1.6.5.1

Release 1.6.5.1

pygameextra/PKG-INFO

@@ -0,0 +1,16 @@
+Metadata-Version: 2.1
+Name: pygameextra
+Version: 1.6.5.1
+Summary: pygame extra is a mask for pygame, you can easily make complex games and or apps with much less lines then you would of before, Pygame Extra makes coding easier. The online documentation can be found at: https://pygame-extra.readthedocs.io/en/latest/
+License: BSD-3-Clause
+Author: RedstoneHair
+Requires-Python: >=3.5
+Classifier: License :: OSI Approved :: BSD License
+Classifier: Programming Language :: Python :: 3
+Classifier: Programming Language :: Python :: 3.5
+Classifier: Programming Language :: Python :: 3.6
+Classifier: Programming Language :: Python :: 3.7
+Classifier: Programming Language :: Python :: 3.8
+Classifier: Programming Language :: Python :: 3.9
+Requires-Dist: pygame (>=1.9.6)
+Requires-Dist: requests (>=2.22.0)

pygameextra/build/scripts-3.8/pygameextra-pong → pygameextra/pygameextra/build/scripts-3.8/pygameextra-pong

@@ -1,10 +1,12 @@
-#!/usr/bin/env python
+#!/usr/bin/python3
 
+print("PGE-pong, unstable!!!")
 import pygameextra as pe
 pe.init()
 if True:
+    hit = pe.sound.load(pe.scriptpath + '/examples/pong/pong.ogg')
     #SETUP \/
-    ballP = [[0,0]] * 20
+    ballP = [[0,0]] * 1
     bot = False
     botT = False
     speed = 10
@@ -13,7 +15,7 @@ if True:
     pe.display.make((1000,600), 'Pong')
     playerS = 0
     playerTS = 0
-    ballSO = [5,5]
+    ballSO = [4,4]
     ballS = [1,1]
     playerTR = pe.rect(0,250,15,100)
     playerR = pe.rect(985,250,15,100)
@@ -107,7 +109,7 @@ if True:
 
     def draw_all():
       pe.fill.full(background)
-      pe.draw.line(pe.color.gray,(500,0,500,600),5)
+      pe.draw.line(pe.color.gray,(500,0),(500,600),5)
       pe.text.display(scoreT[0])
       pe.text.display(scoreT[1])
       pe.draw.rect(white,playerR,0)
@@ -127,6 +129,7 @@ if True:
         ballS[1] *= -1
       if ballR.colliderect(playerR) or ballR.colliderect(playerTR):
         ballS[0] *= -1
+        hit.play()
       if ballR.left <= 0:
         score[1] += 1
       elif ballR.right >= 1000:
@@ -167,7 +170,7 @@ if True:
         pe.button.rect((150,300,200,50),(200,200,200),(150,150,150),buttonBOTT,botmode,[True,True])
         pe.button.rect((150+500,250,200,50),(200,200,200),(150,150,150),buttonPlayer,botmode,[False,False])
         pe.display.update()
-        pe.time.tick(60)
+        pe.time.tick(120)
       ballR.centerx = 500
 
     #functions /\
@@ -196,9 +199,9 @@ if True:
       move_players()
       move_ball()
       draw_all()
-      pe.time.tick(60)
+      pe.time.tick(120)
       tick += 1
-      if tick >= 500:
+      if tick >= 200:
         ballSO[0] += 0.1
         ballSO[1] += 0.1
         tick = 0

pygameextra/build/scripts-3.8/pygameextra-tester → pygameextra/pygameextra/build/scripts-3.8/pygameextra-tester

@@ -61,6 +61,8 @@ s2.pingpong = True # enable sprite pong
 sO = 50 # set slider variable
 sT = 50 # set slider variable
 test = ""
+testall = 0
+testdrop = -100
 lerplength = 100
 
 # button function
@@ -71,10 +73,29 @@ def set_test(data):
         pe.display.make((500, 500), "PGE Testing Utility", 1)
     else:
         pe.display.make((500, 500), "PGE Testing Utility", 0)
+
+
 def set_lerplength(data):
     global lerplength
     lerplength = data
 
