34 lines
1.6 KiB
Plaintext
34 lines
1.6 KiB
Plaintext
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\b;\button 138; Tracked Grabber
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\image botgc 8 8;
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Tracked bot equipped with an operating arm.
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\button 32; Grabs an object or lays it down again, at a position that is determined by one of the following options :
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\button 33; The object is lying in front of the bot, on the ground or on the back of a second bot.
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\button 35; The object is the bot's own power cell.
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\button 34; The object is lying behind the bot, on the ground.
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The following objects can be transported :
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o \l;Titanium ore\u object\titanore;.
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o \l;Uranium ore\u object\uranore;.
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o \l;Cube of titanium\u object\titan;.
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o \l;Regular power cell\u object\power;.
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o \l;Nuclear power cell\u object\atomic;.
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o \l;Black box\u object\bbox;.
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o \l;Keys A, B, C, and D\u object\key;.
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o \l;Organic matter\u object\bullet;.
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Tracked bots can ascend steep inclinations but they are quite slow and use much energy. On flat ground for short distances, a \l;wheeled grabber\u object\botgr; is a better option. When it is possible to build \l;winged bots\u object\botgj;, these represent the best solution for long distances.
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A grabber won't function underwater. What you'll need instead is a \l;subber\u object\botsub;.
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\t;Programming
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To program the bot's movements, use the following commands : \c;\l;move\u cbot\move;\n;, \c;\l;turn\u cbot\turn;\n;, \c;\l;motor\u cbot\motor;\n;, \c;\l;goto\u cbot\goto;\n;.
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To program the operating arm, use \c;\l;grab\u cbot\grab;\n; and \c;\l;drop\u cbot\drop;\n;.
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\t;Object \l;Category\u cbot\category;
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\c;TrackedGrabber\n;
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\t;See also
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\l;CBOT Language\u cbot;, \l;Variables\u cbot\type; and \l;Categories\u cbot\category;.
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