Final

README.md

@@ -6,15 +6,20 @@ Required modules: graphics.py, config.py
 ## Variables
 |Type|Data Type|Name|Scope|Description|Default Value|
 |----|---------|----|-----|-------|------------|
+|CONSTANT|str|PRESET_NAME|Global*|Name of preset to be loaded|
+|CONSTANT|bool|VERBOSE_MODE|Global*|Enables or disables verbose logging to console|False
 |CONSTANT|int|WINDOW_WIDTH|Global*|Width of the window for the display (in pixels)|600|
 |CONSTANT|int|WINDOW_HEIGHT|Global*|Height of the window for the display (in pixels)|600|
 |CONSTANT|int|LOWER_SPLIT_BOUND|Global*|Minimum width and height of all rectangles|90|
 |CONSTANT|float|REGION_MULTIPLIER|Global*|Value to multiply region size by to determine random split|1.5|
 |CONSTANT|int|SPLIT_POINT_LOWER_PERCENTAGE|Global*|Lower percentage of split point position in region|38|
 |CONSTANT|int|SPLIT_POINT_UPPER_PERCENTAGE|Global*|Upper percentage of split point position in region|38|
-|CONSTANT|float|YELLOW_CUTOFF|Global*|Cutoff for Yellow in fillRegion()|0.9|
-|CONSTANT|float|BLUE_CUTOFF|Global*|Cutoff for Blue in fillRegion()|0.15|
-|CONSTANT|float|RED_CUTOFF|Global*|Cutoff for Red in fillRegion()|0.25|
+|CONSTANT|float|COLOR1_CUTOFF|Global*|Cutoff for COLOR1 in fillRegion()|0.9|
+|CONSTANT|str|COLOR1_COLOR|Global*|Color for COLOR1 used for fill|yellow|
+|CONSTANT|float|COLOR2_CUTOFF|Global*|Cutoff for COLOR2 in fillRegion()|0.15|
+|CONSTANT|str|COLOR2_COLOR|Global*|Color for COLOR2 used for fill|blue|
+|CONSTANT|float|COLOR3_CUTOFF|Global*|Cutoff for COLOR3 in fillRegion()|0.25|
+|CONSTANT|str|COLOR3_COLOR|Global*|Color for COLOR3 used for fill|red|
 |CONSTANT|int|REGION_WIDTH_LOWER|Global|Denotes lower width bound of ```current_bounds[list]``` index value|0|
 |CONSTANT|int|REGION_WIDTH_UPPER|Global|Denotes upper width bound of ```current_bounds[list]``` index value|2|
 |CONSTANT|int|REGION_HEIGHT_LOWER|Global|Denotes lower height bound of ```current_bounds[list]``` index value|1|

Release/Base Assignment/Pease-p2.py

@@ -9,7 +9,6 @@
 # I collaborated with no one on this project
 
 from graphics import *
-
 from config import * # MOST CONSTANTS ARE IN CONFIG.PY FOR EASY SETTINGS RECALL AND USABILITY
 
 # these are to make my list structures easier to recall, may be removed after design
@@ -91,12 +90,12 @@ def fillRegion(current_bounds, draw_window):
     r = random.random()
     temp_rect = Rectangle(Point(current_bounds[REGION_WIDTH_LOWER],current_bounds[REGION_HEIGHT_LOWER]), Point(current_bounds[REGION_WIDTH_UPPER],current_bounds[REGION_HEIGHT_UPPER]))
     temp_rect.setOutline("black")
-    if r < BLUE_CUTOFF:
-         fill_color = "blue"
-    elif r < RED_CUTOFF:
+    if r < COLOR3_CUTOFF:
+         fill_color = "yellow"
+    elif r < COLOR2_CUTOFF:
+        fill_color = "blue"
+    elif r < COLOR1_CUTOFF:
         fill_color = "red"
-    elif r < YELLOW_CUTOFF:
-        fill_color = "yellow"
     else:
         fill_color = "white"
     temp_rect.setFill(fill_color)

