42 results about "Numeric range" patented technology

A rapid method for calculating a local eye vector in a fixed point lighting unit. For a given triangle primitive which is to be projected into a given viewport in screen space coordinates, the local eye vector corresponds to a given eye position and a first vertex of the given triangle primitive. (A different local eye vector is calculated for each vertex of the given triangle primitive). The method first comprises generating a view vector matrix which corresponds to the given eye position and corner coordinates of the given viewport, where the corner coordinates are expressed in screen space coordinates. The view vector matrix is usable to map screen space coordinates to an eye vector space which corresponds to the given viewport. The method next includes receiving a first set of coordinates (in screen space) which correspond to the first vertex. The first set of coordinates are then scaled to a numeric range which is representable by the fixed point lighting unit. Next, the first set of coordinates are transformed using the view vector matrix, which produces a non-normalized local eye vector within the eye vector space for the given viewport. The non-normalized local eye vector is normalized to form a normalized local eye vector. The normalized local eye vector is then usable to perform subsequent lighting computations such as computation of specular reflection values for infinite light sources, producing more realistic lighting effects than if an infinite eye vector were used. These more realistic lighting effects do not come at decreased performance, however, as the local eye vector may be calculated rapidly using this method.

A 3-D graphics accelerator for performing lighting operations using operands within a given fixed point numeric range. The 3-D graphics accelerator includes a first computational unit which is configured to compute a value of an attenuation factor usable for performing said lighting operation for local lights. The attenuation factor is represented in floating point format. The first computational unit is also configured to represent the attenuation factor in an intermediate format including a first intermediate value (a scaled attenuation factor value within the given fixed point numeric range), and a second intermediate value (a shift count usable to convert the scaled attenuation factor value back to the original attenuation factor value). The 3-D graphics accelerator further includes a lighting unit coupled to said first computational unit. The first computational unit is further configured to convey the intermediate representation of the attenuation factor to the lighting unit. The lighting unit performs lighting calculations in fixed point, using operands within the given numeric range (such as the scaled attenuation factors). The lighting unit generates intermediate color values as a result of these lighting calculations. The lighting unit then uses the shift count value to shift the intermediate color values by an appropriate amount, thereby generating a final color value. The lighting unit clamps said final color value to a predetermined maximum color value in response to said final color value exceeding said predetermined maximum color value.

The present invention provides an improved graphical user interface (GUI) component for presenting mixed mode inputs. A GUI component disclosed as a mixed mode input box according to the present invention permits easier selection within the GUI component of an input among mixed mode inputs such as numeric inputs within a numeric range and combined textual and numeric inputs. Pull-down menu is activated to allow the user to select among mixed mode inputs. When the user selects a numeric value within a numeric range only as the selected input, scroll buttons are activated and used by the user to increment or decrement the numeric value to a desired, selected input value. When the selected input is any other input, such as a combined textual and numeric input, scroll buttons are de-activated. Display of mixed mode input box occupies a relatively small display area and only requires a relatively small amount of code to provide such a layout. Such a small amount of code is able to be stored in a small amount of memory space.

The invention discloses a reservoir layer evaluation method by utilizing nuclear magnetic resonance logging interpretation parameters, relating to the geology logging interpretation evaluation technology field of petroleum geological exploration; oil saturation So and mobile fluid saturation BVM parameters are chosen, a formula M1=BVM*So is utilized to obtain the M1 parameter which reflects the oil characteristics of the reservoir layer and the total energy; by utilizing the formula SMo=BVM-SMw, the mobile oil saturation SMo parameter is calculated, and then the formula M2=SMO*phi is utilized to obtain the M2 parameter which reflects the recoverable oil volume of the recoverable oil volume, and then the fluid type is determined according to the numeric range of the M1 and M2 values; by adopting the method, different oil grades of the reservoir layer can be effectively and quantitatively divided in a refining way, the undetermined factors of the interpretation parameters caused by block, horizon and oil-containing characteristics are eliminated, and the reservoir layer evaluation method has general applicability to a clastic rock oil-containing bed series.

The invention discloses a weather prediction method, which includes the steps: providing temperature information values, normalizing the temperature information values, establishing an input/output matrix of a training sample, predicting weather through a neural network based on the output matrix, and the like. Original training data modes can be automatically distinguished by an improved algorithm, and are subjected to sample establishing and normalization. The weather prediction method is applicable to various complex circumstances, is high in flexibility, and needs no auxiliary data to complete prediction, and prediction results can be restored within a numeric range corresponding to original training data.

