Function testJump

tests/game_character_move.cpp:195–260

}

static void testJump(bool success, int x, int y, int dir, int face,
		int dx, int dy, int freq, int speed, bool facing_locked) {

	const MockGame mg(MockMap::ePassBlock20x15);
	auto& ch = *mg.GetEvent(1);

	ch.SetX(x);
	ch.SetY(y);
	ch.SetDirection(dir);
	ch.SetFacing(face);
	ch.SetMoveSpeed(speed);
	ch.SetMoveFrequency(freq);
	const auto maxstop = ch.GetMaxStopCount();
	if (facing_locked) {
		ch.SetFacingLocked(true);
	}

	CAPTURE(success);
	CAPTURE(speed);
	CAPTURE(freq);

	const auto tx = x + dx;
	const auto ty = y + dy;

	// Expected direction after the jump finishes.
	auto tdir = Down;
	if (std::abs(dy) >= std::abs(dx)) {
		tdir = dy >= 0 ? Down : Up;
	} else {
		tdir = dx >= 0 ? Right : Left;
	}
	auto tface = facing_locked ? face : tdir;

	// Jump in place always succeeds
	if (x == tx && y == ty) {
		success = true;
	}

	INFO("BEFORE JUMP");

	REQUIRE_EQ(ch.Jump(tx, ty), success);

	if (!success) {
		INFO("FAIL JUMP");
		testChar(ch, tx, ty, tdir, tface, 0, false, 0, 0, freq, speed, 0, maxstop);
		return;
	}

	testChar(ch, tx, ty, tdir, tface, 256, true, x, y, freq, speed, 0, maxstop);

	// FIXME: Verify all speeds
	static const int jump_speed[] = {8, 12, 16, 24, 32, 64};
	const auto dt = jump_speed[speed - 1];

	INFO("ANIMATE JUMP");

	for(int i = 256 - dt; i > 0; i -= dt) {
		ForceUpdate(ch);