Release/Base Assignment/config.py

@@ -9,8 +9,6 @@ SPLIT_POINT_UPPER_PERCENTAGE = 68
 
 # fill constants
 # cutoffs are randomly generates percentages in the range 0 - 0.99
-YELLOW_CUTOFF = 0.9
-BLUE_CUTOFF = 0.15
-RED_CUTOFF = 0.25
-
-random.seed(8675309)
+COLOR1_CUTOFF = 0.25
+COLOR2_CUTOFF = 0.15
+COLOR3_CUTOFF = 0.09

Release/Extra Credit/Pease-p2-xc.py

@@ -1,4 +1,4 @@
-# File: Pease-p2.py 
+# File: Pease-p2-xc.py 
 # Author: PEASE, NICHOLAS 
 # Date: 29 NOV 2022
 # Section: 1002-LAB
@@ -9,7 +9,6 @@
 # I collaborated with no one on this project
 
 from graphics import *
-
 from config import * # MOST CONSTANTS ARE IN CONFIG.PY FOR EASY SETTINGS RECALL AND USABILITY
 
 # these are to make my list structures easier to recall, may be removed after design
@@ -19,8 +18,12 @@ REGION_HEIGHT_LOWER = 2
 REGION_HEIGHT_UPPER = 3
 
 def main():
-    draw_window = GraphWin("Result", WINDOW_WIDTH, WINDOW_HEIGHT)
+    print("Piet Mondrian Painting Generator v.1\nTo adjust program parameters, edit config.py or rename the other supplied configs as config.py.")
+    print("Config File Loaded: "+PRESET_NAME)
+    print("Beginning Generation...")
+    draw_window = GraphWin("Result", WINDOW_WIDTH, WINDOW_HEIGHT, autoflush=False)
     canvasSplitLogic([0,WINDOW_WIDTH,0,WINDOW_HEIGHT],draw_window) # initial split, recursion until complete split
+    update()
     draw_window.getMouse()
     draw_window.close()
 
@@ -30,12 +33,14 @@ def canvasSplitLogic(current_bounds,draw_window):
     region_height = current_bounds[REGION_HEIGHT_UPPER] - current_bounds[REGION_HEIGHT_LOWER]
     if region_width > (WINDOW_WIDTH // 2):
         # SPLIT ONLY WIDTH ALWAYS
-        print("TOO WIDE, AUTOSPLIT")
+        if VERBOSE_MODE:
+            print("TOO WIDE, AUTOSPLIT")
         splitCurrentBoundWidth(current_bounds, draw_window)
 
     elif region_height > (WINDOW_HEIGHT // 2):
         # SPLIT ONLY HEIGHT ALWAYS
-        print("TOO TALL, AUTOSPLIT")
+        if VERBOSE_MODE:
+            print("TOO TALL, AUTOSPLIT")
         splitCurrentBoundHeight(current_bounds, draw_window)
 
     elif region_width <= (WINDOW_WIDTH // 2) and region_width > LOWER_SPLIT_BOUND:
@@ -43,37 +48,44 @@ def canvasSplitLogic(current_bounds,draw_window):
         r = random.randint(LOWER_SPLIT_BOUND,int(region_width*REGION_MULTIPLIER))
         if r < region_width:
             # SPLIT REGION
-            print("RANDOMLY DECIDED TO SPLIT WIDTH")
+            if VERBOSE_MODE:
+                print("RANDOMLY DECIDED TO SPLIT WIDTH")
             splitCurrentBoundWidth(current_bounds, draw_window)   
         elif region_height <= (WINDOW_HEIGHT // 2) and region_height > LOWER_SPLIT_BOUND:
             # RANDOMLY DECIDE TO SPLIT AT RANDOMLY CHOSEN LOCATION (HEIGHT)
             r = random.randint(LOWER_SPLIT_BOUND,int(region_height*REGION_MULTIPLIER))
             if r < region_height:
                 # SPLIT ONLY HEIGHT ALWAYS
-                print("DID NOT SPLIT WIDTH, RANDOMLY DECIDED TO SPLIT HEIGHT")
+                if VERBOSE_MODE:
+                    print("DID NOT SPLIT WIDTH, RANDOMLY DECIDED TO SPLIT HEIGHT")
                 splitCurrentBoundHeight(current_bounds, draw_window)
             else:
-                print("DID NOT SPLIT WIDTH OR HEIGHT")
+                if VERBOSE_MODE:
+                    print("DID NOT SPLIT WIDTH OR HEIGHT")
 
