v0.85

arc.py

@@ -30,7 +30,7 @@
 create_list = []
 a = Tk()
 a.title(language[start])
-a.minsize(660, 440)
+a.minsize(880, 440)
 a.config(bg='#aacfff')
 a.iconbitmap('C:\\Yosh\\msm_stuff\\arc.ico')
 

brsar.pyw

@@ -50,7 +50,7 @@ def patch_brsar(file, index):
                 brsar.write(brstm_max_size)
                 cursor = cursor_save
     button_list[index].destroy()
-    patched = Label(a, text=language[hashtag + 2].replace("#", patched_num), bg='#ffffaa', width=30)
+    patched = Label(a, text=language[hashtag + 2].replace("#", str(patched_num)), bg='#ffffaa', width=30)
     patched.grid(row=button_row[index], column=button_col[index])
 
 
@@ -113,10 +113,10 @@ cwd_label.grid(row=0, column=1, columnspan=2)
 entry_dir = Entry(a, width=30)
 entry_dir.grid(row=1, column=1)
 
-refreshbu = Button(a, text=language[msm + 19], command=change_directory, activebackground='#ff9999', width=30)
+refreshbu = Button(a, text=language[msm + 40], command=change_directory, activebackground='#ff9999', width=30)
 refreshbu.grid(row=1, column=2)
 
-open_explorerbu = Button(a, text=language[msm + 40], command=open_explorer, activebackground='#96c7ff', width=15)
+open_explorerbu = Button(a, text=language[msm + 19], command=open_explorer, activebackground='#96c7ff', width=15)
 open_explorerbu.grid(row=1, column=0)
 
 title = Label(a, text=language[start + 14], font=500, bg='#ffffaa', height=3)

bstick.pyw

@@ -20,7 +20,7 @@ start = int(language[1].split(":")[9])
 msm = int(language[1].split(":")[1])
 a = Tk()
 a.title(language[start])
-a.minsize(660, 440)
+a.minsize(880, 724)
 a.config(bg='#aaaaff')
 a.iconbitmap('C:\\Yosh\\msm_stuff\\bstick.ico')
 

dump.py

@@ -136,7 +136,7 @@ def dump(file, index):
                 with open(png_list[i], 'rb') as png:
                     zzzdump.write(sha256(png.read()).hexdigest())  # sha256 hash of the png
     button_list[index].destroy()
-    dumped = Label(a, text=language[hashtag + 3].replace("#", counter), bg='#aaffbf', width=30)
+    dumped = Label(a, text=language[hashtag + 3].replace("#", str(counter)), bg='#aaffbf', width=30)
     dumped.grid(row=button_row[index], column=button_col[index])
 
 

isox.py

@@ -32,7 +32,7 @@
 create_list = []
 a = Tk()
 a.title(language[start])
-a.minsize(660, 440)
+a.minsize(880, 440)
 a.config(bg='#aaffaa')
 a.iconbitmap('C:\\Yosh\\msm_stuff\\isox.ico')
 

lh.py

@@ -155,11 +155,12 @@ def compress_file(brres, num):
                     continue
                 with open(file_to_extract, 'rb') as check_xfile:
                     header = check_xfile.read(4)
-                if header[0] in [b'@', b'\x10', b'\x11', b'\x81', b'\x82', b'$', b'(', b'0', b'P'] and header != b'PK\x03\x04':  # lh @, old lz \x10, lz77 \x11, diff8 \x81, diff16 \x82, huff4 $, huff8 (, runlength 0, lrc P
+                if header[:1] in [b'@', b'\x10', b'\x11', b'\x81', b'\x82', b'$', b'(', b'0', b'P'] and header != b'PK\x03\x04':  # lh @, old lz \x10, lz77 \x11, diff8 \x81, diff16 \x82, huff4 $, huff8 (, runlength 0, lrc P
                     run_extract_file = partial(extract_file, file_to_extract, i)
                     temp = Button(a, text=file_to_extract, command=run_extract_file, activebackground='#a9ff99', width=30)
                     temp.grid(row=burow_extract[i], column=bucolumn[i])
                     extract_list.append(temp)
+                    print(file_to_extract, i)
                     i += 1
 
