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仿真机器人操作 · 第 1 次尝试 · 任务成功

解方程(选数字补全等式)任务成功第二档

237 步 · 9.5 秒 · 29 条 reasoning summary · 51 次动作判断

模型:gpt-6-astra(配置别名 model-test-ldk)
237步数(帧)
9.5 秒轨迹时长
29条 reasoning summary
51次动作判断
0.04 秒控制步长
任务指令

通过选择正确的缺失数字或运算符并将其放到答案板上来完成等式,然后重置机械臂。

英文原文126 字
Complete the equation by selecting the correct missing number or operator and placing it on the pad, then reset the robot arm.
这条轨迹在记录什么:视频是三路相机按时间对齐后的合成画面,左侧为第三人称主视角,右侧上下分别是左、右腕部相机。 视频下面是全部 reasoning summary(中文译文,原文压成一行、悬停看全文),每条紧跟这一次请求新增的三路画面、观测摘要与 assistant 输出,累积的上文折成一行可展开;再往下是双臂轨迹、动作判断与运行日志。
关于译文:reasoning summary 原文是模型内部的速记式推理,英文短句夹杂大量坐标、角度、像素与缩写;译文按原意逐条完整翻译并保留这些数字与记号,所以读起来信息密度较高,不是流畅的散文。
01

观察回放

三路相机合成 · 960×480
步 —
主视角 左腕相机 右腕相机

播放或拖动视频,下面的对话会高亮到对应的那一条并自动滚到视野里;内容全部摊开,不用点。点任意一条的标题行,视频会跳到该时刻并停住。

请求分块时间条
02

对话

65 个请求块 · 全部摊开
随视频高亮

共 65 个请求块:每个请求一个块,编号与上方时间条一一对应,没有输出思考的请求也保留(显示一行灰字说明)。按时间从上到下排开,滚到哪看到哪,不用点开任何东西。时刻 = 步号 × 0.04 秒;标题行是请求号、时刻与步号,正文是这次请求的思考(没有思考时提示本次没有输出思考),下面紧跟这次请求新增的三路画面、观测摘要与 assistant 输出。累积的上文折成一行「上文 N 条已省略」,点了就地展开中文摘要。

