// Create entry about effect.
// return true if description is correct
private bool startEffectDescription(string effectDescription, string effectTypeString, string effectName,
Dictionary <string, string> attributes, int position)
{
TextEffectParams newParams = new TextEffectParams();
if (!TextEffectTables.StringToEffectType.ContainsKey(effectTypeString)) //Non-existing type of editing
{
return(false);
}
newParams.EffectType = TextEffectTables.StringToEffectType[effectTypeString];
newParams.Range = new TextRange(position, position);// Пока заполняем так, затем изменим, когда найдётся закрывающий тег
newParams.Attributes = attributes;
// Create name for description in order to correctly find closing tag
string key = effectName.Length == 0 ? effectDescription : "name=" + effectName;
if (_formingEffects.ContainsKey(key)) // Have two tags with the same name before their closing tags. This leads to ambiguity.
{
return(false);
}
_formingEffects.Add(key, newParams);
if (!_openedEffectsPerTypes.ContainsKey(effectTypeString))
{
_openedEffectsPerTypes.Add(effectTypeString, new Stack <string>());
}
_openedEffectsPerTypes[effectTypeString].Push(key);
return(true);
}
// IDialogueEditing
public void Initialize(TextEffectParams effectParams)
{
Assert.IsTrue(effectParams.EffectType == TextEffectType.Animation_Wobble);
_range = effectParams.Range;
Dictionary <string, string> attributes = effectParams.Attributes;
if (attributes.ContainsKey(TextEffectsAttributes.Frequency1Attribute))
{
_frequency1 = Tools.StringToFloat(effectParams.Attributes[TextEffectsAttributes.Frequency1Attribute]);
}
Assert.IsTrue(_frequency1 >= 0);
if (attributes.ContainsKey(TextEffectsAttributes.Frequency2Attribute))
{
_frequency2 = Tools.StringToFloat(effectParams.Attributes[TextEffectsAttributes.Frequency2Attribute]);
}
Assert.IsTrue(_frequency2 >= 0);
if (attributes.ContainsKey(TextEffectsAttributes.AmplitudeAttribute))
{
_amplitude = Tools.StringToFloat(effectParams.Attributes[TextEffectsAttributes.AmplitudeAttribute]);
}
Assert.IsTrue(_amplitude >= 0);
if (attributes.ContainsKey(TextEffectsAttributes.CoverageAttribute))
{
Assert.IsTrue(Tools.StringToEnum(attributes[TextEffectsAttributes.CoverageAttribute], ref _coverage));
}
}
// IDialogueEditing
public void Initialize(TextEffectParams effectParams)
{
Assert.IsTrue(effectParams.EffectType == TextEffectType.Animation_SizeTransition);
_range = effectParams.Range;
Dictionary <string, string> attributes = effectParams.Attributes;
if (attributes.ContainsKey(TextEffectsAttributes.SpeedAttribute))
{
_speed = Tools.StringToFloat(effectParams.Attributes[TextEffectsAttributes.SpeedAttribute]);
}
Assert.IsTrue(_speed >= 0);
if (attributes.ContainsKey(TextEffectsAttributes.SizeFromAttribute))
{
_sizeFrom = Tools.StringToFloat(effectParams.Attributes[TextEffectsAttributes.SizeFromAttribute]);
}
Assert.IsTrue(_sizeFrom >= 0);
if (attributes.ContainsKey(TextEffectsAttributes.SizeToAttribute))
{
_sizeTo = Tools.StringToFloat(effectParams.Attributes[TextEffectsAttributes.SizeToAttribute]);
}
Assert.IsTrue(_sizeTo >= 0);
}
public ITextEffect CreateEffect(TextEffectParams effectParams)
{
switch (effectParams.EffectType)
{
case TextEffectType.Color_Blink:
return(new ColorBlinkEffect());
case TextEffectType.Color_Transition:
return(new ColorTransitionEffect());
case TextEffectType.Color_Rainbow:
return(new ColorRainbowEffect());
case TextEffectType.Animation_Wave:
return(new WaveEffect());
case TextEffectType.Animation_Wobble:
return(new WobbleEffect());
case TextEffectType.Animation_Shake:
return(new ShakeEffect());
case TextEffectType.Animation_SizeTransition:
return(new SizeTransitionEffect());
default:
Assert.IsTrue(false);
return(null);
}
}
// Close effect entry: define right border of effect text range
// return true if description is correct and opened entry was found with it
private bool finishEffectDescription(string effectDescription, string effectTypeString, string effectName, int position)
{
// Find opened entry of effect appropriate to the description
TextEffectParams closedParams = null;
string closedParamsKey = "";
if (effectName.Length != 0)
{
closedParamsKey = "name=" + effectName;
if (!_formingEffects.ContainsKey(closedParamsKey)) // Closing tag has name, which does't fit to any opening tag
{
return(false);
}
closedParams = _formingEffects[closedParamsKey];
}
else if (_formingEffects.ContainsKey(effectDescription))
{
closedParamsKey = effectDescription;
closedParams = _formingEffects[effectDescription];
}
else if (effectTypeString.Length != 0)
{
// Указали тип редактирования. Попробуем закрыть последнюю запись с соответствующим типом
if (_openedEffectsPerTypes.ContainsKey(effectTypeString))
{
while (_openedEffectsPerTypes[effectTypeString].Count > 0)
{
string formingParamKey = _openedEffectsPerTypes[effectTypeString].Pop();
// _formingEffects may not have a key, it's allowed:
// entry may be deleted from _formingEffects erlier
if (_formingEffects.ContainsKey(formingParamKey))
{
closedParamsKey = formingParamKey;
closedParams = _formingEffects[formingParamKey];
}
}
}
}
if (closedParams == null || closedParamsKey.Length == 0) // Some closing effect tag doesn't have appropriate opening tag. Parser can't define, what to close.