         except PermissionError as error:

msmhelp.pyw

@@ -1,14 +1,17 @@
 from tkinter import Tk, Canvas, PhotoImage, Button, Label, font
-from textwrap import wrap
 from functools import partial
+from textwrap import wrap
+from math import e, log
 from PIL import Image
+import random
 
 with open('C:\\Yosh\\#language.txt', 'r', encoding="utf-8") as txt:
     language = txt.read()
     language = [''] + language.splitlines()
 
-start = int(language[1].split(":")[27])
+start = int(language[1].split(":")[31])
 msm = int(language[1].split(":")[1])
+hashtag = int(language[1].split(":")[3])
 a = Tk()
 a.title(language[start])
 a.attributes('-fullscreen', True)
@@ -18,23 +21,25 @@ w = a.winfo_screenwidth()
 h = a.winfo_screenheight()
 
 s = font.Font(family='MARIO Font v3 Solid', size=15)
-m = font.Font(family='MARIO Font v3 Solid', size=25)  # , weight='bold')
-big = font.Font(family='MARIO Font v3 Solid', size=50)
+m = font.Font(family='MARIO Font v3 Solid', size=int(25 / 1536 * w))  # , weight='bold')
+big = font.Font(family='MARIO Font v3 Solid', size=40)
+man = font.Font(family='MARIO Font v3 Solid', size=50)
 
 txt = Label(a, text=language[start + 2], font=300, bg="#ff9696")
 txt.place(x=33 * w / 84, y=h / 20)
 title = Label(a, text=language[start + 1], font=300, bg="#ff9696")
 title.place(x=17 * w / 42, y=h / 50)
 bye = Button(a, text=language[msm + 39], command=a.quit, bg="#9fff7f", font=2, activebackground='#8fff7f', width=24, height=2)
 bye.place(x=63 * w / 80, y=h / 10)
-dim = Label(a, text=f'Your screen dimensions\n are {w}x{h} pixels', font=s, bg='#ff9696', fg='#2f2fff')
+dim = Label(a, text=language[hashtag + 11].replace('§', '\n').replace('#', str(w)).replace('%', str(h)), font=s, bg='#ff9696', fg='#2f2fff')
 dim.place(x=w / 10, y=h / 10)
 static = [title, txt, bye, dim]
 # a.wm_attributes('-transparentcolor', a['bg'])
 
-
+print(f"screen dimensions : {w}x{h}")
 # print(font.families())
 
+
 def menu(garbage):  # goes back to the menu with 16 little pictures
     for z in a.winfo_children():
         if z in static:
@@ -48,26 +53,94 @@ def display(picture, garbage_sent_by_bind):  # displays the big png
     c.create_image(w / 2, h / 2, image=image_list[picture])
     c.place(x=0, y=0)
 