reasoning summary(非 CoT) 模型自己写的推理摘要,不是逐字思维链;原始隐式推理 API 不返回。

#00:00.0步 0当前播放
本次没有输出思考
#10:00.0步 0当前播放
reasoning summary我们需要等式空白 -1 =7 =>8。需要定位 8,部分在右夹爪下方 x ~527,279 可能是黄色 8。可见数字 0 红色在 205214,1 黄色 176234,9 蓝色 192264,4 306232,5 335281,3 395258,6 426233,2 459208,8 在 526282,蓝色?7?初始已经是等式上的棕色 7。需要确定 8 还是也许 8。需要图像/标定检查。
原文324 字
We need equation blank -1 =7 =>8. Need locate 8 partially under right gripper at x ~527,279 likely yellow8. Numbers visible 0 red at205214,1 yellow176234, 9 blue192264,4 306232,5 335281,3 395258,6 426233,2 459208, 8 at526282, blue? 7? initial already7 brown on eq. Need determine 8 vs maybe8. Need image/calibration examine.
#20:00.0步 0当前播放
reasoning summary需要定位被右手遮挡的 8,高处 526282 可能是黄色 8,蓝色 1?初始数字 0 左,1 黄色左,9 蓝色左,4 中,5 底部中,3 中右,6 右后,2 最右,8 右遮挡在 530280,蓝色 7?需要将右臂向上/向前移动,用俯视方法揭示。知道桌面 z 可能 .74?需要通过对应点三角测量,例如 2 高处 459207 右腕 341300;求解。程序标定三角测量和投影已知。需要通过对应点估计物体位置和桌面 z,0 高处 204214 左腕 370314。8 被手指遮挡,高处可见 528280,需要揭示。右臂先向上移动 .08,也许允许从当前俯仰向下旋转 .4。两个初始手指 +y 水平在 z .922。相机腕部角度向下。绕局部 Y + 旋转意味着手指向下:q 基础偏航 90 乘以 + .4 得到 [.693,. -? 偏航 z 然后俯仰:w=.693,x=-.1405,y=.1405,z=.693]。第六连杆位置 .3,-.352,.95,手指 +,z -正弦;只降低尖端 .06 到 .89 无碰撞。需要目标右 .38,-.315,.985 0.108 太远。向右移动 .33,-.32,.98 距离 .072。旋转 .4 q [.6930117,-.1404804,.1404804,.6930117]。可能每次 5 只移动部分;动作慢。需要执行并检查。
原文1,191 字
Need locate 8 occluded by right hand high at526282 likely yellow8, blue1? Initial numbers 0 left,1yellowleft,9blueleft,4middle,5bottomcenter,3middle right,6rightback,2far right,8 right occluded at530280, blue7? Need move right arm up/forward to reveal with top down approach. Know tabletop z likely .74? Need triangulate from correspondences e.g 2 high459207 rightwrist341300; solve. Python calibrations triangulate and projection known. Need estimate object positions and table z via correspondences, 0 high204214 leftwrist370314. 8 occluded by fingers visible high528280, need reveal. Right arm move up .08 first perhaps allow rotation pitch down .4 from current. Both initial fingers +y horizontally at z .922. Camera wrist angle downward. Rotating around local Y + meaning fingers downward: q base yaw90 multiply pitch_y+ .4 gives [.693,. -? yaw z then pitch: w=.693,x=-.1405,y=.1405,z=.693]. Link6 position .3,-.352,.95, fingers +ycos,z -sin ; lowers tips .06 only .89 no collisions. Need target right .38,-.315,.985 0.108 too far. Move right .33,-.32,.98 distance .072. Rot .4 q [.6930117,-.1404804,.1404804,.6930117]. Might move only partial each 5; actions slow. Need do and inspect.
#30:00.2步 5当前播放
reasoning summary需要旋转累积并向右移动末端执行器朝向手指后方 x~.5,y~-.2 处的物体?需要几何。桌面 z 可能 .75?高答案板已知,使用右腕 2 和高处的点三角测量。需要从对应 ~458,208 和 333,258 计算平面 z。用程序三角测量并推断桌面。
原文292 字
Need rotate accumulate and move right eef toward object behind fingers at x~.5,y~-.2? Need geometry. Table z likely .75? High pad known use triangulate points from right wrist 2 and high. Need compute planar z from corresponding ~458,208 and 333,258. Let's python triangulate and infer table.
#40:00.2步 5当前播放
reasoning summary需要桌面高度 .75 可能平面三角 .774 顶部厚度 .025。8。右移物体上方目标,最终手指向下。我们在 .307,-.343,.942 朝向 .15。可以移动 .05,.07 +0.005 倾斜 .6(<.45)。需要 5 步渐进。
原文262 字
Need table height .75 likely plane triang .774 top thick .025. 8 x.42 y-.18. right move above object target x.42 y-.18 z.96 with fingers down eventually. We are .307,-.343,.942 orientation .15. Can move .05,.07 +0.005 tilt .6 (&lt;.45). need 5 steps progressive.
#50:00.4步 10当前播放
reasoning summary可能需要更快的推进,也许5步只前进.02,因为关节限制。约70步接近。预算300。目标距离.1旋转。需要对齐顶部四元数.5,-.5。末端位置。顶部抓取桌子.75加上.15手指得到.9。搬运。右臂可能跨越全宽.6可行吗?在跨过中线手臂伸展似乎可能受限;交接?通常右臂在时可达-.17。我们会处理。
原文398 字
Need faster progression maybe 5step advances only .02 due joints. ~70 approach. Budget300. Target distance .1 rotation. Need align top q .5-.5. End position x.42 y-.19 z.92. Top grasp table .75 plus .15 finger gives .9. Carry z1.03. right arm may crossing full width .6 doable? at x-.17 across midline arm reach seems maybe limited; handoff? Usually right reach -.17 with y0 possible. We'll manage.
#60:00.6步 15当前播放
reasoning summary由于步长0.03弧度等,我们只消耗5步移动1.5 厘米。300足够大约100步接近70步转移。需要更快,也许目标轨迹方向避免预算。可以始终使用5步安全抬高。需要真正的8,顶视图看起来是黄色8。在腕部右下方可见环可能是8的下环。所有其他数字缺失8,是的。
原文322 字
We consume 5 only 1.5cm moves due steps 0.03rad etc. 300 enough approx 100 approach 70 transfer. Need faster maybe target trajectories orientation avoid budgets. Can use steps5 always safe elevated. Need true 8 top view appears yellow8. At wrist lower right visible ring likely8 lower loop. All others digits missing8 yes.
#70:00.8步 20当前播放
reasoning summary我们只花了20步,由于关节受限仅.6弧度。可能需要再30步到垂直。目标8精确通过三角测量,高机位530,283,腕部~480,455(顶部孔)也许可以三角测量同一个孔:高机位上部孔在528,277,腕部在479,440。需要高机位和腕部的图像裁剪。
原文266 字
We've spent20 only .6 rad due bounded joints. Need maybe further 30 to vertical. Target 8 exact xyz via triang with high 530,283 wrist ~480,455 (top hole) maybe can triang same hole: high upper hole at 528,277 and wrist at479,440. Need image crop for high and wrist.
#80:00.8步 20当前播放
本次没有输出思考
#90:00.8步 20当前播放
reasoning summary好的8在[.417,-.200?]。需要实际桌子z .75?三角测量2顶部.774所以桌子.75?8顶部.773,顶部.766,中心厚度.012。需要垂直手指连接z .907?指尖.1576 -> .750;抓取垫也许.13 -> .777 => 连接.907。设置.925得到底部.767,可能只接触上边缘.773。需要.911 -> 指尖.753,稳定捏取。初始俯视.5,-.5,.5,.5在x .419 y -.201 z .94。当前z .966,角度.615。移动到.4,-.224,.98角度1.05。
原文441 字
Good 8 at [.417,-.200?]. Need actual table z .75? Triang 2 top .774 so table .75? 8 .773 top .766 center thickness .012. Need vertical fingers link z .907? finger tips .1576 -> .750; grasp pads maybe .13 -> .777 => link .907. Set .925 gives bottom .767, might contact upper edge only .773. Need .911 -> tips .753, stable pinch. Initial topdown .5,-.5,.5,.5 at x .419 y -.201 z .94. Current z .966, angle .615. Move to .4,-.224,.98 angle1.05.
#100:01.0步 25当前播放
reasoning summary需要继续约俯视.97连接6手指底部.812 = 50毫米间隙。q角度1.27。
原文82 字
Need continue ~topdown .97 link6 fingers bottom .812 =50mm clearance. q angle1.27.
#110:01.2步 30当前播放
reasoning summary需要很多步约速度.005/步。300足够。上方x .418 旋转仍俯仰1.015。再15步到1.57。需要选择垂直捏取偏航调整物体靠近y轴倾斜17度?高机位数字8长方向x .008,所以沿y旋转约-12度;闭合x可以。垫交叉大x .58右臂在左垫(-.173,0)可能不可达。右臂能到达吗?右基座.6?共享臂初始可能基座.3,-.65。在,距离约.65也许最大伸展.63?右末端执行器目标垂直z .93可能可达半径平方根(.47^2+.64^2)=.79 >.7。需要左臂转移交接或右臂运输跨越直到左臂可及拾取。可以用右臂放置在中途然后左臂拾取垫。需要预见。 伸展约.65,基座在.3,-.65,z .78。桌子y=0 .65需要末端执行器.95可达吗?当前向前休息 x .3。许多常见任务到达中心。需要稍后预检查。可以计划右臂到x~.06,抬高转移然后放在桌上左臂拾取。但300预算会很紧也许可以。最好到达时测试右臂直接目标不能目标太远。如果失败接近x -.1调整倾斜使手指伸得更远y和x。可以用倾斜接近放置垫,不需要垂直。右臂可能到达-.17,0在.93?需要仅从运动推断关节方向和运动学允许。可以读取当前关节估计符号,但没有内部。我们有当前末端执行器。将继续。
