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请分析这张照片的场景和人物穿着特征。重点识别以下内容：
- 整体场景氛围
- 主要人物的服装款式特征 | 一位留着长发的年轻女性独自站在简单背景前，她微笑着望向观者。她的棕色眼睛闪烁着光芒，耳畔戴着精致的耳环，身上穿着一件红色连衣裙搭配黑色高腰裤，脚踩一双高跟鞋。整体造型既时尚又充满个性，展现了现实主义风格下细腻而丰富的细节。 |
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Provide the LaTeX formula. | ( \mathcal { M } _ { + } ^ { \prime } \cap \mathcal { M } \subset \mathcal { M } , \Omega \mathcal { ) } |
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Write the LaTeX representation for this image. | s\in A(\theta):=\{s : \epsilon(r)\leq s\leq 1\; ,\; 2\cos\theta\geq (1+r^2)s+\frac{1-r^2}s\}\ . |
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Write the LaTeX representation for this image. | g(X) \,{\buildrel d \over =}\, (\mathcal EB, \mathcal E(1-B)) B \sim (2k,2k)\;. |
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Write the LaTeX representation for this image. | \left({\Psi_{0}(\xi, \tau) \atop \Psi_{1}(\xi, \tau)}\right) = \hat{U}_{KG}\left({\Psi_{0}(\xi) \atop \Psi_{1}(\xi)}\right), |
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请分析这张照片的场景和人物穿着特征。重点识别以下内容：
- 整体场景氛围
- 主要人物的服装款式特征 | 一位留着长发的年轻女性独自身处简洁背景前，她扎着马尾辫，身着连衣裙，脚踩高跟鞋，站立姿态自然。她的黑发垂落肩头，棕色眼睛透露出灵动神采，耳畔佩戴着精致耳环，颈间或许还有其他首饰点缀。整体造型充满真实感，展现了细腻的设计细节与时尚品味。 |
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Write the LaTeX representation for this image. | E_p^n:=\frac{1}{p}\{(l_1,l_2,\cdots,l_n)^t:0\leq l_1,\cdots,l_n\leq p-1\}, \ \ \ \ \ \ \ \mathring{E}_p^n:=E_p^n\setminus\{0\} |
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Provide the LaTeX formula. | \varepsilon^{i j} = - \frac{\sqrt{-g}}{\sqrt{-\gamma}} \frac{1}{g_{0 0}} g^{i j}. |
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请分析这张照片的场景和人物穿着特征。重点识别以下内容：
- 整体场景氛围
- 主要人物的服装款式特征 | 一位留着长发的年轻女性独自站立，她微笑着，黑色的秀发编成精致的辫子垂在胸前。她身穿一条蓝色连衣裙，搭配高跟凉鞋，展现出优雅气质。她的脖子上戴着项链，手腕上佩戴着手链，手指涂着指甲油，耳间挂着小巧的耳环。她一只手叉腰，另一只手自然下垂，背景是明亮的黄色。整体造型充满时尚感，展现了女性的独特魅力。 |
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C_{t,\mu,\varphi} = \min_{r_0 \geq 0} \left(e^{r_0t} (r_0t)^{1-\mu}+\frac1{\pi}(\cos \varphi)^{\mu-1} \Gamma(1-\mu,r_0\cos \varphi)\right). |
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请分析这张照片的场景和人物穿着特征。重点识别以下内容：
- 整体场景氛围
- 主要人物的服装款式特征 | 一位留着棕色长发的年轻女性独自站在纯白背景前，身穿一件精致的印花连衣裙，搭配高跟鞋，从背后看去，她的全身轮廓清晰，服饰设计简约而富有细节感。整套穿搭突出了她的身材曲线，显得优雅又时尚。 |
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请分析这张照片的场景和人物穿着特征。重点识别以下内容：
- 整体场景氛围
- 主要人物的服装款式特征
- 推测图片边缘被裁剪掉的元素 | 一位身穿黑色内衣和高跟鞋的女性正躺在白色沙发上。她的搭配凸显了身材曲线，展现出一种性感而随性的时尚态度。 |
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Write the LaTeX representation for this image. | \forall j = 1, \ldots, n, \partial_{i}(x_{j}) = \left\{\begin{array} {cl} 1 & \mathrm{if}\ j=i \\ 0 & \mathrm{otherwise} \end{array}\right. |
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Provide the LaTeX formula. | S = \mu \int \sqrt{g} d\,\sigma d\,\tau + \frac{1}{\alpha_0} \int \sqrt{g} K^{Aa}_b K^b_{Aa} d \sigma d \tau |
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Provide the LaTeX formula. | {\mathcal C}_X(A,z):=\sum_{n=1}^\infty \frac{c_n(A)}{n!}z^n,z\in \mathbb C. |
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Recognize all the text in the image. | contortus* may be a semi-dominant trait [@pntd.0000211-LeJambre1]. Other authors have postulated that alleles conferring anthelmintic resistance, including allele *Y*, are likely to be recessive [@pntd.