-    centered_title = language[start + 19 + (picture-16) * 3]
+    # centered_title = language[start + (picture-16)]
     # centered_title = (50 - 2 * len(string)) * ' ' + language[217 + (picture-16) * 3] + (12 - 2 * len(string)) * ' '
-    if picture != 8:
-        c.create_text((w / 3, h / 8), text=centered_title, font=big, fill=minicolor[picture-16])  # title
-        c.create_text((5 * w / 8, h / 4), text=language[start + 20 + (picture-16) * 3], font=m, fill=minicolor[picture-16])  # left text
-        c.create_text((w / 8, h / 5), text=language[start + 21 + (picture-16) * 3], font=m, fill=minicolor[picture-16])  # right text
+    text_list = []
+    for k in range(2):
+        # text_list.append(language[start + 20 + k + (picture-16) * 2])
+        splitted_txt = language[start + 20 + k + (picture-16) * 2].split('¤')
+        paragraph = ''
+        g = 1  # starting character of the text in #language.txt
+        if splitted_txt[0][:g] == '*':  # * means the line won't be wrapped
+            g = 2
+        for line in splitted_txt:
+            b = 1
+            if line[1].isdigit():
+                b = 2
+            if g == 2:
+                list_txt = ['¤' + line]
+            else:  # tries to adapt the font size to the screen
+                x = int(line[:b])
+                list_txt = wrap('¤' + line, int(1.5/(0.00226 * x) + 3 * log(e, 70/(6 * x)) + 6))
+                # list_txt = wrap('¤' + line, int(1 / (int(line[:b]) * w / 1920) * 990))
+                # print(int(1 / (int(line[:b]) * w / 1920) * 950))
+            for text1 in list_txt:
+                paragraph += text1.replace('§', '\n').replace('\\n', '\n').replace('\\t', '\t')
+                if text1 != list_txt[-1]:
+                    paragraph += '\n'
+        # print(paragraph)
+        text_list.append(paragraph[g:])
+
+    if picture != 27:
+        # rendering the title text
+        title_text = language[start + picture-13]
+        if title_text[1].isnumeric():
+            c.create_text((2 * w / 7, h / 8), text=title_text[3:], font=('MARIO Font v3 Solid', int(int(title_text[:2]) / 1920 * w)),
+                          fill=title[picture-16], anchor='w')
+        else:
+            c.create_text((0, h / 8), text=title_text[2:], font=('MARIO Font v3 Solid', int(int(title_text[:1]) / 1920 * w)),
+                          fill=title[picture-16], anchor='w')
+
+        # rendering the left/right text with special markdown: type \n with 4 spaces to start a new line below,
+        # type ¤ then the font size then a number between 0 and 36 followed by a space to change the text color
+        # and ¤ for the colour id (from the list named minicolor). for example ¤0 for red or ¤36 for white text color
+        left_text = text_list[0].split('¤')
+        n_count = 0
+        for k in range(len(left_text)):
+            d = 1
+            while left_text[k][:d].isnumeric():
+                if left_text[k][:d] == left_text[k][:d+1]:  # prevents infinite loop if there is nothing behind
+                    break
+                d += 1
+            g = d + 1
+            while left_text[k][d:g].isnumeric():
+                if left_text[k][d:g] == left_text[k][d:g+1]:  # prevents infinite loop if there is nothing behind
+                    break
+                g += 1
+            beginning = g
+            c.create_text((w / 14, h / 4), text='\n' * n_count + left_text[k][beginning:], font=('MARIO Font v3 Solid', int(int(left_text[k][:d-1]) / 1536 * w)), fill=minicolor[int(left_text[k][d:g])], anchor='nw')  # left text
+            n_count += left_text[k].count('\n')
+
+        right_text = text_list[1].split('¤')
+        n_count = 0
+        for x in range(len(right_text)):
+            d = 1
+            while right_text[x][:d].isnumeric():
+                if right_text[x][:d] == right_text[x][:d+1]:  # prevents infinite loop if there is nothing behind
+                    break
+                d += 1
+            g = d + 1
+            while right_text[x][d:g].isnumeric():
+                if right_text[x][d:g] == right_text[x][d:g+1]:  # prevents infinite loop if there is nothing behind
+                    break
+                g += 1
+            beginning = g
+            c.create_text((w / 2, 2 * h / 7), text='\n' * n_count + right_text[x][beginning:], font=('MARIO Font v3 Solid', int(int(right_text[x][:d-1]) / 1536 * w)), fill=minicolor[int(right_text[x][d:g])], anchor='nw')  # right text
+            n_count += right_text[x].count('\n')
 