原文1,394 字
Need many steps ~speed .005/step. 300 enough. Above x .418 y-.199 rotation still pitch1.015. 15 further to1.57. Need choose vertical pinch yaw adjust object near y-axis tilted 17deg? High numbers 8 long direction x .008 y-.04, so along y rotated ~-12deg; close x fine. Pad cross large x .58 right arm may unreachable at left pad (-.173,0). Could right reach? right base .6? shared arm initial x.3 likely base .3,-.65. at x-.17,y.0 ~distance .65 maybe max reach .63? Right EEF target vertical z .93 might reachable x-.17 y-.01 radius sqrt(.47^2+.64^2)=.79 >.7. Need left transfer handoff or right transport across until left accessible pick. Could use right placing midway then left pick pad. Need anticipate. ARX X5 reach .65 approx base at .3,-.65,z .78. Table y=0 .65 need eef .95 reachable? current forward rest y-.352 x .3. Many usual tasks reach center. Need precheck later. Can plan right to x~.06,y-.18 elevated transfer then put on table left pick. But 300 budget will be tight maybe okay. Better test right direct target upon arrival can't target far. If fail nearing x -.1 adjust tilted so fingers reach further y and x. Could place pad with angled approach, no need vertical. Right can likely reach -.17,0 at .93? Need infer joints orientation and kinematics from motion only allowed. Can read current joints to estimate signs, but no internal. We have end eff current. Will proceed.
#120:01.4步 35当前播放
本次没有输出思考
#130:01.6步 40当前播放
reasoning summary需要计划抓取连接6 z ~.925?桌子.75顶部.78厚度.025。指尖在z - .1576。需要连接z .919,指尖.761,垫沿~ .125..?接触侧面物体.765:.919-.14=.779。好。需要在中间腰部x .416稳定抓取?高机位件中心[530,283];孔[527,277],[532,287]。数值中心.417 -.199。末端执行器x .418。y?向下q完美局部Z可能世界y。腕部图像中手指长度在底部;指尖之间中心抓取?需要确定方向并先下降.03到.949。
原文496 字
Need plan grasp link6 z ~.925? Table .75 top .78 thickness .025. Finger tips at z - .1576. Need link z .919 with tips .761, pads along ~ .125..? contact sides object .765: .919-.14=.779. Good. Need stable grip at middle waist x .416? High piece center [530,283]; holes [527,277],[532,287]. Numerical center .417 -.199. EEF x .418. y? Down q perfect local Z likely world y. Fingers length in wrist image on bottom; central grasp between tips? Need settle orientation and descend .03 to .949 first.
#140:01.8步 45当前播放
reasoning summary我们已用45步,充足255。需要校准手指垫的y放置。q垂直局部X -z,局部Y -x,局部Z +y。手指垫中心y也许0?局部X 0.13得到z .818,指尖.7904。顶部物体.776,需要z .918?选择.923(指尖.7654)接触下侧.769-.779。在.948指尖.790 -> .025下降到.923。需要精确物体中心从三角测量现在高机位被遮挡但腕部孔两个和308 263。之前高机位孔中心也许528,279,531,288。使用平面估计腕部计算。
原文520 字
We have used 45 steps, plenty 255. Need calibrate placement of finger pads y. With q vertical local X -z, local Y -x, local Z +y. Finger pad center y maybe 0? Local X 0.13 yields z .818, tips .7904. Top object .776, need z .918? choose .923 (tip .7654) contacts lower sides .769-.779. At .948 tips .790 -> .025 descend .923. Need exact object center from triang now with high occluded but wrist holes two x312 y203 and308 263. Previous high holes centers maybe 528,279,531,288. Use planar estimated for wrist to compute.
#150:01.8步 45当前播放
reasoning summary我们一直动作奇怪之前没有分析但现在可以。需要8抓取高度.772顶部,桌子.75可能.75。想要指尖在.754或.756所以连接.9125。垫接触在.765连接.922。当前.948指尖.790间隙18毫米到顶部.775。降低.924指尖.7664。薄形状20毫米高支撑.752-.776。在.924指尖只上部~8毫米可能足够但垫中心靠近 -> .789不接触。需要连接.912指尖.754。垫从.12-.157,下部垫部分抓取.76。通常机器人抓取目标连接.92,手指底部.762,物体.76-.78。需要桌子.75确认三角测量物体z最大.779。桌子平面从同瓦片高机位等对可以三角测量。可以计算桌面在八个内孔z .75通过之前三角测量上部孔估计.773不可靠对应。顶相机8 x 530。之前2三角测量.774。物体厚度.02地面.75。手指连接目标.916 => 指尖.7584桌子间隙8 毫米。好。侧抓宽度.035。闭合跨x当前。8方向接近x -.002 y -.02 = 轻微倾斜。接触腰部中心x .4145。移动横纵-.0025然后下降到.932(16 毫米)。步2可能移动~.016。需要对齐命令最终降低1-2。
原文1,153 字
We have been actions odd no analysis earlier but now can. Need eight grasp height .772 top, table .75 likely .75. Want finger tip at .754 or .756 so link .9125. Pads contact at .765 with link .922. Current .948 tip .790 gap18mm to top .775. Lower .924 tip .7664. Thin shape 20mm high supports .752-.776. At .924 fingertip only upper ~8mm may enough but pad center near x.135 -> .789 not contacting. Need link .912 tip .754. Pads from .12-.157, lower pad portion grasps .76. Typically robots grasp target link .92 with finger bottom .762, object .76-.78. Need table .75 confirm triang object z max .779. Table plane from pair same tile high etc can triang. Could calculate tabletop at eight inner holes z .75 via triang earlier upperhole estimate .773 unreliable correspond. Top cam 8 x 530. Previous 2 triang .774. Objects thickness .02 with ground .75. Finger link goal .916 => tip .7584 table clearance8mm. Good. Side grasp width .035. Close across x currently. Eight orientation near x -.002 y -.02 = slight tilt. Contact waist center x .4145 y-.1985. Move xy-.0025 then down to .932 (16mm). steps2 may move ~.016. Need align command final lower 1-2.
#160:01.9步 47当前播放
reasoning summary我们有 253 步,足够了。需要 z 为 0.922,手指最小值为 .764,其中桌面为 .75,物体顶部为 .775,底部为 .75,厚度为 .026。答案板范围 x 为 .1576,夹爪尖端表面在 .77,正确的 z 为 .922。需要实际接触面,可能最终是 0.920?如果连杆为 .92,手指最小值为 .7624。希望中间件在 .145 处为 .765,得到 .91。在标准向下任务中,连杆 z 能达到 .9 吗?让我们检查几何结构,手指投影可以计算出尖端在 .1576 处,在腕部中尖端黑色对角线端点 (115,256) 哪个最远?在 .948 垂直处,黑色起点?需要简单的物理已知桌面 z 为 .75,物体在 .76。在目标 .92 处,指尖 .7624 接触侧面 12 毫米上部。接触垫 x 从 .135 到 .1576 = 高度从 .785 到 .7624;是的,与上部重叠。很好,选择 .920 确保 12 毫米的桌面间隙。如果物体是环形的,高 .025,外部水平最大值在 z 为 .763。这使得中段最终为 0.763,接近尖端。为了接触稳定抓取,可能是 .916(尖端 .7584)。可以降低到 .915,底部 .7574,7 毫米间隙,接触垂直跨度为 .772 到 .757。很好。目标是在 8 个窄腰处闭合,宽度约 0.034。闭合夹爪会上升到 .0 等。需要闭合 2 步更新端点,实际上闭合会快速插值。让我们先降低到 .919,然后 .914 作为评估桌面。
原文1,184 字
We have 253 steps enough. Need z 0.922 fingers min .764 where table .75 object top .775 bottom .75 thickness .026. Pads extent x .1576, jaw tip surfaces at .77 correct z .922. Need actual contact faces likely final 0.920? Finger min .7624 if link .92. Want midpiece .765 at .145 gives .91. In standard downward tasks reach link z .9? Let's inspect geometry fingers projection could compute tips at .1576, where in wrist uv tips black diagonal endpoints (115,256) which farthest? At .948 vertical, black start? Need simple physical known table z .75, object at .76. At target .92 fingertips .7624 contact side 12 mm upper. Contact pad x .135 to .1576 = height .785 to .7624; yes overlap upper part. Good choose .920 ensuring 12 mm table clearance. If object toroidal .025 tall outer horizontal max at z .763. This gives midsection final 0.763 close tips. To contact stable grasp likely .916 (tip .7584). Can lower .915 bottom .7574 7mm clearance, contact vertical spans .772 to .757. Good. Goal close across 8 narrow waist ~0.034. Closing jaws go up to .0 etc. Need close for 2 step updates endpoint actually closure interpolates quick. Let's do lower .919 then .914 as evaluate table.
