Conversion of Amstrad CPC version of Short Circuit by John Brandwood. The game is EXOS compatible, needs at least 112KB RAM.

Congratulations on doing such an excellent conversion! 

A spelling error has been corrected, the link below has been updated.

Conversion of Amstrad CPC version of Renegade by John Brandwood (Elmer). The game is EXOS compatible, needs at least 114KB RAM.
Modifications:
- Bottom of screen got a raster bar.
- Game has horizontal scroll
- some additional colours in main screen, and status field

Controls:
Up: W, Int/EXT1/2 Up,QAOP
Down: S, Int/EXT1/2 Down
Left: A, Int/EXT1/2 Left
Right: D, Int/EXT1/2 Right
Kick Left: J, EXT1/2 Fire1
Jump: K, EXT1/2 Fire2
Kick Right: L, EXT1/2 Fire3
Hold/Quit: Stop

F2: Raster On/Off
F3: Music On/Off

space/right shift+
F2: Punch in Row
F3: Invulnerable
F4: Infinite Time
F5: Infinite Lives
F6: Red Blood
F7: change left player in menu
F8: change right player in menu

The game is difficult for me...

Thanks.

The game is difficult for me...

What is difficult? You mean, how the gate opens and closes?
Well, you start with energy level 0. As you pick up gems you get more and more energy. Your maximal energy level can be 4. If you reached energy level 4 by picking up a gem, the gate will open. If you pick up another gem, the gate will close. Then it will open and close again and so on. However if you hit the monsters your energy level will fall. If your energy level is below 3, the gate won't open by picking up a single gem, you have to pick up more to get energy level 4. So, if you crash the monsters too much you may not be able to open the gate and you cannot finish the level.
Consider that if you go behind the gate and pick up gems there you may close yourself so sometimes you have to collect everything before entering the gate to accomplish the level.
If you have got the 200 dots and all the gems the level isn't finished yet! You have to hit a monster to finish the level. The status display is on the top of the level so you cannot always see if you can hit a monster and go to the next level or not yet.
I hope it helps.

All the SF3 examples are written in basic, but once I tried to zip the SEplayer, very simple. It didn't give me errors while compiling but it hung when starting.

Can you link here that basic program? I would check it.

Anyway, the most important limitations:
- Use only whole numbers (integers).
- Do not use numbers bigger than 32767 (it won't always cause error but the value will change into negative, below zero). Use integer numbers from -32768 to 32767 only.
- All the variables are handled as "common" (global). Variables defined inside a DEF structure will not be "inner" (local) variables using Zzzip but handled in the entire program. No variables are handled locally.
- No software system extension (resident program) should be in the memory when using a program compiled with Zzzip.
- As I rememmber, exos232 had some bugs and compiled programs might not compile properly.

Isn't there an English manual for the Zzzip? Maybe I have seen one.

Thanks. Later I will put the Listing on the Basic Thread.