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Hi i have an issue when trying to destroy many flotating texts.
I use the destroy option with a array variable. But some times the texts still survives xD....
Like:
For each (Integer X) from 1 to (Load (Key (S.S + (Numero + (Planetas + (String((Maná of R_estrella))))))) of 0 from Hashtable), do (Actions)
Bucle: Acciones
Texto flotante - Destroy Planeta_texto[X]
Texto flotante - Destroy Planeta_texto2[X]
for example the variable text is 8 and it should get removed but doesnt...
Been the all the day trying to fix this because i didnt know the Op Limit of flotating text.
Maybe because my text is too long sometimes it fails to destroy it?
Here are the 3 triggers. But the really strange thing is that sometimes all the text are destroy. Others no....
The main ones are the second and third trigger.
Crear planeta
Acontecimientos
Jugador - Jugador 1 (rojo) types a chat message containing pp as Una subcadena
Condiciones
Acciones
Set Planeta_modelo = (Integer((Substring((Entered chat string), 3, 4))))
-------- CREACION Y BASICO --------
Set Planetas_numero = (Planetas_numero + 1)
Set punto_especial = ((Position of ANILLO) offset by 150.00 towards 0.00 degrees)
If (All Conditions are True) then do (Then Actions) else do (Else Actions)
Si: Condiciones
Planeta_modelo Igual a 1
Entonces: Acciones
Unidad - Create 1 Planetas_tipo[(Random integer number between 1 and 8)] for Jugador 1 (rojo) at punto_especial facing Vista edificio predeterminada degrees
Otros: Acciones
If (All Conditions are True) then do (Then Actions) else do (Else Actions)
Si: Condiciones
Planeta_modelo Igual a 2
Entonces: Acciones
Unidad - Create 1 Planetas_tipo[(Random integer number between 9 and 15)] for Jugador 1 (rojo) at punto_especial facing Vista edificio predeterminada degrees
Otros: Acciones
If (All Conditions are True) then do (Then Actions) else do (Else Actions)
Si: Condiciones
Planeta_modelo Igual a 3
Entonces: Acciones
Unidad - Create 1 Planetas_tipo[(Random integer number between 16 and 25)] for Jugador 1 (rojo) at punto_especial facing Vista edificio predeterminada degrees
Otros: Acciones
Set Planetas[Planetas_numero] = (Last created unit)
Set Planetas_escala[Planetas_numero] = (Real((Substring((Entered chat string), 5, 7))))
Animación - Change Planetas[Planetas_numero]'s size to (Planetas_escala[Planetas_numero]%, Planetas_escala[Planetas_numero]%, Planetas_escala[Planetas_numero]%) of its original size
Animación - Change (Last created unit)'s animation speed to 50.00% of its original speed
-------- TEXTO - NOMBRE Y DEMAS --------
Set p_name[Planetas_numero] = (Position of Planetas[Planetas_numero])
Set Planeta_nombre[Planetas_numero] = (Substring((Entered chat string), 8, 30))
Set Planeta_distancia[Planetas_numero] = (Distance between (Position of Planeta_U_Orbita[Planetas_numero]) and (Position of Planetas[Planetas_numero]))
-------- SET SPEED --------
If (All Conditions are True) then do (Then Actions) else do (Else Actions)
Si: Condiciones
Planeta_distancia[Planetas_numero] Menor que o igual a 500.00
Entonces: Acciones
Set Planeta_speed_orbit[Planetas_numero] = 0.06
Otros: Acciones
If (All Conditions are True) then do (Then Actions) else do (Else Actions)
Si: Condiciones
And - All (Conditions) are true
Condiciones
Planeta_distancia[Planetas_numero] Mayor que o igual a 501.00
Planeta_distancia[Planetas_numero] Menor que o igual a 1000.00
Entonces: Acciones
Set Planeta_speed_orbit[Planetas_numero] = 0.05
Otros: Acciones
If (All Conditions are True) then do (Then Actions) else do (Else Actions)
Si: Condiciones
And - All (Conditions) are true
Condiciones
Planeta_distancia[Planetas_numero] Mayor que o igual a 1001.00
Planeta_distancia[Planetas_numero] Menor que o igual a 1500.00
Entonces: Acciones
Set Planeta_speed_orbit[Planetas_numero] = 0.04
