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👤 15:58:18 - 26/11/2025

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Code TikZ:

            \begin{tikzpicture}
\path[fill=red, rounded corners=0.8cm] (-5.2, 0) -- (5.2, 0) -- (0, 9.0) -- cycle;
\path[fill=yellow] (-4, 0.7) -- (4, 0.7) -- (0, 8) -- cycle;
\path[fill=black] (-0.7, 2) -- (0, 2.6) -- (0.7, 2) -- (0.7, 5) -- (0, 6.5) -- (-0.7, 5) -- (-0.7, 3) -- (-2, 3) -- (-2,3.8) -- (-0.7,3.8) -- cycle;
\end{tikzpicture}
        

👤 15:49:26 - 26/11/2025

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Code TikZ:

            \begin{tikzpicture}
\definecolor{signblue}{RGB}{30,144,255}
\fill[signblue] (-6,-3) rectangle (6,3);
\draw[white, dashed, line width=2pt, dash pattern=on 6pt off 4pt] (-2, -3) -- (-2, 3);
\draw[white, dashed, line width=2pt, dash pattern=on 6pt off 4pt] (2, -3) -- (2, 3);
\tikzset{
    arrow/.style={
        white,
        line width=8pt,
        -{Triangle[length=24pt, width=24pt]}
    }
}
\draw[white, line width=8pt] (-4, -2.5) -- (-4, 0.5);
\draw[arrow] (-4, 0.5) -- (-4, 2.5);
\draw[arrow] (-4, 0.5) -- (-5.5, 0.5);
\draw[arrow] (0, -2.5) -- (0,2.5);
\draw[arrow, rounded corners=20pt] (4, -2.5) -- (4, 1.5) -- (5.5, 1.5);
\end{tikzpicture}
        

👤 15:41:29 - 26/11/2025

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Code TikZ:

            \begin{tikzpicture}[thick]
\def\s{2}
\def\r{0.6}
\def\bw{0.6}
\def\lw{0.1}
\begin{scope}[rotate=45, line width=\lw, line cap=butt, line join=miter]
    \draw[fill=white] (-\s, -\s) rectangle (\s, \s);

    \fill[yellow] (-\s*\r, \bw/2) rectangle (\s*\r, \s*\r);
    \fill[yellow] (-\s*\r, -\s*\r) rectangle (\s*\r, -\bw/2);
    \fill[black] (-\s*\r-0.8, -\bw/2) rectangle (\s*\r+0.8, \bw/2);
    \draw (-\s*\r, \s*\r) -- (\s*\r, \s*\r);
    \draw (\s*\r, \s*\r) -- (\s*\r, -\s*\r);
    \draw (\s*\r, -\s*\r) -- (-\s*\r, -\s*\r);
    \draw (-\s*\r, -\s*\r) -- (-\s*\r, \s*\r);
    \draw (-\s*\r, \bw/2) -- (\s*\r, \bw/2);
    \draw (-\s*\r, -\bw/2) -- (\s*\r, -\bw/2);
\end{scope}

\end{tikzpicture}
        

👤 15:34:38 - 26/11/2025

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Code TikZ:

            \begin{tikzpicture}
\def\radius{2.2}
\def\borderwidth{0.45}
\draw[red, line width=\borderwidth cm] (0,0) circle (\radius);
\draw[red, line width=0.3cm, line cap=butt] (135:\radius) -- (-45:\radius);
\begin{scope}[black, line width=7pt, line cap=round, line join=round]
    \coordinate (arc_center) at (0, 0.45);
    \def\arcradius{0.55}
    \coordinate (arc_left) at ($(arc_center) + (180:\arcradius)$);
    \coordinate (arc_right) at ($(arc_center) + (0:\arcradius)$);
    \draw (arc_left) arc (180:1:\arcradius);
    \draw[-{Triangle[length=5mm, width=5mm]}] (0,1) -- ++(-1.5,0);
    \draw (arc_right) -- ++(0, -1.6);
    \draw[-{Triangle[length=5mm, width=5mm]}] (arc_left) -- ++(0, -1.6);
\end{scope}
\end{tikzpicture}
        

