power.py

Created by elnix91

Created on September 28, 2025

9.05 KB

debug version of power, the last version is available here

from kandinsky import fill_rect as rect,set_pixel as set,draw_string as ds
from ion import keydown as k
from time import sleep
# Menu:choosing number of players #
def menu():
  nbPlayers,first=0,1
  rect(0,0,320,222,SKY)
  ds("POWER !",125,20,(255,0,0),SKY)
  ds("Number of players:",70,50,(0,0,255),SKY)
  ds("+",155,90,TXT,SKY)
  ds("-",155,150,TXT,SKY)
  while k(4):1
  while not k(4):
    if not k(1)or k(2):V=0
    if k(1):V=1
    elif k(2):V=-1
    if V!=0 or first:
      if first:first=0
      nbPlayers=(nbPlayers+V)%3
      ds(str(nbPlayers+2),155,120,TXT,SKY)
      while k(1)or k(2):1
  return nbPlayers+2
# Drawing cell in [x,y] #
def draw_cell(x,y,case=0,first=0):
  if first:
    rect(3+x*24,3+y*24,23,23,COLORS[int(FIELD[y*9+x])])
    for i in range(nbPlayers):
      for l in range(9):
        if l in FIELDS[y][x][i]:
          rect(x*24+8,y*24+8,13,13,TXT)
          rect(x*24+10,y*24+10,9,9,COLORS[i+2])
          break
      if 9 in FIELDS[y][x][i]:
        for j in range(15):
          for k in range(15):
            if FLAG[j*15+k]=="1":set(8+x*24+k,9+y*24+j,TXT)
            elif FLAG[j*15+k]=="2":set(8+x*24+k,9+y*24+j,COLORS[i+2])
  if case>0:
    if case==1:c=(255,0,255)
    elif case==2:c=(COLORS[int(FIELD[y*9+x])])
    rect(3+x*24,3+y*24,23,2,c)
    rect(3+x*24,3+y*24,2,23,c)
    rect(26+x*24,26+y*24,-23,-2,c)
    rect(26+x*24,26+y*24,-2,-23,c)
# Drawing arrow in bitmap
def draw_arrow(x,y,c):
  for i in range(7):
    for j in range(15):
      if ARROW[i*15+j]=="1":set(x+j,y+i,c)
# ACTIONS FUNCTION
# Move function
def move(unit,player,x,y,X,Y):1
def generate(unit,player):1
def fuse(unit,player):1
# Variables
SKY       = (255,255,255)
TXT       = (0,0,0)
nbPlayers = menu()
FLAG      = "001110000000000001122100000000001122221100000001122222211000001122222222100001122222211000001122221100000001122110000000001111000000000001100000000000001100000000000001100000000000111111000000000111111000000000000000000000000"
UNITS     = [["Soldat",1,1,2],["tank",2,4,5],["Avion",3,3,3],["bateau",2,10,10],["regiment",2,10,20],["char",4,40,40],["chasseur",5,30,30],["cuirasse",3,50,50],["Missile",0,100],["drapeau"]]
ARROW     = "000000110000000000011110000000001111111111111111111111111111001111111111111000011110000000000000110000000"
FIELD     = "100010001022204440022204440022204440100010001055503330055503330055503330100010001"
COLORS    = [(0,0,255),(255,255,100),(255,0,0),(0,255,0),(0,255,255),(255,255,0)]
FIELDS    = [[[[]for i in range(nbPlayers)]for X in range(9)]for Y in range(9)]
TYPES     = ["Sea","Island","P1","P2","P3","P4"]
POWER     = [0 for i in range(nbPlayers)]
ACTIONS   = ["MOVE","GENERATE","FUSE"]
BASES     = [[0,0],[8,8],[0,8],[8,0]]
X         = 4
Y         = 4
tour      = 0
# Adding units gnd flags to FIELDS
for i in range(4):
  for j in range(2):
    FIELDS[0][0][0].append(i)
for i in range(4):
  for j in range(2):
    FIELDS[8][8][1].append(i)
if nbPlayers>2:
  for i in range(4):
    for j in range(2):
      FIELDS[0][8][2].append(i)
if nbPlayers>3:
  for i in range(4):
    for j in range(2):
      FIELDS[8][0][3].append(i)
# Tests for testing
FIELDS[7][8][0].append(0)
FIELDS[3][5][1].append(5)
FIELDS[3][5][1].append(5)
FIELDS[3][5][1].append(5)
for i in range(9):FIELDS[4][4][1].append(i)
# ULTIMATE MAIN LOOP
while 1:
  tour,earn,earned,move=(tour+1)%nbPlayers,0,0,-1
# Loop of writting objects
  while 1:
    rect(0,0,320,222,SKY)
    rect(0,0,222,222,TXT)
    for y in range(9):
      for x in range(9):
        draw_cell(x,y,0,1)
        if int(FIELD[y*9+x])>2 and int(FIELD[y*9+x])!=tour+3 and earn==0:
          earned+=len(FIELDS[y][x][tour])
    if earn==0:POWER[tour]+=earned
    ds("Round: ",230,0,TXT,SKY)
    ds("P"+str(tour+1),300,0,TXT,COLORS[tour+2])
    ds("POWER:",240,40,TXT,(255,255,0))
    ds(str(POWER[tour]),271-len(str(POWER[tour]))*5,60,(255,0,0),SKY)
    ds("+"+str(earned),264-len(str(earned))*5,80,(0,255,0),SKY)
    first,earn,brek,brak=1,1,0,0
# Loop of tests of keydown
    while k(4):1
    while 1:
      if k(1):V=-1
      elif k(2):V=1
      else:V=0
      if k(0):H=-1
      elif k(3):H=1
      else:H=0
      if k(4):O=1
      else:O=0
      if k(17):C=1
      else:C=0
      if k(52):E=1
      else:E=0
# Validation bloc
      if E:
        choice,second=0,1
        rect(100,71,120,70,TXT)
        rect(103,74,114,64,SKY)
        ds("Valider?",120,81,TXT,SKY)
        ds("Oui",115,111,(0,255,0),SKY)
        ds("Non",175,111,(255,0,0),SKY)
        while k(4):1
        while not k(4):
          if k(0):H=-1
          elif k(3):H=1
          else:H=0
          if H!=0 or second:
            if second:second=0
            rect(105+choice*60,111,10,18,SKY)
            rect(145+choice*60,111,10,18,SKY)
            choice=(choice+H)%2
            ds("[",105+choice*60,111,TXT,SKY)
            ds("]",145+choice*60,111,TXT,SKY)
            while k(0) or k(3):1
        if choice==0:brek=1
        break
# Selection bloc
      if H!=0 or V!=0 or C or first:
        vmove,first=0,0
        draw_cell(X,Y,2)
        rect(225,100,80,40,SKY)
        if move>-1:
          ds("Select a",225,120,(0,0,255),SKY)
          ds("cell:",225,140,(0,0,255),SKY)
          ds("[OK]",280,140,(255,0,0),SKY)
          if C:
            move=-1
            break
          elif X+H>=0 and X+H<=8:
            if Y+V>=0 and Y+V<=8:
              if max(X+H,cell[0])-min(X+H,cell[0])<=UNITS[units_cell[move]][1]:
                if max(Y+V,cell[1])-min(Y+V,cell[1])<=UNITS[units_cell[move]][1]:
                  vmove=1
        else:
          rect(225,120,100,60,SKY)
          vmove=1
        if vmove==1:X,Y=(X+H)%9,(Y+V)%9
        draw_cell(X,Y,1)
        ds("→ "+TYPES[int(FIELD[Y*9+X])]+"    ",222,182,TXT,SKY)
        ds("["+str(X)+";"+str(Y)+"]",246,202,(255,0,0),SKY)
        while k(0) or k(1) or k(2) or k(3):1
# Action bloc
      if O and len(FIELDS[Y][X][tour])>0 and move==-1:
        units,second,action,actions,units_cell,cell=-1,1,0,[],[],[X,Y]
        rect(10,10,300,202,TXT)
        rect(13,13,294,196,SKY)
        ds("CELL:",15,15,TXT,SKY)
        ds("["+str(X)+" "+str(Y)+"]",70,15,(255,0,0),SKY)
        ds("ACTIONS:",180,50,(255,0,0),SKY)