An extended overdrive table uses the saturation regions to store useful data that conformably extends the unsaturated region in a natural way. This extended overdrive table reduces the size of any interpolation errors when straddling crossover points to acceptable levels without requiring storing or using any crossover data. In addition, since the saturation regions are used to hold the new data, no additional storage requirements are introduced. The numeric range of the extended table is increased and it is therefore supposed that the bit depth of the table entries is increased, but the table can be resealed to retain the original bit depth with insignificant loss of accuracy. Also, the new data incorporated into the saturation regions allows run time calculation of the pixel attained at the end of the frame time that is needed as the start of the pixel for the next cycle.

A method, service, and product for changing project length based on fuzzy logic techniques where a subject matter expert assigns a pre-determined risk rating to each of a set of tasks. A fuzzy engine assigns a human grammar to each of the pre-determined risk ratings for each of the set of tasks, the human grammar being defined by a numeric range and assigned to the risk rating for each value falling within the numeric range. The fuzzy engine determines which rules from a set of rules apply to the task with the assigned human grammar, the set of rules being preprogrammed into the fuzzy engine, which then evaluates the tasks with the assigned human grammar using the determined rules. The fuzzy engine thereafter creates an adjusted-time allocation for each task and creates an adjusted-task-length for the set of tasks based from all of the created adjusted time allocations.

The invention relates to a data processing method for sintering control parameters. The method comprises the following steps: defining the normal numeric ranges of the control parameters; setting a first timer so as to control detection instruments to detect the real-time production data of the control parameters periodically; setting a second timer so as to periodically acquire the real-time production data of the control parameters detected by the detection instruments; carrying out the exception discarding treatment of the real-time production data of the control parameters according to the normal numeric ranges of the control parameters; and storing the data after the exception discarding treatment into a real-time database. The invention also provides a data processing device for the sintering control parameters. The data processing method and the data processing device can realize the noise processing of the real-time production data of the control parameters in the sintering process, and improve the accuracy and stability of the status control in the sintering process.

The invention relates to a cerium manganese co-doped yttrium (lutetium) aluminate ultra fast scintillation crystal and a preparation method thereof. The chemical formula of the crystal is CexMnyY(Lu)1-xAl1-yO3 which is abbreviated as Ce,Mn: Y(Lu)AP, wherein x and y have the following numeric ranges: x is more than or equal to 0.0001 and less than or equal to 0.01; and y is more than 0.0001 and less than or equal to 0.01. The preparation method adopts a crystal pulling method for growth. The Ce,Mn: Y(Lu)AP crystal has a high crystal optical quality, integrity without cracks, ultra fast scintillation time (10 ns), and a higher photon yield.

The invention relates to a dielectric-constant adjustable houghite-like membrane and a preparation method thereof, belonging to the technical field of controllable preparation of inorganic functional membrane. A pure aluminium sheet is taken as a substrate; an LDH membrane grows on the surface of the aluminium sheet; the houghite-like membrane is a compound generated by orderly assembling of interlayer anions and a plywood with positive charges; the chemical general formula of the membrane layer is (M<2+>1-xAl<3+>x(OH)2)<x+> (CO3<2->)x/2 mH2O, wherein, M<2+> stands for any one or two of divalent metal ions of Mg<2+>, Co<2+>, Ni<2+>, Cu<2+>, Fe<2+>, Mn<2+> or Zn<2+>. The numeric ranges of x and m are that x is more than or equal to 0.2 and less than or equal to 0.4 and m is more than or equal to 0 and less than or equal to 2. The structure of the houghite-like membrane is similar to brucite Mg(OH)2, and MO6 octahedron shares a seamed edge to form a plywood main body. The prepared LDH membrane is then roasted at 400 DEG-550 DEG C to obtain a composite metal oxide membrane. The dielectric-constant adjustable houghite-like membrane has the advantage that continuous adjustment for the membrane dielectric constant is realized.