Otros: Acciones
If (All Conditions are True) then do (Then Actions) else do (Else Actions)
Si: Condiciones
And - All (Conditions) are true
Condiciones
Planeta_distancia[Planetas_numero] Mayor que o igual a 1501.00
Planeta_distancia[Planetas_numero] Menor que o igual a 2000.00
Entonces: Acciones
Set Planeta_speed_orbit[Planetas_numero] = 0.03
Otros: Acciones
If (All Conditions are True) then do (Then Actions) else do (Else Actions)
Si: Condiciones
Planeta_distancia[Planetas_numero] Mayor que o igual a 2001.00
Detonador - Run Se crea planeta continuacion <gen> (ignoring conditions)
Se crea planeta continuacion
Acontecimientos
Condiciones
Acciones
-------- Imperio Kront --------
If (All Conditions are True) then do (Then Actions) else do (Else Actions)
Si: Condiciones
Planeta_Imperio[Planetas_numero] Igual a Planeta_Tipos_Imperio[1]
Entonces: Acciones
-------- Agrega 1 planeta + a su imperio --------
Tabla hash - Save ((Load 0 of 0 from Hash_Kront) + 1) as 0 of 0 in Hash_Kront
-------- Agrega produccion de Trabajadores --------
Tabla hash - Save ((Load (Key (Kront + (Produccion + Obreros))) of 0 from Hash_Kront) + 2) as (Key (Kront + (Produccion + Obreros))) of 0 in Hash_Kront
-------- Agrega el factor de Produccion al recurso especifico --------
Tabla hash - Save ((Load (Key Planeta_Produccion[Planetas_numero]) of 0 from Hash_Kront) + Planeta_Factor_productor[Planetas_numero]) as (Key Planeta_Produccion[Planetas_numero]) of 0 in Hash_Kront
-------- +1 Planeta que Controlan en Ese SISTEMA SOLAR --------
Tabla hash - Save ((Load (Key Estrella_last_nombre) of 0 from Hash_Kront) + 1) as (Key Estrella_last_nombre) of 0 in Hash_Kront
-------- Produccion total del recurso que sea --------
Tabla hash - Save ((Load (Key ((Kront + Produccion) + Planeta_Produccion[Planetas_numero])) of 0 from Hash_Kront) + Planeta_Factor_productor[Planetas_numero]) as (Key ((Kront + Produccion) + Planeta_Produccion[Planetas_numero])) of 0 in Hash_Kront
-------- cereales --------
Tabla hash - Save ((Load (Key (Planeta_Imperio[Planetas_numero] + (Produccion + Cereal))) of 0 from Hash_Kront) + 1) as (Key (Planeta_Imperio[Planetas_numero] + (Produccion + Cereal))) of 0 in Hash_Kront
Otros: Acciones
-------- Imperio Shogun --------
If (All Conditions are True) then do (Then Actions) else do (Else Actions)
Si: Condiciones
Planeta_Imperio[Planetas_numero] Igual a Planeta_Tipos_Imperio[2]
Entonces: Acciones
-------- Agrega 1 planeta + a su imperio --------
Tabla hash - Save ((Load 0 of 0 from Hash_Shogun) + 1) as 0 of 0 in Hash_Shogun
-------- Agrega produccion de Trabajadores --------
Tabla hash - Save ((Load (Key (Shogun + (Produccion + Obreros))) of 0 from Hash_Shogun) + 2) as (Key (Shogun + (Produccion + Obreros))) of 0 in Hash_Shogun
-------- Agrega el factor de Produccion al recurso especifico --------
Tabla hash - Save ((Load (Key Planeta_Produccion[Planetas_numero]) of 0 from Hash_Shogun) + Planeta_Factor_productor[Planetas_numero]) as (Key Planeta_Produccion[Planetas_numero]) of 0 in Hash_Shogun
If (All Conditions are True) then do (Then Actions) else do (Else Actions)
Si: Condiciones
Or - Any (Conditions) are true
Condiciones
Planeta_Produccion[Planetas_numero] Igual a Cereal
Planeta_Produccion[Planetas_numero] Igual a Niquel
Entonces: Acciones
Tabla hash - Save ((Load (Key Planeta_Produccion[Planetas_numero]) of 0 from Hash_Shogun) + 3) as (Key Planeta_Produccion[Planetas_numero]) of 0 in Hash_Shogun
Otros: Acciones
-------- +1 Planeta que Controlan en Ese SISTEMA SOLAR --------
Tabla hash - Save ((Load (Key Estrella_last_nombre) of 0 from Hash_Shogun) + 1) as (Key Estrella_last_nombre) of 0 in Hash_Shogun
-------- Produccion total del recurso que sea --------
