diff --git a/docs/devlog.html b/docs/devlog.html index e323a3a..8c85839 100644 --- a/docs/devlog.html +++ b/docs/devlog.html @@ -6,10 +6,10 @@ Homepage - ByteBucks - - - - + + + + @@ -71,7 +71,7 @@

January 10, 2024


- +

January 11, 2024

@@ -102,7 +102,7 @@

January 15, 2024


- +

January 16, 2024

@@ -122,5 +122,14 @@

January 17, 2024

  • Added Manager System!!!

    • +
    +

    January 18, 2024

    +

    +

    +

    \ No newline at end of file diff --git a/docs/index.html b/docs/index.html index 256ba5a..9f5ae00 100644 --- a/docs/index.html +++ b/docs/index.html @@ -6,10 +6,10 @@ Homepage - ByteBucks - - - - + + + + diff --git a/game.py b/game.py index cee6ee5..2777289 100644 --- a/game.py +++ b/game.py @@ -19,11 +19,13 @@ pygame.mixer.music.play(loops=-1) pygame.mixer.music.set_volume(0.2) -pygame.display.set_caption('ByteBucks') +pygame.display.set_caption("ByteBucks") -pygame_icon = pygame.image.load('./assets/images/icon_512x512@2x.png') +pygame_icon = pygame.image.load("./assets/images/icon_512x512@2x.png") pygame.display.set_icon(pygame_icon) +CHEAT = 0 # sets base income crazy high for testing purposes if true + # colors LIGHT1 = (22, 219, 101) DARK1 = (5, 140, 66) @@ -42,8 +44,13 @@ # states button = 0 shopStatus = 0 +sMenuStatus = 0 + +# base moneys +money = 0.00 +baseMoney = 60.00 -# time related (cooldowns) +# region TIME clock = pygame.time.Clock() s1 = s2 = s3 = s4 = s5 = s6 = s7 = s8 = True @@ -62,9 +69,7 @@ timers = [tm1, tm2, tm3, tm4, tm5, tm6, tm7, tm8] cooldowns = [c1, c2, c3, c4, c5, c6, c7, c8] -# base moneys -money = 0.00 -baseMoney = 60.00 +# endregion # region TASKS # task names @@ -111,14 +116,14 @@ # region MANAGERS # manager names -m1 = "Jessica Bluewoman" # jesse pinkman -m2 = "Fade Dixon" # wade nixon -m3 = "Linux Bastion" # linus sebastian -m4 = "Mr. Best" # mrbeast -m5 = "Alan Mask" # elon musk -m6 = "Weston Aquawater" # wes bluemarine -m7 = "Tatiana Mongoose" # tana mongeau -m8 = "Jim Baker" # tim cook +m1 = "Jessica Bluewoman" # jesse pinkman +m2 = "Fade Dixon" # wade nixon +m3 = "Linux Bastion" # linus sebastian +m4 = "Mr. Best" # mrbeast +m5 = "Alan Mask" # elon musk +m6 = "Weston Aquawater" # wes bluemarine +m7 = "Tatiana Mongoose" # tana mongeau +m8 = "Jim Baker" # tim cook manNames = [m1, m2, m3, m4, m5, m6, m7, m8] # manager costs @@ -148,6 +153,23 @@ # endregion +# region UNLOCKS +us11 = us12 = us13 = us14 = us15 = us16 = us17 = us18 = 0 # 25 +us21 = us22 = us23 = us24 = us25 = us26 = us27 = us28 = 0 # 50 +us31 = us32 = us33 = us34 = us35 = us36 = us37 = us38 = 0 # 100 +us41 = us42 = us43 = us44 = us45 = us46 = us47 = us48 = 0 # 200 +us51 = us52 = us53 = us54 = us55 = us56 = us57 = us58 = 0 # 300 +us61 = us62 = us63 = us64 = us65 = us66 = us67 = us68 = 0 # 400 + +unlocks1 = [us11, us12, us13, us14, us15, us16, us17, us18] +unlocks2 = [us21, us22, us23, us24, us25, us26, us27, us28] +unlocks3 = [us31, us32, us33, us34, us35, us36, us37, us38] +unlocks4 = [us41, us42, us43, us44, us45, us46, us47, us48] +unlocks5 = [us51, us52, us53, us54, us55, us56, us57, us58] +unlocks6 = [us61, us62, us63, us64, us65, us66, us67, us68] + +# endregion + # coefficients constant