     elif region_height <= (WINDOW_HEIGHT // 2) and region_height > LOWER_SPLIT_BOUND:
         # RANDOMLY DECIDE TO SPLIT AT RANDOMLY CHOSEN LOCATION (HEIGHT)
         r = random.randint(LOWER_SPLIT_BOUND,int(region_height*REGION_MULTIPLIER))
         if r < region_height:
             # SPLIT ONLY HEIGHT ALWAYS
-            print("RANDOMLY DECIDED TO SPLIT HEIGHT")
+            if VERBOSE_MODE:
+                print("RANDOMLY DECIDED TO SPLIT HEIGHT")
             splitCurrentBoundHeight(current_bounds, draw_window)
         elif region_width <= (WINDOW_WIDTH // 2) and region_width > LOWER_SPLIT_BOUND:
         # RANDOMLY DECIDE TO SPLIT AT RANDOMLY CHOSEN LOCATION (WIDTH)
             r = random.randint(LOWER_SPLIT_BOUND,int(region_width*REGION_MULTIPLIER))
             if r < region_width:
                 # SPLIT REGION
-                print("DID NOT SPLIT HEIGHT, RANDOMLY DECIDED TO SPLIT WIDTH")
+                if VERBOSE_MODE:
+                    print("DID NOT SPLIT HEIGHT, RANDOMLY DECIDED TO SPLIT WIDTH")
                 splitCurrentBoundWidth(current_bounds, draw_window)  
             else:
-                print("DID NOT SPLIT WIDTH OR HEIGHT") 
+                if VERBOSE_MODE:
+                    print("DID NOT SPLIT WIDTH OR HEIGHT") 
     else:
         fillRegion(current_bounds,draw_window)
-        print("FILL REGION ELSE")
+        if VERBOSE_MODE:
+            print("FILL REGION ELSE")
 
 def splitCurrentBoundWidth(current_bounds, draw_window):
     region_width = current_bounds[REGION_WIDTH_UPPER] - current_bounds[REGION_WIDTH_LOWER]
@@ -102,12 +114,12 @@ def fillRegion(current_bounds, draw_window):
     r = random.random()
     temp_rect = Rectangle(Point(current_bounds[REGION_WIDTH_LOWER],current_bounds[REGION_HEIGHT_LOWER]), Point(current_bounds[REGION_WIDTH_UPPER],current_bounds[REGION_HEIGHT_UPPER]))
     temp_rect.setOutline("black")
-    if r < BLUE_CUTOFF:
-         fill_color = "blue"
-    elif r < RED_CUTOFF:
-        fill_color = "red"
-    elif r < YELLOW_CUTOFF:
-        fill_color = "yellow"
+    if r < COLOR3_CUTOFF:
+         fill_color = COLOR3_COLOR
+    elif r < COLOR2_CUTOFF:
+        fill_color = COLOR2_COLOR
+    elif r < COLOR1_CUTOFF:
+        fill_color = COLOR1_COLOR
     else:
         fill_color = "white"
     temp_rect.setFill(fill_color)

