added sensor function, layout mods

python/mirror.py

 #!/usr/bin/env python3
 
 ###################################################
-active=True
+active=False
 
-commentfontsize=18
-commentleft=1400
+commentfontsize=28
+commentleft=1100
 commenttop=1000
-maxwidth=400
+maxwidth=700
 
 ###################################################
 
@@ -22,6 +22,8 @@ import RPi.GPIO as GPIO
 ###################################################
 #internal variables:
 
+
+sensortimeout=0
 evg = LibShapes()
 
 t=None
@@ -69,15 +71,15 @@ def quicktimerevent():
     toremove=-1
     for i in range(0,len(activecommentsopa)):
         if activecommentsopa[i]>0.01:
-            activecommentsopa[i]-=.01
-        if activecommentsopa[i]<0.01:
+            activecommentsopa[i]-=.005
+        if activecommentsopa[i]<0.005:
             activecommentsopa[i]=0
             toremove=i
     if toremove>-1:
         del activecomments[toremove]
         del activecommentsopa[toremove]            
 
-    print(activecomments)
+#    print(activecomments)
 
     tenthcounter+=1
     if tenthcounter==10:
@@ -93,7 +95,13 @@ def sectimerevent():
     global likecount
     global lastlike
     global activecommentsopa
+    global active
+    global sensortimeout
 
+    sensortimeout-=1
+    if sensortimeout==0:
+       active=False
+       sensor_off()
     val+=1
     currenttext=random.randint(0,textcount-2)
     
@@ -109,12 +117,12 @@ def sectimerevent():
             activecommentsopa.append(1)
     
     nl=random.randint(0,100)
-    if nl<10:
+    if nl<20:
         #print("new like")
         likecount+=1
-        lastlike=0
-        activecomments.clear()
-        activecommentsopa.clear()
+#        lastlike=0
+#        activecomments.clear()
+#        activecommentsopa.clear()
     else:
         lastlike+=1
   return
@@ -127,7 +135,7 @@ def readcontent():
         line = fp.readline()
         cnt = 1
         while line:
-            
+#            print(line)        
             textstore.append(breaklines(line.strip()))
             line = fp.readline()
             cnt += 1
@@ -167,6 +175,7 @@ def breaklines(line):
 
             res+=word+" "
 
+        print(res)
         tinfo.append(res)
         tinfo.append(linecount)
         return tinfo
@@ -175,7 +184,7 @@ def maketextbox(x,y,i,opa):
     #print("maketextbox")
     lines=textstore[i][1]
     evg.fill(255,255,255,opa)
-    height=lines*(commentfontsize+commentfontsize/3)+20
+    height=lines*(commentfontsize+commentfontsize/2.5)+20
     evg.round_rect(x,y-height,maxwidth+20,height,10,10)
     evg.fill(0,0,0,opa)
     evg.text(x+10,y-(commentfontsize+commentfontsize/3)-5,bytes(textstore[i][0],'utf-8'), None, commentfontsize)
@@ -197,9 +206,11 @@ def sensor_on():
     global lastlike
     global activecomments
     global activecommentsopa
+    global likecount
+    likecount=0
     activecomments.clear()
     activecommentsopa.clear()
-    lastlike=-1
+    lastlike=0
     active=True
 
 def sensor_off():
@@ -223,6 +234,8 @@ t2 = aTimer(.1,quicktimerevent)
 t2.start()
 lastsens=True
 
+#quit()
+
 while 1:
     evg.begin()
 
@@ -230,20 +243,20 @@ while 1:
 
     evg.background(0, 0, 0)
 
-    evg.image(30,30, 150,150, b'heart.jpg')
+    evg.image(30,60, 150,150, b'heart.jpg')
     
     if active:
         evg.fill(255,255,255,1)
         
         if (lastlike!=-1):
-            evg.text(160,60,bytes("Gefällt",'utf-8'), None, commentfontsize)
+            evg.text(160,90,bytes("Gefällt",'utf-8'), None, commentfontsize)
         
             evg.text(50,30,bytes("vor "+str(lastlike)+" Sekunden",'utf-8'), None, commentfontsize)
 
-            evg.text(250,60,bytes(str(likecount),'utf-8'), None, 100)
+            evg.text(290,90,bytes(str(likecount),'utf-8'), None, 100)
             lw=evg.text_width(bytes(str(likecount),'utf-8'), None, 100)
 
-            evg.text(250+lw+10,60,bytes("Mal",'utf-8'), None, commentfontsize)
+            evg.text(290+lw+10,90,bytes("Mal",'utf-8'), None, commentfontsize)
         
         
         makecomments()
@@ -252,10 +265,11 @@ while 1:
     sens=GPIO.input(sensor)
     if sens!=lastsens:
         lastsens=sens
-        if sens==False:
+        if sens==True:
+            if sensortimeout==0:
                sensor_on()
-        else:
-            sensor_off()
+            print("ON")
+            sensortimeout=15
 
 
 #input()