CF1 = 1.07 CF2 = 1.15 @@ -159,6 +181,7 @@ CF8 = 1.09 coefficients = [CF1, CF2, CF3, CF4, CF5, CF6, CF7, CF8] + # calculates task cost requirements (e.g. task 2 is $60) def calcReqCost(n): if n == 1: @@ -167,16 +190,26 @@ def calcReqCost(n): final = baseMoney * (12 ** (n - 2)) return final + def calcInvCost(n): if statuses[n - 1] == 0: - final = (calcReqCost(n) * (1 - coefficients[n - 1]**buyMultiplier)) / (1 - coefficients[n-1]) + final = (calcReqCost(n) * (1 - coefficients[n - 1] ** buyMultiplier)) / ( + 1 - coefficients[n - 1] + ) else: - final = ((calcReqCost(n) * (coefficients[n - 1] ** amounts[n - 1])) * (1 - coefficients[n - 1]**buyMultiplier)) / (1 - coefficients[n-1]) + final = ( + (calcReqCost(n) * (coefficients[n - 1] ** amounts[n - 1])) + * (1 - coefficients[n - 1] ** buyMultiplier) + ) / (1 - coefficients[n - 1]) return final + # base income -BI1 = 1.00 +if CHEAT == 0: + BI1 = 1.00 +else: + BI1 = 1000000000000.00 BI2 = calcReqCost(2) BI3 = calcReqCost(3) * 0.75 BI4 = calcReqCost(4) * 0.5 @@ -189,6 +222,7 @@ def calcInvCost(n): multStatus = 0 buyMultiplier = 1 + # function that centers text input - all parameters specified def centerText(txt, font, col, x, y, w, h): a = txt @@ -199,33 +233,40 @@ def centerText(txt, font, col, x, y, w, h): at = font.render(a, 1, col) screen.blit(at, ar) + def numberText(num, case): number = "%.2f" % num - if num >= 1000000000000000: + if num >= 1000000000000000000: if case == 1: - number = "%.2f Quadrillion" % (num/1000000000000000) + number = "%.2f Quintillion" % (num / 1000000000000000000) else: - number = "%.2fQ" % (num/1000000000000000) + number = "%.2fQi" % (num / 1000000000000000000) + elif num >= 1000000000000000: + if case == 1: + number = "%.2f Quadrillion" % (num / 1000000000000000) + else: + number = "%.2fQd" % (num / 1000000000000000) elif num >= 1000000000000: if case == 1: - number = "%.2f Trillion" % (num/1000000000000) + number = "%.2f Trillion" % (num / 1000000000000) else: - number = "%.2fT" % (num/1000000000000) + number = "%.2fT" % (num / 1000000000000) elif num >= 1000000000: if case == 1: - number = "%.2f Billion" % (num/1000000000) + number = "%.2f Billion" % (num / 1000000000) else: - number = "%.2fB" % (num/1000000000) + number = "%.2fB" % (num / 1000000000) elif num >= 1000000: if case == 1: - number = "%.2f Million" % (num/1000000) + number = "%.2f Million" % (num / 1000000) else: - number = "%.2fM" % (num/1000000) + number = "%.2fM" % (num / 1000000) elif num >= 1000: if case != 1: - number = "%.2fK" % (num/1000) + number = "%.2fK" % (num / 1000) return number + # draws the task boxes def task(statVar, x, y, n): global money @@ -242,32 +283,69 @@ def task(statVar, x, y, n): centerText(numberText(calcInvCost(n), 1), light, LIGHT1, x, y + 20, boxW, boxH) elif statVar == 1: # Task is Bought... # COOLDOWN, AND ADD MONEY WHEN COOLDOWN ENDS - if canClick[n-1] == False: - cd = cooldowns[n-1] - (pygame.time.get_ticks() - timers[n-1]) - pygame.draw.rect(screen, DARK1, (x + boxW / 4, y+5, (boxW / (4 / 3) - 4) - (cd/(cooldowns[n-1]/(boxW / (4 / 3) - 4))), boxH / 2)) - secs = math.floor(cd/1000 % 60) - mins = math.floor(cd/60000) + if canClick[n - 1] == False: + cd = cooldowns[n - 1] - (pygame.time.get_ticks() - timers[n - 1]) + if (boxW / (4 / 3) - 4) - (cd / (cooldowns[n - 1] / (boxW / (4 / 3) - 4))) >= (boxW / (4/3) - 4): + pygame.draw.rect( + screen, + DARK1, + ( + x + boxW / 4, + y + 5, + (boxW / (4 / 3) - 4), + boxH / 2, + ), + ) + else: + pygame.draw.rect( + screen, + DARK1, + ( + x + boxW / 4, + y + 5, + (boxW / (4 / 3) - 4) - (cd / (cooldowns[n - 1] / (boxW / (4 / 3) - 4))), + boxH / 2, + ), + ) + secs = math.floor(cd / 1000 % 60) + mins = math.floor(cd / 60000) if mins >= 1: - cooldown = '%im %is' % (mins, secs) + cooldown = "%im %is" % (mins, secs) else: - cooldown = '%is' % (secs) + cooldown = "%is" % (secs) if cd <= 0: - canClick[n-1] = True + canClick[n - 1] = True money += BIarr[n - 1] * amounts[n - 1] cooldown = "0s" - centerText(cooldown, lightS, LIGHT1, x + boxW / 4 - 10 + boxW / (4 / 3) / 1.4 + 6, y + boxH / 2 + 1, boxW / (4.66) + 5, boxH / 2) + centerText( + cooldown, + lightS, + LIGHT1, + x + boxW / 4 - 10 + boxW / (4 / 3) / 1.4 + 6, + y + boxH / 2 + 1, + boxW / (4.66) + 5, + boxH / 2, + ) else: - if manStats[n-1] == 1: - canClick[n-1] = False - timers[n-1] = pygame.time.get_ticks() - cd = cooldowns[n-1] - secs = math.floor(cd/1000 % 60) - mins = math.floor(cd/60000) + if manStats[n - 1] == 1: + canClick[n - 1] = False + timers[n - 1] = pygame.time.get_ticks() + cd = cooldowns[n - 1] + secs = math.floor(cd / 1000 % 60) + mins = math.floor(cd / 60000) if mins >= 1: - cooldown = '%im %is' % (mins, secs) + cooldown = "%im %is" % (mins, secs) else: - cooldown = '%is' % (secs) - centerText(cooldown, lightS, LIGHT1, x + boxW / 4 - 10 + boxW / (4 / 3) / 1.4 + 6, y + boxH / 2 + 1, boxW / (4.66) + 5, boxH / 2) + cooldown = "%is" % (secs) + centerText( + cooldown, + lightS, + LIGHT1, + x + boxW / 4 - 10 + boxW / (4 / 3) / 1.4 + 6, + y + boxH / 2 + 1, + boxW / (4.66) + 5, + boxH / 2, + ) # boxes pygame.draw.rect(screen, LIGHT1, (x, y, boxW, boxH), 5) # whole task box @@ -279,12 +357,22 @@ def task(statVar, x, y, n): 5, ) # bottom action box - Buy and Cooldown - centerText(str(amounts[n - 1]), regularS, DARK4, x, y + boxH / 2, boxW / 4, boxH / 2) + centerText( + str(amounts[n - 1]), regularS, DARK4, x, y + boxH / 2, boxW / 4, boxH / 2 + ) - inc = BIarr[n - 1] * amounts[n - 1] # income - centerText(numberText(inc, 0),regularS,LIGHT1,x + boxW / 4 - 5,y + 4,boxW / (4 / 3) + 7,boxH / 2) + inc = BIarr[n - 1] * amounts[n - 1] # income + centerText( + numberText(inc, 0), + regularS, + LIGHT1, + x + boxW / 4 - 5, + y + 4, + boxW / (4 / 3) + 7, + boxH / 2, + ) - # INVESTMENT BUYING LOGIC + # INVESTMENT BOX if money >= calcInvCost(n): # Can buy Investment - Buy button turns Green pygame.draw.rect( screen, @@ -316,15 +404,35 @@ def task(statVar, x, y, n): boxW / (4 / 3) / 1.4 + 7, boxH / 2, ) + # MILESTONES + if amounts[n - 1] >= 25 and unlocks1[n - 1] == 0: + cooldowns[n - 1] /= 2 + unlocks1[n - 1] = 1 + if amounts[n - 1] >= 50 and unlocks2[n - 1] == 0: + cooldowns[n - 1] /= 2 + unlocks2[n - 1] = 1 + if amounts[n - 1] >= 100 and unlocks3[n - 1] == 0: + cooldowns[n - 1] /= 2 + unlocks3[n - 1] = 1 + if amounts[n - 1] >= 200 and unlocks4[n - 1] == 0: + cooldowns[n - 1] /= 2 + unlocks4[n - 1] = 1 + if amounts[n - 1] >= 300 and unlocks5[n - 1] == 0: + cooldowns[n - 1] /= 2 + unlocks5[n - 1] = 1 + if amounts[n - 1] >= 400 and unlocks6[n - 1] == 0: + cooldowns[n - 1] /= 2 + unlocks6[n - 1] = 1 + def taskClick(n, x, y, bx, by): global money if mx > x and mx < x + boxW and my > y and my < y + boxH and shopStatus == 0: if statuses[n - 1] == 0 and money >= calcInvCost(n): # buy task - statuses[n - 1] = 1 - amounts[n-1] = buyMultiplier money -= calcInvCost(n) + statuses[n - 1] = 1 + amounts[n - 1] = buyMultiplier elif ( statuses[n - 1] == 1 and money < calcInvCost(n) @@ -345,36 +453,87 @@ def taskClick(n, x, y, bx, by): money -= calcInvCost(n) amounts[n - 1] += buyMultiplier elif statuses[n - 1] == 1: - if canClick[n-1] == True: - timers[n-1] = pygame.time.get_ticks() - canClick[n-1] = False + if canClick[n - 1] == True: + timers[n - 1] = pygame.time.get_ticks() + canClick[n - 1] = False -def manager(x, y, n): + +def shop(x, y, n): global money pygame.draw.rect(screen, LIGHT1, (x, y, mBoxW, mBoxH), 2) # whole task box - pygame.draw.rect(screen, LIGHT1, (x, y, mBoxW*(4/5), mBoxH), 2) # information box - centerText(manNames[n-1],regularS,LIGHT1,x,y-30,mBoxW*(4/5),mBoxH) - centerText("Runs " + names[n-1],lightS,LIGHT1,x,y,mBoxW*(4/5),mBoxH) - centerText("$" + numberText(manCosts[n-1],1),regularS,LIGHT1,x,y+30,mBoxW*(4/5),mBoxH) - if money >= manCosts[n-1] and manStats[n-1] != 1: - pygame.draw.rect(screen, LIGHT1, (x+mBoxW*(4/5)-2, y, mBoxW*(1/5)+2, mBoxH)) # hire button - centerText("Hire!",regularS,DARK4,x+mBoxW*(4/5)-2, y, mBoxW*(1/5)+2, mBoxH) - elif manStats[n-1] == 1: - pygame.draw.rect(screen, DARK1, (x+mBoxW*(4/5)-2, y+2, mBoxW*(1/5), mBoxH-4)) # hired rectangle - pygame.draw.rect(screen, LIGHT1, (x+mBoxW*(4/5)-2, y, mBoxW*(1/5)+2, mBoxH),2) # hired outline - centerText("Hired!",regularS,DARK4,x+mBoxW*(4/5)-2, y, mBoxW*(1/5)+2, mBoxH) + pygame.draw.rect( + screen, LIGHT1, (x, y, mBoxW * (4 / 5), mBoxH), 2 + ) # information box + centerText(manNames[n - 1], regularS, LIGHT1, x, y - 30, mBoxW * (4 / 5), mBoxH) + centerText("Runs " + names[n - 1], lightS, LIGHT1, x, y, mBoxW * (4 / 5), mBoxH) + centerText( + "$" + numberText(manCosts[n - 1], 1), + regularS, + LIGHT1, + x, + y + 30, + mBoxW * (4 / 5), + mBoxH, + ) + if money >= manCosts[n - 1] and manStats[n - 1] != 1: + pygame.draw.rect( + screen, LIGHT1, (x + mBoxW * (4 / 5) - 2, y, mBoxW * (1 / 5) + 2, mBoxH) + ) # hire button + centerText( + "Hire!", + regularS, + DARK4, + x + mBoxW * (4 / 5) - 2, + y, + mBoxW * (1 / 5) + 2, + mBoxH, + ) + elif manStats[n - 1] == 1: + pygame.draw.rect( + screen, DARK1, (x + mBoxW * (4 / 5) - 2, y + 2, mBoxW * (1 / 5), mBoxH - 4) + ) # hired rectangle + pygame.draw.rect( + screen, LIGHT1, (x + mBoxW * (4 / 5) - 2, y, mBoxW * (1 / 5) + 2, mBoxH), 2 + ) # hired outline + centerText( + "Hired!", + regularS, + DARK4, + x + mBoxW * (4 / 5) - 2, + y, + mBoxW * (1 / 5) + 2, + mBoxH, + ) else: - pygame.draw.rect(screen, LIGHT1, (x+mBoxW*(4/5)-2, y, mBoxW*(1/5)+2, mBoxH), 2) # hire button - centerText("Hire!",regularS,LIGHT1,x+mBoxW*(4/5)-2, y, mBoxW*(1/5)+2, mBoxH) + pygame.draw.rect( + screen, LIGHT1, (x + mBoxW * (4 / 5) - 2, y, mBoxW * (1 / 5) + 2, mBoxH), 2 + ) # hire button + centerText( + "Hire!", + regularS, + LIGHT1, + x + mBoxW * (4 / 5) - 2, + y, + mBoxW * (1 / 5) + 2, + mBoxH, + ) -def managerClick(x, y, n): + +def shopClick(x, y, n): global money - if money >= manCosts[n-1] and manStats[n-1] != 1: - if button == 1 and mx >= x+mBoxW*(4/5)-2 and mx <= x+mBoxW*(4/5)-2+mBoxW*(1/5)+2 and my >= y and my <= y+mBoxH: - manStats[n-1] = 1 - money -= manCosts[n-1] + if money >= manCosts[n - 1] and manStats[n - 1] != 1 and sMenuStatus == 0: + if ( + button == 1 + and mx >= x + mBoxW * (4 / 5) - 2 + and mx <= x + mBoxW * (4 / 5) - 2 + mBoxW * (1 / 5) + 2 + and my >= y + and my <= y + mBoxH + ): + manStats[n - 1] = 1 + money -= manCosts[n - 1] + playing = True while playing: @@ -404,10 +563,10 @@ def managerClick(x, y, n): count = 1 yPos = [mBoxY1, mBoxY2, mBoxY3, mBoxY4] if i < 5: - managerClick(mBoxRX, yPos[count - 1], i) + shopClick(mBoxRX, yPos[count - 1], i) count += 1 else: - managerClick(mBoxRX2, yPos[count - 1], i) + shopClick(mBoxRX2, yPos[count - 1], i) count += 1 if mx >= 865 and mx <= 985 and my >= 15 and my <= 60: multStatus += 1 @@ -426,6 +585,10 @@ def managerClick(x, y, n): elif mx >= 875 and mx <= 975 and my >= 150 and my <= 200: if shopStatus == 1: shopStatus = 0 + elif mx >= 25 and mx <= 175 and my >= 150 and my <= 200: + sMenuStatus = 0 + elif mx >= 175 and mx <= 325 and my >= 150 and my <= 200: + sMenuStatus = 1 button = 0 @@ -437,8 +600,8 @@ def managerClick(x, y, n): # header and money pygame.draw.rect(screen, LIGHT1, (1, 1, 999, 125), 2) - text = medium.render("$"+numberText(money, 1), 1, LIGHT1) - screen.blit(text, (100,27.5)) + text = medium.render("$" + numberText(money, 1), 1, LIGHT1) + screen.blit(text, (100, 27.5)) # buy multiplier button pygame.draw.rect(screen, LIGHT1, (865, 15, 120, 45)) @@ -448,7 +611,6 @@ def managerClick(x, y, n): pygame.draw.rect(screen, LIGHT1, (865, 70, 120, 45)) centerText("Shop", regularXS, DARK4, 865, 70, 120, 45) - # tasks count = 1 for i in range(1, 9): @@ -468,18 +630,28 @@ def managerClick(x, y, n): pygame.draw.rect(screen, LIGHT1, (25, 150, 950, 525), 5) pygame.draw.rect(screen, LIGHT1, (25, 150, 950, 50), 5) pygame.draw.rect(screen, LIGHT1, (875, 150, 100, 50)) - centerText("X",regularS,DARK4,875,150+2,100,50) - + centerText("X", regularS, DARK4, 875, 150 + 2, 100, 50) + if sMenuStatus == 0: + pygame.draw.rect(screen, LIGHT1, (25, 150, 150, 50)) + centerText("Managers", regularS, DARK4, 25, 150, 150, 50) + pygame.draw.rect(screen, LIGHT1, (175-5, 150, 150, 50), 5) + centerText("Upgrades", regularS, LIGHT1, 175-5, 150, 150, 50) + else: + pygame.draw.rect(screen, LIGHT1, (25, 150, 150, 50), 5) + centerText("Managers", regularS, LIGHT1, 25, 150, 150, 50) + pygame.draw.rect(screen, LIGHT1, (175-5, 150, 150, 50)) + centerText("Upgrades", regularS, DARK4, 175-5, 150, 150, 50) + count = 1 for i in range(1, 9): if i == 5: count = 1 yPos = [mBoxY1, mBoxY2, mBoxY3, mBoxY4] if i < 5: - manager(mBoxRX, yPos[count - 1], i) + shop(mBoxRX, yPos[count - 1], i) count += 1 else: - manager(mBoxRX2, yPos[count - 1], i) + shop(mBoxRX2, yPos[count - 1], i) count += 1 pygame.display.update()