        if 9 in FIELDS[Y][X][tour]:ds("YOUR FLAG",210,15,TXT,COLORS[tour+2])
        for i in range(9):
          if i in FIELDS[Y][X][tour]:
            units+=1
            units_cell.append(i)
            if units==0:ds("UNITS:",15,33,(255,0,0),SKY)
            ds((str(FIELDS[Y][X][tour].count(i))+" "+UNITS[i][0]),15,51+units*17,TXT,SKY)
        # Calculating possibles actions
        for i in range(9):
          if i in FIELDS[Y][X][tour] and 0 not in actions:actions.append(0)
        if BASES[tour][0]==Y and BASES[tour][1]==X:actions.append(1)
        for i in range(len(FIELDS[Y][X][tour])):
          if FIELDS[Y][X][tour].count(FIELDS[Y][X][tour][i])>2 and 2 not in actions:actions.append(2)
        for i in range(len(actions)):ds(ACTIONS[actions[i]],220-len(ACTIONS[actions[i]])*5,80+i*30,TXT,SKY)
        # Choosing an action
        while k(4) or k(17):1
        while 1:
          V,O,C=0,0,0
          if k(1):V=-1
          elif k(2):V=1
          elif k(4):O=1
          elif k(17):C=1
          if V!=0 or second:
            rect(210-len(ACTIONS[actions[action]])*5,80+action*30,10,18,SKY)
            rect(220+len(ACTIONS[actions[action]])*5,80+action*30,10,18,SKY)
            action,second=(action+V)%len(actions),0
            ds("[",210-len(ACTIONS[actions[action]])*5,80+action*30,(255,0,0),SKY)
            ds("]",220+len(ACTIONS[actions[action]])*5,80+action*30,(255,0,0),SKY)
            while k(1) or k(2):1
          elif O or C:
            if O and actions[action]==0:
              second=1
              rect(180,50,90,120,SKY)
              ds("MOVE:",180,35,(255,0,0),SKY)
              ds("[OK]",150,65,(255,0,0),SKY)
              ds("to valide",200,65,TXT,SKY)
              ds("[CLEAR]",140,85,(255,0,0),SKY)
              ds("to quit",220,85,TXT,SKY)
              move=0
              while k(4):1
              while not k(4):
                V=0
                if k(1):V=-1
                elif k(2):V=1
                if V!=0 or second:
                  draw_arrow(20+len(str(FIELDS[Y][X][tour].count(move))+" "+UNITS[units_cell[move]][0])*10,57+move*17,SKY)
                  move,second=(move+V)%(units+1),0
                  draw_arrow(20+len(str(FIELDS[Y][X][tour].count(move))+" "+UNITS[units_cell[move]][0])*10,57+move*17,(255,0,0))
                  while k(1) or k(2):1
                if k(17):
                  move=-1
                  break
            if O and actions[action]==1:
              generate=1
            if O and actions[action]==2:
              fuse=1
            brak=1
            if brak:break
        if brak:break
# Mooving bloc
      if O and move>-1:
        allow=0
        if units_cell[move]in[0,1,4,5]:
          if FIELD[Y*9+X]!="0":allow=1
        elif units_cell[move]in[2,6]:
          if FIELD[Y*9+X]!="0":allow=1
        elif units_cell[move]in[3,7]:
          if [Y,X]not in[[2,2],[6,2],[2,6],[6,6]]:allow=1
        if allow:
          FIELDS[Y][X][tour].append(FIELDS[cell[1]][cell[0]][tour][move])
          FIELDS[cell[1]][cell[0]][tour].pop(move)
          move=-1
          break
    if brek:break

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