 
 name = ["h", "h2", "h3", "h4", "h5", "h6", "h7", "h8", "h9", "ha", "hb", "hc", "hd", "he", "hf", "hm", "m", "m2", "m3",
-        "m4", "m5", "m6", "m7", "how-to-run-msm", "m9", "ma", "mb", "mc", "md", "me", "mf", "mm"]
+        "m4", "m5", "m6", "m7", "m8", "m9", "ma", "mb", "how-to-run-msm", "md", "me", "mf", "mm"]
 miniatures = name[:16]  # from h to hm
 large = name[16:]  # from m to end
 
 with open("C:\\Yosh\\msm_stuff\\h.png", 'rb') as minipic:
     minipic.seek(16)
     byte = minipic.read(4)
-    # pic_width = (byte[0] * 16777216) + (byte[1] * 65536) + (byte[2] * 256) + byte[3] - 64  # 4 bytes integer
-    pic_width = (byte[0] << 24) + (byte[1] << 16) + (byte[2] << 8) + byte[3] - 64  # 4 bytes integer
+    # pic_width = (byte[0] * 16777216) + (byte[1] * 65536) + (byte[2] * 256) + byte[3]  # 4 bytes integer
+    pic_width = (byte[0] << 24) + (byte[1] << 16) + (byte[2] << 8) + byte[3]  # 4 bytes integer
     byte = minipic.read(4)
-    pic_height = (byte[0] << 24) + (byte[1] << 16) + (byte[2] << 8) + byte[3] - 64  # 4 bytes integer
+    pic_height = (byte[0] << 24) + (byte[1] << 16) + (byte[2] << 8) + byte[3]  # 4 bytes integer
 
 if (pic_width != w // 5) and (pic_height != h // 5):
     for n in range(len(miniatures)):
@@ -79,16 +152,16 @@ if (pic_width != w // 5) and (pic_height != h // 5):
 with open("C:\\Yosh\\msm_stuff\\m.png", 'rb') as minipic:
     minipic.seek(16)
     byte = minipic.read(4)
-    pic_width = (byte[0] << 24) + (byte[1] << 16) + (byte[2] << 8) + byte[3] - 64  # 4 bytes integer
+    pic_width = (byte[0] << 24) + (byte[1] << 16) + (byte[2] << 8) + byte[3]  # 4 bytes integer
     byte = minipic.read(4)
-    pic_height = (byte[0] << 24) + (byte[1] << 16) + (byte[2] << 8) + byte[3] - 64  # 4 bytes integer
+    pic_height = (byte[0] << 24) + (byte[1] << 16) + (byte[2] << 8) + byte[3]  # 4 bytes integer
 
 if (pic_width != w) and (pic_height != h):
-    for p in range(16, len(miniatures)):
-        picc = Image.open('C:\\Yosh\\msm_stuff\\' + miniatures[p] + '.png')
+    for p in range(len(large)):
+        picc = Image.open('C:\\Yosh\\msm_stuff\\' + large[p] + '.png')
         new_pic = picc.resize((w, h))
         picc.close()
-        new_pic.save('C:\\Yosh\\msm_stuff\\' + miniatures[p] + '.png')
+        new_pic.save('C:\\Yosh\\msm_stuff\\' + large[p] + '.png')
 
