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How to use get_param_value method in Slash

Best Python code snippet using slash

11-main.py

Source:11-main.py

...18    # the third parameter's mode is in the ten-thousands digit,19    mode3 = (op // 10000) % 1020    # and so on. 21    return [mode1, mode2, mode3]22def get_param_value(d, val, mode, rbase):23    if mode == immediate_mode:24        return val25    if mode == position_mode:26        return d[val]27    if mode == relative_mode:28        return d[rbase + val]29    raise 'Bad parameter mode'30def get_write_address(val, mode, rbase):31    if mode == relative_mode:32        return rbase + val33    return val34def rotate_robot(d, how):35    x,y = d36    37    if x == 1:38        if how == 0: # left39            return [0, -1]40        else:41            return [0, 1]42    if x == -1:43        if how == 0: # left44            return [0, 1]45        else:46            return [0, -1]47    if y == 1:48        if how == 0: # left49            return [1, 0]50        else:51            return [-1, 0]52    if y == -1:53        if how == 0: # left54            return [-1, 0]55        else:56            return [1, 0]57def follow_instructions(instructions, pos, direction, points):58    color,turn = instructions59    d = 'left' if turn == 0 else 'right'60    print(f'paint: { color} on {pos}, {len(points)}, turn {d}')61    points[id(pos)] = color62    dx,dy = rotate_robot(direction, turn)63    print(direction, (dx,dy))64    x,y = pos65    66    return [(dx+x, dy+y), (dx,dy)]67    68def id(pos):69    return f'{pos[0]},{pos[1]}'70def run(d, inputs, points):71    72    pos = [0,0]73    direction = [0,-1]74    d += [0]*100000075    rbase = 076    pc = 077    output = []78    79    while pc < len(d):80        opsize = 481        op = d[pc]82        # print(op)83        [mode1, mode2, mode3] = get_parameter_modes(op)84        op = op % 10085        86        if op == 99: # halt87            opsize = 1 # unnecessary but complete88            print(f'total points painted: {len(points)}')89            return [False, pc, output]90        elif op == 1: # add91            [addr1,addr2,outAddr] = d[pc+1:pc+4]92            # size 493            v1 = get_param_value(d, addr1, mode1, rbase)94            v2 = get_param_value(d, addr2, mode2, rbase)95            # print(d[pc:pc+4])96            # print(f'add: {v1} + {v2} = {v1+v2} -> [{outAddr}]')97            outAddr = get_write_address(outAddr, mode3, rbase)98            d[outAddr] = v1 + v299        elif op == 2: # mul100            [addr1,addr2,outAddr] = d[pc+1:pc+4]101            # size 4102            v1 = get_param_value(d, addr1, mode1, rbase)103            v2 = get_param_value(d, addr2, mode2, rbase)104            105            outAddr = get_write_address(outAddr, mode3, rbase)106            d[outAddr] = v1 * v2107        elif op == 3: # input108            addr1 = d[pc+1]109            opsize = 2 110            111            # #hand off when unable to read anymore112            # if len(inputs) == 0:113            #     raise 'got an input!'114            addr1 = get_write_address(addr1, mode1, rbase)115            val = points.get(id(pos), 0)116            d[addr1] = val117            118        elif op == 4: # output119            addr1 = d[pc+1]120            v1 = get_param_value(d, addr1, mode1, rbase)121            opsize = 2 122            val = v1123            124            # output val somewhere125            output.append( val)126            if len(output) == 2:127                [p,di] = follow_instructions(output, pos, direction, points)128                pos = p129                direction = di130                output = []131            132        133        elif op == 5: # jump-if-true134            [addr1,addr2] = d[pc+1:pc+3]135            v1 = get_param_value(d, addr1, mode1, rbase)136            v2 = get_param_value(d, addr2, mode2, rbase)137            opsize = 3138            #if the first parameter is non-zero139            if v1 != 0:140                #set the instruction pointer to the value from the second parameter141                pc = v2142                continue143        elif op == 6: # jump-if-false144            [addr1,addr2] = d[pc+1:pc+3]145            v1 = get_param_value(d, addr1, mode1, rbase)146            v2 = get_param_value(d, addr2, mode2, rbase)147            opsize = 3148            #if the first parameter is zero149            if v1 == 0:150                #set the instruction pointer to the value from the second parameter151                pc = v2152                continue153        elif op == 7: # less than154            [addr1,addr2,outAddr] = d[pc+1:pc+4]155            v1 = get_param_value(d, addr1, mode1, rbase)156            v2 = get_param_value(d, addr2, mode2, rbase)157            opsize = 4158            159            outAddr = get_write_address(outAddr, mode3, rbase)160            d[outAddr] = 1 if v1 < v2 else 0161        elif op == 8: # equals162            [addr1,addr2,outAddr] = d[pc+1:pc+4]163            v1 = get_param_value(d, addr1, mode1, rbase)164            v2 = get_param_value(d, addr2, mode2, rbase)165            opsize = 4166            outAddr = get_write_address(outAddr, mode3, rbase)167            d[outAddr] = 1 if v1 == v2 else 0168        elif op == 9: # change relative base169            addr1 = d[pc+1]170            v1 = get_param_value(d, addr1, mode1, rbase)171            opsize = 2172            173            rbase += v1174        else:175            print(f'unknown op: {op} at pc: {pc}')176            return [False,-1,output]177        178        pc += opsize179        180    return [False,-1,output]181    #part2182def part1():183    run(data, [], {})184def part2():...