+# Testing Texts
+#testtext = [
+#    pe.text.quick.small("pe.rect", (250,250), layer=1), # 0
+#    pe.text.quick.small("pe.math.lerp", (250,250), layer=1), # 1
+#    pe.text.quick.small("pe.math.center", (250,250), layer=1), # 2
+#    pe.text.quick.small("pe.draw.rect", (250,250), layer=1), # 3
+#    pe.text.quick.small("pe.draw.circle", (250,250), layer=1), # 4
+#    pe.text.quick.small("pe.draw.line", (250,250), layer=1), # 5
+#    pe.text.quick.small("pe.draw.ellipse", (250,250), layer=1), # 6
+#    pe.text.quick.small("pe.sound.load", (250,250), layer=1), # 7
+#    pe.text.quick.small("pe.", (250,250), layer=1), # 8
+#    pe.text.quick.small("pe.", (250,250), layer=1), # 9
+#    pe.text.quick.small("pe.", (250,250), layer=1)
+#]
+
+# test functions
+testscore = 0
 # Main GAMELOOP
 while True:
     for pe.event.c in pe.event.get():
@@ -111,9 +132,33 @@ while True:
         pe.draw.circle(pe.color.aqua, (125, 125), 40, 0)
         pe.draw.rect(pe.color.red, (325, 75, 100, 100), 5)
         pe.draw.rect(pe.color.aqua, (335, 85, 80, 80), 0)
-        pe.draw.line(pe.color.red, (0, 250, 250,500), 5)
-        pe.draw.line(pe.color.red, (250, 250, 0,500), 5)
+        pe.draw.line(pe.color.red, (0, 250), (250,500), 5)
+        pe.draw.line(pe.color.red, (250, 250), (0, 500), 5)
         pe.draw.ellipse(pe.color.red, (250, 250, 250, 250))
+    elif test == "teststart":
+        pe.Layer[0][1] = (0, -100)
+        pe.E_intro.intro(0,pe.color.lightgray,pe.color.gray)
+        print("Performing test of all functions, please wait")
+        test = "testall"
+    elif test == "testall":
+        pe.Layer[0][1] = (0, -100)
+        pe.E_intro.intro(0, pe.color.lightgray, pe.color.gray)
+        pe.Layer[0][1] = (0, 0)
+        if testall >= len(testtext):
+            pe.Layer[0][1] = (0, testdrop+100)
+            testdrop += 100
+            pe.E_intro.intro(0, pe.color.lightgray, pe.color.gray)
+            pe.time.sleep(100)
+            if pe.Layer[0][1][1] >= 0:
+                pe.time.sleep(500)
+                pe.Layer[0][1] = (0, 0)
+                print("Use the testing GUI, to further test the result of functions!")
+                test = ""
+        else:
+            pe.text.display(testtext[testall])
+            dotest(testall)
+            testall += 1
+        pe.display.update()
 
     if test == "":
         pe.button.rect((0, 200, 100, 50), pe.color.white, pe.color.lightgray, bt[0], action=set_test, data="button")
@@ -127,6 +172,8 @@ while True:
     if test != "":
         if "math_" in test:
             pe.button.rect((0, 0, 100, 50), pe.color.verydarkgray, pe.color.darkgray, bt[8], action=set_test, data="math")
+        elif test == "testall":
+            pass
         else:
             pe.button.rect((0, 0, 100, 50), pe.color.white, pe.color.lightgray, bt[2], action=set_test, data="")
         #
@@ -152,16 +199,17 @@ while True:
         lerp3 = pe.math.lerp((0,pe.display.get.size()[1]), mp, lerplength)
         lerp4 = pe.math.lerp(pe.display.get.size(), mp, lerplength)
 