Tabla hash - Save ((Load (Key ((Shogun + Produccion) + Planeta_Produccion[Planetas_numero])) of 0 from Hash_Shogun) + Planeta_Factor_productor[Planetas_numero]) as (Key ((Shogun + Produccion) + Planeta_Produccion[Planetas_numero])) of 0 in Hash_Shogun
-------- cereales --------
Tabla hash - Save ((Load (Key (Planeta_Imperio[Planetas_numero] + (Produccion + Cereal))) of 0 from Hash_Shogun) + 1) as (Key (Planeta_Imperio[Planetas_numero] + (Produccion + Cereal))) of 0 in Hash_Shogun
Otros: Acciones
-------- Imperio Astarte --------
If (All Conditions are True) then do (Then Actions) else do (Else Actions)
Si: Condiciones
Planeta_Imperio[Planetas_numero] Igual a Planeta_Tipos_Imperio[3]
Entonces: Acciones
-------- Agrega 1 planeta + a su imperio --------
Tabla hash - Save ((Load 0 of 0 from Hash_Astarte) + 1) as 0 of 0 in Hash_Astarte
-------- Agrega produccion de Trabajadores --------
Tabla hash - Save ((Load (Key (Astarte + (Produccion + Obreros))) of 0 from Hash_Astarte) + 1) as (Key (Astarte + (Produccion + Obreros))) of 0 in Hash_Astarte
-------- Agrega el factor de Produccion al recurso especifico --------
Tabla hash - Save ((Load (Key Planeta_Produccion[Planetas_numero]) of 0 from Hash_Astarte) + Planeta_Factor_productor[Planetas_numero]) as (Key Planeta_Produccion[Planetas_numero]) of 0 in Hash_Astarte
-------- +1 Planeta que Controlan en Ese SISTEMA SOLAR --------
Tabla hash - Save ((Load (Key Estrella_last_nombre) of 0 from Hash_Astarte) + 1) as (Key Estrella_last_nombre) of 0 in Hash_Astarte
-------- Produccion total del recurso que sea --------
Tabla hash - Save ((Load (Key ((Astarte + Produccion) + Planeta_Produccion[Planetas_numero])) of 0 from Hash_Astarte) + Planeta_Factor_productor[Planetas_numero]) as (Key ((Astarte + Produccion) + Planeta_Produccion[Planetas_numero])) of 0 in Hash_Astarte
If (All Conditions are True) then do (Then Actions) else do (Else Actions)
Si: Condiciones
Planeta_Produccion[Planetas_numero] Igual a Cereal
Entonces: Acciones
Tabla hash - Save ((Load (Key ((Astarte + Produccion) + Planeta_Produccion[Planetas_numero])) of 0 from Hash_Astarte) + 5) as (Key ((Astarte + Produccion) + Planeta_Produccion[Planetas_numero])) of 0 in Hash_Astarte
Otros: Acciones
-------- cereales --------
Tabla hash - Save ((Load (Key (Planeta_Imperio[Planetas_numero] + (Produccion + Cereal))) of 0 from Hash_Astarte) + 1) as (Key (Planeta_Imperio[Planetas_numero] + (Produccion + Cereal))) of 0 in Hash_Astarte
Otros: Acciones
-------- Imperio Victorianos --------
If (All Conditions are True) then do (Then Actions) else do (Else Actions)
Si: Condiciones
Planeta_Imperio[Planetas_numero] Igual a Planeta_Tipos_Imperio[4]
Entonces: Acciones
-------- Agrega 1 planeta + a su imperio --------
Tabla hash - Save ((Load 0 of 0 from Hash_Victorianos) + 1) as 0 of 0 in Hash_Victorianos
-------- Agrega produccion de Trabajadores --------
Tabla hash - Save ((Load (Key (Victorianos + (Produccion + Obreros))) of 0 from Hash_Victorianos) + 1) as (Key (Victorianos + (Produccion + Obreros))) of 0 in Hash_Victorianos
-------- Agrega el factor de Produccion al recurso especifico --------
Tabla hash - Save ((Load (Key Planeta_Produccion[Planetas_numero]) of 0 from Hash_Victorianos) + Planeta_Factor_productor[Planetas_numero]) as (Key Planeta_Produccion[Planetas_numero]) of 0 in Hash_Victorianos
-------- +1 Planeta que Controlan en Ese SISTEMA SOLAR --------
Tabla hash - Save ((Load (Key Estrella_last_nombre) of 0 from Hash_Victorianos) + 1) as (Key Estrella_last_nombre) of 0 in Hash_Victorianos
-------- Produccion total del recurso que sea --------
Tabla hash - Save ((Load (Key ((Victorianos + Produccion) + Planeta_Produccion[Planetas_numero])) of 0 from Hash_Victorianos) + Planeta_Factor_productor[Planetas_numero]) as (Key ((Victorianos + Produccion) + Planeta_Produccion[Planetas_numero])) of 0 in Hash_Victorianos
-------- cereales --------