Michael: *He smirks, leaning in a little closer.* “So, what have you learned about me so far?”
When the sea is moderately calm, and slightly marked with spherical ripples, and this gnomon-like fin stands up and casts shadows upon the wrinkled surface, it may well be supposed that the watery circle surrounding it somewhat resembles a dial, with its style and wavy hour-lines graved on it.
What am I?
======================
Zoe: haha, funny. very funny. *snorts and sniffles vigorously four times in a row as my nose got extremly runny from the sneezing fit and the dust that caused it.
Kevin: yep, you are a real expert i see. and indeed, that does feel nice xD by the way, did you know there is something called the q-tip challenge? its about putting a cotton swab gently in your nose and tickle it until you start sneezing.
Well; the sun he wheels among ’em. Aye, here on the coin he’s just crossing the threshold between two of twelve sitting-rooms all in a ring.
0000211-Snow1]. Other mosquito vectors of *W. bancrofti* have even greater vector competence. For example, up to 32 L3 larvae were recovered from an experimental host after it was bitten by a single *Culex quinquefasciatus* [@pntd.
A healthy population becomes the basis for community and economic development, as healthy citizens are also productive employees, contributing community members, nurturing parents and motivated participants in our education system.
In fact, at the moment they are all sheep bar three, all goats bar four and all horses bar five.
When newcomer Con Russo comes to town, Willow is convinced he's Jack. She'd never forget his eyes. Willow is determined to learn the truth about Con's identity-even... Full description |
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请分析这张照片的场景和人物穿着特征。重点识别以下内容：
- 整体场景氛围
- 主要人物的服装款式特征
- 推测图片边缘被裁剪掉的元素 | 一位身穿优雅高跟鞋的女性坐在椅子上，她的姿态透露出自信与魅力。 |
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Describe what the image is about. | This is a photo showcasing the interior of a Chinese temple. The center of the image features a statue of Guanyin, surrounded by red pillars decorated with traditional Chinese patterns and colorful banners. The walls are painted with vibrant dragon patterns, and the floor is covered with a large lotus-shaped mat. In the foreground, there is a large stone lion sculpture, with a wooden bench in front of it. The entire scene is filled with a sense of solemnity and sanctity, reflecting the characteristics of Chinese religious architecture. |
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Provide the LaTeX formula. | (e^{2\pi \textrm{Im} \tau_1 x} )^2 |z_1|^2 +(e^{2\pi \textrm{Im} \tau_2 x})^2 |z_2|^2=1 \;. |
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请分析这张照片的场景和人物穿着特征。重点识别以下内容：
- 整体场景氛围
- 主要人物的服装款式特征
- 推测图片边缘被裁剪掉的元素 | 一位身穿黑色丝袜和高跟鞋的女性手持一盏蓝色光源，她的搭配凸显了身材曲线，展现出都市女性的干练与魅力。 |
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Provide the LaTeX formula. | \begin{gather*}P(f)(n) =\begin{cases}P(f(0)) & \mbox{for } n=0, \\f(n-1) & \mbox{for } n>0\end{cases}\end{gather*} |
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Provide the LaTeX formula. | A_{h}w\equiv 0\pmod{12h}, \ w^{\top}A_{h}w=12nh, \Phi_{\rho}(0,\overline{w})\neq 0. |
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Provide the LaTeX formula. | X _j(0,e_d)=0,\;p\leq j\leq d,\;\;\Xi_j(0,e_d)=0,\;p\leq j\leq d-1,\;\Xi_d(0,e_d)\neq 0. |
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Write the LaTeX representation for this image. | e ( u _ { E } ^ { 0 } ) = 1 , \quad d ^ { 2 } = ( 2 - f \vec { u } _ { E } ^ { 2 } ) f . |
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请分析这张照片的场景和人物穿着特征。重点识别以下内容：
- 整体场景氛围
- 主要人物的服装款式特征
- 推测图片边缘被裁剪掉的元素 | 一位身穿丝袜和高跟鞋的性感女性坐在沙发上。她的搭配凸显了身材曲线，展现出成熟魅力。 |
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请分析这张照片的场景和人物穿着特征。重点识别以下内容：
- 整体场景氛围
- 主要人物的服装款式特征
- 推测图片边缘被裁剪掉的元素 | 一位身穿丝袜和高跟鞋的性感女性正坐在床上，她的装扮凸显了身材曲线，展现出十足的女人味。 |
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Describe every aspect of the image with as much detail as possible, including text contents, font and color if visible. | The image features a **yellow Nokia smartphone** resting on a **white surface**. The phone is oriented in such a way that the screen is visible, displaying various pieces of information.