17-main.py

Source:17-main.py

...18    # the third parameter's mode is in the ten-thousands digit,19    mode3 = (op // 10000) % 1020    # and so on. 21    return [mode1, mode2, mode3]22def get_param_value(d, val, mode, rbase):23    if mode == immediate_mode:24        return val25    if mode == position_mode:26        return d[val]27    if mode == relative_mode:28        return d[rbase + val]29    raise 'Bad parameter mode'30def get_write_address(val, mode, rbase):31    if mode == relative_mode:32        return rbase + val33    return val34def run(d, inputs, part1):35    d += [0]*1000036    rbase = 037    pc = 038    output = ''39    if not part1:40        d[0] = 241    while pc < len(d):42        43        opsize = 444        op = d[pc]45        [mode1, mode2, mode3] = get_parameter_modes(op)46        op = op % 10047        if op == 99: # halt48            opsize = 1 # unnecessary but complete49            50            return output51        elif op == 1: # add52            [addr1,addr2,outAddr] = d[pc+1:pc+4]53            # size 454            v1 = get_param_value(d, addr1, mode1, rbase)55            v2 = get_param_value(d, addr2, mode2, rbase)56            outAddr = get_write_address(outAddr, mode3, rbase)57            d[outAddr] = v1 + v258        elif op == 2: # mul59            [addr1,addr2,outAddr] = d[pc+1:pc+4]60            # size 461            v1 = get_param_value(d, addr1, mode1, rbase)62            v2 = get_param_value(d, addr2, mode2, rbase)63            64            65            outAddr = get_write_address(outAddr, mode3, rbase)66            d[outAddr] = v1 * v267        elif op == 3: # input68            addr1 = d[pc+1]69            opsize = 2 70            v = 071            addr1 = get_write_address(addr1, mode1, rbase)72            if not part1:73                if len(inputs[0]) == 0:74                    inputs.pop(0)75                v = inputs[0].pop(0)76            d[addr1] = v77        elif op == 4: # output78            addr1 = d[pc+1]79            v1 = get_param_value(d, addr1, mode1, rbase)80            opsize = 2 81            val = v182            83            # output val somewhere84            if part1:85                output += chr(val)86            else:87                if val < 255:88                    output += chr(val)89                else:90                    output = val91        92        elif op == 5: # jump-if-true93            [addr1,addr2] = d[pc+1:pc+3]94            v1 = get_param_value(d, addr1, mode1, rbase)95            v2 = get_param_value(d, addr2, mode2, rbase)96            opsize = 397            #if the first parameter is non-zero98            if v1 != 0:99                #set the instruction pointer to the value from the second parameter100                pc = v2101                continue102        elif op == 6: # jump-if-false103            [addr1,addr2] = d[pc+1:pc+3]104            v1 = get_param_value(d, addr1, mode1, rbase)105            v2 = get_param_value(d, addr2, mode2, rbase)106            opsize = 3107            #if the first parameter is zero108            if v1 == 0:109                #set the instruction pointer to the value from the second parameter110                pc = v2111                continue112        elif op == 7: # less than113            [addr1,addr2,outAddr] = d[pc+1:pc+4]114            v1 = get_param_value(d, addr1, mode1, rbase)115            v2 = get_param_value(d, addr2, mode2, rbase)116            opsize = 4117            118            outAddr = get_write_address(outAddr, mode3, rbase)119            d[outAddr] = 1 if v1 < v2 else 0120        elif op == 8: # equals121            [addr1,addr2,outAddr] = d[pc+1:pc+4]122            v1 = get_param_value(d, addr1, mode1, rbase)123            v2 = get_param_value(d, addr2, mode2, rbase)124            opsize = 4125            outAddr = get_write_address(outAddr, mode3, rbase)126            d[outAddr] = 1 if v1 == v2 else 0127        elif op == 9: # change relative base128            addr1 = d[pc+1]129            v1 = get_param_value(d, addr1, mode1, rbase)130            opsize = 2131            132            rbase += v1133        else:134            print(f'unknown op: {op} at pc: {pc}')135            return 'unknown op'136        137        pc += opsize138        139    return 'abnormal termination'140def part1(d):141    cv = [list(x) for x in run(d, [], part1=True).strip().splitlines()]142    h = len(cv)143    w = len(cv[0])...

