Template:VT: Difference between revisions

Revision as of 07:27, 6 May 2025

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Just a list template for FGD and shader parameter templates to easily link to a wide variety of variable types.

Usage

This template accepts one parameter: the name of the variable type. It outputs a specific string depending on this parameter. It is not case-sensitive.

The following table lists inputs, their results, other inputs yielding the same results, and any things to note. Case variations are not included.

Code	Output	Aliases	Notes
`{{VT\|???}}`	???>\| hr = `<???(en)>`\|zh = `<???(en)>`\| ru = `<???(en)>`\| fr = `<???(en)>` }} \|\| \|\| Unknown type, verify from FGD docs. (with hover info)
`{{VT\|angle}}`	angle>\| hr = `<angle(en)>`\|zh = `<angle(en)>`\| ru = `<angle(en)>`\| fr = `<angle(en)>` }} \|\| \|\| Parsed as QAngle.
`{{VT\|angles}}`	angles>\| hr = `<angles(en)>`\|zh = `<angles(en)>`\| ru = `<углы(en)>`\| fr = `<angles(en)>` }} \|\| \|\| Parsed as QAngle.
`{{VT\|axis}}`	axis>\| hr = `<axis>`\|zh = `<轴>`\| ru = `<координаты(en)>`\| fr = `<axis(en)>` }} \|\| \|\|
`{{VT\|bool}}`	bool>\| hr = `<boolean(en)>`\|zh = `<布尔值(en)>`\| ru = `<булева переменная(en)>`\| fr = `<bool(en)>` }} \|\| boolean \|\| FGD KV type is (in all games since ) (also in ) Use `choices` instead in earlier games' FGDs, but note them as Booleans on the game pages themselves.
`{{VT\|byte}}`	byte>\| hr = `<byte(en)>`\|zh = `<byte(en)>`\| ru = `<byte(en)>`\| fr = `<byte(en)>` }} \|\| unsigned char \|\| Range 0-255. If the variable uses a regular integer with clamped range, use int 0-255>\| hr = `<int 0-255(en)>`\|zh = `<整数 0-255 (en)>`\| ru = `<целое число(en) 0–255>`\| fr = `<int 0-255(en)>` }} instead.
`{{VT\|byte choices}}`	byte choices>\| hr = `<byte(en) izbora>`\|zh = `<byte choices(en)>`\| ru = `<byte choices(en)>`\| fr = `<byte choices(en)>` }} \|\| \|\|
`{{VT\|char}}`	char>\| hr = `<char(en)>`\|zh = `<char(en)>`\| ru = `<char(en)>`\| fr = `<char(en)>` }} \|\| \|\| Use for signed chars (-128 to 127).
`{{VT\|char choices}}`	char choices>\| hr = `<char choices(en)>`\|zh = `<char choices(en)>`\| ru = `<char choices(en)>`\| fr = `<char choices(en)>` }} \|\| \|\|
`{{VT\|choices}}`	choices>\| hr = `<izbora>`\|zh = `<choices>`\| ru = `<варианты выбора>`\| fr = `<les choix>` }} \|\| \|\| Preferably use version which indicates the actual data type parsed by the code, such as byte choices>\| hr = `<byte(en) izbora>`\|zh = `<byte choices(en)>`\| ru = `<byte choices(en)>`\| fr = `<byte choices(en)>` }}, integer choices>\| hr = `<integer(en) izbora>`\|zh = `<integer choices(en)>`\| ru = `<integer choices(en)>`\| fr = `<integer choices(en)>` }}, or string choices>\| hr = `<niz(en) izbora>`\|zh = `<string choices(en)>`\| ru = `<string choices(en)>`\| fr = `<string choices(en)>` }}.