👤 17:52:07 - 25/11/2025

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Code TikZ:

            \begin{tikzpicture}[
    >=stealth, 
    scale=1, 
    local bounding box=BieuDo,
    join = round, cap = round,
    declare function={
        x_scale=2; y_scale=2; % Đổi tên biến để tránh nhầm lẫn
        kcy=1; kc=1.5;
        GIATRI_MAX=25; % Đã thêm giá trị max (lớn hơn giá trị data cao nhất là 20)
        dochia=GIATRI_MAX/8;
    },
    xscale = 1/x_scale, yscale = 1/y_scale, 
    font = \scriptsize
]

    % --- Vẽ biểu đồ (Data Loop) ---
    % Đổi biến thành \ten (Tên môn), \slA (Số liệu A), \slB (Số liệu B)
    \foreach \ten/\slA/\slB [count = \i from 0] in {
        {Bóng đá}/20/14, 
        {Cầu lông}/12/12, 
        {Bóng bàn}/4/6, 
        {Đá cầu}/6/8, 
        {Bóng rổ}/8/10
    } {
        \pgfmathsetmacro{\posx}{(kc+2)*\i+kcy+1}
        
        % Cột Lớp 6A
        \draw[pattern = north east lines, pattern color=black] (\posx-1,0) rectangle (\posx,\slA/dochia);
        \path (\posx-.5,\slA/dochia) node[above]{$\slA$};
        
        % Cột Lớp 6B
        \draw[pattern = dots, pattern color=black] (\posx,0) rectangle (\posx+1,\slB/dochia);
        \path (\posx+.5,\slB/dochia) node[above]{$\slB$};
        
        % Tên môn thể thao
        \path (\posx,-.4*y_scale) node[align=center, text width=1.8cm, anchor=center]{\ten};
        
        % Lưu vị trí x cuối cùng để vẽ trục
        \global\let\n=\posx
    }
    
    % --- Vẽ Trục (Axes) ---
    % Trục hoành
    \draw[->] (0,0) -- (\n+x_scale,0) node[below right] {Môn thể thao};
    
    % Trục tung
    \draw[->] (0,0) -- (0,GIATRI_MAX/dochia + 1) node[above, align=center, text width=2cm] {Số học sinh chọn};
    
    % Chia vạch trục tung
    \foreach \val in {0,5,...,25} {
        \draw (2pt,\val/dochia) -- (-2pt,\val/dochia) node[left] {$\val$};
    }
    
    % --- Chú thích (Legend) ---
    % Tự động đặt chú thích dựa trên chiều rộng biểu đồ (\n)
    \begin{scope}[shift={(\n/2 - 2, GIATRI_MAX/dochia + 1.5)}]
        % Legend 6A
        \draw[pattern = north east lines, pattern color=black] (0,0) rectangle ++(1,0.5);
        \node[right] at (1, 0.25) {Lớp 6A};
        
        % Legend 6B
        \draw[pattern = dots, pattern color=black] (4,0) rectangle ++(1,0.5);
        \node[right] at (5, 0.25) {Lớp 6B};
    \end{scope}

    % --- Tiêu đề (Title) ---
   \node[above, font=\bfseries\large, align=center, text width=8cm] at (current bounding box.north) {Các môn thể thao yêu thích của học sinh lớp 6A và 6B};

\end{tikzpicture}
        

👤 16:48:48 - 13/11/2025

1 1

Code TikZ:

            \begin{tikzpicture}[scale=1.4]
\colorlet{darkGreen}{green!60!black}
\colorlet{lightGreen}{green!85!white}
\colorlet{innerRind}{green!20!white}
\colorlet{watermelonRed}{red!85!white}
\coordinate (wholeCenter) at (-1.5, 0);
\def\wholeRadius{2.5}
\fill[lightGreen] (wholeCenter) circle (\wholeRadius);
\begin{scope}
    \clip (wholeCenter) circle (\wholeRadius);
    \foreach \xoffset/\width in {-1.9/0.7, -1.0/0.6, 0.0/0.5, 0.9/0.6, 1.8/0.7} {
        \fill[darkGreen] ($(wholeCenter) + (\xoffset-\width/2, -\wholeRadius)$)
            .. controls ($(wholeCenter) + (\xoffset-\width/4, 0)$) ..
            ($(wholeCenter) + (\xoffset-\width/2, \wholeRadius)$) --
            ($(wholeCenter) + (\xoffset+\width/2, \wholeRadius)$)
            .. controls ($(wholeCenter) + (\xoffset+\width/4, 0)$) ..
            ($(wholeCenter) + (\xoffset+\width/2, -\wholeRadius)$) -- cycle;
    }
\end{scope}

\draw[darkGreen, line width=3pt, cap=round] ($(wholeCenter) + (0.1, \wholeRadius-0.1)$)
    .. controls ++(0.2, 0.6) and ++(-0.4, 0.4) .. ++(-0.5, 0.2);
\coordinate (sliceCenter) at (1.7, 0);
\def\sliceRadius{2.2}
\fill[darkGreen] (sliceCenter) circle (\sliceRadius);
\fill[lightGreen] (sliceCenter) circle (\sliceRadius*0.92);
\fill[innerRind] (sliceCenter) circle (\sliceRadius*0.82);
\fill[watermelonRed] (sliceCenter) circle (\sliceRadius*0.78);
\path (sliceCenter);
\pgfgetlastxy{\slicex}{\slicey};
\def\redRadius{\sliceRadius*0.78}
\end{tikzpicture}
        

👤 16:52:24 - 07/11/2025

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Code TikZ:

            \begin{tikzpicture}[x={(0.8cm,-0.1cm)}, y={(-0.6cm,-0.3cm)}, z={(0cm,0.8cm)}, line width=2pt, rounded corners=1.5pt, line join=round]
			\definecolor{rubikRed}{RGB}{213,4,4}
			\definecolor{rubikYellow}{RGB}{255,213,0}
			\definecolor{rubikBlue}{RGB}{0,70,173}
			\definecolor{rubikBlack}{RGB}{20,20,20}
			\tikzset{draw=rubikBlack}
			
			\foreach \i in {0,1,2} {
				\foreach \j in {0,1,2} {
					\draw[fill=rubikBlue] (3,\i,\j) -- (3,\i+1,\j) -- (3,\i+1,\j+1) -- (3,\i,\j+1) -- cycle;
				}
			}
			\foreach \i in {0,1,2} {
				\foreach \j in {0,1,2} {
					\draw[fill=rubikYellow] (\i,3,\j) -- (\i+1,3,\j) -- (\i+1,3,\j+1) -- (\i,3,\j+1) -- cycle;
				}
			}
			\foreach \i in {0,1,2} {
				\foreach \j in {0,1,2} {
					\draw[fill=rubikRed] (\i,\j,3) -- (\i+1,\j,3) -- (\i+1,\j+1,3) -- (\i,\j+1,3) -- cycle;
				}
			}
		\end{tikzpicture}
        

👤 16:48:46 - 07/11/2025

0 0

Code TikZ:

            	\begin{tikzpicture}[scale=1, line join=round, line cap=round, thick]
			%Gán số liệu.
			\def\canhAD{4};\def\canhBA{3};\def\gocBAD{-130};\def\h{4};\def\xdinhAprime{0};
			
			%Gán tọa độ.
			\coordinate (A) at (0,0);
			\coordinate (B) at ($(A)+(\gocBAD:\canhBA)$);
			\coordinate (C) at ($(B)+(0:\canhAD)$);
			\coordinate (D) at ($(A)+(0:\canhAD)$);
			\coordinate (A') at ($(A)+(\xdinhAprime,\h)$);
			\coordinate (B') at ($(B)+(\xdinhAprime,\h)$);
			\coordinate (C') at ($(C)+(\xdinhAprime,\h)$);
			\coordinate (D') at ($(D)+(\xdinhAprime,\h)$);
			