Tabla hash - Save ((Load (Key (Planeta_Imperio[Planetas_numero] + (Produccion + Cereal))) of 0 from Hash_Victorianos) + 1) as (Key (Planeta_Imperio[Planetas_numero] + (Produccion + Cereal))) of 0 in Hash_Victorianos
Otros: Acciones
-------- Imperio Sovieticos --------
If (All Conditions are True) then do (Then Actions) else do (Else Actions)
Si: Condiciones
Planeta_Imperio[Planetas_numero] Igual a Planeta_Tipos_Imperio[5]
Entonces: Acciones
-------- Agrega 1 planeta + a su imperio --------
Tabla hash - Save ((Load 0 of 0 from Hash_Sovieticos) + 1) as 0 of 0 in Hash_Sovieticos
-------- Agrega produccion de Trabajadores --------
Tabla hash - Save ((Load (Key (Sovieticos + (Produccion + Obreros))) of 0 from Hash_Sovieticos) + 1) as (Key (Sovieticos + (Produccion + Obreros))) of 0 in Hash_Sovieticos
-------- Agrega el factor de Produccion al recurso especifico --------
Tabla hash - Save ((Load (Key Planeta_Produccion[Planetas_numero]) of 0 from Hash_Sovieticos) + Planeta_Factor_productor[Planetas_numero]) as (Key Planeta_Produccion[Planetas_numero]) of 0 in Hash_Sovieticos
If (All Conditions are True) then do (Then Actions) else do (Else Actions)
Si: Condiciones
Planeta_Produccion[Planetas_numero] Igual a Amoniaco
Entonces: Acciones
Tabla hash - Save ((Load (Key ((Sovieticos + Produccion) + Planeta_Produccion[Planetas_numero])) of 0 from Hash_Sovieticos) + 5) as (Key ((Sovieticos + Produccion) + Planeta_Produccion[Planetas_numero])) of 0 in Hash_Sovieticos
Otros: Acciones
-------- +1 Planeta que Controlan en Ese SISTEMA SOLAR --------
Tabla hash - Save ((Load (Key Estrella_last_nombre) of 0 from Hash_Sovieticos) + 1) as (Key Estrella_last_nombre) of 0 in Hash_Sovieticos
-------- Produccion total del recurso que sea --------
Tabla hash - Save ((Load (Key ((Sovieticos + Produccion) + Planeta_Produccion[Planetas_numero])) of 0 from Hash_Sovieticos) + Planeta_Factor_productor[Planetas_numero]) as (Key ((Sovieticos + Produccion) + Planeta_Produccion[Planetas_numero])) of 0 in Hash_Sovieticos
-------- cereales --------
Tabla hash - Save ((Load (Key (Planeta_Imperio[Planetas_numero] + (Produccion + Cereal))) of 0 from Hash_Sovieticos) + 1) as (Key (Planeta_Imperio[Planetas_numero] + (Produccion + Cereal))) of 0 in Hash_Sovieticos
Otros: Acciones
-------- Imperio Tichondrianos --------
If (All Conditions are True) then do (Then Actions) else do (Else Actions)
Si: Condiciones
Planeta_Imperio[Planetas_numero] Igual a Planeta_Tipos_Imperio[6]
Entonces: Acciones
-------- Agrega 1 planeta + a su imperio --------
Tabla hash - Save ((Load 0 of 0 from Hash_Tichondrianos) + 1) as 0 of 0 in Hash_Tichondrianos
-------- Agrega produccion de Trabajadores --------
Tabla hash - Save ((Load (Key (Tichondrianos + (Produccion + Obreros))) of 0 from Hash_Tichondrianos) + 1) as (Key (Tichondrianos + (Produccion + Obreros))) of 0 in Hash_Tichondrianos
-------- Agrega el factor de Produccion al recurso especifico --------
Tabla hash - Save ((Load (Key Planeta_Produccion[Planetas_numero]) of 0 from Hash_Tichondrianos) + Planeta_Factor_productor[Planetas_numero]) as (Key Planeta_Produccion[Planetas_numero]) of 0 in Hash_Tichondrianos
-------- +1 Planeta que Controlan en Ese SISTEMA SOLAR --------
Tabla hash - Save ((Load (Key Estrella_last_nombre) of 0 from Hash_Tichondrianos) + 1) as (Key Estrella_last_nombre) of 0 in Hash_Tichondrianos
-------- Produccion total del recurso que sea --------
Tabla hash - Save ((Load (Key ((Tichondrianos + Produccion) + Planeta_Produccion[Planetas_numero])) of 0 from Hash_Tichondrianos) + Planeta_Factor_productor[Planetas_numero]) as (Key ((Tichondrianos + Produccion) + Planeta_Produccion[Planetas_numero])) of 0 in Hash_Tichondrianos
If (All Conditions are True) then do (Then Actions) else do (Else Actions)
Si: Condiciones
Planeta_Produccion[Planetas_numero] Igual a Helium
