//Resets the player to starting values (more statements will be added with more features)
public void Reset()
{
health = maxHealth;
position = defaultPosition;
spinPos = 0;
hgt = height.ground;
move = state.sit;
}
private static string getHeight(height height)
{
switch (height)
{
case height.Item1: return("1m");
case height.Item3: return("3m");
case height.Item5: return("5m");
case height.Item75: return("7.5m");
case height.Item10: return("10m");
}
return("1m");
}
GetRowsAndColumns
(
ICollection <IVertex> oVerticesToLayOut,
LayoutContext oLayoutContext,
out Int32 iRows,
out Int32 iColumns
)
{
Debug.Assert(oVerticesToLayOut != null);
Debug.Assert(oLayoutContext != null);
AssertValid();
#if false
Some definitions:
W = rectangle width
H = rectangle height
A = rectangle aspect ratio = W / H
V = number of vertices in graph
Vrow = number of vertices per row
Vcol = number of vertices per column
R = number of grid rows = Vcol + 1
C = number of grid columns = Vrow + 1
First simulataneous equation, allowing Vrow and Vcol to be fractional
for now:
Vrow * Vcol = V
Second simulataneous equation:
C / R = A
Combining these equations yield this quadratic equation:
2
C + [(-A - 1) * C] +[A * (1 - V)] = 0
static void Main(string[] args)
{
Pokemon aPokemon = new Pokemon()
{
name = "妙蛙種子";
hp = "60/60";
gender = "男";
weight kg = "5.94";
type = "草/毒";
height m = "0.67";
Stardust = "271484";
Candy = "27";
strengthen = "3000, 3";
EVO = "25";
skill(1) = "藤編";
skill(01) = "7";
skill(2) = "汙泥炸彈";
skill(02) = "80";
};
Console.WriteLine(
"名稱:{0}, 強度:{1}, 性別:{2}, 體重:{3}, 屬性:{4}, 身高:{5}, 星星沙子:{6}, 妙娃種子的糖果:{7}, 強化:{8}{9}, 進化:{10}, 技能(01):{11}, 技能(02):{12}"
, aPokemon.name
, aPokemon.hp
, aPokemon.gender
, aPokemon.weight
, aPokemon.type
, aPokemon.height
, aPokemon.stardust
, aPokemon.candy
, aPokemon.strengthen
, aPokemon.EVO
, aPokemon.skill(1)
, aPokemon.skill(01)
, aPokemon.skill(2)
, aPokemon.skill(02)
};
}
public string fromheightunit(height enumval)
{
if (enumval == height.Feet)
{
if (lang == Language.English)
{
return("Feet");
}
else
{
return("尺");
}
}
else
if (lang == Language.English)
{
return("Meter");
}
else
{
return("米");
}
}
//PRIVATE METHODS
//Brings tank back to the ground after a jump. Will most likely be heavily altered when flip is finished.
private void Fall()
{
//If the distance between the player and the ground is less than the previous ground speed then just place player on ground.