			%==== Các khối cầu 3D ====
			\shade[ball color=violet, opacity=0.85] (3,0.4) circle(1cm);
			\shade[ball color=pink!80, opacity=0.85] (0.5,3) circle(1cm);
			\shade[ball color=yellow!20!orange, opacity=0.85] (1,0.8) circle(2cm);
			\shade[ball color=green!60!yellow, opacity=0.85] (-0.9,-1.3) circle(1cm);
			\shade[ball color=blue!80!cyan, opacity=0.85] (1.6,-1.3) circle(1cm);
			\shade[ball color=red!80!pink, opacity=0.85] (3,3) circle(1cm);
			\shade[ball color=cyan!60!white, opacity=0.85] (-0.8,1.5) circle(1cm);
			\shade[ball color=black!60, opacity=0.85] (1.4,1.5) circle(1cm);
			%==== Khối lăng trụ ====
			\draw (A')--(B')--(B)--(C)--(C')--(D')--cycle (B')--(C') (D')--(D)--(C);
			%\draw[dashed] (A)--(D) (A')--(A)--(B);
			
		\end{tikzpicture}
        

👤 16:26:55 - 07/11/2025

0 0

Code TikZ:

            \begin{tikzpicture}[thick]
\def\r{2.5}
\coordinate (O) at (0,0);
\coordinate (E) at (90:\r);
\coordinate (D) at (45:\r);
\coordinate (H) at (0:\r);
\coordinate (C) at (-45:\r);
\coordinate (G) at (-90:\r);
\coordinate (B) at (-135:\r);
\coordinate (F) at (180:\r);
\coordinate (A) at (135:\r);
\draw[red] (O) circle (\r);
\foreach \p in {A,B,C,D,E,F,G,H}
{
    \draw[blue] (O) -- (\p);
}
\draw[teal] (A) -- (F) -- (B) -- (G) -- (C) -- (H) -- (D) -- (E) -- cycle;
\draw[cyan] (A) -- (B) -- (C) -- (D) -- cycle;
\draw (O) ++(135:0.6) arc (135:90:0.6);
\node at (112.5:0.8) {$45^\circ$};
\foreach \p/\angle in {A/135, B/225, C/-45, D/45, E/90, F/180, G/-90, H/0, O/-60}
{
    \fill (\p) circle (1pt);
    \node at ($(\p)+(\angle:0.3cm)$) {$\p$};
}
\end{tikzpicture}
        

👤 22:40:15 - 05/11/2025

1 1

Code TikZ:

            	\begin{tikzpicture}[scale=0.5, font=\footnotesize,>=stealth]
		\coordinate (B) at (0,1);
		\coordinate (A) at (-4,4);
		\coordinate (C) at (4,4);
		\coordinate (D) at (-4,5);
		\coordinate (E) at (4,5);
		\coordinate (F) at (0,2);
		\fill[green!60!cyan](A)--(B)--(C);
		\filldraw[pattern = grid,pattern color = olive](A)--(D)--(F)--(B)(A)--(D)--(E)--(C)(B)--(F)--(E)--(C);
		\draw[line width=3pt, brown!70!black] ($(A)!1.2!(D)$)--(A)($(C)!1.2!(E)$)--(C)($(B)!1.2!(F)$)--(B);
		\draw (A)--(B)--(C)--cycle;
		\path (D)--(E)node[midway, sloped, above]{$4m$} (A)--(B)node[midway, sloped, below]{$3m$} (B)--(C)node[midway, sloped, below]{$3m$} (E)--(C)node[midway, sloped, above]{$0,5m$};
		
	\end{tikzpicture}
        

👤 22:15:14 - 05/11/2025

1 1

Code TikZ:

            \begin{tikzpicture}[scale=0.8, font=\footnotesize, line join=round, line cap=round,>=stealth]
			\draw (0,0) circle (2cm); % Vẽ vòng tròn với bán kính 2cm
			% Vẽ và tô màu một phần của hình quạt tròn
			\fill[red] (0,0) -- ({cos(18) * 2},{sin(18) * 2}) arc (18:36:2) -- cycle;
			
