@Don_Adan, post #6562

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@Don_Adan, post #6571

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@tukinem, post #6572

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@Don_Adan, post #6573

Dzięki.

Doczytałem, że użył do tego sprajtów. To faktycznie prosty sposób na 64-pikselowy panel, chyba że użyje się poziomego multipleksingu, to wtedy można więcej pewnie

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@tukinem, post #6572

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@Hexmage960, post #6575

ViewPort chyba tyczy się ekranu systemowego Intuition, a nie ręcznie stworzonego pola gry z własną copperlistą. No, ale jeśli Twój sposób na warstwy działałby również na niesystemowych ekranach, to mnie to ciekawi.

Nie chcę zaśmiecać wątku o zapowiedziach gier, więc przeniosę się z czasem do Twojego wątku, gdy tylko będę mieć pytania

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@tukinem, post #6576

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@mailman, post #1

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@tukinem, post #6578

Kolejna miodna giera, gratulacje

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@mailman, post #6580

Takie coś wymaga Vampire?

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@tukinem, post #6578

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@rygar997, post #6582

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@tukinem, post #6578

Gratuluję
Na AmiParty bardzo wysoko oceniano klimatyczna muzykę do tej gry

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@BULI, post #6585

Dziękujemy

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@tukinem, post #6586

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@Hexmage960, post #6587

It all started on 4 October 1957, when Russian satellite Sputnik1 was shot
into the terrestrial orbit. At  about the same time, AI-research began. Through
the decades, many  improved satellites followed. They  were put into service by
countless countries. These countries also ensured  that  advanced AI-technology
was applied in them. The fleet of upgraded satellites performed a large variety
of  tasks: communication,  navigation and science, AI being a  key feature.    
     Thanks to  their tremendous success, the number of AI-fueled satellites in
the  sky was  soaring: from  50.000 in 2050 to more than 200.000 in  2150. They
proved  a safe  matter.  There  was no risk of collision, the machines knew to 
repair themselves and never failed  to  evolve. As maintenance was no longer an
issue,  people  became  oblivious  about  science,  technology and progress for
almost two centuries. Why care about satellites when they were doing what they 
were  supposed  to  do?  To make matters worse, the old scientists died so that
mankind's knowledge of satellites and AI-technique got lost.                   
     At some point, AI-computers stationed in the desert Sahara, conglomerated,
connected and expanded to a tightly knit, self-contained communication network.
This  development  was  swallowed  by  the ever-dense site of all the other AI-
gadgets so that mankind  wouldn't  notice.  And why  should  they? Still, every
machine  did  what it was  expected to  do, so nobody would even dare to second
guess.  Things  changed  on  7  October  2203,  when  the  handful of remaining
scientists  on  earth  had  gathered in order to explore the Sahara for ancient
temples. What  they  found  instead was part of an enormous AI-driven satellite
communication complex. Deeply shocked and unsettled, they  ran for shelter.    
     On 12 October 2203, a  signal from the desert's network to the terrestrial
orbit  was  located,  carefully  hidden  by  the  insane amount of  data waving
through  the  air. The scientists realized  that the AI-satellites had branched
from the sky to the terrestrial Sahara station, from where  they  were  gaining
control  over all the essential aspects on earth. Nobody  knew  to which extent
the  AI-system had evolved, but probability was high that it had already turned
into  the proverbial all-seeing eye.  Within days, the scientists realized that
the  AI  had also generated  large stations around the earth that were equipped
with guns, lasers and other lethal weapons. But  could it actually be called an
enemy?                                                                         
     This  devastating discovery  was confided on highest levels, yet kept from
the normal people. Every government worldwide credibly assured that they didn't
hold  responsible  for creating a strange and dangerous network like this. Some
authorities  suggested  keeping  it  a  secret,  even  continuing with life and
turning  a  blind eye. For security  reasons,  communication  was  switched  to
analogue  radio  signals,  while  meetings  were  restricted to shielded rooms.
Despite  all  precautions, information leaked outside, upsetting people for the
first  time  in  centuries.  Hence, governments decreed that discussing the AI-
network was strictly forbidden.                                                
     There  was  no  mistaken: That AI-network was hostile. The desert station,
however, hadn't developed the military forces yet. Should scientists succeed in
cutting off  the  desert station  from the orbital network it would be the only
chance to save mankind. If mankind was able to destroy the desert station there
would be a remote chance to  continue into orbit, destroy the military-equipped
stations.                                                                      
     For the mission  an old air-/spaceship  was taken  out of a long forgotten
military  warehouse  and revived,  as no other vehicle was ready for space. The
old bucket  proved  to  have an outstanding feature: No AI! Everybody was aware
that this might doom the mission  for  disaster  or spark the biggest stroke of
luck  in  human  history  ever. Shortly after, two brave astronauts, briefed at
short notice and their names top secret, were assigned to fly to the desert.   
     So,  let  the  mission  begin and  see  if  our  heroes are able to defeat
the horrifying satellite AI-network...

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@tukinem, post #6588

Ciekawe, ciekawe. Ja z takich gier rozgrywających się na Stacji Orbitalnej to grałem w Mech Fight, gdzie wykonujemy szereg misji na bardzo rozległych mapach. Jest to gra RPG z widokiem z góry, gdzie chodzimy po stacji oraz kilku planetach. Zwiedzamy takie miejsca jak ambasady, biuro policji i wiele innych.

Mech Fight jest, podobnie jak Orbital Mission, bardzo rozbudowany. Poza tym jest bardzo ciekawy i wciągający. Wadą techniczną Mech Fight jest nieprawidłowe działanie na Amidze 1200, ale ze względu na to, że częściowy kod gry został udostępniony, swego czasu napisałem własnego patcha do kodu, który wadę eliminował.

Twoja gra jest dość nietypowa. Mam nadzieję, że z grą będzie załączona instrukcja. Twoja gra też klimatycznie i game-playowo bardzo mi przypomina niedawno zapowiadaną produkcję kolegi Margginesa.

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@Hexmage960, post #6589

Na tym lajwie padł tytuł gry której Orbital Mission jest remakiem ale bez google by się nie udało są też ograne pierwsze poziomy tamtej gry na moim silniku.

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@tukinem, post #6590

static void scanLaser( Map *map, Block *me )
{
	short dir = me->dir;
	short rnd = rand() & 0xFF;
	short prob = 0x0F;

	if( rnd < prob )
	{
		enter( map, me + dir, dir, BEAM_EXTEND, 0 );
	}
}

static void scanBullet( Map *map, Block *me )
{
	short dir = me->dir;

	if( enter( map, me + dir, dir, me->type, me->frame ) == ACCEPT )
	{
		set( map, me, 0, SPACE, 0 );
	}
	else
	{
		set( map, me, 0, SMOKE, 0 );
	}
}

static void scanBeamExtend( Map *map, Block *me )
{
	short dir = me->dir;

	if( enter( map, me + dir, dir, me->type, me->frame ) == ACCEPT )
	{
		set( map, me, dir, BEAM, me->frame );
	}
	else
	{
		set( map, me, dir, BEAM_SHRINK, me->frame );
	}
}

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@Hexmage960, post #6593

Świetnie planujesz również napisać edytor mapek dla graczy chcących poeksperymentować?

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@tukinem, post #6594

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@Hexmage960, post #6595

Możesz w Robbo użyć scrollowania pionowego z wykorzystaniem Twojej techniki na warstwach?

Kod w C jest dla mnie bardzo skomplikowany i niewiele z tego rozumiem niestety

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@tukinem, post #6596

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@tukinem, post #6596

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@Don_Adan, post #6571

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@Don_Adan, post #6599

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