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main.py

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+import matplotlib.pyplot as plt
+
+# Predefined variables used in the functions, modifiable
+fireDelay = 0.7 #delay between weapon fires (in seconds)
+reloadTime = 0.5 #time per reload (in seconds)
+damagePerShot = 56000 #damage per shot
+magCap = 7 #shots per magazine
+ammoReserve = 20 #total reserve ammo
+shotsFired = 0
+nextFire = fireDelay
+totalDamage = 0
+dataPoints = 4500 #pls make datapoints and xScale in multiples of 10
+xScale = 45 #scale of the X axis
+yScale = 300000 #scale of the Y axis
+xIncrements = xScale/dataPoints
+timeElapsed = 0
+shotsFiredTotal = 0
+
+#graph limits
+plt.xlim(0, xScale)
+plt.ylim(0, 150000)
+
+x = [] #establish x array
+for i in range(dataPoints): #fills the x axis with standard units based on increments
+  x.append(round(i*xIncrements, 5))
+
+tDMG = [] #establish tDMG array and fill it
+for i in range(dataPoints):
+  if(shotsFiredTotal == ammoReserve): #checking for whether the entire reserve is emptied
+      totalDamage = totalDamage
+  else: #if reserve is not emptied, continues to check for next shot
+    if (shotsFired == magCap): #checking for reload
+      nextFire += reloadTime
+      shotsFired = 0
+    elif timeElapsed == nextFire: #checking whether or not it is time to fire
+      totalDamage += damagePerShot
+      nextFire += fireDelay
+      nextFire = round(nextFire, 5)
+      shotsFired += 1
+      shotsFiredTotal += 1
+    else: #if neither a reload or shot fires, keep value as is
+      totalDamage = totalDamage
+  timeElapsed += xIncrements
+  timeElapsed = round(timeElapsed, 8) #this round CHANGES the graph so careful with it
+  tDMG.append(totalDamage)
+
+dps = [0]
+for z in range(dataPoints):
+  if(z==0):
+    z = z
+  else:
+    dps.append(tDMG[z]/x[z])
+
+# Plot x axis, dps point on Y
+plt.plot(x,dps)
+# Add a legend and labels
+plt.legend(['dps'])
+plt.xlabel('x')
+plt.ylabel('value')
+
+# Show the plot
+plt.show()