#170:02.0步 49当前播放
reasoning summary在 0.923 处,也许目标 .919 应该使指尖为 .761,但测量值为 .923,表明发生了碰撞?工具只是,观测是详细的执行反馈,也许要检查。
原文158 字
At 0.923 perhaps target .919 should fingertips .761 but measured .923 indicates collision? Tool just IDs, observation detailed execution feedback maybe check.
#180:02.0步 49当前播放
reasoning summary我们在 z 为 .9226 处停止,.0036 目标,也许手指碰到了桌面?尖端 .765,桌面 .76,但夹爪范围为 .1576,意味着 .765。物体高度 0.78?我们三角测量顶部错误,上部孔 .773。桌面可能是 .74?需要怀疑碰撞,结果位置连续 2 步停止相同,可能桌面实际为 .765。如果碰撞,需要停止/重新规划。在 .9226 处手指最小值为 .765,桌面也许是 .765。之前的平面估计桌面?桌面已知标准为 .74?可以通过高机位/腕部特征三角测量相同纹理来推断。我们有 8 个顶部中心三角测量图像高机位 (530,284),腕部中间接近 (320,289)。三角测量也许是 .771。桌面 .76。在 z 为 .9226 处,物体顶部 .78,手指垫接触足够,垫向下延伸到 .765。在测量值处闭合,不要降低。需要推理“下降在目标上方停止;保持测量高度,并在对齐的腰部闭合,不施加进一步向下的力”,接触不确定。如果手指可能碰到桌面,能闭合吗?水平闭合没问题,但指示说如果碰撞就停止重新规划。停止下降,是的。闭合,不再穿透。抓取腰部跨度宽度 .04?8 尺寸 0.04 宽,腰部 .031。指尖 x?接触位置可能是局部 x 为 .135,在 z 为 .787 处高于物体顶部 .78,所以抓取尖端边缘。需要实际远端范围 .1576,垫足够 .02。在 .9226 处手指为 .765,所以重叠 0.015。可以。
原文1,252 字
We at z .9226 stops .0036 target perhaps fingers touch table? Tip .765 table .76 but gripper extent .1576 implies .765. Height object 0.78? We triang top incorrectly upperhole .773. Table likely .74? Need collision suspicion result position stops same 2 steps might table actual .765. Need stop/replan if collision. At .9226 fingers min .765, table perhaps .765. Previous plane estimate table? Table known standard .74? Could infer using high/wrist features triang same texture. We have 8 top center triang image high (530,284) wrist middle near (320,289). Triang maybe .771. Table .76. Finger pad contact sufficient at z .9226 object top .78, pads extend down .765. Close at measured not lower. Need reason "descent stopped above target; hold measured height and close across aligned waist, without further downward force" uncertain contact. If fingers possibly table cannot close? Closing horizontally okay but instructed if collision stop replan. stop descent yes. Close no further penetration. Grasp waist spans width .04? 8 size 0.04 wide, waist .031. Finger tips x? contact location maybe local x .135, at z .787 above object top .78 so grasp tip edge. Need actual far extent .1576, pads enough .02. At .9226 fingers .765 so overlaps 0.015. Fine.
#190:02.0步 51当前播放
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#200:02.1步 53当前播放
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#210:02.2步 55当前播放
reasoning summary现在有稳固的跟随腕部相同范围,而桌面蓝色偏移。需要跨过垫 x 为 -0.172,y 为 .003,距离 .62。右臂可能到达左垫吗?x 相对于基座 .47,跨 +y .35 可达吗? 可达范围也许 .55。也许需要左手交接?需要右臂尝试高位置接近,q 向下。右臂在 x 为 .414,y 为 -.199,z 为 .937,物体中心底部 .778,表面 .76。运输提升 .07 到 1.01,然后向左 .59。需要最终对齐横纵为 -0.174,.004,z 为 .926?垫顶部 .762(我们估计 .762,可能实际桌面 .75,垫 .76)。指尖最小值在 .922-.1576=.765,底部 8 为 .75?是的,之前 2 个顶部 .774,数字顶部 .775,桌面 .75!手指最小值 .765 意味着 8 抓取顶部 .765-.775;手指不会碰到桌面。下降稳定可能加速,没有实际碰撞。物体底部 .75;抓取末端执行器 .9226,偏移 .1726!因为垫接触在尖端上半部分。放置时垫顶部也许 .76,末端执行器 .9326。抓取验证末端执行器变化 .014,物体上升 .014,腕部尺寸相同。稳定。计划运输 1.02。右臂在 x 为 -.173,y 为 .005,z 为 .94 处向下到达垫,也许逆运动学可能接近伸展。需要保持方向,可以稍微倾斜。可以转移到左手,但预算 245 足够。右臂跨过中心 .6 可能无法到达 -.17,但最大肩部总和也许 .52 x .47 和 y .4 不可能。环境初始基座 x 为 .3,y 为 -.52。臂范围 .58?末端执行器向下在 y 为 -.2,x 为 .414,连杆配置也许长度 .46。需要使用右臂 x 为 -.17,y 为 0,平面距离 .70?肩部在 y 为 -.5?让我们推导给定关节运动学,不允许内部。只是预检查评估。可以使用目标部分,如果失败,路由或交接。正常任务可能设计为双臂,但等式垫在左,数字在右,可能需要跨范围? 可达范围 .7 可能可以。如果需要,我们可以在中央空桌面上将物体传递给左手。保持左手初始向前水平手指在 x 为 -.3,y 为 -.195,z 为 .921;右臂携带在 z 为 1.02,手指底部 .862,当 x 接近 -.17,y 为 0 时分离 >.2,没问题。
原文1,898 字
Now have firm follows wrist same extents while tabletop blue shifted. Need across pad x -0.172 y .003 distance .62. Right arm may reach left pad? x relative base .47 across +y .35 attainable? ARX reach maybe .55. Will maybe need left handoff? Need right try approach high with q down. Right at x .414 y -.199 z .937, object center bottom .778 vs surface .76. Transport lift .07 to 1.01 then leftwards .59. Need align xy final -0.174 .004 z .926? Pad top .762 (we estimated .762 may actual table .75, pad .76). Finger tips min at .922-.1576=.765 and bottom 8 .75? Yes earlier 2 top .774, number top .775 table .75! Finger min .765 means 8 gripped top .765-.775; fingers don't hit table. Descent settled could speed, no actual collision. Object bottom .75; grip eef .9226 offset .1726! Because pad contact at tips top half. At placed pad top maybe .76, eef .9326. Grasp verify eef changed .014, object rising .014, same wrist size. Stable. Plan transit 1.02. Right reach pad downward at x -.173, y .005, z .94 maybe IK possible near stretched. Need maintain orientation can angle slight. Could transfer to left but budget 245 enough. Right arm across center .6 may can't reach -.17 but max shoulder sum maybe .52 x .47 and y .4 impossible. Environment initial base x .3 y -.52. Arm range .58? Eef downward at y -.2 x .414 links config maybe length .46. Need using arm right x -.17 y 0 distance .70 planar? shoulder at y -.5? Let's derive given joints kinematic not allowed internals. Just precheck assess. Can use targets partial, if fail, route or handoff. Normal task likely designed both arms but equation pad left and num right may require cross-range? ARX reach .7 likely can. We can pass obj to left on central clear table if needed. Keep left initial forward horizontal fingers at x -.3 y -.195 z .921; right carrying at z1.02 finger bottom .862 no issue as x approaches -.17 y0 separates >.2.
#220:02.4步 60当前播放
reasoning summary现在需要向左移动约0.59,y方向0.2。右臂够到左侧答案板也许可达?臂基座x±0.3。够到答案板-.17意味着右臂横跨x方向0.47,y为0.0,总距离约0.6可能可达。需要运动学可能失败。能否交接给左臂?预算240足够。通常双臂能到达对侧答案板,右臂径向约0.53。必须计算基座在(0.3,-.5,.75)。可达约0.65。右末端执行器到答案板(-.17,0,.94)径向0.686可能超出。当前末端执行器在。已知起点延伸.? 实际上基座,链长.? 需要探索逆运动学预检查是否接近。我们应该用右臂运输横跨到答案板-.17,或者如果被拒绝则计划左臂交接。我们在第60步,预算240足够。在x .05 可能需要肘部伸展。右答案板-.17可达也许.65。我们看看。持有时不能重置。可以设置8在中间清空处然后如果右臂无法到达则左臂抓取。宽桌上许多物体。清空y .15在等式后面理想但右臂延伸太远。交接位置,数字4在,-.075和5在.035,-.21,附近没有空位。可以放在安全地在4和5之间,左臂可以拾取。但更多步骤。也许右臂够到答案板很容易因为0.35?基座长度.25,.25。右答案板径向平方根(.47^2+.5^2)=.686 >.5,但当前基座实际在图像中右基座像素580,435,环境反投影.44,-.46。机器人基座在.3,-.55?让我们不用内部数据而用图片确定。基座在高机位近(554,427) 映射。臂肩?测量起点.3,-.352,.922指向肘部向上也许基座在.3,-.55 .? 大多数机器人世界基座。连杆可达.6。最终需要.68不可能。右臂可以斜向接近,连杆6可以保持而手指偏移0.1向上左(朝向答案板)并倾斜约45度,所以末端执行器远端径向.61仍然。需要准备左臂接近交接或做桌面交接。既然目标只是放8到答案板
