// Called from outside, based on screen touches.
// Basically just translates button inputs into logical inputs.
void TouchscreenController::HandleTouchButtonInput(int input, bool value) {
int logicalInput = 0;
switch (input) {
case ButtonId_Left:
logicalInput = LogicalInputs_Left;
break;
case ButtonId_Right:
logicalInput = LogicalInputs_Right;
break;
case ButtonId_Attack:
logicalInput = LogicalInputs_ThrowPie;
break;
case ButtonId_Defend:
logicalInput = LogicalInputs_Deflect;
break;
default:
break;
}
SetLogicalInputs(logicalInput, value);
}
void GamepadController::AdvanceFrame(WorldTime /*delta_time*/) {
went_down_ = went_up_ = 0;
Gamepad gamepad = input_system_->GetGamepad(controller_id_);
SetLogicalInputs(LogicalInputs_Up,
gamepad.GetButton(Gamepad::kUp).is_down());
SetLogicalInputs(LogicalInputs_Down,
gamepad.GetButton(Gamepad::kDown).is_down());
SetLogicalInputs(LogicalInputs_Left,
gamepad.GetButton(Gamepad::kLeft).is_down());
SetLogicalInputs(LogicalInputs_Right,
gamepad.GetButton(Gamepad::kRight).is_down());
SetLogicalInputs(LogicalInputs_ThrowPie,
gamepad.GetButton(Gamepad::kUp).is_down() ||
gamepad.GetButton(Gamepad::kButtonA).is_down());
SetLogicalInputs(LogicalInputs_Deflect,
gamepad.GetButton(Gamepad::kDown).is_down() ||
gamepad.GetButton(Gamepad::kButtonB).is_down());
SetLogicalInputs(LogicalInputs_Select,
gamepad.GetButton(Gamepad::kButtonA).is_down());
SetLogicalInputs(LogicalInputs_Cancel,
gamepad.GetButton(Gamepad::kButtonB).is_down());
}
void MultiplayerController::AdvanceFrame(WorldTime delta_time) {
if (character_id_ == kNoCharacter) {
return;
}
ClearAllLogicalInputs();
// Check to make sure we're valid to be sending input.
Character* character = gamestate_->characters()[character_id_].get();
auto character_state = character->State();
if (character->health() <= 0 || character_state == StateId_KO ||
character_state == StateId_Joining ||
character_state == StateId_Jumping ||
character_state == StateId_HitByPie || character_state == StateId_Won) {
return;
}
// Prepare to block
if (block_delay_ > 0) {
block_delay_ -= delta_time;
if (block_delay_ < 0) block_delay_ = 0;
} else {
// if we're blocking, keep blocking.
if (block_hold_ > 0) {
block_hold_ -= delta_time;
// aiming has priority so we do it first, then we block
}
}
if (aim_at_character_id_ != kNoCharacter) {
// we have a character to aim at, make sure we are aimed there.
if (character->target() != aim_at_character_id_) {
fplbase::LogInfo(fplbase::kApplication,
"MultiplayerController: player %d executing aim at %d",
character_id_, aim_at_character_id_);
character->force_target(aim_at_character_id_);
return;
}
}
if (block_hold_ > 0 && block_delay_ == 0) {
SetLogicalInputs(LogicalInputs_Deflect, true);
fplbase::LogInfo(fplbase::kApplication,
"MultiplayerController: player %d executing block %d",
character_id_, block_hold_);
return;
}
if (throw_pie_delay_ > 0 && character_state != StateId_Throwing) {
throw_pie_delay_ -= delta_time;
if (throw_pie_delay_ <= 0) {
fplbase::LogInfo(fplbase::kApplication,
"MultiplayerController: player %d executing throw pie",
character_id_);
SetLogicalInputs(LogicalInputs_ThrowPie, true);
throw_pie_delay_ = 0;
return;
}
}
if (grow_pie_delay_ > 0) {
grow_pie_delay_ -= delta_time;
if (grow_pie_delay_ <= 0) {
grow_pie_delay_ = 0;
SetLogicalInputs(LogicalInputs_TriggerPieGrowth, true);
}
}
}