The invention discloses an iron-based bulk amorphous soft magnetic alloy and a preparation method thereof; the molecular formula of the amorphous alloy is (Fe 0.5Co0.5) 70.7-xB20Si5Nb4.3Tbx; wherein the numeric range of x is x larger than or equal to 0 and less than or equal to 2.5; the amorphous alloy is obtained by adding a rare earth element Tb into FeCo BSiNb system. Compared with the prior art, the iron-based bulk amorphous soft magnetic alloy prepared by industrial material has bigger amorphous formation capability and excellent soft magnetic performance; the diameter of the prepared amorphous bar material is 2mm-3mm, the saturation magnetization strength is 0.69 T-0.92 T, and the coercive force is 2.1A/m-3.8 A/m, which are relatively row compared with other doped rare-earth element systems. The preparation method is simple and has lower cost. The iron-based bulk amorphous soft magnetic alloy can be used as a core of a magnetic sensor and is applied to fields such as information, communication and the like.

A numeric range search device includes: interval index storage means for storing, for numeric ranges to be searched, an interval index that is made up of records each including at least an interval filter and reference information and in which the records are organized in units of records whose interval filters are at least partially common, the interval filter being data indicating a correspondence relationship between an input numeric value or numeric range and subintervals obtained by dividing a range including all of the numeric ranges by a predetermined boundary value, and the reference information being information for referring to a numeric range to be searched; interval query generation means for generating an interval query which is data indicating a correspondence relationship between the input numeric value or numeric range and the subintervals; and candidate selection means for selecting, from the records, a record for which an AND of an interval filter included in the record and the interval query is equal to the interval query.

The invention relates to the field of crystals, in particular to a cerium-doped rare earth borate scintillating crystal and a Bridgman preparation method thereof. The chemical formula of the cerium-doped rare earth borate scintillating crystal is Li6Gd1-x-yYxCey(BO3)3, wherein the numeric range of x is from 0 to 0.9999, and the numeric range of y is from 0.0001 to 0.1. In the cerium-doped rare earth borate scintillating crystal of the invention, by partially replacing a Gd element with an element Y with approximate electronegativity and relatively smaller atomic number, the detection propertyof the gadolinium lithium borate crystal on neutrons is optimized and the raw material cost of crystal preparation is reduced. The Bridgman preparation method has the characteristics of simple processing equipment, low energy consumption, high production efficiency, low cost and the like, is convenient to operate and can realize industrial production.

The invention relates to an aluminate green phosphor doped with rare earth elements gallium and bismuth, and a preparation method of the aluminate green phosphor. The aluminate green phosphor is activated by use of Ce<3+>, and the general formula of the aluminate green phosphor is Y3-x-nBinAl5-yGayO12: Ce<3+>x, wherein the numeric range of x is from 0.01 to 0.2, and preferably from 0.06 to 0.08; the numeric range of y is from 0.5 to 4.5, and preferably from 1.0 to 4.5; the numeric range of n is from 0 to 0.006, and preferably from 0.002 to 0.006. The phosphor having the main emission peak in the green position is obtained by doping YAG (Yttrium Aluminum Garnet) phosphor with the element Ga, and the overall luminous efficacy of the phosphor is not reduced; the green phosphor is matched with yellow phosphor and a blue LED (Light Emitting Diode) chip so that a high-brightness white-light LED can be obtained; if the green phosphor is matched with the blue LED chip, green light can be obtained directly; if the green phosphor is matched with the yellow phosphor and the blue LED chip, cold-tone white light can be obtained; the green phosphor also can be matched with red phosphor and the blue LED chip to obtain white light; and besides, trace bismuth element also can be added to the aluminate green phosphor, so that the luminous intensity of the prepared phosphor can be greatly improved.

The utility model relates to a control region identification method and device in a long-term evolving system, which belongs to communication technique field. The method comprises: confirming each time value range according to affecting factors on identification process in the control region; and controlling identification process in the region based on the time value obtained toward coincident-frequency measurement. The method and device in the utility model gets affecting factors on time valuation of each operation during the region identification process. These factors comprise public channel design, public pilot channel design, wireless environment, the interference, the algorithm adopted, the realization of the UE and others. During time value simulation experiment and time value confirmation process, the numeric range of each time value in the control identification region process can be effectively determined by taking the factors into consideration, so that the region identification process control can be realized.

The invention discloses a data searching method and device, and belongs to the technical field of computers. The method comprises the steps of determining codes corresponding to numeric type data in a database according to the preset code algorithm; building a bit vector search tree according to the codes corresponding to the numeric type data in the database; respectively determining the first code corresponding to the first numeric type data at the upper limit and the second code corresponding to the numeric type data at the lower limit with the numeric value range condition according to the preset code algorithm while receiving the search request carrying the numerical value range condition; searching the numeric type data meeting the search request in the database according to the bit vector search tree and the third code which is obtained by processing the first code and the second code by a bitwise manner. With the adoption of the method and the device, the data searching efficiency can be increased.

