                   accelZ1.append(self.z1Axis)
              for x in range(0, 1001):
                 self.coords(self.Line1[x], -13+(x*10), self.accelX1[x], (x*10), self.accelX1[x+1])
                 self.coords(self.Line2[x], -13+(x*10), self.accelY1[x], (x*10), self.accelY1[x+1])
                 self.coords(self.Line3[x], -13+(x*10), self.accelZ1[x], (x*10), self.accelZ1[x+1])


   # Create and run the GUI
   root = Tk()
   app = Smoking(root, "Smooth Sailing", 1000, 1000, 1000)
   app.mainloop()

AcceleroMMA7361 ski;
int x;
int y;
int z;

void setup(){
    Serial.begin(115200);
    ski.begin(13, 12,11,10, A0, A1, A2);
    ski.setARefVoltage(3.3);             
    ski.setSensitivity(HIGH);
    ski.calibrate();
}

void loop(){
    x = ski.getXRaw();
    y = ski.getYRaw();
    z = ski.getZRaw();
    Serial.print("\nx: ");
    Serial.println(x);
    Serial.print("\ty: ");
    Serial.print(y);
    Serial.print("\tz: ");
    Serial.print(z);
    delay(10);                                     //(make it readable)
}//End of Arduino Sketch



  from Tkinter import *
  import serial #import Serial Library
  import numpy as np # Import numpy

  ardoData = serial.Serial('COM4', 115200) 
  accelX1 = []     #to hold the incoming axis data from the arduino
  accelY1 = []
  accelZ1 = []


  class GraphException(Exception):
      def __init__(self, string):
         Exception.__init__(self, string)

  class Smoking(Canvas):
     def __init__(self, master, FrameTitle, Col, Row, Height):
        Canvas.__init__(self, master)
          self.FrameTitle = FrameTitle
          self.x1Axis = range(1001)
          self.y1Axis = range(1001)
          self.z1Axis = range(1001)
          self.Line1 = range(1001)
          self.Line2 = range(1001)
          self.Line3 = range(1001)
          self.configure(height=Height, width=750, bg='grey', bd=3, relief=GROOVE)
         self.grid()
         self.grid_propagate(0)
         self.Col = Col
         self.Row = Row
         self.place(y=Col, x=Row)
         self.create_text(380, 20, text=self.FrameTitle, fill = 'black')
         for i in range(0, 1001):
            self.Line1[i] = self.create_line(-10+(i*10), 90, 0+(i*10), 90, fill='blue', width=0)
            self.Line2[i] = self.create_line(-10+(i*10), 90, 0+(i*10), 90, fill='red', width=0)
            self.Line3[i] = self.create_line(-10+(i*10), 90, 0+(i*10), 90, fill='yellow', width=0)

     def LiveValues(self,accelX1, accelY1, accelZ1, Centerline = False, Dritter = False):
          for x in range(1, 59):
             for i in np.arange(1, 1001, 1): 
                  while(ardoData.inWaiting() == 0):  
                      pass #do nothing
                  ardoString = ardoData.readline()              
                  dataArray = ardoString.strip().strip('\n')   #Split into an array called dataArray and strip off any spaces
                # Ensure that you are not working on empty line
               if ardoString:
                   dataArray = ardoString.split(",")
               if len(dataArray) > 1:
                   self.x1Axis = int(dataArray[0])
                   self.y1Axis = int(dataArray[1])
                   self.z1Axis = int(dataArray[2])
                   accelX1.append(self.x1Axis)
                   accelY1.append(self.y1Axis)
                   accelZ1.append(self.z1Axis)
              for x in range(0, 1001):
                 self.coords(self.Line1[x], -10+(x*10), self.accelX1[x], (x*10), self.accelX1[x+1])
                 self.coords(self.Line2[x], -10+(x*10), self.accelY1[x], (x*10), self.accelY1[x+1])
                 self.coords(self.Line3[x], -10+(x*10), self.accelZ1[x], (x*10), self.accelZ1[x+1])


   # Create and run the GUI
   root = Tk()
   app = Smoking(root, "Smooth Sailing", 1000, 1000, 1000)
   app.mainloop()