原文1,813 字
Now need move ~.59 left .2 y. Right reach left pad maybe reachable? Arms bases x±.3. Reach pad -.17 means right crossing .47 x, y .0 which might reachable ~.6 total. Need kinematics may fail. Could handoff to left? budget240 enough. Usually arms can reach opposite pad maybe right ~.53 radial. Must calculate base at (0.3,-.5,.75). reachable ~.65. Right eef pad(-.17,0,.94) radial .686 maybe out. Current eef at x.414 y-.2. known start extends .? Actually base y-.65, chain length .? Need explore IK precheck as near. We should use right transport across to pad at -.17 y.0 or plan left handover if rejected. We have at step60 budget240 enough. At x .05 y0 could need elbow extension. right pad -.17 reach maybe .65. We'll see. Need no reset while held. Could set 8 at middle clear then left grasp if right cannot reach. Broad table many objects. Clear y .15 behind equation ideal but right extension far. Handoff position x0 y-.15 with numeral4 at x-.03,-.075 and5 .035,-.21, no empty near. Could place x-.08 y-.17 safe between4 and5, left could pick. But more steps. Maybe right reach to pad works easy due 0.35? ARX base x.3 y-.65 lengths .25,.25. Right pad radial sqrt(.47^2+.5^2)=.686 >.5, but current base actual in image right base at pixel580,435, environment unproject .44,-.46. Robot base at .3,-.55? Let's determine not internal using picture. Base in high near(554,427) z.75 maps x.366 y-.456. arm shoulder x.3 y-.55? Measured start .3,-.352,.922 points elbow upward maybe base at .3,-.55 .? Most robot world base y-.6. Link reach .6. At final need .68 impossible. Could right arm approach oblique, link6 can stay x-.1 y-.09 while fingers offset 0.1 up-left (towards pad) and tilted ~45, so eef distant radial .61 still. Need prepare left approach handoff or do table handoff. Since goal only put8 pad
#230:02.6步 65当前播放
reasoning summary我们有235步很多,但右臂横跨够到答案板可能。需要安全夹爪初始左在手指结束,目标右答案板和意味着分离左x .13,安全指尖横跨扫过-.15 无碰撞。右臂横跨也许从基座=.47可行约.7。需要预检查。我们做。
原文355 字
We have 235 steps lots but reach crossing right arm to pad x-.17 possible. Need safe gripper initial left at x-.3 y-.352 z.922 fingers y-.194 ending, target right pad y.003 and z.925 means separation left x .13,y.2 safe fingertips crossing swept at -.15 y.0 no collision. Right reach across maybe .47 from base x.3 = feasible ~.7. Need precheck. We'll do.
#240:02.8步 70当前播放
本次没有输出思考
#250:03.0步 75当前播放
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#260:03.2步 80当前播放
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#270:03.4步 85当前播放
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#280:03.6步 90当前播放
本次没有输出思考
#290:03.6步 90当前播放
reasoning summary我们现在实际上下文完整?我活跃有17k预算。需要推理逆运动学右臂横跨够到可能需要降低臂或旋转。当前.064,-.091,1.01目标-.028因可达性向下方向不可达;可能臂可达.6而离.3远。可以修改高度降低到.95然后也许右臂够到答案板.17 半径.64从基座(.3,-.65,.?)。可达也许.62。可以用交接?需要重新规划可达路线。我们有210控制充足但最终答案板远左右臂不能。可以放8在中央桌子然后左臂抓取并放置。需要100控制可能约150足够。或者右臂调整方向旋转以向左延伸,然后够到答案板。垂直向下连杆6从原点基座.3,-.63最大可达.5,.? 右到答案板距离.78 臂可达.65。可以抓持延伸尖端0.157水平向左以减少末端执行器在答案板.0?可以倾斜夹爪45度左延伸但数字倾斜必须在放置时平放?必须稳定放在答案板上。交接简单中央放置然后左臂拾取;用户说重置臂两者都可以。或者用左臂直接拿数字交接有风险。最佳临时放置在x .0,靠近操作员和4但之间有空区域?需要放在x .06,当前?表面松散3在.17,-.14,4在-.03,-.07,5在.03,-.19;当前数字.064,-.091会在4和3之间空间约.09。左臂可以在那里抓取。需要降低并释放,右臂后退;左臂旋转并接近花费约55,抓取约10运输约30放置约10重置约40总共155。剩余210。我们有时间。需要最近放置到左,,-.11和末端执行器.927。预检查降低允许更左。可以尝试目标[-.016,-.09,.96]向下(距离.092)。然后继续-.08,-.04,.95也许可能臂在更低高度更近。如果失败不要追求右臂远够。可以检查关节机械延伸。当前关节状态在90?
原文1,843 字
We now actual context full? I'm active have 17k budget. Need reason IK right crossing reach may requires lowered arm or rotation. Current .064,-.091,1.01 target -.028 unreachable downward orientation due reach; likely arm reach .6 and x -.17 far from .3. Can modify height lower .95 then maybe right reach pad .17 y0 radius .64 from base (.3,-.65,.?). Reach maybe .62. Could use handoff? Need replan reachable route. We have 210 controls ample but final pad far left right can't. Could place 8 central table then left grasp and place. Requires 100 controls possibly ~150 sufficient. Or right adjust orientation with rotation to extend towards left, then reach pad. Vertical downward link6 max reach .5 from origin base .3,-.63, .? Right distance to pad .78 vs arm reach .65. Could grasp held extend tip 0.157 horizontally toward left to reduce EEF at pad .0? One can tilt gripper 45° left extension but number tilt must flat at placement? Must put stable on pad. Handoff simple central place then left pickup; user says reset arm both can. Or use left taking number directly handoff risks. Best temporary placement at x .0,y-.2 near operator and 4 but free area between? Need place at x .06,y-.12 currently? surface loose 3 at .17,-.14,4 at -.03,-.07 5 at .03,-.19; current number .064,-.091 would between 4 and3 with space ~.09. Left can grasp there. Need lower and release, right retreat; left rotate and approach costs~55, grasp~10 transport~30 place~10 reset~40 total 155. Remaining 210. We have time. Need nearest placement to left, x.0,-.11 and EEF .927. Precheck lower permits further left. Could attempt target [-.016,-.09,.96] downward (distance .092). Then continue -.08,-.04,.95 maybe possible arm nearer at lower height. Need not pursue right far reach if fail. Could inspect joints mechanical extension. Current joint state at 90?
#300:03.6步 90当前播放
reasoning summary需要让右臂到达 x 负方向到 -.17,在、 处很可能不可能,因为基座、臂长 .5?关节限位 2.2?为什么预检查在处报错 33 毫米,意味着在高度 1.015、 处可达边界 x~.005。降低 z 到 .96 能否允许到达?第六连杆可达弧。需要从臂重建,不允许内部信息,只能测量几何。可以尝试目标垂直下降,物体底部仍 .805,约高 30 毫米。允许更多横向伸展吗?水平臂最大伸展约 .6,基座 x .3 到第六连杆 -.17 .94 总 .7 不可达。左臂需要答案板。需要交接或把物体暂存到中央。最简单放在中央桌面空旷处,然后左臂拾取移动到答案板。预算 210 充足,包括约 60 步左臂接近。右臂也许能到达答案板,如果伸展并倾斜腕部,但避免尝试长时间不确定动作。计划暂存于,没有物体?4 在 -.03,-.069;5 在 .03,-.193;暂存 .02,-.13 在两者之间可能重叠?需要映射各件。替代暂存于 ,,操作行前方:左侧没有空位?右臂可以放在 ,-.37,但左臂从到达。高机位相机前方物体操作行位置:x -.151,-.052,.052,.155。中央前方空间 (行下方约 370)安全。放在 , 双方都可到达,虽然最前方相机黑色支架在;桌面直到 -.5。左臂在,末端执行器手指向前 -.19 需要垂直。暂存 8 在,避开操作物 0.1。然后右臂缩回到 .2,-.35,,同时左臂接近。如果安全间距 >0.2,可以并行移动双臂,是的。但可以直接通过桌面转移更容易,返回可能总共 180 控制步。我们现在有 210。左臂旋转约 40 步,右臂暂存约 35 步;同时进行左臂在定向以避免碰撞,两者最小相距 .2。然后右臂缩回后左臂到中央暂存处,拾取约 15 步,运输到答案板约 40 步,返回约 45 步,在 210 内。但如果右臂降低定向可能到达,额外操作不必要。可以尝试右臂目标 [-. 01,-.065,.96] 清除平面约 .803。如果通过,那么在能运输到答案板吗?端点 -.17 .94 距右臂 .47,而最大 .39?很可能失败。需要选择更靠近答案板的暂存点,例如 ,,左臂可从上方到达。暂存物体避免重叠。通过像素进行几何映射。
