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Scripts are just another form of GML, but they are independent from any specific type of object, which means you can potentially use them anywhere in your code. They act as functions that can take a number of inputs (arguments) and provide an output in the form of a return value. Let s begin by considering the brand new script check_standing_on as an example. You ll find all these scripts in the Scripts folder of the zoolgml.gmk file.

Total Number of Duration per Component Duration % Events Event --------------------------- --------- -------- ---------- ------------db file scattered read 1.769 33.831 225 0.008 CPU 1.138 21.759 n/a n/a direct path read temp 1.005 19.211 941 0.001 recursive statements 0.775 14.812 n/a n/a direct path write temp 0.408 7.796 941 0.000 db file sequential read 0.136 2.592 32 0.004 --------------------------- --------- -------Total 5.229 100.000 33 recursive statements were executed. Total Type Duration % ----------------------- -------- ------SELECT (SYS recursive) 0.135 2.591 SELECT (SYS recursive) 0.102 1.948

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The aim of the check_standing_on script is to provide an alternative test for standing on objects. Rather than checking for a collision with the entire object moved one pixel down (as in Figure 11 3), it will only check for collisions within a small rectangle beneath the object s bounding box (see Figure 11 4). Specifically, this allows us to prevent the problem caused by ledges that support Zool when they are intersecting his body.

Extend the range of your robot s reception by putting tinfoil around the inside of the tube. Print out and put a face on your tube with team names or expressions.

1: { 2: 3: 4: 5: 6: 7: 8: 9: 10: 11: 12: 13: 14: 15: 16: 17: } var stand_obj, vert_dist, xoffset, x1, y1, x2, y2 stand_obj = argument0; vert_dist = argument1; xoffset = argument2; x1 y1 x2 y2 = = = = bbox_left+xoffset; bbox_bottom; bbox_right+xoffset; bbox_bottom+vert_dist;

if( collision_rectangle( x1, y1, x2, y2, stand_obj, true, true ) > 0 ) return true; else return false;

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SELECT (SYS recursive) 0.000 0.000 SELECT (SYS recursive) 0.000 0.000 ----------------------- -------- ------0.487 9.319

The script begins by using the var keyword to declare a range of temporary variables that are only required within this script (note the commas). These are not treated as local instance variables and their contents are discarded when the script finishes execution. Significantly, the first three of these variables correspond to the kind of object we want to be standing on (stand_obj), the vertical size of the rectangle we ll use to look for those objects (vert_dist), and an optional horizontal offset that moves the rectangle a bit to the left or right as well (xoffset). In lines 4-6, these variables are then set to the value of argument0, argument1, and argument2, respectively. These special argument keywords correspond to the arguments passed in when the script is called. So for example, check_standing_on( obj_slope, 1, 0 ) would set argument0 to obj_slope, argument1 to 1, and argument2 to 0. In other words, it would check for instances of obj_slope one pixel directly beneath the bounding box of the current instance. Lines 8-11 set up more temporary variables that are used to calculate the four corners of the rectangle we ll be checking within. To do this, it uses the local instance variables that store the top, bottom, left, and right positions of this instance s bounding box within the room (Game Maker automatically updates these variables as an instance moves). Whenever you call a script,

An example face is shown in Figure 9-12. Use the same trick to make your Robosapien an automatic sentry who will attack any incoming aggressor (like another robot), but won t listen to your remote from the front. With the tube in place, and standing behind your sentry, type in the following 1. Press S> 2. Select forward 3. Select Select STRIKE3 (left) 4. Select Select STRIKE3 (right) 5. Select Select STOP 6. Select backwards 7. P> 8. STOP 9. P 10. Press S> 14 times or until Robosapien says Ooo, Uh Huh! The robot will now attack anything that touches it for up to 14 times. Press STOP to end, press P> to play again. Try programming S> with different fight move combinations to improve your robot s skills and tactics. You can program R> and L> also. Have fun. Figure 9-13. Robosapien looks like it is ready to attack something on Mark Tilden s desk.

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