Release/Extra Credit/config-image1.py

@@ -0,0 +1,28 @@
+import random
+
+WINDOW_WIDTH = 600 # pixels
+WINDOW_HEIGHT = 600 # pixels
+LOWER_SPLIT_BOUND = 90 # as given
+REGION_MULTIPLIER = 1.5 # as given
+SPLIT_POINT_LOWER_PERCENTAGE = 31
+SPLIT_POINT_UPPER_PERCENTAGE = 68
+
+# fill constants
+# cutoffs are randomly generated (or given) percentages in the range 0 - 0.99
+# colors are the colors to be used
+# is is benificial to start with the lowest probability and go to the highest probability
+COLOR1_CUTOFF = 0.25
+COLOR1_COLOR = "red"
+COLOR2_CUTOFF = 0.15
+COLOR2_COLOR = "blue"
+COLOR3_CUTOFF = 0.09
+COLOR3_COLOR = "yellow"
+# Below are additional configuration options for the extra credit portion of this assignment
+# This config file will load properly on both versions of the software, however the below options will only
+# make changes on the extra credit assignment
+#
+# For instructions on usage, refer to README.md or to the comments provided 
+PRESET_NAME = "Seeded Config ('Jenny' seed)"
+VERBOSE_MODE = False # Enables verbose console logging
+
+random.seed(8675309) # This is the seed I found made a cool image and that I have embed in a png and HTML format.

Release/Extra Credit/config.py

@@ -0,0 +1,28 @@
+import random
+
+WINDOW_WIDTH = 600 # pixels
+WINDOW_HEIGHT = 600 # pixels
+LOWER_SPLIT_BOUND = 50 # as given
+REGION_MULTIPLIER = 1.5 # as given
+SPLIT_POINT_LOWER_PERCENTAGE = 21
+SPLIT_POINT_UPPER_PERCENTAGE = 98
+
+# fill constants
+# cutoffs are randomly generated (or given) percentages in the range 0 - 0.99
+# colors are the colors to be used
+# is is benificial to start with the lowest probability and go to the highest probability
+COLOR1_CUTOFF = 0.25
+COLOR1_COLOR = "red"
+COLOR2_CUTOFF = 0.15
+COLOR2_COLOR = "blue"
+COLOR3_CUTOFF = 0.09
+COLOR3_COLOR = "yellow"
+# Below are additional configuration options for the extra credit portion of this assignment
+# This config file will load properly on both versions of the software, however the below options will only
+# make changes on the extra credit assignment
+#
+# For instructions on usage, refer to README.md or to the comments provided 
+PRESET_NAME = "Default Config"
+VERBOSE_MODE = False # Enables verbose console logging
+
+#random.seed(8675309) # This is the seed I found made a cool image and that I have embed in a png and HTML format.

Release/Images/image1.html

@@ -0,0 +1,8 @@
+<html>
+    <style>
+        img {width:100%;height:100%;}
+    </style>
+    <body>
+        <img src="image1.png">
+    </body>
+</html>

Release/Images/image2.html

@@ -0,0 +1,8 @@
+<html>
+    <style>
+        img {width:100%;height:100%;}
+    </style>
+    <body>
+        <img src="image2.png">
+    </body>
+</html>

Release/Images/image3.html

@@ -0,0 +1,8 @@
+<html>
+    <style>
+        img {width:100%;height:100%;}
+    </style>
+    <body>
+        <img src="image3.png">
+    </body>
+</html>

Release/README.txt

@@ -0,0 +1,11 @@
+Pease, Nicholas
+Project 2
+
+The directory Base Assignment contains all the files (baring the interperter) that you would need to execute my project
+
+The directory Extra Credit contains all the files (baring the interperter) that you would need to execute the extra credit portion of my project
+
+Images contains the png/html formats of the submissable files
+
+
+* NOTE: there are 2 config files in Extra Credit, the config-image1 file contains the seed and settings to replicate the image. To use just rename to config.py and execute Pease-p2-xc.py

Release/config.py

@@ -1,16 +0,0 @@
-import random
-
-WINDOW_WIDTH = 600 # pixels
-WINDOW_HEIGHT = 600 # pixels
-LOWER_SPLIT_BOUND = 90 # as given
-REGION_MULTIPLIER = 1.5 # as given
-SPLIT_POINT_LOWER_PERCENTAGE = 31
-SPLIT_POINT_UPPER_PERCENTAGE = 68
-
-# fill constants
-# cutoffs are randomly generates percentages in the range 0 - 0.99
-YELLOW_CUTOFF = 0.9
-BLUE_CUTOFF = 0.15
-RED_CUTOFF = 0.25
-
-random.seed(8675309)