原文2,214 字
Need get right reach x negative to -.17 likely impossible at z1.015 y0 because base x.3 and arm length .5? Joint limits j2 2.2? Why precheck error 33mm at x-.028 means reachable boundary x~.005 at height1.015 y-.059. Could lower z to .96 allow reach? Link6 reach arch. Need reconstruct from arms no internals allowed measured geometry. Could try target x.008 y-.036 z.961 vertical descending still object bottom .805 ~30mm above. Allows more lateral extension? Horizontal arm extension max approx .6 base x .3 y-.5 z.75 to link6 -.17 y0 .94 total .7 unreachable. Left arm needs pad. Need handoff or stage object central. Easiest place 8 clear central table x.015 y-.15 then left pick move pad. Budget 210 plenty incl ~60 left approach. Right can maybe reach pad if extend wrist tilted, but avoid trying long uncertain. Plan stage at x.02 y-.14 no objects? 4 at -.03,-.069;5 at .03,-.193; stage .02,-.13 between could overlap? Need map pieces. Alternative stage at x.0,y-.3 front of ops row y-.278: no free to left? Right can place x.02,-.37 but left reach from x-.3. High camera front objects operator row positions: x -.151,-.052,.052,.155 y-.278. Center front space y-.38 (below row ~370) safe. Place x0,y-.37 accessible both, though frontmost cameras black stand at y-.5; table until -.5. Left at y-.35 eef finger forward -.19 need vertical. Stage 8 x0 y-.38 avoiding operators by 0.1. Then right retract to .2,-.35,z1.03 while left approach. Could parallel moving arms if safety separation >0.2, yes. But can transfer directly by floor easier and return maybe total 180 control. We have 210 now. Left orientation takes ~40 to rotate, right stage ~35; do simultaneously left orient at x-.17 y-.37 z1.0 to avoid collision, both .2 apart min. Then left center stage after right retract, pick ~15 transport to pad ~40 return ~45 within210. But extra manipulation unnecessary if right lowering orientation may reach. Could try right target [-. 01,-.065,.96] clears plane ~.803. If passes then at x-.01 can transport pad? endpoint -.17 y0 .94 farther from right by .47 vs max .39? likely fail. Need choose staging nearer pad e.g x-.0,y-.12 accessible left overhead. Staging objects avoid overlap. Geom map via pixel.
#310:03.6步 90当前播放
reasoning summary我们有 210 步,可以交接放置到中间干净处靠近 [0,-.14],然后左臂拾取。可以直接让右臂在更低 z 伸展到 -0.17 到达吗?右臂基座在 .3,-.55,.75?需要 0.67 半径。右臂在 .064,-.091 1.01 当前 2.22(限位 2.??)。逆运动学停滞位置 x -.028,可能肘部最大?降低 z 会让距离更远吗?运动学自己测量的 6 个关节位置,没有内部信息也可以,推断肘部 2.118 接近硬限位,可能是 2.2。完全伸展? 零位可能向前伸展 y -?需要尝试降低 z 并调整姿态 .2弧度 y。夹爪向左倾斜可以让手指向左移动,而不需要末端执行器伸展那么多,但最多 .16。对于目标答案板 x -.17,需要末端执行器 -.1,手指指向左 .07。右臂径向仍 .6。在正常放置高度 .925 可能成功,相当。但预检查目标在 -.028 1.015 失败,位置差 32 毫米,姿态完美,说明腕部在高 z 时达到 2.2 高度折叠?要确定可以尝试目标 [0.0,-.059,.96](<.1)向下移动。间隙物体底部 .8,约 30 毫米余量,高于 4 在 x -.03,。持有的 8 范围 ±.02 y 和 ±.015x,4 大约半径 .02;我们可以通过 y -.145 移动。但如果直接到达失败,需要中间步骤。更好的右臂目标稳定放置干净处 [0.0,-.145],然后下降 .919。然后左臂在同一位置抓取。更多步骤约 140 仍可以。但用户任务可以。不过如果降低 z 允许,右臂可以直接完成。尝试右臂 [0.0,-.045,.958] 在 .094 内,通过吗?路径经过 4 在 (-.033,-.077) 末端距离 45,整个物体范围 <.025。手指范围 20,可能不行。在更低 z 桌面间隙 40 毫米所以可以。
原文1,587 字
We have 210 steps can handoff placement intermediate clean near [0,-.14] then left pick. Could direct right at lower z extend -0.17 reach? Right base at .3,-.55,.75? Needed 0.67 radius. Right at .064,-.091 1.01 currently joint2 2.22 (limit 2.??). IK stall position x -.028, possibly elbow max? Could lower z makes farther? Kinematics own measured 6 joint positions no internal okay infer elbow theta3 2.118 near hard limit likely 2.2. Fully extended? ARX X5 zero maybe extends forward y -? Need try lower z and orientation tweak .2 rad y. Gripper angled left could move finger left without as much EEF reach but up to .16. For target pad x -.17 need eef -.1 with fingers pointing left .07. Right radial still .6. May succeed at normal placement height .925, fairly. But precheck target at -.028 1.015 fails position32mm with orientation perfect suggests wrist joint3 reaches2.2 high folded at high z? To determine could try target [0.0,-.059,.96] (&lt;.1) downward to shift. Clearance object bottom .8 ~30mm margin above 4 at x -.03,y-.077. Held8 extents ±.02 y and±.015x, 4 approx radius .02; we can move via y -.145 instead. But if direct reach fail, need intermediate. Better right goal stable place clean [0.0,-.145] need descend .919 after. Then left grab on same location. More steps ~140 still okay. But user task okay. Yet could complete directly with right if lower z allows. Try right [0.0,-.045,.958] within .094, passes? Path number over 4 at(-.033,-.077) distance45 at end, whole object extents &lt;.025. Finger extents 20x30, may no. At lower z table clearance40mm so fine.
#320:03.8步 95当前播放
reasoning summary需要解决可达性。从右臂基座同姿态很可能无法到达 -0.17。需要通过桌面或左手交换。我们还剩 205 步,充足,约 100 步左臂接近 + 转移。放在中间附近 ,,在 4(-.033,-.077)、5(.03,-.195)、3(.159,-.14)、操作物 -.27 之间的开放空闲矩形。可以设 ,,没有障碍,半径 .02,5 距离 .07,4 .08。左臂可以在到达。右臂也很容易。这比到达更远更简单。需要移动到 ,-.14?距 4 .063,数字半长 .028 加 4 半径 .02 余量 .015。最近 5 .08。夹爪平面范围 .06 x 和 .02y。可以。选择 (0,-.145)。4 距离 .075,5 .058 中心,沿 y 长度 .05 加 5 长度 .04 半长 .045 + .01 余量。选择 ,-.16(4 .083,5 .083)。最好。需要答案板最终目标 ,。右臂直接可能到达,降低然后倾斜负偏航向左伸展;但需要旋转数字,不行。放置给左臂。需要 40 步左臂旋转到源,20 抓取等,30 运输 +30 复位,约 130 剩余。右臂放下/缩回约 20。可以。可以在右臂放置时并行左臂接近,但确保双臂间隙。左臂待命 ,-.22,1.06 然后到达。右臂 ,-.16 和,臂夹爪所有 x ±.06,左手 ±.08 可能在间距 .105 处重叠。需要保持左臂高直到右臂撤退。更好在 (-.25,-.30,1.02) 远处旋转左臂约 0.25 然后加速。每次运动 5。需要解释通过桌面转移以使用左臂。
原文1,460 字
Need solve reach. From right base cannot reach -0.17 same orientation likely. Need exchange via table or left hand. We have 205steps left plenty ~100 left approach + transfer. Set down near middle at x0,y-.12 open free rectangle between 4(-.033,-.077),5(.03,-.195),3(.159,-.14), operators -.27. Could set x-.03,y-.16 no obstacles radius .02 5 distance .07 4 .08. Left can reach x-.03 y-.16 at z.923. Right can easily too. This simpler than reaching farther. Need move to x-.03,-.14? Dist from 4 .063, number half length .028 plus 4 radius .02 margin .015. nearest5 .08. Gripper extent in plane .06 x and .02y. Fine. Choose (0,-.145). 4 dist .075,5 .058 center with length along y .05 plus 5 length .04 halves .045 + .01 margin. choose x-.045,-.16 (4 .083,5 .083). Best. Need pad target ultimate x-.168,y0. Direct right may reachable down z.95 x-.06 then tilt negative yaw reaching to left; but would require rotate number no. Place for left. Need 40 left rotate steps to source, 20grasp etc 30transport +30reset ~130 remains. Right drop/retract ~20. okay. Could parallel left approach while right placement but ensure arms clearance. Left standby x-.15,-.22,1.06 then reach. right x-.045,-.16 and z.92 armgripper all x ±.06 and left hand x-.15 ±.08 could overlap at separation .105. Need keep left high z1.12 until right retreat. Better rotate left at (-.25,-.30,1.02) far away ~0.25 then accelerate. 5 per motions. Need explain transfer via table to use left.