09-main.py

Source:09-main.py

...18    # the third parameter's mode is in the ten-thousands digit,19    mode3 = (op // 10000) % 1020    # and so on. 21    return [mode1, mode2, mode3]22def get_param_value(d, val, mode, rbase):23    if mode == immediate_mode:24        return val25    if mode == position_mode:26        return d[val]27    if mode == relative_mode:28        return d[rbase + val]29    raise 'Bad parameter mode'30def get_write_address(val, mode, rbase):31    if mode == relative_mode:32        return rbase + val33    return val34def run(d, inputs):35    d += [0]*100000036    rbase = 037    pc = 038    output = []39    40    while pc < len(d):41        opsize = 442        op = d[pc]43        [mode1, mode2, mode3] = get_parameter_modes(op)44        op = op % 10045        # print(f'---\nop: {op}')46        if op == 99: # halt47            opsize = 1 # unnecessary but complete48            # print(output)49            return [False, pc, output]50        elif op == 1: # add51            [addr1,addr2,outAddr] = d[pc+1:pc+4]52            # size 453            v1 = get_param_value(d, addr1, mode1, rbase)54            v2 = get_param_value(d, addr2, mode2, rbase)55            # print(d[pc:pc+4])56            # print(f'add: {v1} + {v2} = {v1+v2} -> [{outAddr}]')57            outAddr = get_write_address(outAddr, mode3, rbase)58            d[outAddr] = v1 + v259        elif op == 2: # mul60            [addr1,addr2,outAddr] = d[pc+1:pc+4]61            # size 462            v1 = get_param_value(d, addr1, mode1, rbase)63            v2 = get_param_value(d, addr2, mode2, rbase)64            # print(d[pc:pc+4])65            # print(f'mul: {v1} * {v2} = {v1*v2} -> [{outAddr}]')66            outAddr = get_write_address(outAddr, mode3, rbase)67            d[outAddr] = v1 * v268        elif op == 3: # input69            addr1 = d[pc+1]70            opsize = 2 71            72            # print(f'store: 1 -> [{addr1}]')73            #hand off when unable to read anymore74            if len(inputs) == 0:75                raise 'got an input!'76                # return [True, pc, output]77            78            addr1 = get_write_address(addr1, mode1, rbase)79            v = inputs.pop(0)80            d[addr1] = v81            82        elif op == 4: # output83            addr1 = d[pc+1]84            v1 = get_param_value(d, addr1, mode1, rbase)85            opsize = 2 86            val = v187            if val != 0:88                print(pc)89            # print(d[pc:pc+2])90            # print(f'get: [{addr1}] -> val = {val}')91            # output val somewhere92            output.append( val)93            # print(val)94            # print('='*10)95            96            ## after output hand off to next amp97        98        elif op == 5: # jump-if-true99            [addr1,addr2] = d[pc+1:pc+3]100            v1 = get_param_value(d, addr1, mode1, rbase)101            v2 = get_param_value(d, addr2, mode2, rbase)102            opsize = 3103            #if the first parameter is non-zero104            if v1 != 0:105                #set the instruction pointer to the value from the second parameter106                pc = v2107                continue108        elif op == 6: # jump-if-false109            [addr1,addr2] = d[pc+1:pc+3]110            v1 = get_param_value(d, addr1, mode1, rbase)111            v2 = get_param_value(d, addr2, mode2, rbase)112            opsize = 3113            #if the first parameter is zero114            if v1 == 0:115                #set the instruction pointer to the value from the second parameter116                pc = v2117                continue118        elif op == 7: # less than119            [addr1,addr2,outAddr] = d[pc+1:pc+4]120            v1 = get_param_value(d, addr1, mode1, rbase)121            v2 = get_param_value(d, addr2, mode2, rbase)122            opsize = 4123            124            outAddr = get_write_address(outAddr, mode3, rbase)125            d[outAddr] = 1 if v1 < v2 else 0126        elif op == 8: # equals127            [addr1,addr2,outAddr] = d[pc+1:pc+4]128            v1 = get_param_value(d, addr1, mode1, rbase)129            v2 = get_param_value(d, addr2, mode2, rbase)130            opsize = 4131            outAddr = get_write_address(outAddr, mode3, rbase)132            d[outAddr] = 1 if v1 == v2 else 0133        elif op == 9: # change relative base134            addr1 = d[pc+1]135            v1 = get_param_value(d, addr1, mode1, rbase)136            opsize = 2137            138            rbase += v1139        else:140            print(f'unknown op: {op} at pc: {pc}')141            return [False,-1,output]142        143        pc += opsize144        145    return [False,-1,output]146# data = [ 109,1,204,-1,1001,100,1,100,1008,100,16,101,1006,101,0,99 ]  ## makes a copy of itself147# data = [1102,34915192,34915192,7,4,7,99,0] # should output a 16 digit number 148# data = [104,1125899906842624,99] # should output the large number 149# [done,pc,output] = run(data, [1]) # part1...

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