functioning examples

brg_freq_mesh.py

@@ -1,38 +1,39 @@
 import numpy as np
 import matplotlib.pyplot as plt
 from matplotlib.widgets import Slider, Button
-
+import random
 
 soundscape = np.empty((1000,1))
 for i in range(1000):
-	soundscape[(i,0)] = -.003*i-60
+	soundscape[(i,0)] = -.03*i-60
 brgs = np.ones((1,360))
 brg_freq = np.matmul(soundscape, brgs)
 
-targ_brg = [60]
-brg_width = [5]
-tonals = [20,40,100,500, 800]  	#build our threat object here
-tonal_widths = [2,2,2,2,2]		#how diffuse is each tonal
-decr = [.8,.8,.8,.90,.90]		#sound decrement from ambient
+
+targ_brg = [60,220]
+brg_width = [5, 5]
+tonals = [[20,40,100,500, 800], [30,60,200,250,500]]  	#build our threat object here
+tonal_widths = [[2,2,2,2,2], [6,5,4,3,2]]		#how diffuse is each tonal
+decr = [[.8,.8,.8,.90,.90], [.7,.6,.5,.4,.3]]		#sound decrement from ambient
+
+i = 0
+while i < 50000:
+	brg_freq[random.randint(0,999),random.randint(0,359)] = random.randint(-60,-50)
+	i+=1	
 
 
-for azim,spread in zip(targ_brg,brg_width):
+for azim,spread,x,y,z in zip(targ_brg,brg_width, tonals, tonal_widths, decr):
 	brg = azim - spread//2
 	while brg <= azim + spread//2:	
-		for tone,wide,loud in zip(tonals, tonal_widths, decr):#right now the source is based on bkgd
+		for tone,wide,loud in zip(x,y,z):
 			freq = tone - wide//2			#strength, but we will need to just
 			while freq < tone + wide//2:		#assign values
-				brg_freq[(freq,brg)] = -50	#
+				brg_freq[(freq,brg)] = -35	#
 				freq += 1
 		brg += 1
 
-axtime = plt.axes()
-time = Slider(axtime, "Time", 0, 60)
-def update(brg):
-	t = time.val
-time.on_changed(update)
 
-plt.imshow(brg_freq)
+plt.imshow(brg_freq, origin="lower", aspect=.25)
 plt.colorbar()
 plt.show()
 
@@ -40,3 +41,5 @@ plt.show()
 
 
 
+
+