Prominently, there's a readout of **11:04**, which could be the time. Accompanying this, there are indicators for **12.3** and **12.3**, possibly representing different metrics or measurements. The phrase "average pace min/km" suggests these might be related to fitness or sports tracking.
Furthermore, there's a countdown timer showing **6:00 min/km**, potentially indicating a target pace or duration for an activity. The presence of these details on the screen suggests that the phone might be in use for fitness or sports-related purposes.
Overall, the image captures a moment of the phone in use, likely during or after some form of physical activity. The yellow color of the phone contrasts with the white surface, making the device stand out in the image. |
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请分析这张照片的场景和人物穿着特征。重点识别以下内容：
- 整体场景氛围
- 主要人物的服装款式特征
- 推测图片边缘被裁剪掉的元素 | 一位性感的亚洲女性身穿牛仔短裤和高跟鞋，这样的搭配凸显了她的身材曲线，展现出青春活力与时尚感。 |
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Write the LaTeX representation for this image. | E_2=H^r(\Gamma_0^{\prime}, H^s(\Gamma_{0,Z}, V^{0,q}_{\Psi})) \Rightarrow H^{r+s}(\Gamma_0, V^{0,q}_{\Psi}) |
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Write the LaTeX representation for this image. | \Gamma=\{\gamma\in C([0,1],X):\gamma(0)=0 \ \mbox{and} \ \gamma(1)=e\}. |
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Write the LaTeX representation for this image. | g'(x)= \frac{a P(x)}{S(x)}, \tilde{g}'(x)= \frac{\tilde{a}P(x)}{S(x)}. |
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Provide the LaTeX formula. | \xi' = -L-2, \eta' = \frac{Q}{2(L+2)}, \zeta' = \frac{\kappa(L+2)B_1}{Q}, |
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Provide the LaTeX formula. | \begin{aligned}\Delta \xi &= 0, \\\mathbf{t}_i \xi &= c_i ,\end{aligned} |
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Provide the LaTeX formula. | V ( z , \bar { z } ) = e ^ { - q \Phi ( z ) } e ^ { i \alpha \cdot H } e ^ { i ( P _ { R } \cdot X _ { R } - P _ { L } \cdot X _ { L } ) } , |
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Describe the content of the image. | This is a photo depicting a daily life scene, where a person wearing a black hat and black top is sitting on a skateboard, facing the opposite direction of the street. The person is wearing blue shoes, with a black jacket and light-colored pants on the body. The background is a wide street, with several cars parked on both sides of the road, and the distant trees and grass are clearly visible. |
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Provide the LaTeX formula. | (dR+\theta_{can})|_{L_{\phi}}=(-\Psi^{-1*}\Lambda)|_{L_{\phi}}=-\Psi^{-1*}(\Lambda|_{\Gamma_{\phi}}). |
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Provide the LaTeX formula. | g^{(d)}_{\mu \nu} = \left( \begin{array}{cc} g^{(D_l )}_{\alpha \beta} & 0 \\ 0 & h^{(D_t )}_{ij} \end{array} \right) , |
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h(s) = C e^{as} \mbox{ for } a, C>0 \mbox{ independent of } \varepsilon. |
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请分析这张照片的场景和人物穿着特征。重点识别以下内容：
- 整体场景氛围
- 主要人物的服装款式特征 | 一位年轻女性独自站立，短棕色头发搭配棕色眼睛，身穿白色连衣裙，佩戴精致的珠宝和耳环，脚踩高跟凉鞋，正凝视着观者。她的整体穿搭展现出简洁优雅的风格，白色短袖连衣裙与高跟凉鞋的组合显得时尚且得体。背景为灰色，简单而不失格调。这位女性的造型非常适合日常或轻熟风场合，展现出自信与魅力。 |
