#include <ttable.h>
Public Member Functions | |
| Condition (int pressed=0, int released=0, float ctrl1=0, float ctrl2=0) | |
| Constructor. | |
| ~Condition () | |
| destructor | |
| bool | Evaluate (int buttons, float ctr1, float ctr2) |
| Evaluate the condition. Returns true if parameters comply with condition. | |
| void | Reset (int pressed=0, int released=0, float ctrl1=0, float ctrl2=0) |
| Reset parameters of condition. | |
| int | PressedMask () |
| returns mask of pressed buttons | |
| int | ReleasedMask () |
| returns mask of released buttons | |
| float | Control1 () |
| returns treshold value | |
| float | Control2 () |
| return treshold value | |
Private Attributes | |
| int | pressedButtonsMask |
| Buttons that have to be pressed. | |
| int | releasedButtonsMask |
| Buttons that must not be pressed. | |
| float | control1 |
| Contro l treshold value1. | |
| float | control2 |
| Control 2 treshold value. | |
Note that there are now only two devices using buttons and/or controls: Flystick1 or Flystick2. Each type of flystick can be mapped to other type. But if you use Flystick1 packets to transmit Flystick2 information, you may lose some informations. For more info see Dtrack Flystick documentation.
Each Flystick Device has at most 8 buttons now. But Flystick2 packets are able to transfer much more buttons and controls. Note that Condition class can evaluate state of at most 32 buttons and 2 analog controls.
Definition at line 15 of file ttable.h.
| Condition::Condition | ( | int | pressed = 0, |
|
| int | released = 0, |
|||
| float | ctrl1 = 0, |
|||
| float | ctrl2 = 0 | |||
| ) |
Constructor.
If all parameters are set to null condition is allways evaluated as true
| pressed | Mask for buttons that have to be pressed. | |
| released | Mask for buttons that must not be pressed. | |
| ctrl1 | = a treshold value of control 1 | |
| ctrl2 | = a treshold value of control 2 |
Definition at line 5 of file ttable.cpp.
00006 { 00007 Reset(pressed, released, ctrl1, ctrl2); 00008 }
| Condition::~Condition | ( | ) |
| bool Condition::Evaluate | ( | int | buttons, | |
| float | ctr1, | |||
| float | ctr2 | |||
| ) |
Evaluate the condition. Returns true if parameters comply with condition.
| buttons | Mask of actual state of buttons | |
| ctr1 | Analog value of control 1 (Flystick2 joystick left-right) | |
| ctr2 | Analog value of control 2 (Flystick2 joystick up-down) |
Definition at line 11 of file ttable.cpp.
00012 { 00013 if (((buttons & pressedButtonsMask) == pressedButtonsMask) && (releasedButtonsMask & buttons) == 0) 00014 { 00015 // buttons restrictions are satisfied 00016 if (((control1 < 0) && (ctr1 > control1)) || ((control1 >= 0) && (ctr1 < control1))) 00017 { 00018 // control1 did not reched treshold 00019 return false; 00020 } 00021 if (((control2 < 0) && (ctr2 > control2)) || ((control2 >= 0) && (ctr2 < control2))) 00022 { 00023 return false; 00024 } 00025 return true; // all restrictions are satisfied 00026 } 00027 else 00028 { 00029 // buttons not satisfied 00030 return false; 00031 } 00032 }
| void Condition::Reset | ( | int | pressed = 0, |
|
| int | released = 0, |
|||
| float | ctrl1 = 0, |
|||
| float | ctrl2 = 0 | |||
| ) |
Reset parameters of condition.
if all parameters are set to null (or no parameter is set) no restriction is set and condition will be allways evaluated as true
Definition at line 33 of file ttable.cpp.
00034 { 00035 pressedButtonsMask = pressed; 00036 releasedButtonsMask = released; 00037 control1 = ctrl1; 00038 control2 = ctrl2; 00039 }
| int Condition::PressedMask | ( | ) |
returns mask of pressed buttons
Definition at line 40 of file ttable.cpp.
00040 {return pressedButtonsMask;}
| int Condition::ReleasedMask | ( | ) |
returns mask of released buttons
Definition at line 41 of file ttable.cpp.
00041 {return releasedButtonsMask;}
| float Condition::Control1 | ( | ) |
| float Condition::Control2 | ( | ) |
int Condition::pressedButtonsMask [private] |
int Condition::releasedButtonsMask [private] |
Buttons that must not be pressed.
1 button = 1 bit
if there is conflict between pressed and not_pressed button mask (i.e. (pressedButtonsMask & releasedButtonsMask) != 0) this mask will be sot to null (no restriction)
(pressedButtonsMask and releasedButtonMask both set to null means no restrictions on buttons)
float Condition::control1 [private] |
Contro l treshold value1.
Control can have values from -1 up to +1; If the treshold has negative value a, partial condition on this control is set to true if real control has at most value of the treshold a. If treshold is positive, partial condition on this control is set to true if real control has at least value of treshold. (If treshold is 0, no restriction on this control)
float Condition::control2 [private] |
1.5.5