			% Vẽ các đường chia thành 20 phần, đánh số
			\foreach \i/\color in {1/red, 2/blue, 3/green, 4/orange, 5/purple, 6/brown, 7/pink, 8/gray, 9/red, 10/blue, 11/green, 12/orange, 13/purple, 14/brown, 15/pink, 16/gray, 17/red, 18/blue, 19/green, 20/orange} {
				% Vẽ và tô màu cho mỗi phần
				\fill[color=\color] (0,0) -- ({cos(\i*18) * 2},{sin(\i*18) * 2}) arc (\i*18:(\i+1)*18:2) -- cycle;
				% Đánh số vào giữa mỗi phần
				\node at ({cos(\i*18 + 9) * 1.5},{sin(\i*18 + 9) * 1.5}) {\bfseries\i};
			}
			\draw[->, thick, white] (0,0) -- ({cos(170) * 1.2},{sin(170) * 1.2});
	\end{tikzpicture}
        

👤 22:10:43 - 05/11/2025

1 1

Code TikZ:

            \begin{tikzpicture}[local bounding box=BieuDo]
    \def\r{2}
    \def\gocxp{90}
    \coordinate (A) at (90:\r);
    \foreach \val/\freq/\col/\pattern[count=\i from 0] in {{Nước chanh}/13/blue/dots,{Nước cam}/13/cyan/grid,{Nước suối}/34/teal/{vertical lines},{Trà sữa}/40/orange/{north east lines}}{
        \pgfmathsetmacro\gockt{-(\freq*3.6-\gocxp)}
        \pgfmathsetmacro\gocnode{\gocxp+\gockt}
        \draw[fill=\col!20, pattern = \pattern,pattern color=\col] (0,0)--(A) arc(\gocxp:\gockt:\r) coordinate(A)--cycle;
        \fill[fill=\col!20, pattern = \pattern,pattern color=\col, draw=black] (\r+1,\r-.75*\i) --++(0:0.5)--++(-90:.5) node[pos=.5,right,black]{\val}--++(180:0.5)--cycle;
        \path ($(0,0)+(\gocnode/2:1.1)$) node[fill=white,inner sep=0pt,circle]{\color{black} $\freq\%$};
        \global\let\gocxp=\gockt
    }
    \draw ($(BieuDo.north)+(90:0.5)$) node[align=center, text width=7cm]{\bfseries {Tỉ lệ phần trăm loại thức uống yêu thích của học sinh khối lớp 7}};
\end{tikzpicture}
        

👤 22:00:38 - 05/11/2025

2 2

Code TikZ:

            \begin{tikzpicture}[local bounding box=BieuDo]
    \def\r{2}
    \def\gocxp{90}
    \coordinate (A) at (90:\r);
    \foreach \val/\freq/\col/\pattern[count=\i from 0] in {Chó/25/orange/grid,Mèo/50/cyan/dots,Cá/7.5/magenta/{north east lines},Chim/17.5/violet/crosshatch}{
        \pgfmathsetmacro\gockt{-(\freq*3.6-\gocxp)}
        \pgfmathsetmacro\gocnode{\gocxp+\gockt}
        \draw[pattern = \pattern,pattern color=\col] (0,0)--(A) arc(\gocxp:\gockt:\r) coordinate(A)--cycle;
        \fill[pattern = \pattern,pattern color=\col, draw=black] (\r+1,\r-.75*\i) --++(0:0.5)--++(-90:.5) node[pos=.5,right,black]{\val}--++(180:0.5)--cycle;
        \path ($(0,0)+(\gocnode/2:1.1)$) node[fill=white,inner sep=0pt,circle]{\color{black} $\freq\%$};
        \global\let\gocxp=\gockt
    }
    \draw ($(BieuDo.north)+(90:0.5)$) node[align=center, text width=5cm]{\bfseries {Tỉ lệ các loài vật nuôi được yêu thích}};
\end{tikzpicture}
        