//Prevents clipping through ground
if (position.Y + fallSpeed >= GroundHeight)
{
position.Y = GroundHeight;
hgt = height.ground;
move = state.sit;
}
//If the player is in the air after a jump
if (hgt == height.air)
{
framesFalling++; //This test is run every frame so if it comes into here another frame has passed
fallSpeed = (int)(Math.Ceiling(gravAcceleration * framesFalling)); //Calculate current speed based on acceleration factor and time passed
position.Y = position.Y + (fallSpeed);
}
else //Reset falling speed and falling frames if player is on the ground
{
fallSpeed = 0;
framesFalling = 0;
}
}
WritePng(bytes, width, height, outputFile);
HStack(height: Dim.Sized(1), width: Dim.Fill(), contents: new []
//methods
/// <summary>
/// Handles all player input during the game
/// </summary>
public void Movement()
{
currKState = Keyboard.GetState();
currMState = Mouse.GetState();
if (move == state.jump)
{
Jump();
}
else if (move == state.fall) //If player is off ground and done jumping start falling
{
Fall();
}
if (currKState.IsKeyDown(Keys.A))
{
position.X = position.X - speed;
}
if (currKState.IsKeyDown(Keys.D))
{
position.X = position.X + speed;
}
if (currKState.IsKeyDown(Keys.W))
{
if (hgt != height.air)
{
move = state.jump;
hgt = height.air;
spinOnce = false;
spinPos = 0;
position.Y = groundHeight;
}
}
if (hgt == height.air && !spinOnce)
{
spinPos += ((float)((spinSpeed) * 2.0 * Math.PI)) / 100f;
if (spinPos > (2 * Math.PI))
{
spinOnce = true;
spinPos = 0; //Reset the spin Position
}
}
double angle = spinPos / (2 * Math.PI);
//Update bullet position according to the angle
//If the tank is sitting on the ground
if (spinPos == 0)
{
bulletPosition.X = position.X + position.Width / 7;
bulletPosition.Y = position.Y - 20;
}
else //If the tank is currently flipping
{
bulletPosition = new Rectangle(position.X, position.Y, bulletPosition.Width, bulletPosition.Height);
if (angle > 0 && angle < .25)
{
bulletPosition = new Rectangle(bulletPosition.X + (int)(Math.Cos(spinPos)), bulletPosition.Y - (int)(Math.Sin(spinPos)), bulletPosition.Width, bulletPosition.Height);
}
else if (angle >= .25 && angle < .50)
{
bulletPosition = new Rectangle(bulletPosition.X + (int)(Math.Cos(spinPos)), bulletPosition.Y + (int)(Math.Sin(spinPos)), bulletPosition.Width, bulletPosition.Height);
}
else if (angle >= .50 && angle < .75)
{
bulletPosition = new Rectangle(bulletPosition.X - (int)(Math.Cos(spinPos)), bulletPosition.Y + (int)(Math.Sin(spinPos)), bulletPosition.Width, bulletPosition.Height);
}
else if (angle >= .75 && angle < 1.00)
{
bulletPosition = new Rectangle(bulletPosition.X - (int)(Math.Cos(spinPos)), bulletPosition.Y - (int)(Math.Sin(spinPos)), bulletPosition.Width, bulletPosition.Height);
}
}
//Check if player shot
if ((currKState.IsKeyUp(Keys.Space) && prevKState.IsKeyDown(Keys.Space)) || (currMState.LeftButton == ButtonState.Released && prevMstate.LeftButton == ButtonState.Pressed))
{
Shoot();
}
//Update input states
prevKState = currKState;
prevMstate = currMState;
}
protected override void OnAppearing()
{
base.OnAppearing();
try
{
var setting = new SQLiteConnection(App.settingpath)
.Table <settingsdata>()