{
return(false);
}
// Finish entry
closedParams.Range = new TextRange(closedParams.Range.From, position);
_foundEffects.Add(closedParams);
_formingEffects.Remove(closedParamsKey);
return(true);
}
// ITextEffect
public void Initialize(TextEffectParams effectParams)
{
Assert.IsTrue(effectParams.EffectType == TextEffectType.Color_Rainbow);
_range = effectParams.Range;
if (effectParams.Attributes.ContainsKey(TextEffectsAttributes.FrequencyAttribute))
{
_frequency = Tools.StringToFloat(effectParams.Attributes[TextEffectsAttributes.FrequencyAttribute]);
}
Assert.IsTrue(_frequency >= 0);
if (effectParams.Attributes.ContainsKey(TextEffectsAttributes.LengthAttribute))
{
_length = Tools.StringToFloat(effectParams.Attributes[TextEffectsAttributes.LengthAttribute]);
}
Assert.IsTrue(_length >= 0);
}
// ITextEffect
public void Initialize(TextEffectParams effectParams)
{
Assert.IsTrue(effectParams.EffectType == TextEffectType.Color_Blink);
_range = effectParams.Range;
if (effectParams.Attributes.ContainsKey(TextEffectsAttributes.FrequencyAttribute))
{
_frequency = Tools.StringToFloat(effectParams.Attributes[TextEffectsAttributes.FrequencyAttribute]);
}
Assert.IsTrue(_frequency >= 0);
if (effectParams.Attributes.ContainsKey(TextEffectsAttributes.ColorFromAttribute))
{
_colorFrom = Tools.WebColor(effectParams.Attributes[TextEffectsAttributes.ColorFromAttribute]);
}
if (effectParams.Attributes.ContainsKey(TextEffectsAttributes.ColorToAttribute))
{
_colorTo = Tools.WebColor(effectParams.Attributes[TextEffectsAttributes.ColorToAttribute]);
}
}
// ITextEffect
public void Initialize(TextEffectParams effectParams)
{
Assert.IsTrue(effectParams.EffectType == TextEffectType.Color_Transition);
_range = effectParams.Range;
if (effectParams.Attributes.ContainsKey(TextEffectsAttributes.SpeedAttribute))
{
_transitionSpeed = Tools.StringToFloat(effectParams.Attributes[TextEffectsAttributes.SpeedAttribute]);
}
Assert.IsTrue(_transitionSpeed >= 0);
if (effectParams.Attributes.ContainsKey(TextEffectsAttributes.ColorFromAttribute))
{
_colorFrom = Tools.WebColor(effectParams.Attributes[TextEffectsAttributes.ColorFromAttribute]);
}
if (effectParams.Attributes.ContainsKey(TextEffectsAttributes.ColorToAttribute))
{
_colorTo = Tools.WebColor(effectParams.Attributes[TextEffectsAttributes.ColorToAttribute]);
}
}
// IDialogueEditing
public void Initialize(TextEffectParams effectParams)
{
Assert.IsTrue(effectParams.EffectType == TextEffectType.Animation_Wave);
_range = effectParams.Range;
if (effectParams.Attributes.ContainsKey(TextEffectsAttributes.FrequencyAttribute))
{
_frequency = Tools.StringToFloat(effectParams.Attributes[TextEffectsAttributes.FrequencyAttribute]);
}
Assert.IsTrue(_frequency >= 0);
if (effectParams.Attributes.ContainsKey(TextEffectsAttributes.LengthAttribute))
{
_length = Tools.StringToFloat(effectParams.Attributes[TextEffectsAttributes.LengthAttribute]);
}
Assert.IsTrue(_length >= 0);
if (effectParams.Attributes.ContainsKey(TextEffectsAttributes.AmplitudeAttribute))
{
_amplitude = Tools.StringToFloat(effectParams.Attributes[TextEffectsAttributes.AmplitudeAttribute]);
}
Assert.IsTrue(_amplitude >= 0);
}