 image_list = []
 for j in range(0, 32):
@@ -97,24 +170,67 @@ for j in range(0, 32):
 ListeNulle = [3, 7, 11]
 eks = [0, w / 4, 2 * w / 4, 3 * w / 4]
 whi = [h / 5, 2 * h / 5, 3 * h / 5, 4 * h / 5]
-minicolor = ['#4fd5ff', '#0061ff', '#0000ff', '#7f00ff', '#006eff', '#952bff', '#ff00a1', '#ff5d00', '#5500a5',
-             '#ff77df', '#ff8282', '#ffbf00', '#35ff7f', '#99ff00', '#c700ff', '#b70f00']
+minicolor = ['#ff0000', '#ff7f7f', '#ff5f00', '#ff9f00', '#ffcf00',  # id 0 to 4
+             '#ffff00', '#ffff7f', '#cfff00', '#9fff00', '#5fff00',  # id 5 to 9
+             '#00ff00', '#7fff7f', '#00ff5f', '#00ff9f', '#00ffcf',  # id 10 to 14
+             '#00ffff', '#7fffff', '#00cfff', '#009fff', '#005fff',  # id 15 to 19
+             '#0000ff', '#7f7fff', '#5500a5', '#5f00ff', '#9f00ff', '#cf00ff',  # id 20 to 25
+             '#ff00ff', '#ff7fff', '#ff00cf', '#ff009f', '#ff005f', '#b70f00',  # id 26 to 31
+             '#000000', '#3f3f3f', '#7f7f7f', '#bfbfbf', '#ffffff']  # if 32 to 36 - white to black
+
+#             5'#ff0000', '#00ff00', '#0000ff', '#00ffff', '#ff00ff', '#ffff00',  # 5primary and printing colours
+#             11'#ff7f7f', '#7fff7f', '#7f7fff', '#7fffff', '#ff7fff', '#ffff7f',  # 11primary and printing colours lighter
+#             17'#ff5f00', '#ff005f', '#5fff00', '#5f00ff', '#005fff', '#00ff5f',   # 17all combos with ff, 5f, and 00
+#             23'#ff9f00', '#ff009f', '#9fff00', '#9f00ff', '#009fff', '#00ff9f',  # 23all combos with ff, 9f, and 00
+#             29'#ffcf00', '#ff00cf', '#cfff00', '#cf00ff', '#00cfff', '#00ffcf',  # 29all combos with ff, cf, and 00
+#             35'#5500a5', '#b70f00' # 35plum then maroon
+
+print(f'there are {len(minicolor)} colours available')
+# green_cyan = minicolor[0] '#03ff81',
+# lighter_blue = minicolor[1] '#0061ff',
+# light_blue = minicolor[4] '#006eff',
+blue = minicolor[20]
+purple = minicolor[24]
+light_blue = minicolor[17]
+violet = minicolor[25]
+
+fushia = minicolor[29]
+pink = minicolor[30]
+pink_orange = minicolor[1]
+orange = minicolor[3]
+
+cyan = minicolor[16]
+green_cyan = minicolor[13]
+light_green = minicolor[8]
+lighter_blue = minicolor[15]
+
+# light_gray gray dark_gray black red green yellow light_red orchid
+# plum = minicolor[22]
+# maroon = minicolor[31]
+# chartreuse = minicolor[7]
+# dodger_blue = minicolor[18]
+
+title = [blue, purple, light_blue, violet,
+         fushia, pink, pink_orange, orange,
+         cyan, green_cyan, light_green, "",
+         lighter_blue, blue, orange, violet]
+
 
 for i in range(0, 16):  # displays the 16 little pictures + bind left click to the full-screen ones
-    list_text = wrap(language[start + 3 + i], 12)
+    list_text = wrap(language[start + 3 + i].lstrip('0123456789 '), 12)  # doesn't create a title larger than 12 characters else it's off-picture
     text = ''
     for string in list_text:
         if string == list_text[-1]:
-            text += (13 - 2 * len(string)) * ' ' + string + (12 - 2 * len(string)) * ' '
+            text += string  # (13 - 2 * len(string)) * ' ' + string + (12 - 2 * len(string)) * ' '  # old (and worse) method for justify="center"
         else:
-            text += (13 - 2 * len(string)) * ' ' + string + (12 - 2 * len(string)) * ' ' + '\n'
+            text += string + '\n'  # (13 - 2 * len(string)) * ' ' + string + (12 - 2 * len(string)) * ' ' + '\n'
 