`{{VT\|color1}}`	color1>\| hr = `<color1(en)>`\|zh = `<color1(en)>`\| ru = `<color1(en)>`\| fr = `<color1(en)>` }} \|\| \|\|
`{{VT\|color255}}`	color255>\| hr = `<boja255(en)>`\|zh = `<color255(en)>`\| ru = `<цвет КЗС(en)>`\| fr = `<color255(en)>` }} \|\| RGB, rgb \|\|
`{{VT\|color255 + int}}`	color255 + int>\| hr = `<boja255(en) + int(en)>`\|zh = `<color255(en) + 整数(en)>`\| ru = `<цвет КЗС(en) + целое число(en)>`\| fr = `<color255 + int(en)>` }} \|\| color255+int \|\|
`{{VT\|env_cubemap / texture}}`	env_cubemap / texture>\| hr = `<env_cubemap/tekstura(en)>`\|zh = `<env_cubemap / 纹理(en)>`\| ru = `<env_cubemap/текстура(en)>`\| fr = `<env_cubemap / texture(en)>` }} \|\| cubemap/texture, cubemap / texture, env cubemap/texture, env cubemap / texture, env_cubemap/texture, env_cubemap / texture \|\|
`{{VT\|ehandle}}`	ehandle>\| hr = `<ehandle(en)>`\|zh = `<ehandle(en)>`\| ru = `<ehandle(en)>`\| fr = `<ehandle(en)>` }} \|\| \|\| IO type ehandle.
`{{VT\|file}}`	file>\| hr = `<put datoteke>`\|zh = `<file(en)>`\| ru = `<file(en)>`\| fr = `<file(en)>` }} \|\| filename, filepath \|\| File path, treated as string.
`{{VT\|filter}}`	filter>\| hr = `<filter(en)>`\|zh = `<filter(en)>`\| ru = `<фильтр(en)>`\| fr = `<filter(en)>` }} \|\| filterclass \|\|
`{{VT\|float}}`	float>\| hr = `<float(en)>`\|zh = `<浮点型(en)>`\| ru = `<число с плавающей запятой(en)>`\| fr = `<float(en)>` }} \|\| \|\|
`{{VT\|int}}`	int>\| hr = `<integer(en)>`\|zh = `<整数(en)>`\| ru = `<целое число(en)>`\| fr = `<int(en)>` }} \|\| integer \|\| Enums without explicit type use this.
`{{VT\|int 0-10}}`	int 0-10>\| hr = `<integer(en) 0–10>`\|zh = `<整数 0-10 (en)>`\| ru = `<целое число(en) 0–10>`\| fr = `<int 0-10(en)>` }} \|\| \|\| For `ambient_generic`.
`{{VT\|int 0-100}}`	int 0-100>\| hr = `<integer(en) 0–100>`\|zh = `<整数 0-100 (en)>`\| ru = `<целое число(en) 0–100>`\| fr = `<int 0-100(en)>` }} \|\| \|\| For `ambient_generic`.
`{{VT\|int 0-1000}}`	int 0-1000>\| hr = `<integer(en) 0–1000>`\|zh = `<整数 0-1000 (en)>`\| ru = `<целое число(en) 0–1000>`\| fr = `<int 0-1000(en)>` }} \|\| \|\| For `ambient_generic`.
`{{VT\|int 0-255}}`	int 0-255>\| hr = `<int 0-255(en)>`\|zh = `<整数 0-255 (en)>`\| ru = `<целое число(en) 0–255>`\| fr = `<int 0-255(en)>` }} \|\| integer 0-255 \|\| For `ambient_generic`. Not to be confused with byte>\| hr = `<byte(en)>`\|zh = `<byte(en)>`\| ru = `<byte(en)>`\| fr = `<byte(en)>` }}.
`{{VT\|integer}}`	integer>\| hr = `<integer(en)>`\|zh = `<整数(en)>`\| ru = `<целое число(en)>`\| fr = `<entier(en)>` }} \|\| int \|\|
