void SetColor(MessageSetColor colorAdjust)
{
// get the hsva for the baseColor
Vector4 hsva = ColorUtils.ColorToHSVA(baseColor);
// adjust that base color by the amount we picked
hsva.x += colorAdjust.h;
hsva.y += colorAdjust.s;
hsva.w += colorAdjust.v;
// now get the adjusted color.
Color playerColor = ColorUtils.HSVAToColor(hsva);
// Create a 1 pixel texture for the OnGUI code to draw the label
Color[] pix = new Color[1];
pix[0] = playerColor;
Texture2D tex = new Texture2D(1, 1);
tex.SetPixels(pix);
tex.Apply();
m_guiStyle.normal.background = tex;
// Set the HSVA material of the character to the color adjustments.
m_material.SetVector("_HSVAAdjust", new Vector4(colorAdjust.h, colorAdjust.s, colorAdjust.v, 0.0f));
m_material.SetFloat("_HSVRangeMin", colorAdjust.rangeMin);
m_material.SetFloat("_HSVRangeMax", colorAdjust.rangeMax);
}
// Called when player connects with their phone
void InitializeNetPlayer(SpawnInfo spawnInfo)
{
Init();
m_netPlayer = spawnInfo.netPlayer;
m_netPlayer.OnDisconnect += Remove;
m_netPlayer.OnNameChange += ChangeName;
// Setup events for the different messages.
m_netPlayer.RegisterCmdHandler <MessageMove>("move", OnMove);
m_netPlayer.RegisterCmdHandler <MessageJump>("jump", OnJump);
MoveToRandomSpawnPoint();
SetName(m_netPlayer.Name);
// Pick a random amount to adjust the hue and saturation
float hue = Random.value;
float sat = (float)Random.Range(0, 3) * -0.25f;
MessageSetColor color = new MessageSetColor(
hue,
sat,
0.0f,
m_material.GetFloat("_HSVRangeMin"),
m_material.GetFloat("_HSVRangeMax"));
SetColor(color);
// Send it to the phone
m_netPlayer.SendCmd("setColor", color);
}
// Called when player connects with their phone
void InitializeNetPlayer(SpawnInfo spawnInfo)
{
Init();
m_netPlayer = spawnInfo.netPlayer;
m_netPlayer.OnDisconnect += Remove;
m_netPlayer.OnNameChange += ChangeName;
// Setup events for the different messages.
m_netPlayer.RegisterCmdHandler<MessageMove>("move", OnMove);
m_netPlayer.RegisterCmdHandler<MessageJump>("jump", OnJump);
SetName(m_netPlayer.Name);
// Pick a random amount to adjust the hue and saturation
float hue = Random.value;
float sat = (float)Random.Range(0, 3) * -0.25f;
MessageSetColor color = new MessageSetColor(
hue,
sat,
0.0f,
m_material.GetFloat("_HSVRangeMin"),
m_material.GetFloat("_HSVRangeMax"));
SetColor(color);
// Send it to the phone
m_netPlayer.SendCmd("setColor", color);
}
// Called when player connects with their phone
void InitializeNetPlayer(SpawnInfo spawnInfo)
{
Init();
m_netPlayer = spawnInfo.netPlayer;
m_netPlayer.OnDisconnect += Remove;
// Setup events for the different messages.
m_netPlayer.RegisterCmdHandler <MessageMove>("move", OnMove);
m_netPlayer.RegisterCmdHandler <MessageJump>("jump", OnJump);
m_playerNameManager = new HFTPlayerNameManager(m_netPlayer);
m_playerNameManager.OnNameChange += HandleNameChange;
// We always get a `data` so check if it has one key from our expected message
Dictionary <string, object> dict = spawnInfo.data as Dictionary <string, object>;
if (dict != null && dict.ContainsKey("dir"))
{
// This player was transferred from another game.
// Turn the data back into our structure
DeJson.Deserializer deserializer = new DeJson.Deserializer();
HFTMessageSwitchGame data = deserializer.Deserialize <HFTMessageSwitchGame>(spawnInfo.data);
// Choose a starting position based on the old position
float x = (data.pos.x < MultiMachineLevelSettings.settings.leftEdgeOfLevel.position.x)
? MultiMachineLevelSettings.settings.rightEdgeOfLevel.position.x - 1 : MultiMachineLevelSettings.settings.leftEdgeOfLevel.position.x + 1;
transform.localPosition = new Vector3(x, data.pos.y, 0f);
// Set the initial velocity
m_rigidbody2d.velocity = data.vel;
// And the direction
m_direction = data.dir;
SetName(data.name);
SetColor(data.color);
}
else
{
// This player just joined.
MoveToRandomSpawnPoint();
SetName(m_playerNameManager.Name);
float hue = Random.value;
float sat = (float)Random.Range(0, 3) * -0.25f;
MessageSetColor color = new MessageSetColor(
hue,
sat,
0.0f,
m_material.GetFloat("_HSVRangeMin"),
m_material.GetFloat("_HSVRangeMax"));
SetColor(color);
// Send it to the phone
m_netPlayer.SendCmd("setColor", color);
}
}
void SetColor(MessageSetColor color)
{
m_color = color;
Color[] pix = new Color[1];
Vector4 hsva = ColorUtils.ColorToHSVA(baseColor);
hsva.x += color.h;
hsva.y += color.s;
hsva.w += color.v;
pix[0] = ColorUtils.HSVAToColor(hsva);
Texture2D tex = new Texture2D(1, 1);
tex.SetPixels(pix);
tex.Apply();
m_guiStyle.normal.background = tex;
m_material.SetVector("_HSVAAdjust", new Vector4(color.h, color.s, color.v, 0.0f));
m_material.SetFloat("_HSVRangeMin", color.rangeMin);
m_material.SetFloat("_HSVRangeMax", color.rangeMax);
}
void SetColor(MessageSetColor colorAdjust) {
// get the hsva for the baseColor
Vector4 hsva = ColorUtils.ColorToHSVA(baseColor);
// adjust that base color by the amount we picked
hsva.x += colorAdjust.h;
hsva.y += colorAdjust.s;
hsva.w += colorAdjust.v;
// now get the adjusted color.
Color playerColor = ColorUtils.HSVAToColor(hsva);
// Create a 1 pixel texture for the OnGUI code to draw the label
Color[] pix = new Color[1];
pix[0] = playerColor;
Texture2D tex = new Texture2D(1, 1);
tex.SetPixels(pix);
tex.Apply();
m_guiStyle.normal.background = tex;
// Set the HSVA material of the character to the color adjustments.
m_material.SetVector("_HSVAAdjust", new Vector4(colorAdjust.h, colorAdjust.s, colorAdjust.v, 0.0f));
m_material.SetFloat("_HSVRangeMin", colorAdjust.rangeMin);
m_material.SetFloat("_HSVRangeMax", colorAdjust.rangeMax);
}
void SetColor(MessageSetColor color)
{
Color[] pix = new Color[1];
Vector4 hsva = ColorUtils.ColorToHSVA(baseColor);
hsva.x += color.h;
hsva.y += color.s;
hsva.w += color.v;
pix[0] = ColorUtils.HSVAToColor(hsva);
Texture2D tex = new Texture2D(1, 1);
tex.SetPixels(pix);
tex.Apply();
m_guiStyle.normal.background = tex;
m_material.SetVector("_HSVAAdjust", new Vector4(color.h, color.s, color.v, 0.0f));
m_material.SetFloat("_HSVRangeMin", color.rangeMin);
m_material.SetFloat("_HSVRangeMax", color.rangeMax);
}