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Provide the LaTeX formula. | \theta(st') = \frac{st'/1}{1/1} = \frac{(ss')/1}{1/1} \cdot \frac{t'/s'}{1/1}, |
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Write the LaTeX representation for this image. | h_1(M)=& h_1(M-1)+h_1(M-2)+ F_{M-3}+F_{M-4}+\cdots +F_1+1\\ = & h_1(M-1)+h_1(M-2)+F_{M-1}. |
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Provide the LaTeX formula. | C h ( A ) \equiv ( \mathrm { t r } A ) ^ { 2 } - \mathrm { t r } A ^ { 2 } = 2 \sum _ { i < j } \lambda _ { i } \lambda _ { j } . |
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You are an expert radiographer. Describe accurately what you see in this image. | The chest CT shows a 2 x 3 cm ill-defined soft tissue density lesion with abscess formation, adjacent infiltration into subcutaneous fat and the pectoralis major muscle. Also there is no lesion in the pulmonary parenchyma. |
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请分析这张照片的场景和人物穿着特征。重点识别以下内容：
- 整体场景氛围
- 主要人物的服装款式特征
- 推测图片边缘被裁剪掉的元素 | 一位身穿紧身裙搭配高跟鞋的女性正弯下腰去。她的穿搭凸显了身材曲线，展现了都市女性的性感魅力。 |
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Provide the LaTeX formula. | \frac{z}{f(z)}-z\left(\frac{z}{f(z)}\right)' - \mu = \lambda \Omega(z), |
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请分析这张照片的场景和人物穿着特征。重点识别以下内容：
- 整体场景氛围
- 主要人物的服装款式特征 | 一位留着棕色短发的年轻女性独自站在灰色背景前。她身穿黑色长裤，搭配红色高跟鞋和腰带，外套一件长袖外套。她的耳畔挂着精致的耳环，手腕上可能佩戴了饰品。从侧面看去，她的整体造型简洁而时尚，展现出都市女性的独特魅力。 |
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请分析这张照片的场景和人物穿着特征。重点识别以下内容：
- 整体场景氛围
- 主要人物的服装款式特征
- 推测图片边缘被裁剪掉的元素 | 一位穿着高跟鞋和丝袜的性感亚洲女性，她的搭配突显了身材曲线，展现出迷人的魅力。 |
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You are an expert radiographer. Describe accurately what you see in this image. | Common bile duct cancer MIP coronary section showed a soft tissue lump in the common bile duct. MIP images showed that the portal vein was normal and was pressed slightly by the common bile duct without invasion. MIP, maximum intensity projection. |
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Provide the LaTeX formula. | \lim_{k\to\infty}x_{1}^{(k)}:=x_1\in B(0, R'), \,\,\, \lim_{k\to\infty}\lambda_{1}^{(k)}:=\lambda_1\in [\tfrac{1}{n+1}, 1]. |
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Write the LaTeX representation for this image. | T \equiv \int d \tilde { t } e ^ { - 3 \tilde { \alpha } } = \int d t e ^ { - 3 \alpha + \varphi } \ , |
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Provide the LaTeX formula. | { \cal A } _ { \mu } = B { \frac { \psi _ { \mu } + { \frac { 2 J } { M } } \eta _ { \mu } } { | { \bf q } | ^ { 2 } } } , |
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Provide the LaTeX formula. | \limsup_{h \to +\infty} {(_h)} = c\left( \alpha(\rho) - \alpha(\rho') \right), |
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Write the LaTeX representation for this image. | Q - q = - w { \frac { \partial G ( q , p ) } { \partial p } } + O ( w ^ { 2 } ) = w \{ G , q \} _ { q p } + O ( w ^ { 2 } ) , |
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请分析这张照片的场景和人物穿着特征。重点识别以下内容：
- 整体场景氛围
- 主要人物的服装款式特征 | 一位留着黑色长发的年轻女性独自站立，身穿带有长袖的连衣裙，搭配高跟裤和高跟鞋，身着精致的珠宝首饰，包括耳环和戒指，脸上化着妆容，并在身上可见纹身。她的整体造型既时尚又个性鲜明，展现了独特的潮流品味。 |
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Recognize all the text in the image. | Simplify z**(2/17)/z*z**(7/4) assuming z is positive.