`{{VT\|integer choices}}`	integer choices>\| hr = `<integer(en) izbora>`\|zh = `<integer choices(en)>`\| ru = `<integer choices(en)>`\| fr = `<integer choices(en)>` }} \|\| \|\| Parsed as int with selectable options.
`{{VT\|material property}}`	property>\| hr = `<vlasništvo(en)>`\|zh = `<属性(en)>`\| ru = `<свойство(en)>`\| fr = `<property(en)>` }} \|\| material property \|\| Link to Material surface properties.
`{{VT\|RGB matrix}}`	RGB matrix>\| hr = `<RGB(en) matrix(en)>`\|zh = `<RGB matrix(en)>`\| ru = `<RGB(en) матрица(en)>`\| fr = `<RGB matrix(en)>` }} \|\| \|\| Two separate links.
`{{VT\|script}}`	script>\| hr = `<script(en)>`\|zh = `<脚本(en)>`\| ru = `<скрипт(en)>`\| fr = `<script(en)>` }} \|\| vscript \|\|rowspan="2"\| Link to Vscript.
`{{VT\|scriptlist}}`	scriptlist>\| hr = `<popis skripti(en)>`\|zh = `<脚本列表(en)>`\| ru = `<скриптлист VScript(en)>`\| fr = `<scriptlist(en)>` }} \|\|
`{{VT\|sky}}`	sky>\| hr = `<sky(en)>`\|zh = `<sky(en)>`\| ru = `<sky(en)>`\| fr = `<sky(en)>` }} \|\| skybox, skyname \|\| Link to Skybox.
`{{VT\|string}}`	string>\| hr = `<niz(en)>`\|zh = `<字符串(en)>`\| ru = `<строка(en)>`\| fr = `<chaîne(en)>` }} \|\| str \|\|
`{{VT\|string choices}}`	string choices>\| hr = `<niz(en) izbora>`\|zh = `<string choices(en)>`\| ru = `<string choices(en)>`\| fr = `<string choices(en)>` }} \|\| \|\| String with selectable options.
`{{VT\|studio}}`	studio>\| hr = `<put modela(en)>`\|zh = `<模型文件路径(en)>`\| ru = `<путь к модели(en)>`\| fr = `<chemin du modèle(en)>` }} \|\| model, modelname, model name, modelpath, model path \|\| Link to Model.
`{{VT\|target}}`	target>\| hr = `<targetname(en)>`\|zh = `<目标名(en)>`\| ru = `<целевой объект(en)>`\| fr = `<target(en)>` }} \|\| targetname, target_destination, target_source \|\|
`{{VT\|variant}}`	variant>\| hr = `<variant(en)>`\|zh = `<variant(en)>`\| ru = `<variant(en)>`\| fr = `<variant(en)>` }} \|\| \|\| IO type variant.
`{{VT\|vector}}`	vector>\| hr = `<vector(en)>`\|zh = `<向量(en)>`\| ru = `<вектор(en)>`\| fr = `<vector(en)>` }} \|\| vecline, vec \|\|
`{{VT\|vector2}}`	vector2>\| hr = `<vector2(en)>`\|zh = `<向量2(en)>`\| ru = `<вектор2(en)>`\| fr = `<vector2(en)>` }} \|\| vec2 \|\| Link to Material vector#vector2.
`{{VT\|vector3}}`	vector3>\| hr = `<vector3(en)>`\|zh = `<向量3(en)>`\| ru = `<вектор3(en)>`\| fr = `<vector3(en)>` }} \|\| vec3 \|\| Link to Material vector#vector3.
`{{VT\|vector4}}`	vector4>\| hr = `<vector4(en)>`\|zh = `<向量4(en)>`\| ru = `<вектор4(en)>`\| fr = `<vector4(en)>` }} \|\| vec4 \|\| Link to Material vector#vector4.
`{{VT\|void}}`	void>\| hr = `<void>`\|zh = `<void>`\| ru = `<пусто(en)>`\| fr = `<void>` }} \|\| <blank> \|\| Signifies IO truly has no parameter instead of missing type.