-        pe.draw.line(pe.color.red, (0, 0, mp[0], mp[1]), 5)
-        pe.draw.line(pe.color.red, (pe.display.get.size()[0], 0, mp[0], mp[1]), 5)
-        pe.draw.line(pe.color.red, (0, pe.display.get.size()[1], mp[0], mp[1]), 5)
-        pe.draw.line(pe.color.red, (pe.display.get.size()[0], pe.display.get.size()[1], mp[0], mp[1]), 5)
+        pe.draw.line(pe.color.red, (0, 0), mp, 5)
+        pe.draw.line(pe.color.red, (pe.display.get.size()[0], 0), mp, 5)
+        pe.draw.line(pe.color.red, (0, pe.display.get.size()[1]), mp, 5)
+        pe.draw.line(pe.color.red, (pe.display.get.size()[0], pe.display.get.size()[1]), mp, 5)
 
-        pe.draw.line(pe.color.white, (0,0,lerp1[0],lerp1[1]), 5)
-        pe.draw.line(pe.color.white, (pe.display.get.size()[0],0,lerp2[0],lerp2[1]), 5)
-        pe.draw.line(pe.color.white, (0,pe.display.get.size()[1],lerp3[0],lerp3[1]), 5)
-        pe.draw.line(pe.color.white, (pe.display.get.size()[0],pe.display.get.size()[1],lerp4[0],lerp4[1]), 5)
+        pe.draw.line(pe.color.white, (0,0), lerp1, 5)
+        pe.draw.line(pe.color.white, (pe.display.get.size()[0],0), lerp2, 5)
+        pe.draw.line(pe.color.white, (0,pe.display.get.size()[1]), lerp3, 5)
+        pe.draw.line(pe.color.white, (pe.display.get.size()[0],pe.display.get.size()[1]), lerp4, 5)
     elif test == "math_center":
         pe.draw.circle(pe.color.white, pe.math.center((0,0,pe.display.get.size()[0],pe.display.get.size()[1])), 5, 5)
-    pe.display.update()
+    if test != "testall":
+        pe.display.update()
     pe.time.tick(200)

pygameextra/pygameextra/colors.py

@@ -0,0 +1,34 @@
+"""colors"""
+red = (255, 0, 0)
+darkred = (155, 0, 0)
+verydarkred = (55, 0, 0)
+
+green = (0, 255, 0)
+darkgreen = (0, 155, 0)
+verydarkgreen = (0, 55, 0)
+
+blue = (0, 0, 255)
+darkblue = (0, 0, 155)
+verydarkblue = (0, 0, 55)
+
+yellow = (255, 255, 0)
+darkyellow = (155, 155, 0)
+verydarkyellow = (55, 55, 0)
+
+aqua = (0, 255, 255)
+darkaqua = (0, 155, 155)
+verydarkaqua = (0, 55, 55)
+
+pink = (255, 0, 255)
+darkpink = (155, 0, 155)
+verydarkpink = (55, 0, 55)
+
+
+white = (255, 255, 255)
+
+black = (0, 0, 0)
+
+lightgray = (200, 200, 200)
+gray = (100, 100, 100)
+darkgray = (50, 50, 50)
+verydarkgray = (25, 25, 25)

pygameextra/examples/pong/pygameextra-pong → pygameextra/pygameextra/examples/pong/pygameextra-pong

@@ -1,10 +1,12 @@
 #!/usr/bin/env python
 
+print("PGE-pong, unstable!!!")
 import pygameextra as pe
 pe.init()
 if True:
+    hit = pe.sound.load(pe.scriptpath + '/examples/pong/pong.ogg')
     #SETUP \/
-    ballP = [[0,0]] * 20
+    ballP = [[0,0]] * 1
     bot = False
     botT = False
     speed = 10
@@ -13,7 +15,7 @@ if True:
     pe.display.make((1000,600), 'Pong')
     playerS = 0
     playerTS = 0
-    ballSO = [5,5]
+    ballSO = [4,4]
     ballS = [1,1]
     playerTR = pe.rect(0,250,15,100)
     playerR = pe.rect(985,250,15,100)
@@ -107,7 +109,7 @@ if True:
 