Simplify m**9/m*m/m**(3/20) assuming m is positive.
So, what’s all this staring been about? It is worth sixteen dollars, that’s true; and at two cents the cigar, that’s nine hundred and sixty cigars.
A:
Squaring her yards, she bore down, ranged abeam under the Pequod’s lee, and lowered a boat; it soon drew nigh; but, as the side-ladder was being rigged by Starbuck’s order to accommodate the visiting captain, the stranger in question waved his hand from his boat’s stern in token of that proceeding being entirely unnecessary.
Blind levels will be adjusted for lower chip counts. This is due to a limited number of physical chips that can be put in play
Demo -
Meantime, Gabriel, ascending to the main-royal mast-head, was tossing one arm in frantic gestures, and hurling forth prophecies of speedy doom to the sacrilegious assailants of his divinity.
Metabolomics data were subjected to OPLS-DA using software SIMCA 14.0 (Umetrics, Sweden) and used to construct multivariate statistical models. Bivariate correlations were calculated using Spearman's *r* coefficients. Heatmaps were constructed using Excel 2016.
This function takes in two integer variables as input parameters, adds them together using the addition operator, and returns the result as an integer.
============
73. Riddle: What would you find in the middle of Toronto?
/**
when you cry its mostly just water, so its clear. but when you have a cold, it can be thick, slimy and a bit more green/yellow due to all the bacteria in it.
What is the word?
array(['Sheet', 'Row', 'Column', 'Cell', 'V0', 'Thx', 'dV', 'Vd'], dtype=object)
About The Western PA Healthcare News Team
}
Check out these 5 surprisingly easy tricks that have helped me make running a habit:
: acetyl-CoA carboxylase |
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Provide the LaTeX formula. | \chi _ { A B } = \sum _ { q = 1 } ^ { p } \chi _ { A B } ^ { ( q ) } \otimes E _ { q q - q _ { A } - q _ { B } } . |
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请分析这张照片的场景和人物穿着特征。重点识别以下内容：
- 整体场景氛围
- 主要人物的服装款式特征 | 一位留着长发、身着连衣裙的年轻女性站在黄色背景下，面带微笑。她有着黑色的头发、棕色的眼睛，并佩戴着精致的耳环和高跟凉鞋。她的穿搭展现了时尚模特的风格，整体造型精致而引人注目。 |
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Describe the content of the image. | This is a classical oil painting style religious portrait, depicting a scene of a woman holding a baby and a child standing next to her. The woman is dressed in a red and gold robe, wearing a crown, and her expression is solemn. The baby is dressed in white, and the child is dressed in a simple brown robe, with a serious expression. The background of the painting is blurred, mainly in dark tones, creating a mysterious and solemn atmosphere. |
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一位身穿牛仔短裤和高跟鞋的女性正摆出姿势。她的穿搭既展现了青春活力，又透露出一丝性感魅力。 |
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Provide the LaTeX formula. | {\cal L}= -g_{tt}(r)\dot{t}^2 +g_{rr}(r) \dot{r}^2 + g_{\psi\psi}(r) \dot{\psi}^2, |
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请分析这张照片的场景和人物穿着特征。重点识别以下内容：
- 整体场景氛围
- 主要人物的服装款式特征
- 推测图片边缘被裁剪掉的元素 | 一位身穿黑色丝袜和高跟鞋的女性正姿态撩人地躺在床铺上。她精心搭配的服饰凸显了身材曲线，展现出一种性感而自信的魅力。 |