Any other input will be a link to that input.

@@ Line 12: / Line 12: @@
 | bool
 | boolean = {{Lx|boolean}}
+| unsigned char
 | byte = {{Lx|byte}}
 | byte choices = {{Lx|byte}} choices
+| char = {{Lx|char}}
+| char choices = {{Lx|char}} choices}}
 | choices = choices
 | rgb

Code	Output	Aliases	Notes
`{{VT\|???}}`	???>\| hr = `<???(en)>`\|zh = `<???(en)>`\| ru = `<???(en)>`\| fr = `<???(en)>` }} \|\| \|\| Unknown type, verify from FGD docs. (with hover info)
`{{VT\|angle}}`	angle>\| hr = `<angle(en)>`\|zh = `<angle(en)>`\| ru = `<angle(en)>`\| fr = `<angle(en)>` }} \|\| \|\| Parsed as QAngle.
`{{VT\|angles}}`	angles>\| hr = `<angles(en)>`\|zh = `<angles(en)>`\| ru = `<углы(en)>`\| fr = `<angles(en)>` }} \|\| \|\| Parsed as QAngle.
`{{VT\|axis}}`	axis>\| hr = `<axis>`\|zh = `<轴>`\| ru = `<координаты(en)>`\| fr = `<axis(en)>` }} \|\| \|\|
`{{VT\|bool}}`	bool>\| hr = `<boolean(en)>`\|zh = `<布尔值(en)>`\| ru = `<булева переменная(en)>`\| fr = `<bool(en)>` }} \|\| boolean \|\| FGD KV type is (in all games since ) (also in ) Use `choices` instead in earlier games' FGDs, but note them as Booleans on the game pages themselves.
`{{VT\|byte}}`	byte>\| hr = `<byte(en)>`\|zh = `<byte(en)>`\| ru = `<byte(en)>`\| fr = `<byte(en)>` }} \|\| unsigned char \|\| Range 0-255. If the variable uses a regular integer with clamped range, use int 0-255>\| hr = `<int 0-255(en)>`\|zh = `<整数 0-255 (en)>`\| ru = `<целое число(en) 0–255>`\| fr = `<int 0-255(en)>` }} instead.
`{{VT\|byte choices}}`	byte choices>\| hr = `<byte(en) izbora>`\|zh = `<byte choices(en)>`\| ru = `<byte choices(en)>`\| fr = `<byte choices(en)>` }} \|\| \|\|
`{{VT\|char}}`	char>\| hr = `<char(en)>`\|zh = `<char(en)>`\| ru = `<char(en)>`\| fr = `<char(en)>` }} \|\| \|\| Use for signed chars (-128 to 127).
`{{VT\|char choices}}`	char choices>\| hr = `<char choices(en)>`\|zh = `<char choices(en)>`\| ru = `<char choices(en)>`\| fr = `<char choices(en)>` }} \|\| \|\|
`{{VT\|choices}}`	choices>\| hr = `<izbora>`\|zh = `<choices>`\| ru = `<варианты выбора>`\| fr = `<les choix>` }} \|\| \|\| Preferably use version which indicates the actual data type parsed by the code, such as byte choices>\| hr = `<byte(en) izbora>`\|zh = `<byte choices(en)>`\| ru = `<byte choices(en)>`\| fr = `<byte choices(en)>` }}, integer choices>\| hr = `<integer(en) izbora>`\|zh = `<integer choices(en)>`\| ru = `<integer choices(en)>`\| fr = `<integer choices(en)>` }}, or string choices>\| hr = `<niz(en) izbora>`\|zh = `<string choices(en)>`\| ru = `<string choices(en)>`\| fr = `<string choices(en)>` }}.
`{{VT\|color1}}`	color1>\| hr = `<color1(en)>`\|zh = `<color1(en)>`\| ru = `<color1(en)>`\| fr = `<color1(en)>` }} \|\| \|\|