     def draw_all():
       pe.fill.full(background)
-      pe.draw.line(pe.color.gray,(500,0,500,600),5)
+      pe.draw.line(pe.color.gray,(500,0),(500,600),5)
       pe.text.display(scoreT[0])
       pe.text.display(scoreT[1])
       pe.draw.rect(white,playerR,0)
@@ -127,6 +129,7 @@ if True:
         ballS[1] *= -1
       if ballR.colliderect(playerR) or ballR.colliderect(playerTR):
         ballS[0] *= -1
+        hit.play()
       if ballR.left <= 0:
         score[1] += 1
       elif ballR.right >= 1000:
@@ -167,7 +170,7 @@ if True:
         pe.button.rect((150,300,200,50),(200,200,200),(150,150,150),buttonBOTT,botmode,[True,True])
         pe.button.rect((150+500,250,200,50),(200,200,200),(150,150,150),buttonPlayer,botmode,[False,False])
         pe.display.update()
-        pe.time.tick(60)
+        pe.time.tick(120)
       ballR.centerx = 500
 
     #functions /\
@@ -196,9 +199,9 @@ if True:
       move_players()
       move_ball()
       draw_all()
-      pe.time.tick(60)
+      pe.time.tick(120)
       tick += 1
-      if tick >= 500:
+      if tick >= 200:
         ballSO[0] += 0.1
         ballSO[1] += 0.1
         tick = 0

pygameextra/examples/tester/pygameextra-tester → pygameextra/pygameextra/examples/tester/pygameextra-tester

@@ -61,6 +61,8 @@ s2.pingpong = True # enable sprite pong
 sO = 50 # set slider variable
 sT = 50 # set slider variable
 test = ""
+testall = 0
+testdrop = -100
 lerplength = 100
 
 # button function
@@ -71,10 +73,29 @@ def set_test(data):
         pe.display.make((500, 500), "PGE Testing Utility", 1)
     else:
         pe.display.make((500, 500), "PGE Testing Utility", 0)
+
+
 def set_lerplength(data):
     global lerplength
     lerplength = data
 
+# Testing Texts
+#testtext = [
+#    pe.text.quick.small("pe.rect", (250,250), layer=1), # 0
+#    pe.text.quick.small("pe.math.lerp", (250,250), layer=1), # 1
+#    pe.text.quick.small("pe.math.center", (250,250), layer=1), # 2
+#    pe.text.quick.small("pe.draw.rect", (250,250), layer=1), # 3
+#    pe.text.quick.small("pe.draw.circle", (250,250), layer=1), # 4
+#    pe.text.quick.small("pe.draw.line", (250,250), layer=1), # 5
+#    pe.text.quick.small("pe.draw.ellipse", (250,250), layer=1), # 6
+#    pe.text.quick.small("pe.sound.load", (250,250), layer=1), # 7
+#    pe.text.quick.small("pe.", (250,250), layer=1), # 8
+#    pe.text.quick.small("pe.", (250,250), layer=1), # 9
+#    pe.text.quick.small("pe.", (250,250), layer=1)
+#]
+
+# test functions
+testscore = 0
 # Main GAMELOOP
 while True:
     for pe.event.c in pe.event.get():
@@ -111,9 +132,33 @@ while True:
         pe.draw.circle(pe.color.aqua, (125, 125), 40, 0)
         pe.draw.rect(pe.color.red, (325, 75, 100, 100), 5)
         pe.draw.rect(pe.color.aqua, (335, 85, 80, 80), 0)
-        pe.draw.line(pe.color.red, (0, 250, 250,500), 5)
-        pe.draw.line(pe.color.red, (250, 250, 0,500), 5)
+        pe.draw.line(pe.color.red, (0, 250), (250,500), 5)
+        pe.draw.line(pe.color.red, (250, 250), (0, 500), 5)
         pe.draw.ellipse(pe.color.red, (250, 250, 250, 250))
+    elif test == "teststart":
+        pe.Layer[0][1] = (0, -100)
+        pe.E_intro.intro(0,pe.color.lightgray,pe.color.gray)
+        print("Performing test of all functions, please wait")
+        test = "testall"
+    elif test == "testall":
+        pe.Layer[0][1] = (0, -100)
+        pe.E_intro.intro(0, pe.color.lightgray, pe.color.gray)
+        pe.Layer[0][1] = (0, 0)
+        if testall >= len(testtext):
+            pe.Layer[0][1] = (0, testdrop+100)
+            testdrop += 100
+            pe.E_intro.intro(0, pe.color.lightgray, pe.color.gray)
+            pe.time.sleep(100)
+            if pe.Layer[0][1][1] >= 0:
+                pe.time.sleep(500)
+                pe.Layer[0][1] = (0, 0)
+                print("Use the testing GUI, to further test the result of functions!")
+                test = ""
+        else:
+            pe.text.display(testtext[testall])
+            dotest(testall)
+            testall += 1
+        pe.display.update()
 