.ToList()
.First();
lang = setting.language;
hieg = setting.height;
wieg = setting.weight;
pres = setting.bp;
}
finally { }
try
{
if (lang == Language.English)
{
lbl0.Text = "User Information";
lbl1.Text = "Date of Birth";
lbl2.Text = "Height";
lbl3.Text = "Weight";
lbl4.Text = "Systolic Blood pressure";
lbl5.Text = "Diastolic Blood pressure";
lbl6.Text = "Cholesterol level";
lbl7.Text = "HDL level";
lbl8.Text = "Gender";
lbl9.Text = "Are you a smoker?";
lbl10.Text = "Do you have diabetes?";
//lbl11.Text = "Are you always taking medicine?";
height_text.Placeholder = "(in ";
if (hieg == Models.height.Meter)
{
height_text.Placeholder += "cm)";
}
else
{
height_text.Placeholder += "feet)";
}
weight_text.Placeholder = "(in ";
if (wieg == Models.weight.Kilogram)
{
weight_text.Placeholder += "kg)";
}
else
{
weight_text.Placeholder += "lb)";
}
sybp_text.Placeholder = "(in ";
dibp_text.Placeholder = "(in ";
if (pres == bp.kPa)
{
sybp_text.Placeholder += "kPa)";
dibp_text.Placeholder += "kPa)";
}
else
{
sybp_text.Placeholder += "mmHg)";
dibp_text.Placeholder += "mmHg)";
}
chol_text.Placeholder = "(in mg/dL)";
hdl_text.Placeholder = "(in mg/dL)";
gend.ItemsSource = new string[] { "---Choose an item---", "Male", "Female" };
smok.ItemsSource = new string[] { "---Choose an item---", "Yes", "No" };
diab.ItemsSource = new string[] { "---Choose an item---", "Yes", "No" };
//tba.ItemsSource= new string[] { "---Choose an item---", "Yes", "No" };
Title = "User Profile";
btn.Text = "Submit";
}
else if (lang == Language.trad_chi)
{
lbl0.Text = "用戶資料";
lbl1.Text = "出生日期";
lbl2.Text = "身高";
lbl3.Text = "體重";
lbl4.Text = "血壓(上壓)";
lbl5.Text = "血壓(下壓)";
lbl6.Text = "膽固醇水平";
lbl7.Text = "HDL水平";
lbl8.Text = "性別";
lbl9.Text = "閣下有沒有吸煙的習慣?";
lbl10.Text = "閣下有沒有糖尿病?";
//lbl11.Text = "閣下是否長期病患?";
height_text.Placeholder = "(";
if (hieg == Models.height.Meter)
{
height_text.Placeholder += "公分)";
}
else
{
height_text.Placeholder += "尺)";
}
weight_text.Placeholder = "(";
if (wieg == Models.weight.Kilogram)
{
weight_text.Placeholder += "kg)";
}
else
{
weight_text.Placeholder += "lb)";
}
sybp_text.Placeholder = "(";
dibp_text.Placeholder = "(";
if (pres == bp.kPa)
{
sybp_text.Placeholder += "kPa)";
dibp_text.Placeholder += "kPa)";
}
else
{
sybp_text.Placeholder += "mmHg)";
dibp_text.Placeholder += "mmHg)";
}
chol_text.Placeholder = "(mg/dL)";
hdl_text.Placeholder = "(mg/dL)";
gend.ItemsSource = new string[] { "---請選擇---", "男", "女" };
smok.ItemsSource = new string[] { "---請選擇---", "有", "沒有" };
diab.ItemsSource = new string[] { "---請選擇---", "有", "沒有" };
//tba.ItemsSource = new string[] { "---請選擇---", "是", "否" };
Title = "個人檔案";
btn.Text = "提交";
}
else
{
lbl0.Text = "用户资料";
lbl1.Text = "出生日期";
lbl2.Text = "身高";
lbl3.Text = "体重";
lbl4.Text = "血压(上压)";
lbl5.Text = "血压(下压)";
lbl6.Text = "胆固醇水平";
lbl7.Text = "HDL水平";
lbl8.Text = "性別";
lbl9.Text = "阁下有沒有吸烟的习惯?";
lbl10.Text = "阁下有沒有糖尿病?";
//lbl11.Text = "阁下是否长期病患?";
height_text.Placeholder = "(";
if (hieg == Models.height.Meter)
{
height_text.Placeholder += "公分)";
}
else
{
height_text.Placeholder += "尺)";
}
weight_text.Placeholder = "(";
if (wieg == Models.weight.Kilogram)