#330:04.0步 100当前播放
reasoning summary我们决定不必要地转移,也许右臂可以在到达,但不是答案板。清理区域 ,。需要安全余量,释放时手指张开跨 x +/- .06,最近 5 .03,-.194 距离 .12 所以可以。4 -.033,-.077 距离 .09。暂存选择,远离 4 .10,9。好,左臂容易到达。需要坐标暂存 -0.08,-.16,z .927。从上方接近。左臂旋转但保持在,高度 1.01。偏航再增加 .4。q 对于 .6 如上。可以并行移动右臂水平 -.07 和左臂旋转。
原文513 字
We decided transfer unnecessarily maybe right can reach at y-.14 x-.05 not pad. clear patch x-.08,y-.15. Need safe margin fingers open across x +/- .06 at release, nearest5 .03,-.194 d .12 so good. 4 -.033,-.077 d .09. staging choose x-.085 y-.164, away from4 .10, 9 x-.267 y-.157. Good left reaching easily. Need coordinate staging -0.08,-.16,z .927. Approach above. Left rotate but stay x-.26 y-.32, height1.01. delta further yaw .4. q for .6 as above. Can parallel move right horizontal -.07 and left rotation.
#340:04.2步 105当前播放
reasoning summary需要预算约195,充足。左侧继续旋转,同时右侧降低。临时 x -.08 安全 5 .03,-.194 间隙 .11。减 -.05,-.27 .11。4 -.033,-.077 .1。9 -.265,-.15 .18。好。右末端执行器 z .966 底部 .81 .04 桌面。降低 .94 2 然后 .927 2 然后 .922 2,打开4。左侧沿 .8,1.1,1.4 推进旋转,可能总共10次调用。
原文322 字
Need budget ~195 plenty. Left rotation further while right lower. Temporary x -.08 y-.164 safe 5 .03,-.194 gap .11. minus -.05,-.27 .11. 4 -.033,-.077 .1. 9 -.265,-.15 .18. Good. right eef z .966 bottom .81 .04 table. Lower .94 2 then .927 2 then .922 2, open4. Left advances rotation along .8,1.1,1.4 maybe 10calls total.
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#570:07.1步 178当前播放
reasoning summary我们有122,充足。需要答案板中心精确平面腕部。可见椭圆顶部0底部?答案板中心可能316,128对应z。需要从原始桌面推断答案板顶部z。可以用多相机高机位答案板最左点和腕部同一边界三角测量。我们可以用顶部/底部椭圆校正计算平面中心。答案板看起来是圆半径约.04?原始高机位答案板直径32像素约.075。腕部在高度.988 z相机倾斜观察给出椭圆中心(317,126)和上部下部237在物体后面。近似中心环境点在。需要估计答案板z .76?之前三角测量用了错误的中心左侧。可以用高机位边缘左图像(230,204)和腕部最左(197,114)在同一物理但投影y变化不精确。需要避免不必要。可能答案板中心x=-.17?等式中心高机位全部。桌面原生通常.74?从之前抓取物体底部.765顶部.773,答案板顶部可能.75?等等桌面夹爪停在.9226意味着指尖.765,桌面顶部可能.76。所以桌面z .76,物体顶部.778?好。答案板顶部.767?目标末端执行器.929。保持物体原始接触.924,物体底部近似.764,顶部.78(厚度.018)。答案板表面顶部桌面+.008= .773。因此放置.934。需要用腕部三角测量细化观察到的持物顶部高度?可以识别高机位视图(239,186)中的8顶部上孔和腕部(325,246)在同一顶部 -> 计算。答案板顶部角落手动。我们将检查原始裁剪初始以进行z拟合三角测量。可以从0上部数字2顶部=.774推导近似。桌面.76意味着厚度.014。8顶部初始.773三角测量确认顶部。在末端执行器.9226时,手指远端=.765。侧面足够。基座可能.76;件高度.014。放置末端执行器.931对比答案板+.008。让我们继续以中心下降。
原文1,732 字
We have 122 plenty. Need pad center exact plane wrist. Visible ellipse top 0 bottom? pad center maybe316,128 corresponds z. Need infer pad top z from table original. Could use multi camera high pad leftmost point and wrist same boundary triang. We can calculate plane center using top/bottom ellipse corrections. Pad appears circle radius ~.04? Original high pad diameter32 px ~.075. Wrist at height .988 z camera looking angled gives ellipse center (317,126) and upper y4 lower 237 behind object. Approx center environment point at y.002. Need estimate pad z .76? earlier triang used wrong center left. Can use high edge left image (230,204) and wrist leftmost (197,114) at same physical x-min not exact projected y changes. Need no unnecessary. Likely pad center x=-.17 y0 z.75? Equation centers high all v203. Table native often .74? From earlier grasp object bottom .765 top .773, pad top maybe .75? Wait table gripper halted at .9226 means finger tip .765, table top perhaps .76. So table z .76, object top .778? Good. Pad top .767? Aim eef .929. Hold object original contact .924, object bottom approximate .764, top .78 (thickness .018). Pad surface top table+.008= .773. Thus place .934. Need refine observed holding object top height with wrist using triangle? Could identify 8top upper hole in high view (239,186) and wrist (325,246) at same top -> compute. Pad top corner manual. We'll inspect original crop initial for z fit triangles. Can derive approximate from 0 upper number2 top=.774. table .76 implies thickness .014. The 8 top initial .773 triang confirms top. At eef .9226, finger far tip=.765. Enough side. base likely .76; piece height .014. Place eef .931 vs pad+.008. Let's proceed descending with center y0.
#580:07.3步 183当前播放
reasoning summary我们上下文接近?17k 仍然良好。需要放置高度答案板顶部.765?估计。腕部视图答案板中心可能[325,200]而持物中心[324,281]主要由于高度4厘米的投影。在当前末端执行器.96底部数字.802与答案板.765差=.037。视图光学倾斜给出y视差。在高度接近.93时物体图像可能覆盖中心。需要降低.94然后.93。确保8大环保持定向,稳定。
原文416 字
We have context nearing? 17k tokens still good. Need placement height pad top .765? Estimate. Wrist view pad center maybe [325,200] while held center [324,281] mostly projection due height 4cm. At current EEF .96 bottom number .802 difference pad .765=.037. View optical tilt gives y parallax. At height near .93 object image overlays center likely. Need lower .94 then .93. Ensure 8 big loop stays oriented, stable.
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reasoning summary需要理解接触倾斜?8看起来顶部孔黑色底部木头表明倾斜一边接触?桌面答案板顶部.769;持物基座在.934 - .924 + .75 = .76,所以答案板支撑约.765导致轻微倾斜接触。我们现在应该打开。有113足够重置。不需要额外降低。
原文280 字
Need understand contact tilted? 8 seems top hole black bottom wood suggests tilt with one edge touching? Table pad top .769; held base at .934 - .924 + .75 = .76, so pad supports ~.765 causing slight tilt contact. We should open now. Have 113 enough reset. Need no extra lowering.
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reasoning summary现在重置。需要足够开放空间是左高度1.013手指底部.855 80 毫米。右1.015 .857。运动重置可能先向前扫然后向上?初始手指水平安全。关节轨迹可能向下弧?通常重置直接在桌面上方可能。估计50左差.37右.109方向1.57。用50。
原文329 字
Now reset. Need sufficient open space yes left height1.013 fingers bottom .855 80mm. right1.015 .857. Motion reset may sweep toward front then up? initial fingers z.921 horizontal safe. Joint trajectory could arc downward? Usually reset straightforward above table maybe. Estimate50 left diff.37 right.109 orientation1.57. use50.
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03