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Provide the LaTeX formula. | r \partial_r \psi_m (r) \big|^{^{R+0}}_{_{R-0}}=-{g\over 2}\delta\psi_m(r)_{|_R}\,. |
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Provide the LaTeX formula. | \widetilde { j } _ { \mu } ^ { 0 } = \overline { { U } } _ { j } \gamma _ { \mu } \frac 1 2 ( 1 - \gamma _ { 5 } ) U _ { j } - |
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Provide the LaTeX formula. | H(z,w)=\frac{1}{2\pi i}\int_{\sigma _{r}}H(z,v)\frac{1}{v-w}dv(w\in \Delta _{r}z\in \Delta _{s},v\in \sigma_{r}). |
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Provide the LaTeX formula. | \begin{gather*} \mathcal{P}_m = \left\{ u \in S_m \mid P(u)=0 \right\},\end{gather*} |
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Provide the LaTeX formula. | I_{1}(cp^{r}+t) = \sum_{k=0}^{t} k! \binom{cp^{r}}{k} \binom{t}{k} I_{1}(cp^{r}-k) I_{1}(t-k). |
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Provide the LaTeX formula. | \mathcal B_\lambda = F (z \overline z - y q^r),\mathcal B_\mu = F (x \overline x - z q^s),\mathcal B_\nu = F (y \overline y - x q^t). |
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Provide the LaTeX formula. | 0 = g f _ { n } + { f _ { n } } ^ { 3 } + ( 4 n - 1 ) f _ { n } + \left( n + 1 \right) f _ { n + 1 } + n f _ { n - 1 } |
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Recognize all the text in the image. | Our algorithm draws $n = O(t(\pdeg+1)/\eps^2)$ samples from $f$, runs in time $\Otilde (n \cdot \poly (\pdeg))$, and with probability at least $9/10$ outputs an $O(t)$-piecewise degree-$\pdeg$ hypothesis $h$ that is $4 \cdot \OPT +\eps$ close to $f$.
In this paper, we refer to two different types of allele frequency: (1) the underlying frequency of the allele putatively associated with BZ resistance, with *q^l^* denoting the allele frequency of the entire parasite population of a given locality, and (2) the parasite allele frequency within the host population that is sampled, denoted by *^H^q^l^*.
*
Anticipating future requirements, the VA Medical Center staff embarked on proactive planning effort to meet the needs of providing critical healthcare services to a growing veteran population throughout five states and the District of Columbia.
### Npm Scripts
this game really does have its own unique atmosphere... *my voice trails off as my lips quiver just a little bit. i sigh softly and then turn back to you* okay... kevykevy *i rub my cheek against yours for comfort*
Answer: A map
Where a large amount of compound is needed to fill the cable interior to the desired extent, i.
Results {#s3}
Karen: “What price?” Karen asked, her mind racing. She had always been drawn to mysteries, but this was beyond anything she’d imagined.
my first Question so please be patient. I have a container that holds a varying number of child elements like this:
s**(-4)
“The children were placed in the care of the grandmother,” he said, adding that police made sure they were being provided with the necessary support.
Judge Doom convinces Maroon to do all of this by agreeing to buy his company, but only if he can also buy Acme at the same time.
Questions pertaining to this Program may be directed to Carol Main at (575) 678-7728, DSN 258-7728.
