Copyright © 2007-2008 Diggory Hardy
License: GNU General Public License version 2 (see doc/License.txt)


In progress:


To do:
*   SDL window settings from options. Design to be resetable.
Also see todo.txt.
*   Windows building/compatibility (currently partial)
*   gdc building/compatibility (wait for tango 0.99.5 release?)
*	OutOfMemoryException is not currently checked for − it should be at least in critical places (use high-level catching of all errors?).
*	Sensitivity adjustments. From es_a_out:
        /+ FIXME: revise.
        + I can't see any point using HALF_RANGE here, since it should really be used dependant on
        + the device attached, not the axis. Also what about adjusted range like X3's throttle?
        +
        + Sensitivity: is this the right place to adjust it? For things like throttle where the
        + ends of the interval must remain fixed, multiplying cannot be used to adjust and adjusting
        + the curve via a power function doesn't seem to be what we want. For things where the
        + end points needn't remain fixed, multiplying seems the right thing to do, but cannot be
        + done here since we don't know the end points can be changed.
        
        real y = x;
        uint conf = s.pop();
        enum : uint {
            HALF_RANGE	= 0x8000_0000u,
            SENSITIVITY	= 0x0080_0000u,
        }
        // Convert ranges into standard intervals (with or without reverse values)
        if (conf & HALF_RANGE) y = (y + 32767.0) * 1.5259254737998596e-05;	// range  0.0 - 1.0
        else y *= 3.0518509475997192e-05;					// range -1.0 - 1.0
        real a;
        if (conf & SENSITIVITY) a = s.pop();
        /+ When a global sensitivity is available (possibly only use if it's enabled)...
        else a = axis.sensitivity;
        y = sign(y) * pow(abs(y), a);		// sensitivity adjustment by a +/
        myThis.axis[cast(inputID) s.pop()] = y;
        +/


Done (for git log message):