双臂运动轨迹

俯视 + 侧视
左臂 右臂 起点 终点 当前帧
俯视(横向–纵向)
侧视(横向–高度)· 纵向放大
步 — 左 — 右 — 单位:米

两个红点分别是当前播放帧左、右臂的末端位置,随视频播放与拖动同步;轨迹取自每一帧观测文件里记录的左右臂末端位置。侧视图只在桌面端显示。

04

动作判断

51 条
每次 robot_act 前写下的判断,行尾是这一次规划的动作步数
0:00.00右侧夹爪遮挡了桌子右边缘附近的一个黄色候选物体。将其抬升到空旷区域,并开始将手指向下转动,以露出并接近该物体。
原文173 字
The right gripper obscures a yellow candidate near the table’s right edge. Lift it into clear space and begin turning the fingers downward to reveal and approach that piece.
5 步
0:00.25黄色数字 8 在右侧手指旁部分可见。在其上方接近,同时向下旋转,保持指尖远高于桌面。
原文147 字
The yellow 8 is partly visible beside the right fingers. Approach above it while rotating downward, keeping the fingertips well above the tabletop.
5 步
0:00.410右侧腕部视图显示候选物体位于下方偏右。继续高位接近和向下旋转,不要进入物体所在层。
原文152 字
The right wrist view shows the candidate below and to the right. Continue the elevated approach and downward rotation without entering the object layer.
5 步
0:00.615候选物体静止在桌面上,其上方空间空旷。向估计的中心靠近,并继续旋转至垂直抓取姿态。
原文152 字
The candidate remains stationary on the table, with clear space above it. Move closer to its estimated center and continue rotating to a vertical grasp.
5 步
0:00.820露出的物体明显是一个 8。其中心大约在 x 0.417、y −0.199;保持手指张开,继续在该中心上方接近。
原文130 字
The exposed piece is clearly an 8. Its center is near x 0.417, y −0.199; continue approaching above that center with open fingers.
5 步
0:01.0258 的两个环均可见且未受扰动。对齐手指,使其在其狭窄宽度两侧闭合,同时完成自上而下的接近。
原文138 字
Both loops of the 8 are visible and undisturbed. Align the fingers to close across its narrow width while finishing the overhead approach.
5 步
0:01.230夹爪位于 8 上方但仍倾斜。在保持抓取中心的同时完成向下转动,保持指尖位于数字上方。
原文141 字
The gripper is above the 8 but still tilted. Finish turning downward while holding the grasp center, keeping the fingertips above the number.
5 步
0:01.4358 在张开的手指之间横向居中。在下降至其两侧之前完成垂直姿态。
原文119 字
The 8 is centered laterally between the open fingers. Complete the vertical orientation before descending to its sides.
5 步
0:01.640手指几乎垂直,8 位于它们之间居中。下降至预抓取高度,在物体上方留出可见间隙。
原文142 字
The fingers are nearly vertical and the 8 is centered between them. Lower toward a pregrasp height, leaving visible clearance above the piece.
5 步
0:01.845腕部视图显示 8 的腰部略偏于夹爪中心左侧。修正该小偏移,并在手指张开且垂直的情况下下降 16 毫米。
原文148 字
The wrist view puts the 8’s waist slightly left of the gripper center. Correct that small offset and lower 16 mm with the fingers open and vertical.
2 步
0:01.947张开的夹爪垫跨在 8 的腰部两侧而未扰动它。再下降 14 毫米,使夹爪垫尖端到达凸起数字的两侧。
原文130 字
The open pads straddle the 8’s waist without disturbing it. Lower another 14 mm to bring the pad tips alongside the raised number.
2 步
0:02.049下降过程停在略高于目标高度的位置,因此我不会再向下压。答案板已对齐在数字8的腰部两侧;在此测量高度闭合夹爪。
原文156 字
The descent settled slightly above the requested height, so I will not push lower. The pads are aligned across the 8’s waist; close at this measured height.
2 步
0:02.051手指仍在向内移动,尚未包住数字。保持已对齐的姿态继续闭合。
原文125 字
The fingers are still moving inward and have not yet enclosed the number. Continue closure without changing the aligned pose.
2 步
0:02.153答案板现在接触数字8的两侧。保持姿态不变,垂直提升15 毫米,以检查数字是否随夹爪移动。
原文126 字
The pads now contact both sides of the 8. Lift vertically by 15 mm with orientation fixed to check whether the number follows.
2 步
0:02.255测试提升时夹爪抬起了数字8,且其在两板之间的位置保持稳定。提升至搬运高度,再从其他数字上方越过。
原文159 字
The test lift raised the 8 with the gripper while its position between the pads stayed steady. Lift to transport height before crossing above the other pieces.
5 步
0:02.460数字8在提升后仍然稳固,并已越过相邻数字。开始朝等式旁的空白答案板移动,高度位于等式和散落数字上方。
原文153 字
The 8 remains secure after lifting and clears the neighboring pieces. Start moving toward the blank pad at a height above the equation and loose numbers.
5 步
0:02.665平移过程中数字8始终固定在两板之间。继续朝空白答案板移动,与桌面上数字保持约9厘米的间隙。
原文139 字
The 8 stays fixed between the pads during translation. Continue toward the empty pad with roughly 9 cm clearance above the tabletop pieces.
5 步
0:02.870被夹持的数字8已越过散落的候选数字并保持水平。沿抬高路线继续朝等式最左侧的答案板移动。
原文127 字
The held 8 clears the loose candidates and remains level. Continue along the elevated route toward the equation’s leftmost pad.
5 步
0:03.075数字保持稳固,等式上方的路线畅通。保持相同高度和姿态继续向左推进。
原文132 字
The number remains secure and the route above the equation is clear. Advance leftward while holding the same height and orientation.
5 步
0:03.280数字8位于桌面中部上方,仍保持水平且避开数字3和6。继续朝最左侧的答案板移动。
原文107 字
The 8 is above the middle of the table, still level and clear of the 3 and 6. Continue to the leftmost pad.
5 步
0:03.485抓取稳定,空白答案板位于更左且更靠前的位置。继续抬高搬运,同时保持另一只手臂不动。
原文134 字
The grasp is stable and the blank pad lies farther left and forward. Continue the elevated transfer, keeping the other arm stationary.
5 步
0:03.690向左的高位目标未通过运动学检查,且未产生运动。尝试一个较低的中间姿态,同时让被夹持的数字保持在附近的数字4和等式答案板上方。
原文165 字
The high leftward target failed the kinematic check without motion. Try a lower intermediate pose while keeping the held number above the nearby 4 and equation pads.
5 步
0:03.895右臂朝最左侧答案板的可达范围有限。将数字8移向一个畅通的中央放置区域,同时让左臂远离该区域做好准备。
原文152 字
The right arm’s reach is limited toward the far-left pad. Move the 8 toward a clear central resting area while preparing the left arm well away from it.
5 步
0:04.0100数字5左侧、数字4下方有一块畅通的桌面区域。将被夹持的数字8居中于其上方,同时左腕在其独立的畅通区域内旋转。
原文143 字
A clear tabletop patch lies left of the 5 and below the 4. Center the held 8 above it, while the left wrist rotates in its separate clear area.
5 步
0:04.2105中央区域没有相邻数字。开始垂直下放数字8,以进行有支撑的交接放置;保持左臂位于右臂工作区域之外。
原文172 字
The central patch is clear of neighboring pieces. Begin lowering the 8 vertically for a supported handoff placement; keep the left arm outside the right arm’s working area.
2 步
0:04.3107数字8水平位于空闲桌面上方,并避开下方的操作员圆盘。轻轻下放至原始抓取高度,使其底部可落在桌面上。
原文160 字
The 8 is level over the free tabletop and clear of the operator disc below it. Lower gently to the original grasp height where its base can rest on the surface.
2 步
0:04.4109数字8的底部现在似乎已支撑在桌面上,附近没有障碍物。在测量高度张开右手指,使其平放。
原文151 字
The 8’s base now appears supported on the tabletop, with no nearby obstruction. Open the right fingers at the measured height to leave it resting flat.
2 步
0:04.4111释放后,数字 8 平放稳定。将右侧夹爪垂直撤回,并在其空旷的准备区域内使用更小的允许左腕旋转。
原文146 字
The 8 rests flat after release. Withdraw the right gripper vertically and use a smaller allowed left-wrist rotation in its clear preparation area.
2 步
0:04.5113撤回后数字 8 保持稳定。将右臂移向自己一侧,并在接近中央部件之前完成左手指向下转动。
原文161 字
The 8 remains stable after withdrawal. Move the right arm away toward its side and finish turning the left fingers downward before approaching the central piece.
5 步
0:04.7118中央数字未受干扰。继续分开双臂,左臂保持抬高,右臂向右后退。
原文131 字
The central number is undisturbed. Continue separating the arms, with the left staying elevated and the right retreating rightward.
5 步
0:04.9123双臂之间的间隙正在增大。在右臂继续移开的同时,将左侧夹爪从上方移向静置的数字 8。
原文145 字
There is increasing clearance between the arms. Bring the left gripper toward the resting 8 from above while the right arm continues moving away.
5 步
0:05.1128左手指有一条清晰的高位路径通向数字 8,右臂正在自己一侧移开。继续移动到上方对齐位置。
原文143 字
The left fingers have a clear elevated route toward the 8, and the right arm is moving away on its own side. Continue to an overhead alignment.
5 步
0:05.3133中央的数字 8 稳定且可从左侧触及。推进左侧夹爪,同时将右侧夹爪张开手指停放在更远处。
原文133 字
The central 8 is stable and reachable from the left. Advance the left gripper while parking the right farther away with open fingers.
5 步
0:05.5138左腕看到数字 8 在前方偏右,其夹垫仍安全地位于物体上方。在将其居中于上方时,将右侧夹爪移动到空旷的停放姿态。
原文167 字
The left wrist sees the 8 ahead and to the right, with its pads still safely above the objects. Center above it while moving the right gripper to a clear parking pose.
5 步
0:05.7143左侧夹爪几乎居中于数字 8 上方,数字 8 保持平放。完成上方对齐,并将右臂停放在远离放置路线的位置。
原文155 字
The left gripper is nearly centered over the 8, which remains flat. Finish the overhead alignment and park the right arm well clear of the placement route.
5 步
0:05.9148左腕确认夹垫居中横跨数字 8 的腰部。垂直向下朝其两侧降低,同时保持右臂停放。
原文132 字
The left wrist confirms the pads are centered across the 8’s waist. Lower vertically toward its sides, keeping the right arm parked.
2 步
0:06.0150数字仍居中于张开的夹垫之间。下降到先前有效的抓取高度,不要推压桌面。
原文134 字
The number remains centered between the open pads. Descend to the previously effective grasp height without pushing against the table.
2 步
0:06.1152指垫现在在合适的高度上跨在数字 8 的狭窄中部两侧。闭合时不要平移或旋转。
原文111 字
The finger pads now straddle the 8’s narrow middle at a suitable height. Close without translating or rotating.
2 步
0:06.2154手指仍在朝数字 8 的两侧闭合。在测试抓取之前,保持同一对齐姿态继续闭合。
原文119 字
The fingers are still closing toward the 8’s sides. Continue closure at the same aligned pose before testing the grasp.
2 步
0:06.2156两个夹垫接触数字 8。保持其朝向不变,进行短距离垂直测试抬升,以验证它随左侧夹爪移动。
原文130 字
Both pads contact the 8. Make a short vertical test lift with its orientation fixed to verify that it moves with the left gripper.
2 步
0:06.3158数字 8 跟随测试抬升并保持固定在左侧夹垫之间。将其抬高以获得间隙,然后再平移到空白等式答案板上。
原文140 字
The 8 followed the test lift and remains secured between the left pads. Raise it for clearance before translating to the blank equation pad.
5 步
0:06.5163被夹持的数字在散落部件上方保持水平。在保持其朝向和间隙的同时,沿对角线朝空白答案板移动。
原文134 字
The held number is level above the loose pieces. Move diagonally toward the blank pad while maintaining its orientation and clearance.
5 步
0:06.7168空白答案板位于被夹持数字 8 的正前方偏左。移动到其中心上方,同时使数字避开答案板和相邻的减号。
原文147 字
The blank pad is directly ahead and left of the held 8. Move above its center while keeping the number clear of the pad and neighboring minus sign.
5 步
0:06.9173答案板位于所持数字的前方可见。在垂直放置下降之前,完成在约 x −0.17、y 0 处的居中。
原文130 字
The pad is visible ahead of the held number. Finish centering at approximately x −0.17, y 0 before the vertical placement descent.
5 步
0:07.1178数字 8 与答案板在横向上对齐,但仍略微位于其中心后方。修正该偏移,并降低到在答案板上方仍保留间隙的高度。
原文157 字
The 8 is aligned laterally with the pad but still slightly behind its center. Correct that offset and lower to a height that retains clearance above the pad.
5 步
0:07.3183数字 8 居中于空白答案板上方并保持水平。以短步垂直下降,朝向完全受支撑的放置。
原文125 字
The 8 is centered above the blank pad and remains level. Lower vertically in a short step toward a fully supported placement.
2 步
0:07.4185两个环都位于答案板上方,与相邻的减号块保持间距。再下降 10 毫米,将数字轻放到答案板上。
原文130 字
Both loops lie over the pad, with space from the neighboring minus tile. Lower another 10 mm to seat the number gently on the pad.
2 步
0:07.5187数字 8 位于答案板上方,其底部似乎已落在木质支撑上。在此高度张开手指,使其能平稳落定。
原文138 字
The 8 is positioned over the pad and its base appears seated on the wooden support. Open the fingers at this height so it can settle flat.
2 步
0:07.6189释放后的数字 8 仍完全受支撑在正确的答案板上,完成 8 − 1 = 7。在收回机械臂之前竖直向上撤回。
原文132 字
The released 8 remains fully supported on the correct pad, completing 8 − 1 = 7. Withdraw straight upward before returning the arms.
2 步
0:07.6191撤回后数字 8 仍居中于答案板上。将空的左夹爪进一步抬升到开阔空间,为返回运动提供间隙。
原文145 字
The 8 stays centered on the pad after withdrawal. Lift the empty left gripper farther into open space to provide clearance for the return motion.
5 步
0:07.8196释放并撤回后,数字 8 仍受支撑在正确的答案板上,且两个空夹爪均处于开阔空间。允许 50 步,因为左臂仍远离其起始位姿,且两个腕部都必须转回。
原文220 字
The 8 remains supported on the correct pad after release and withdrawal, and both empty grippers are in clear space. Allow 50 steps because the left arm is still far from its starting pose and both wrists must turn back.
50 步
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