Entonces: Acciones
Tabla hash - Save ((Load (Key ((Tichondrianos + Produccion) + Planeta_Produccion[Planetas_numero])) of 0 from Hash_Tichondrianos) + 5) as (Key ((Tichondrianos + Produccion) + Planeta_Produccion[Planetas_numero])) of 0 in Hash_Tichondrianos
Otros: Acciones
-------- cereales --------
Tabla hash - Save ((Load (Key (Planeta_Imperio[Planetas_numero] + (Produccion + Cereal))) of 0 from Hash_Tichondrianos) + 1) as (Key (Planeta_Imperio[Planetas_numero] + (Produccion + Cereal))) of 0 in Hash_Tichondrianos
Animación - Change Planetas[Planetas_numero] flying height to (Estrella_Altura + Planetas_escala[Planetas_numero]) at 1000.00
-------- Animacion --------
Animación - Change Planetas[Planetas_numero]'s animation speed to 50.00% of its original speed
Set p_name[Planetas_numero] = (Position of Planetas[Planetas_numero])
-------- Asteroides Apartir de 80 --------
If (All Conditions are True) then do (Then Actions) else do (Else Actions)
Si: Condiciones
Planetas_escala[Planetas_numero] Mayor que o igual a 80.00
Entonces: Acciones
-------- Numero de Asteroides --------
Tabla hash - Save ((Load (Key Asteroide N) of 0 from Hashtable) + 1) as (Key Asteroide N) of 0 in Hashtable
Tabla hash - Save ((Load (Key (Planeta_Imperio[Planetas_numero] + Asteroide N)) of 0 from Hashtable) + 1) as (Key (Planeta_Imperio[Planetas_numero] + Asteroide N)) of 0 in Hashtable
Set P = (p_name[Planetas_numero] offset by (100.00 + Planetas_escala[Planetas_numero]) towards 0.00 degrees)
Unidad - Create 1 Asteroides_tipos[(Random integer number between 1 and 3)] for Jugador 1 (rojo) at P facing Vista edificio predeterminada degrees
-------- Grados --------
Tabla hash - Save (Angle from p_name[Planetas_numero] to P) as (Key (Agrados + (String((Load (Key Asteroide N) of 0 from Hashtable))))) of 0 in Hashtable
-------- Leak --------
Custom script: call RemoveLocation(udg_P)
-------- Se guardan las variables --------
-------- Nombre del Asteroide --------
Tabla hash - Save Handle Of(Last created unit) as (Key (Aunidad + (String((Load (Key Asteroide N) of 0 from Hashtable))))) of 0 in Hashtable
-------- Nombre del Asteroide Para IMPERIO --------
Tabla hash - Save Handle Of(Last created unit) as (Key ((Planeta_Imperio[Planetas_numero] + Asteroide) + (String((Load (Key (Planeta_Imperio[Planetas_numero] + Asteroide N)) of 0 from Hashtable))))) of 0 in Hashtable
-------- Nombre del Asteroide Para Conquista --------
Tabla hash - Save Handle Of(Last created unit) as (Key ((Neutral + Asteroide) + (String(Planetas_numero)))) of 0 in Hashtable
-------- Max recoleccion --------
Tabla hash - Save (Random integer number between 8 and 12) as (Key (Planeta_Imperio[Planetas_numero] + (Asteroide + (Capacidad + (String((Load (Key Asteroide N) of 0 from Hashtable))))))) of 0 in Hashtable
-------- Hierro que da: --------
Tabla hash - Save (Random integer number between 8 and 12) as (Key (<Cadena vacÃ*a> + (Asteroide + (Capacidad + (String(Planetas_numero)))))) of 0 in Hashtable
-------- Save Speed de Asteroide (para todos igual) --------
Tabla hash - Save 0.08 as (Key Asteroide S) of 0 in Hashtable
-------- Save Tamaño de Asteroide (4 veces mas pequeños) --------
Tabla hash - Save (Planetas_escala[Planetas_numero] / 4.00) as (Key Asteroide E) of 0 in Hashtable
Animación - Change (Last created unit)'s size to ((Load (Key Asteroide E) of 0 from Hashtable)%, (Load (Key Asteroide E) of 0 from Hashtable)%, (Load (Key Asteroide E) of 0 from Hashtable)%) of its original size
-------- Cual es Su planeta Orbita --------
Tabla hash - Save Handle OfPlanetas[Planetas_numero] as (Key (Aorbita + (String((Load (Key Asteroide N) of 0 from Hashtable))))) of 0 in Hashtable
-------- Distancia del Asteroide --------
Tabla hash - Save (100.00 + Planetas_escala[Planetas_numero]) as (Key (Adistancia + (String((Load (Key Asteroide N) of 0 from Hashtable))))) of 0 in Hashtable