Perlstein therefore accepted the findings of the CCSU report because he thought it would end the inquiry, according to the Shipman & Goodwin report. |
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Provide the LaTeX formula. | \beta_{\widehat{Y}}(\mathcal{G})=\beta_{Y}(\widetilde{\mathcal{M}}) \geq 0. |
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Write the LaTeX representation for this image. | \frac{D_{n+1}(v,w,t,q^{\frac{1}{2}})}{D_n(v,w,t,q^{\frac{1}{2}})} = \prod_{k=0}^{n-1} (1-(q^{\frac{1}{2}})^{1-n+2k}x y^{n})^{-1}. |
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Provide the LaTeX formula. | \log(p_{n+1})=\lim_{s\to\infty} 2^{-s}p_{n+1}^{-s}\left(1-\frac{Q_{n}^{'}(s)}{\zeta^{'}(s)}\right) |
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Provide the LaTeX formula. | \sum_{\mu\in \mathcal{P}_j}t^{h_{2,0}(\mu)}q^{|\mu|}=\frac{q^{2j\choose 2}}{\prod_{i\geq 1}(1-q^{2i})(1-tq^{2i})} |
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Provide the LaTeX formula. | \lambda_1 = 1, \sigma = 0.0436, b=0.0226, a=0.0189, \rho=-0.935, \psi=1.5. |
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请分析这张照片的场景和人物穿着特征。重点识别以下内容：
- 整体场景氛围
- 主要人物的服装款式特征 | 一位留着长发的年轻女性独自站在灰色背景前，她面带微笑地看着镜头，棕色的眼睛闪烁着灵动的光芒。她的棕色长发自然垂落，搭配一身简约而精致的穿搭：一件修身连衣裙勾勒出优美的身形，脚上的高跟凉鞋与耳畔的精致耳环相映成趣，裤子的剪裁利落得体。整体造型既展现了时尚感又突出了个人风格，是一个值得借鉴的潮流穿搭示例。 |
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Write the LaTeX representation for this image. | V_{tot}^{(T_0)}(t)= V_{loss}^{'}+ \sum_{s_i\in S_m-S_k^{(lf)}} \left[V_i^{(T_0)}(t)-V_i^{(f)}\left(\zeta_i^{(f)}\right)\right] \leq k(N-T_0) |
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Write the LaTeX representation for this image. | \mathbb{E}_{\lambda}^d|L_n|^2=d^{2n}(\widetilde{E}\times E)[\prod_{i=0}^{n-1}F(S_i,\widehat{{S}}_i;S_{i+1},\widehat{S}_{i+1})] |
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Write the LaTeX representation for this image. | G_{i}(p,p) = H_{i}(p) \, \, p \in [-L_{c},L_{c}], \, \, i \in \{1,2,\dots,K\}. |
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请分析这张照片的场景和人物穿着特征。重点识别以下内容：
- 整体场景氛围
- 主要人物的服装款式特征 | 一位留着黑色长发的年轻女性坐在椅子上，她有着波浪般的秀发、棕色的眼睛和迷人的微笑，正看着镜头。她的肩膀裸露，佩戴着耳环等饰品，展现出精致的锁骨。她身穿一条贴合身形的无肩带连衣裤，搭配高跟鞋，整体造型凸显了她的身材曲线。这种时尚穿搭既大胆又充满魅力，完美展现了现代女性的独特风采。 |
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Provide the LaTeX formula. | {\cal W}_F^{(1)} = - \frac{1}{{\pi}^2} C_F {\Gamma(D/2 - 1)\over (D - 4)^2} {\cal C}, |
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Write the LaTeX representation for this image. | M^d\times (-\infty, 0)\ni (x, z)\mapsto \mathcal{S}(x, z)=(x, \varrho(x, z))\in \Omega, |
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Write the LaTeX representation for this image. | MEL=\frac{1}{n}\sum_{i=1}^{n}\sum_{r=1}^{D_{1}D_{2}}\pi_{ir}\textrm{log}\left(\frac{\pi_{ir}}{\hat{\pi}_{ir}}\right), |
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Provide the LaTeX formula. | E_0 = |X|^{-1} J, E_0 + E_1+ \dots E_d = I, E^t_i= E_i,E_i \circ E_j =|X|^{-1}\sum_{k=0}^d q^k_{ij} E_k. |
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Provide the LaTeX formula. | \check {\mathcal T}_{t,x,v} :=\check {\mathcal T}_{t,x_1,v_1}:=[t-\mathcal T_{t,x_1,v_1}]_+. |
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Write the LaTeX representation for this image. | \omega_{s}=D_{x}^{-1}\big(\sum_{i=1}^{3N}m_{\lfloor\frac{i-1}{3}\rfloor +1}x_{i}dx_{i} \big) |
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Write the LaTeX representation for this image. | (R,S) = \int_M {\rm ch}(R) {\rm ch}^c(S) {\rm Td}(M), \qquad R \in K(M),~~S \in K^c(M) |
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Provide the LaTeX formula. | \mathcal{R}_s (q)= I(s)^{-2}y^{2k-2}\left (\alpha_1+\alpha_2 y^{2k}e_b+(\alpha_3+\alpha_4 y^{2k}e_b)q \right), |