`{{VT\|color255}}`	color255>\| hr = `<boja255(en)>`\|zh = `<color255(en)>`\| ru = `<цвет КЗС(en)>`\| fr = `<color255(en)>` }} \|\| RGB, rgb \|\|
`{{VT\|color255 + int}}`	color255 + int>\| hr = `<boja255(en) + int(en)>`\|zh = `<color255(en) + 整数(en)>`\| ru = `<цвет КЗС(en) + целое число(en)>`\| fr = `<color255 + int(en)>` }} \|\| color255+int \|\|
`{{VT\|env_cubemap / texture}}`	env_cubemap / texture>\| hr = `<env_cubemap/tekstura(en)>`\|zh = `<env_cubemap / 纹理(en)>`\| ru = `<env_cubemap/текстура(en)>`\| fr = `<env_cubemap / texture(en)>` }} \|\| cubemap/texture, cubemap / texture, env cubemap/texture, env cubemap / texture, env_cubemap/texture, env_cubemap / texture \|\|
`{{VT\|ehandle}}`	ehandle>\| hr = `<ehandle(en)>`\|zh = `<ehandle(en)>`\| ru = `<ehandle(en)>`\| fr = `<ehandle(en)>` }} \|\| \|\| IO type ehandle.
`{{VT\|file}}`	file>\| hr = `<put datoteke>`\|zh = `<file(en)>`\| ru = `<file(en)>`\| fr = `<file(en)>` }} \|\| filename, filepath \|\| File path, treated as string.
`{{VT\|filter}}`	filter>\| hr = `<filter(en)>`\|zh = `<filter(en)>`\| ru = `<фильтр(en)>`\| fr = `<filter(en)>` }} \|\| filterclass \|\|
`{{VT\|float}}`	float>\| hr = `<float(en)>`\|zh = `<浮点型(en)>`\| ru = `<число с плавающей запятой(en)>`\| fr = `<float(en)>` }} \|\| \|\|
`{{VT\|int}}`	int>\| hr = `<integer(en)>`\|zh = `<整数(en)>`\| ru = `<целое число(en)>`\| fr = `<int(en)>` }} \|\| integer \|\| Enums without explicit type use this.
`{{VT\|int 0-10}}`	int 0-10>\| hr = `<integer(en) 0–10>`\|zh = `<整数 0-10 (en)>`\| ru = `<целое число(en) 0–10>`\| fr = `<int 0-10(en)>` }} \|\| \|\| For `ambient_generic`.
`{{VT\|int 0-100}}`	int 0-100>\| hr = `<integer(en) 0–100>`\|zh = `<整数 0-100 (en)>`\| ru = `<целое число(en) 0–100>`\| fr = `<int 0-100(en)>` }} \|\| \|\| For `ambient_generic`.
`{{VT\|int 0-1000}}`	int 0-1000>\| hr = `<integer(en) 0–1000>`\|zh = `<整数 0-1000 (en)>`\| ru = `<целое число(en) 0–1000>`\| fr = `<int 0-1000(en)>` }} \|\| \|\| For `ambient_generic`.
`{{VT\|int 0-255}}`	int 0-255>\| hr = `<int 0-255(en)>`\|zh = `<整数 0-255 (en)>`\| ru = `<целое число(en) 0–255>`\| fr = `<int 0-255(en)>` }} \|\| integer 0-255 \|\| For `ambient_generic`. Not to be confused with byte>\| hr = `<byte(en)>`\|zh = `<byte(en)>`\| ru = `<byte(en)>`\| fr = `<byte(en)>` }}.
`{{VT\|integer}}`	integer>\| hr = `<integer(en)>`\|zh = `<整数(en)>`\| ru = `<целое число(en)>`\| fr = `<entier(en)>` }} \|\| int \|\|
`{{VT\|integer choices}}`	integer choices>\| hr = `<integer(en) izbora>`\|zh = `<integer choices(en)>`\| ru = `<integer choices(en)>`\| fr = `<integer choices(en)>` }} \|\| \|\| Parsed as int with selectable options.