The invention relates to a dispersed cobaltosic oxide optical film of silver and gold nano particles and a preparation method, belonging to the field of composite materials of metal nano particles and oxides. The invention provides a dispersed oxide non-linear optical film of silver and gold metal element nano particles, which is characterized in that the chemical composition formula is as follows: AgxAuy/(Co3O4)1-x-y, wherein, x and y respectively show molar fraction of composition elements of Ag and Au, the numeric range of x is 0.01 to 0.6, the numeric range of y is 0.01 to 0.6 and the numeric range of x+y is 0.02 to 0.8. The silver and gold nano particles are dispersed in the cobaltosic oxide matrix in a metal element manner, the diameters of the silver and gold nano particles are respectively 1 to 100nm, the absorption peak is observed in the film at two wave bands of 350 to 450nm and 550 to 650nm, the optical absorption range is increased and the film has excellent non-linear optical characteristics.

The invention provides an information embedding and extracting method based on Unicode encoding, which comprises the following steps: (1.1) preprocessing high bytes and low bytes of text message characters after Unicode encoding, so that the numerical ranges of the high bytes and the low bytes of each character are centralized; (1.2) carrying out segmented encoding calculation on the preprocessedhigh bytes and low bytes to enable the encoded high bytes and low bytes to be concentrated at certain data bits; (1.3) using data bits which are not used in the encoded high bytes and low bytes for information embedding, wherein the information extraction method comprises the following steps: (2.1) extracting embedded information according to sections where high bytes and low bytes of a message containing the embedded information are located; (2.2) decoding the high byte and the low byte of the message containing the embedded information to obtain the high byte and the low byte of the messagewithout the coded information; and (2.3) performing inverse preprocessing on the high byte and the low byte of the message without the coded information, and recovering the high byte and the low byteof the original data.

In a signal processing apparatus, when a luminance signal in a first numeric range is assigned to an integer value in a second range narrower than a first range representable by predetermined bits, and a luminance signal and color-difference signals are outputted under a predetermined standard in which a color-difference signal in a second numeric range is assigned to an integer value in a third range narrower than the first range, the luminance signal in the first numeric range is assigned to an integer value in a fourth range between the first and second ranges; the color-difference signal in the second numeric range is assigned to an integer value in a fifth range between the first and third ranges; and the fourth range is adjusted in a range between the first range and second range, and the fifth range is adjusted in a range between the first and third ranges.

The invention discloses a refrigerating and heating type air conditioner and a control method thereof. The refrigerating and heating type air conditioner comprises a duplex-cylinder compressor, a commutation assembly, an outdoor heat exchanger, an indoor heat exchanger, and an air-liquid separator, wherein the duplex-cylinder compressor comprises a first cylinder, a second cylinder, a first liquid storage device and a second liquid storage device; an air suction port of the first cylinder is communicated with the first liquid storage device, an air suction port of the second cylinder is communicated with the second liquid storage device, and the numeric range of the exhaust volume ratio of the second cylinder to the first cylinder is 1%-10%; the commutation assembly comprises a first valve port, a second valve port, a third valve port and a fourth valve port, and the fourth valve port is connected with the first liquid storage device; the air-liquid separator comprises an air outlet, a first interface and a second interface, the air outlet is connected with the second cylinder, and a first throttling element with an adjustable an opening degree is connected between the first interface and the outdoor heat exchanger in series; a second throttling element with a fixed opening degree is connected between the second interface and the indoor heat exchanger in series. The refrigerating and heating type air conditioner disclosed by the invention can effectively improve the energy efficiency of the air conditioner.

The invention relates to an Er-doped gadolinium yttrium silicate laser crystal and a preparation method thereof. The laser crystal has a molecular formula: (EryGdx (1-y) Y (1-x) (1-y)) 2SiO5, wherein the numeric range of the y is 0.005 to 0.01, and the numeric range of the x is more than zero and not more than 0.9. The Er-doped gadolinium yttrium silicate laser crystal grows by adopting a melt method. The laser crystal can carry out light source pumping by adopting a commercial InP laser diode or Er optical fiber laser, has large emission bandwidth and is beneficial to wide wavelength tuning.