update

lights.gd

@@ -2,6 +2,10 @@ extends MeshInstance
 
 var t = 0.0
 var mat
+var peakt = 0.0
+var peako = false
+
+const dim = 0.2
 
 var lights = [
 	[Vector3(6,-4.5,-2.25),Vector3.ZERO],
@@ -10,18 +14,34 @@ var lights = [
 	[Vector3(10,-4.5,-8),Vector3.ZERO]
 ]
 
+func rcv3():
+	var tcol = Color.from_hsv(randf(),rand_range(0.85,1),1.0)
+	return Vector3(tcol.r,tcol.g,tcol.b)
+
 func _ready():
 	for light in lights:
 		light[0] = to_global(light[0])
 	mat = get_surface_material(1)
+	for light in lights:
+		light[1] = rcv3()*dim
 
 func _process(delta):
 	t += delta
-	lights[0][1] = Vector3(1,0,0)*(sin(t*4)/2+0.5)
-	lights[1][1] = Vector3(0,1,0)*(sin(t*5.123)/2+0.5)
-	lights[2][1] = Vector3(0,0,1)*(sin(t*6.7)/2+0.5)
-	lights[3][1] = Vector3(1,0.5,0)*(sin(t*3.141)/2+0.5)
+	if !peako and $kobolds.rpeak >= 0.5 and peakt >= 0.2:
+		peako = true
+		lights[randi()%len(lights)][1] = rcv3()
+	if peako and $kobolds.rpeak <= 0.3:
+		peako = false
+		peakt = 0.0
+	#lights[0][1] = Vector3(1,0,0)*float(cycle==0) #(sin(t*4)/2+0.5)
+	#lights[1][1] = Vector3(0,1,0)*float(cycle==1) #(sin(t*5.123)/2+0.5)
+	#lights[2][1] = Vector3(0,0,1)*float(cycle==2) #(sin(t*6.7)/2+0.5)
+	#lights[3][1] = Vector3(1,0.5,0)*float(cycle==3) #(sin(t*3.141)/2+0.5)
 	mat.set_shader_param("col1",lights[0][1])
 	mat.set_shader_param("col2",lights[1][1])
 	mat.set_shader_param("col3",lights[2][1])
 	mat.set_shader_param("col4",lights[3][1])
+	for light in lights:
+		if Color(light[1].x,light[1].y,light[1].z).v > 0.2:
+			light[1] *= 0.9
+	peakt += delta