-------- Altura --------
Animación - Change (Last created unit) flying height to ((Current flying height of Planetas[Planetas_numero]) + (Planetas_escala[Planetas_numero] / 2.00)) at 1000.00
-------- Se añade habilidad --------
Unidad - Add Hierro Satelite to (Last created unit)
Otros: Acciones
-------- Gigantes con Atmosfera apartir de 100 --------
If (All Conditions are True) then do (Then Actions) else do (Else Actions)
Si: Condiciones
Planetas_escala[Planetas_numero] Mayor que o igual a 100.00
Entonces: Acciones
Tabla hash - Save ((Load (Key Base N) of 0 from Hashtable) + 1) as (Key Base N) of 0 in Hashtable
Tabla hash - Save ((Load (Key Atmosfera N) of 0 from Hashtable) + 1) as (Key Atmosfera N) of 0 in Hashtable
Set P = (Position of Planetas[Planetas_numero])
Unidad - Create 1 Atmosfera for Jugador 1 (rojo) at P facing Vista edificio predeterminada degrees
Custom script: call RemoveLocation(udg_P)
Animación - Change (Last created unit)'s size to ((Planetas_escala[Planetas_numero] / 2.00)%, (Planetas_escala[Planetas_numero] / 2.00)%, (Planetas_escala[Planetas_numero] / 2.00)%) of its original size
Animación - Change (Last created unit)'s vertex coloring to (100.00%, 100.00%, 100.00%) with 80.00% transparency
Animación - Change (Last created unit) flying height to ((Current flying height of Planetas[Planetas_numero]) + (Planetas_escala[Planetas_numero] / 2.00)) at 1000.00
Tabla hash - Save Handle Of(Last created unit) as (Key (Atmosfera + (String(Planetas_numero)))) of 0 in Hashtable
Otros: Acciones
-------- CADENA (texto) 1 --------
Tabla hash - Save ((Load (Key Textos N) of 0 from Hashtable) + 1) as (Key Textos N) of 0 in Hashtable
Texto flotante - Create floating text that reads ((((String(Planetas_numero)) + :: ) + Planeta_nombre[Planetas_numero]) + ( + (String(Planetas_escala[Planetas_numero], 3, 0)))) at p_name[Planetas_numero] with Z offset (((Current flying height of Planetas[Planetas_numero]) - 50.00) - Planetas_escala[Planetas_numero]), using font size 9.00, color (20.00%, 100.00%, 40.00%), and 0.00% transparency
Tabla hash - Save ((Current flying height of Planetas[Planetas_numero]) - (50.00 - Planetas_escala[Planetas_numero])) as (Key (Altura + (Cadena1 + ((String((Load (Key Textos N) of 0 from Hashtable))) + (Estrella + (String((Maná of R_estrella)))))))) of 0 in Hashtable
Set Planeta_texto[Planetas_numero] = (Last created floating text)
-------- se salva en hash para evitar OP limit --------
Tabla hash - Save ((String(Planetas_numero)) + ( :: + (Planeta_nombre[Planetas_numero] + ( E: + (String(Planetas_escala[Planetas_numero], 3, 0)))))) as (Key (Cadena1 + ((String((Load (Key Textos N) of 0 from Hashtable))) + (Estrella + (String((Maná of R_estrella))))))) of 0 in Hashtable
-------- Numero de planetas sistema solar --------
Tabla hash - Save ((Load (Key (S.S + (Numero + (Planetas + (String((Maná of R_estrella))))))) of 0 from Hashtable) + 1) as (Key (S.S + (Numero + (Planetas + (String((Maná of R_estrella))))))) of 0 in Hashtable
-------- Numero de planetas Imperio --------
Tabla hash - Save ((Load (Key (Planeta_Imperio[Planetas_numero] + (Numero + (Planetas + Total)))) of 0 from Hashtable) + 1) as (Key (Planeta_Imperio[Planetas_numero] + (Numero + (Planetas + Total)))) of 0 in Hashtable
If (All Conditions are True) then do (Then Actions) else do (Else Actions)
Si: Condiciones
Planeta_temperatura[Planetas_numero] Menor que o igual a 0.00
Entonces: Acciones
Texto flotante - Create floating text that reads (Planeta_Imperio[Planetas_numero] + ( + (D: + ((String(Planeta_distancia[Planetas_numero], 5, 0)) + ( T: + (|cFF00FFFF_ + ((String(Planeta_temperatura[Planetas_numero], 4, 0)) + _|r))))))) at p_name[Planetas_numero] with Z offset ((Estrella_Altura - 75.00) - Planetas_escala[Planetas_numero]), using font size 8.50, color (10.00%, 100.00%, 90.00%), and 0.00% transparency