     f = Canvas(a, width=w / 4, height=h / 5, bd=-2, bg="#ff9696")
     func = partial(display, i + 16)
     f.bind("<Button-1>", func)
     f.create_image(w / 8, h / 10, image=image_list[i])
     f.place(x=eks[i % 4], y=whi[i // 4])  # + '\n' + language[201 + i][10:20] + '\n' + language[201 + i][20:]
-    info = f.create_text((w / 8, h / 9), text=text, font=m, fill=minicolor[i])
+    info = f.create_text((w / 8, h / 9), text=text, font=m, fill=minicolor[(i+random.choice((11, 18, 20, 23))) % 32], justify="center")  # 11 18 20 23
     static.append(f)
     static.append(info)
 a.mainloop()

pack.py

@@ -70,7 +70,7 @@ def pack(file, index):
                 name = line.split(' ', 3)[3]
     # now just replace them inside the file
     tex0 = -1
-    current = 0
+    current = -1
     with open(file, 'r+b') as u8:  # works with arc and brres, so it's just a basic u8 archive format I would say
         for cursor in range(0, filesize - 17, 16):
             u8.seek(cursor)
@@ -91,7 +91,7 @@ def pack(file, index):
     if keep_encoded == b'0':
         shutil.rmtree(encoded)
     button_list[index].destroy()
-    patched = Label(a, text=language[hashtag + 4].replace("#", counter), bg='#ffaaaa', width=30)
+    patched = Label(a, text=language[hashtag + 4].replace("#", str(counter)), bg='#ffaaaa', width=30)
     patched.grid(row=button_row[index], column=button_col[index])
 
 
@@ -172,13 +172,13 @@ def keep():  # each time the checkbutton keep_tex0 is triggered
 open_explorerbu = Button(a, text=language[msm + 19], command=open_explorer, activebackground='#96c7ff', width=15)
 open_explorerbu.grid(row=1, column=0)
 
-T = Label(a, text=language[isox + 5].replace('5', '2'), bg='#ffaaaa', width=30)
-T.grid(row=2, column=0, columnspan=3)
+T = Label(a, text=language[isox + 5].replace('5', '2'), bg='#ffaaaa', width=40)
+T.grid(row=2, column=1, columnspan=2)
 
 title = Label(a, text=language[start + 1], font=(None, 15), bg='#ffaaaa', height=3)
 title.grid(row=3, columnspan=9)
 
-keep_tex0 = Checkbutton(a, text=language[start + 5], command=keep, bg="#ffaaaa", width=20)
+keep_tex0 = Checkbutton(a, text=language[start + 5], command=keep, bg="#ffaaaa", width=25)
 keep_tex0.grid(row=2, column=0)
 
 with open('C:\\Yosh\\a', 'rb') as config:

tex.py

@@ -41,8 +41,8 @@ def encode(file, index):
     nmipmap = nmipmap.strip(space25)
     out = output.get()
     if out == '':
-        out = os.path.splitext(file)
-    os.system(f'wimgt encode "{file}" -x {colourenc} --n-mm {nmipmap} -d "{out}.tex0"')
+        out = os.path.splitext(file)[0]
+    os.system(f'wimgt encode "{file}" -x {colourenc} --n-mm {nmipmap} -d "{out}.tex0" -o')
 
     button_list[index].destroy()
     patched = Label(a, text=language[start + 3], bg='#bfaaff', width=30)

tex3.pyw

@@ -27,4 +27,4 @@ for element in os.listdir('./'):
             continue
 
 toaster = ToastNotifier()
-toaster.show_toast(language[hashtag + 5].replace("#", count_tex), language[hashtag + 6].replace("#", count_files), icon_path="C:/Yosh/tex3.ico", duration=5)
+toaster.show_toast(language[hashtag + 5].replace("#", str(count_tex)), language[hashtag + 6].replace("#", str(count_files)), icon_path="C:/Yosh/tex3.ico", duration=5)