     if test == "":
         pe.button.rect((0, 200, 100, 50), pe.color.white, pe.color.lightgray, bt[0], action=set_test, data="button")
@@ -127,6 +172,8 @@ while True:
     if test != "":
         if "math_" in test:
             pe.button.rect((0, 0, 100, 50), pe.color.verydarkgray, pe.color.darkgray, bt[8], action=set_test, data="math")
+        elif test == "testall":
+            pass
         else:
             pe.button.rect((0, 0, 100, 50), pe.color.white, pe.color.lightgray, bt[2], action=set_test, data="")
         #
@@ -152,16 +199,17 @@ while True:
         lerp3 = pe.math.lerp((0,pe.display.get.size()[1]), mp, lerplength)
         lerp4 = pe.math.lerp(pe.display.get.size(), mp, lerplength)
 
-        pe.draw.line(pe.color.red, (0, 0, mp[0], mp[1]), 5)
-        pe.draw.line(pe.color.red, (pe.display.get.size()[0], 0, mp[0], mp[1]), 5)
-        pe.draw.line(pe.color.red, (0, pe.display.get.size()[1], mp[0], mp[1]), 5)
-        pe.draw.line(pe.color.red, (pe.display.get.size()[0], pe.display.get.size()[1], mp[0], mp[1]), 5)
+        pe.draw.line(pe.color.red, (0, 0), mp, 5)
+        pe.draw.line(pe.color.red, (pe.display.get.size()[0], 0), mp, 5)
+        pe.draw.line(pe.color.red, (0, pe.display.get.size()[1]), mp, 5)
+        pe.draw.line(pe.color.red, (pe.display.get.size()[0], pe.display.get.size()[1]), mp, 5)
 
-        pe.draw.line(pe.color.white, (0,0,lerp1[0],lerp1[1]), 5)
-        pe.draw.line(pe.color.white, (pe.display.get.size()[0],0,lerp2[0],lerp2[1]), 5)
-        pe.draw.line(pe.color.white, (0,pe.display.get.size()[1],lerp3[0],lerp3[1]), 5)
-        pe.draw.line(pe.color.white, (pe.display.get.size()[0],pe.display.get.size()[1],lerp4[0],lerp4[1]), 5)
+        pe.draw.line(pe.color.white, (0,0), lerp1, 5)
+        pe.draw.line(pe.color.white, (pe.display.get.size()[0],0), lerp2, 5)
+        pe.draw.line(pe.color.white, (0,pe.display.get.size()[1]), lerp3, 5)
+        pe.draw.line(pe.color.white, (pe.display.get.size()[0],pe.display.get.size()[1]), lerp4, 5)
     elif test == "math_center":
         pe.draw.circle(pe.color.white, pe.math.center((0,0,pe.display.get.size()[0],pe.display.get.size()[1])), 5, 5)
-    pe.display.update()
+    if test != "testall":
+        pe.display.update()
     pe.time.tick(200)