`{{VT\|material property}}`	property>\| hr = `<vlasništvo(en)>`\|zh = `<属性(en)>`\| ru = `<свойство(en)>`\| fr = `<property(en)>` }} \|\| material property \|\| Link to Material surface properties.
`{{VT\|RGB matrix}}`	RGB matrix>\| hr = `<RGB(en) matrix(en)>`\|zh = `<RGB matrix(en)>`\| ru = `<RGB(en) матрица(en)>`\| fr = `<RGB matrix(en)>` }} \|\| \|\| Two separate links.
`{{VT\|script}}`	script>\| hr = `<script(en)>`\|zh = `<脚本(en)>`\| ru = `<скрипт(en)>`\| fr = `<script(en)>` }} \|\| vscript \|\|rowspan="2"\| Link to Vscript.
`{{VT\|scriptlist}}`	scriptlist>\| hr = `<popis skripti(en)>`\|zh = `<脚本列表(en)>`\| ru = `<скриптлист VScript(en)>`\| fr = `<scriptlist(en)>` }} \|\|
`{{VT\|sky}}`	sky>\| hr = `<sky(en)>`\|zh = `<sky(en)>`\| ru = `<sky(en)>`\| fr = `<sky(en)>` }} \|\| skybox, skyname \|\| Link to Skybox.
`{{VT\|string}}`	string>\| hr = `<niz(en)>`\|zh = `<字符串(en)>`\| ru = `<строка(en)>`\| fr = `<chaîne(en)>` }} \|\| str \|\|
`{{VT\|string choices}}`	string choices>\| hr = `<niz(en) izbora>`\|zh = `<string choices(en)>`\| ru = `<string choices(en)>`\| fr = `<string choices(en)>` }} \|\| \|\| String with selectable options.
`{{VT\|studio}}`	studio>\| hr = `<put modela(en)>`\|zh = `<模型文件路径(en)>`\| ru = `<путь к модели(en)>`\| fr = `<chemin du modèle(en)>` }} \|\| model, modelname, model name, modelpath, model path \|\| Link to Model.
`{{VT\|target}}`	target>\| hr = `<targetname(en)>`\|zh = `<目标名(en)>`\| ru = `<целевой объект(en)>`\| fr = `<target(en)>` }} \|\| targetname, target_destination, target_source \|\|
`{{VT\|variant}}`	variant>\| hr = `<variant(en)>`\|zh = `<variant(en)>`\| ru = `<variant(en)>`\| fr = `<variant(en)>` }} \|\| \|\| IO type variant.
`{{VT\|vector}}`	vector>\| hr = `<vector(en)>`\|zh = `<向量(en)>`\| ru = `<вектор(en)>`\| fr = `<vector(en)>` }} \|\| vecline, vec \|\|
`{{VT\|vector2}}`	vector2>\| hr = `<vector2(en)>`\|zh = `<向量2(en)>`\| ru = `<вектор2(en)>`\| fr = `<vector2(en)>` }} \|\| vec2 \|\| Link to Material vector#vector2.
`{{VT\|vector3}}`	vector3>\| hr = `<vector3(en)>`\|zh = `<向量3(en)>`\| ru = `<вектор3(en)>`\| fr = `<vector3(en)>` }} \|\| vec3 \|\| Link to Material vector#vector3.
`{{VT\|vector4}}`	vector4>\| hr = `<vector4(en)>`\|zh = `<向量4(en)>`\| ru = `<вектор4(en)>`\| fr = `<vector4(en)>` }} \|\| vec4 \|\| Link to Material vector#vector4.
`{{VT\|void}}`	void>\| hr = `<void>`\|zh = `<void>`\| ru = `<пусто(en)>`\| fr = `<void>` }} \|\| <blank> \|\| Signifies IO truly has no parameter instead of missing type.

Template:VT: Difference between revisions

Revision as of 07:27, 6 May 2025

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Template:VT: Difference between revisions

Revision as of 07:27, 6 May 2025

Usage

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