{
weight_text.Placeholder += "kg)";
}
else
{
weight_text.Placeholder += "lb)";
}
sybp_text.Placeholder = "(";
dibp_text.Placeholder = "(";
if (pres == bp.kPa)
{
sybp_text.Placeholder += "kPa)";
dibp_text.Placeholder += "kPa)";
}
else
{
sybp_text.Placeholder += "mmHg)";
dibp_text.Placeholder += "mmHg)";
}
chol_text.Placeholder = "(mg/dL)";
hdl_text.Placeholder = "(mg/dL)";
gend.ItemsSource = new string[] { "---请选择---", "男", "女" };
smok.ItemsSource = new string[] { "---请选择---", "有", "沒有" };
diab.ItemsSource = new string[] { "---请选择---", "有", "沒有" };
//tba.ItemsSource = new string[] { "---请选择---", "是", "否" };
Title = "个人档案";
btn.Text = "提交";
}
}
catch (Exception) { }
using (SQLiteConnection dbim = new SQLiteConnection(App.DBPATH))
{
dbim.CreateTable <DB_pdata>();
List <DB_pdata> dBs;
try
{
dBs = dbim.Table <DB_pdata>().ToList();
height_text.Text = dBs.First().heig.ToString();
weight_text.Text = dBs.First().weig.ToString();
sybp_text.Text = dBs.First().Sbp.ToString();
dibp_text.Text = dBs.First().Dbp.ToString();
chol_text.Text = dBs.First().Cho.ToString();
hdl_text.Text = dBs.First().hdll.ToString();
DOB.Date = dBs.First().dob;
gend.SelectedIndex = bootoint(dBs.First().genD);
smok.SelectedIndex = bootoint(dBs.First().smoK);
diab.SelectedIndex = bootoint(dBs.First().diaB);
//tba.SelectedIndex = bootoint(dBs.First().medic);
}
catch (Exception)
{
gend.SelectedIndex = 0;
smok.SelectedIndex = 0;
diab.SelectedIndex = 0;
//tba.SelectedIndex = 0;
DOB.Date = DateTime.Today;
}
}
DOB.MaximumDate = DateTime.Today;
}
get => new Vector2(height, WIDTH);
StaggeredBracketLimits(height, minY, 3, bracketNumber, false);
GetRowsAndColumns
(
ICollection <IVertex> oVerticesToLayOut,
LayoutContext oLayoutContext,
out Int32 iRows,
out Int32 iColumns
)
{
Debug.Assert(oVerticesToLayOut != null);
Debug.Assert(oLayoutContext != null);
AssertValid();
#if false
Some definitions:
W = rectangle width
H = rectangle height
A = rectangle aspect ratio = W / H
V = number of vertices in graph
R = number of grid rows
C = number of grid columns
First simulataneous equation, allowing R and C to be fractional for
now:
R * C = V
Second simulataneous equation:
C / R = A
Combining these equations yields:
1 / 2
C = (V * A)
#endif
Int32 V = oVerticesToLayOut.Count;
// Compute the aspect ratio.
RectangleF oRectangleF = oLayoutContext.GraphRectangle;
Debug.Assert(oRectangleF.Height != 0);
Double A = oRectangleF.Width / oRectangleF.Height;
Double C = Math.Sqrt(V * A);
Debug.Assert(A != 0);
Double R = C / A;
// Try the floor/ceiling combinations.
// C floor, R floor
iColumns = (Int32)Math.Floor(C);
iRows = (Int32)Math.Floor(R);
if (RowsAndColumnsAreSufficient(iRows, iColumns, V))
{
return;
}
// C floor, R ceiling
iRows++;
if (RowsAndColumnsAreSufficient(iRows, iColumns, V))
{
return;
}
// C ceiling, R floor
iColumns = (Int32)Math.Ceiling(C);
iRows = (Int32)Math.Floor(R);
if (RowsAndColumnsAreSufficient(iRows, iColumns, V))
{
return;
}
// C ceiling, R ceiling
iRows++;
Debug.Assert(RowsAndColumnsAreSufficient(iRows, iColumns, V));
}
cubeMapTexture.PositiveX.MipMaps.Add(ReadFaceTexture(stream, width, height, blockFormat, dataForEachFace));