Set Planeta_texto2[Planetas_numero] = (Last created floating text)
Tabla hash - Save ((Current flying height of Planetas[Planetas_numero]) - (75.00 - Planetas_escala[Planetas_numero])) as (Key (Altura + (Cadena2 + ((String((Load (Key Textos N) of 0 from Hashtable))) + (Estrella + (String((Maná of R_estrella)))))))) of 0 in Hashtable
-------- se salva en hash para evitar OP limit --------
Tabla hash - Save (Planeta_Imperio[Planetas_numero] + ( + (D: + ((String(Planeta_distancia[Planetas_numero], 5, 0)) + ( + (T: + (|cFF00FFFF_ + ((String(Planeta_temperatura[Planetas_numero], 4, 0)) + _|r)))))))) as (Key (Cadena2 + ((String((Load (Key Textos N) of 0 from Hashtable))) + (Estrella + (String((Maná of R_estrella))))))) of 0 in Hashtable
Otros: Acciones
Texto flotante - Create floating text that reads (Planeta_Imperio[Planetas_numero] + ( + (D: + ((String(Planeta_distancia[Planetas_numero], 5, 0)) + ( T: + (|cFFFF3535_ + ((String(Planeta_temperatura[Planetas_numero], 4, 0)) + _|r))))))) at p_name[Planetas_numero] with Z offset ((Estrella_Altura - 75.00) - Planetas_escala[Planetas_numero]), using font size 8.50, color (10.00%, 100.00%, 90.00%), and 0.00% transparency
Set Planeta_texto2[Planetas_numero] = (Last created floating text)
Tabla hash - Save ((Current flying height of Planetas[Planetas_numero]) - (75.00 - Planetas_escala[Planetas_numero])) as (Key (Altura + (Cadena2 + ((String((Load (Key Textos N) of 0 from Hashtable))) + (Estrella + (String((Maná of R_estrella)))))))) of 0 in Hashtable
-------- se salva en hash para evitar OP limit --------
Tabla hash - Save (Planeta_Imperio[Planetas_numero] + ( + (D: + ((String(Planeta_distancia[Planetas_numero], 5, 0)) + ( + (T: + (|cFFFF3535_ + ((String(Planeta_temperatura[Planetas_numero], 4, 0)) + _|r)))))))) as (Key (Cadena2 + ((String((Load (Key Textos N) of 0 from Hashtable))) + (Estrella + (String((Maná of R_estrella))))))) of 0 in Hashtable
Tabla hash - Save ((Load (Key Textos N1) of 0 from Hashtable) + 1) as (Key Textos N1) of 0 in Hashtable
Tabla hash - Save Handle Of(Position of Planetas[Planetas_numero]) as (Key (Punto + (Planeta + ((String((Load (Key Textos N1) of 0 from Hashtable))) + (Estrella + (String((Maná of R_estrella)))))))) of 0 in Hashtable
-------- Altura Real --------
Tabla hash - Save (Current flying height of Planetas[Planetas_numero]) as (Key (Altura + (String(Planetas_numero)))) of 0 in Hashtable
-------- Nombre final --------
Tabla hash - Save Planeta_nombre[Planetas_numero] as (Key (Planeta_Imperio[Planetas_numero] + (Planeta + (String(Planetas_numero))))) of 0 in Hashtable
Tabla hash - Save Handle OfPlanetas[Planetas_numero] as (Key (Load (Key (Planeta_Imperio[Planetas_numero] + (Planeta + (String(Planetas_numero))))) of 0 from Hashtable)) of 0 in Hashtable
-------- Cual es el mas grande=? --------
If (All Conditions are True) then do (Then Actions) else do (Else Actions)
Si: Condiciones
And - All (Conditions) are true
Condiciones
Planetas_escala[Planetas_numero] Mayor que o igual a Planetas_escala[(Planetas_numero - 1)]
Planetas_numero Mayor que o igual a 2
Entonces: Acciones
Tabla hash - Save ((Load (Key (Planeta_Imperio[Planetas_numero] + Tamaño)) of 0 from Hashtable) + 1) as (Key (Planeta_Imperio[Planetas_numero] + Tamaño)) of 0 in Hashtable
Tabla hash - Save Planeta_nombre[Planetas_numero] as (Key (Planeta_Imperio[Planetas_numero] + ((Planeta + Grande) + (String((Load (Key (Planeta_Imperio[Planetas_numero] + Tamaño)) of 0 from Hashtable)))))) of 0 in Hashtable
Tabla hash - Save Handle OfPlanetas[Planetas_numero] as (Key (Load (Key (Planeta_Imperio[Planetas_numero] + ((Planeta + Grande) + (String((Load (Key (Planeta_Imperio[Planetas_numero] + Tamaño)) of 0 from Hashtable)))))) of 0 from Hashtable)) of 0 in Hashtable