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Describe what the image is about. | This is a photo showcasing a Chinese-style ancient building and its surrounding environment. In the foreground of the image, there is a large stone slab with red Chinese characters carved on it, next to which is a yellow flag with red patterns. Two tourists are walking up the stone steps leading to the building. The building is located on a high cliff, with a stone wall and a tower structure on top. The entire scene is surrounded by lush trees, and the sky is a clear blue. |
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Write the LaTeX representation for this image. | \iota \overline{ A_{j}(f)}\iota^{-1}=\mathcal{A}_{ j}(f),\ \ \iota H_{\mathrm{f}}\iota^{-1}=d\Gamma(\check{\omega}). |
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Write the LaTeX representation for this image. | \mathcal{L}=\frac{1}{2\lambda^2}~\eta^{\mu\nu}~\partial_\mu\phi~.~\partial_\nu\phi |
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Write the LaTeX representation for this image. | \begin{gather*}\mathfrak{G}_{\sigma_{n,k,p,b}}^{(\beta)}(x_1=1,x_2=1,\ldots)={\rm FC}_{p,b,n+k}^{(k)}(\beta +1),\end{gather*} |
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请分析这张照片的场景和人物穿着特征。重点识别以下内容：
- 整体场景氛围
- 主要人物的服装款式特征 | 一位年轻女性站在那里，身着红色连衣裙，黑色长发随性自然。她佩戴着珍珠项链、手链、耳环以及戒指等精致珠宝，腰间系着一条装饰性腰带，脚穿高跟鞋，手拿手提包，面带微笑凝视着观者。整体造型既大胆又优雅，充分展现了她的独特魅力。 |
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请分析这张照片的场景和人物穿着特征。重点识别以下内容：
- 整体场景氛围
- 主要人物的服装款式特征
- 推测图片边缘被裁剪掉的元素 | 一位身穿黑色连衣裙的年轻女性正坐在沙发上，她的高跟鞋在灯光下闪闪发亮。这身搭配凸显了她优雅的气质，而高跟鞋则为整体造型增添了性感魅力。 |
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Write the LaTeX representation for this image. | Z(t)=\sum_{k=1}^{\infty }\lambda_{k}(S_{\infty }^{\chi^{2}_{r}})A^{(k)}(t),t\geq 0, |
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Offer a comprehensive description of this landmark. | The image features a prominent landmark, which is a tall white lighthouse. Lighthouses are historical structures often found near coastlines or significant waterways. They serve the purpose of guiding maritime pilots by marking dangerous points on a shoreline, harbor entrances, safe channels, and other navigational hazards at sea. The lighthouse in the image, with its white structure and likely distinctive design, would have played a crucial role in navigational safety for the waters it oversees. Such landmarks not only provide functional value but also often hold historical and architectural significance, making them interesting subjects for exploration and appreciation. |
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Write the LaTeX representation for this image. | \begin{gather*}\mathfrak{ G}_{\pi}^{(\beta)}(x_1=1,\ldots,x_{n-1}=1)=\sum_{k=0}^{n-1}N(n,k) (1+\beta)^{k},\end{gather*} |
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Provide the LaTeX formula. | \psi ( 1 + e _ { 3 } ) R _ { \theta } = \psi R _ { \theta } ( 1 + R _ { - \theta } e _ { 3 } R _ { - \theta } ^ { \dagger } ) . |
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Provide the LaTeX formula. | \Gamma_T = \{ \tilde{\Phi}_{\lambda,k,j} : \lambda \leq J, k, 1\leq j \leq d\} \subset V_J^{\otimes d}. |
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Provide the LaTeX formula. | \zeta ( s , x ^ { 2 } ) = \sum _ { n } ( \lambda _ { n } ^ { 2 } + x ^ { 2 } ) ^ { - s } { . } |
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Write the LaTeX representation for this image. | \widehat Z_{\widehat m,n} = \prod_{x\in \L_{N,n}}\Big\{1+ \sum_{i=1}^3 \exp (m_i(x/N))\Big\}. |
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