uint8_t readMode(uint8_t reg) reads back the configured mode, useful to add or remove a single flag (bit masking). uint8_t setMode1(uint8_t value) convenience wrapper. uint8_t setMode2(uint8_t value) convenience wrapper. uint8_t getMode1() convenience wrapper. uint8_t getMode2()...
In HIPRT-v2, besides the custom intersection functions, we can setup filter functions that can be used to filter some undesired intersections. For example, self-intersections or alpha masking. The signature of the function is almost the same as for intersection functions expect that thehitis a ...
这种结构在GPT-4等大模型中也有使用,可以增加模型的参数数量而不显著增加计算量,因为大部分参数会被动态屏蔽(Dynamic Masking),从而节省计算资源。 接下来,文章详细讲解了他们是如何利用DeepSeek R1的架构特点来进行量化,从而成功地将模型压缩到更小的体积,同时保持模型的功能性和性能。 3.1 混合专家层(Mixture-of-Ex...
# Luckily, it's very easy to reduce the representation accuracy # by simply masking the low 16-bits of our 32-bit single-precision # numbers. We can also add `0x8000` to round the numbers. a_f32rounded = ((a.view(np.uint32) + 0x8000) & 0xFFFF0000).view(np.float32) b_f32ro...
屏蔽(Masking) 小心使用glColorMask,glStencilMask和glDepthMask。如果你用glDepthMask(FALSE);禁掉了深度写入,那么所有对glClear的调用都不会清除深度缓存。 22 回到顶部(go to top) glGetError (如何检查OpenGL错误?) (详情参见GL Error Codes) OpenGL保存最近一次的各种类型的错误,每调用一次glGetError()就返回一个...
Bitwise Operations:Utilizes masking (&), shifting (<<,>>), and bitwise OR (|=) to pack data efficiently. Data Optimization:The method packs data into a smaller space, allowing for efficient use of memory and potentially faster processing. ...
To utilizeQImagefor masking purposes, the initial step involves transforming it into aQPixmap. QPixmap mask = QPixmap::fromImage(img); painter.setClipRegion(QRegion(mask)); AsQImage::Format_Monoencodes the pixels with the most significant bit (MSB) at the beginning, storing 8 pixels per byte...
high register used, does not update PSR movs r0,r1 | movs r0,r1 movs r8,r1 | movs r8,r1 ;only available as 32-bit T2 instruction | cpy r0,r1 | cpy r0,r1 ;also: mov r0,r1 in UAL Code written in UAL syntax can generally be assembled without modification in both ARM and THUMB ...
FPGA 是高规格的集成电路,可以实现通过不断的配置和拼接,达到无限精度的函数功能,因为它不像 CPU 或者 GPU 那样,基本数据类型的位宽都是固定的,相反 FPGA 能够做的非常灵活。在使用 FPGA 的过程中,特别适合一些 low-level 的操作,比如像 bit masking、shifting、addition 这样的操作都可以非常容易的实现。
Bit shift operators are frequently used with masking operations to peel bits off a number one by one. The following example explains how to divide an unsigned char into an array of separate bits. unsignedchary=0xD5;unsignedcharbit[8];unsignedcharmask=1;for(intx=7;x>=0;x--){bits[x]=y...