Otros: Acciones
Anillo
Acontecimientos
Tiempo - Every 0.20 seconds of game time
Condiciones
Acciones
Set Uni = (Position of ANILLO)
Set P = ((Position of ANILLO) offset by 150.00 towards 0.00 degrees)
Set P1 = (Position of Last_estrella)
Texto flotante - Change the position of text_anillo to P with Z offset ((Current flying height of ANILLO) - 1.00)
Texto flotante - Change text of text_anillo to (|cFFFF0000_ + ((String(((Estrellas_escala[Estrellas_numero] x 2.00) - ((Distance between P and P1) / 10.00)), 5, 0)) + (_|r + (|cFF00FF80_ + ((String((Distance between P and P1), 5, 0)) + _|r))))) using font size 10.00
-------- Textos --------
Set gp2 = (Units within 3000.00 of Uni matching ((((Unit-type of (Matching unit)) Igual a Estrella I) or ((Unit-type of (Matching unit)) Igual a Estrella II)) and ((Current flying height of (Matching unit)) Igual a (Current flying height of ANILLO))))
Set R_estrella = (Random unit from gp2)
If (All Conditions are True) then do (Then Actions) else do (Else Actions)
Si: Condiciones
TextosON Igual a False
Entonces: Acciones
Set TextosON = True
For each (Integer X4) from 1 to (Load (Key (S.S + (Numero + (Planetas + (String((Maná of R_estrella))))))) of 0 from Hashtable), do (Actions)
Bucle: Acciones
Set PT = (Load (Key (Punto + (Planeta + ((String(X4)) + (Estrella + (String((Maná of R_estrella)))))))) of 0 in Hashtable)
-------- cadena1 --------
Texto flotante - Create floating text that reads (Load (Key (Cadena1 + ((String(X4)) + (Estrella + (String((Maná of R_estrella))))))) of 0 from Hashtable) at PT with Z offset (Load (Key (Altura + (Cadena1 + ((String(X4)) + (Estrella + (String((Maná of R_estrella)))))))) of 0 from Hashtable), using font size 9.00, color (20.00%, 100.00%, 40.00%), and 0.00% transparency
Set Planeta_texto[X4] = (Last created floating text)
Texto flotante - Mostrar Planeta_texto[X4] for (All players)
-------- cadena2 --------
Texto flotante - Create floating text that reads (Load (Key (Cadena2 + ((String(X4)) + (Estrella + (String((Maná of R_estrella))))))) of 0 from Hashtable) at PT with Z offset (Load (Key (Altura + (Cadena2 + ((String(X4)) + (Estrella + (String((Maná of R_estrella)))))))) of 0 from Hashtable), using font size 8.50, color (100.00%, 100.00%, 90.00%), and 0.00% transparency
Set Planeta_texto2[X4] = (Last created floating text)
Texto flotante - Mostrar Planeta_texto2[X4] for (All players)
Partida - Display to (All players) for 3.00 seconds the text: 1
Otros: Acciones
-------- Informacion de Cuantos Planetas hay en camera. --------
-------- Anillo Altura camera --------
Custom script: call DestroyGroup(udg_gp2)
Custom script: call RemoveLocation(udg_Uni)
Custom script: call RemoveLocation(udg_P)
Custom script: call RemoveLocation(udg_P1)
Anillo subir
Acontecimientos
Jugador - Jugador 1 (rojo) types a chat message containing subir as Una subcadena
Condiciones
Acciones
Detonador - Turn off Anillo <gen>
For each (Integer X) from 1 to (Load (Key (S.S + (Numero + (Planetas + (String((Maná of R_estrella))))))) of 0 from Hashtable), do (Actions)
Bucle: Acciones
Texto flotante - Destroy Planeta_texto[X]
Texto flotante - Destroy Planeta_texto2[X]
Wait 1.00 seconds
Animación - Change ANILLO flying height to ((Current flying height of ANILLO) + (Real((Substring((Entered chat string), 6, 9))))) at 1000.00
Partida - Display to (All players) for 3.00 seconds the text: (String((Real((Entered chat string))), 6, 9))
If there is no fix can someone please tell me how to avoid the OP limit. I need to have more than 100 text-strings save and be able to use them.
I really need them for my map. I tried storing the string into hash and then variable but i enconter the problem above: sometimes Destroy text varible doesnt work.
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