Disclaimer: This documentation repository is under construction and will be improved with next releases.
The main objective of this documentation is to explain how to use SharpDX managed DirectX API. SharpDX is the result of almost one developer contribution, so this documentation is not intended to replace the whole DirectX SDK documentation or to provide any detailed usage of the DirectX API.
Thus it is highly recommended to leverage on existing DirectX MSDN C++ documentation or on popular DirectX books. As SharpDX is a low-level API and just a thin layer on top of DirectX API, developers need to understand the underlying C++ API in order to use correctly SharpDX. Understanding the C++ API doesn’t mean that you need to be an experienced C++ developer but you should at least understand simple C++/Win32 concepts like pointers, reference counting, COM objects... etc.
For this version, effort has been mainly focused to provide a clean and usable
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ATMAT See also Contents file for ATMAT and its subfolders. ATMAT at - This is the Accelerator Toolbox particle tracking code atcavityoff - Switches cavities off atcavityon - ATRADON switches RF cavities on atdiag - Tests AT intallation atdisplay - Checks the verbosity level in the global variable GLOBVAL athelp - Generates the list of Accelerator Toolbox functions atm2html - MAKEDOC_HTML - Generate new MML, SOLEIL and AT HTML help files atmexall - Builds all AT platform dependent mex-files from C-sources atpath - Adds the AT directories to the MATLAB search path atroot - Returns Accelerator Toolbox root directory atupdateContents - Updates Contents.m of AT directories getContents - Get the contents of a specified directory updateContents - Create a Contents.m file including subdirectories ATMAT/ATDEMOS ATMAT/ATDEMOS/ATFASTRING testatfastring - Demo of using atfastring for fast tracking ATMAT/ATDEMOS/ATMATCHEXAMPLES/BUMP run_BumpFit - Fit a bump using correctors ATMAT/ATDEMOS/ATMATCHEXAMPLES/EXAMPLEATMATCH betx - Get value of betx for Seq(indx) bety - Get value of bety for Seq(indx) dispx - Get value of horizontal dispersion for Seq(indx) getDispersion - Function [dx,dy]=getDispersion(THERING,bpmindx) mux runtotest_atmatch - Macro match dba test lattice beta functions and dispersion using VaryQuadFam ATMAT/ATDEMOS/ATMATCHEXAMPLES/MATCHCHROMATICITY run_matchChromaticity - Match chrmaticity ATMAT/ATDEMOS/GUI atslider - Is an example of a GUI control of multiple parameters in THERING demoknob - Illustrates the use of MATLAB GUI controls with AT ATMAT/ATDEMOS/IDMODELING add_ID - Adds IDelem at the beginning and subtracts the length from trackWithU35KickMap - Read in ESRF lattice ATMAT/ATDEMOS/OPTICSANDBEAMSIZES latticedemo - Self-running tutorial linoptdemo - Script illustrates the use of LINOPT ohmienvelopedemo - Illustrates the use of OHMIENVELOPE function ATMAT/ATDEMOS/RESPONSEMATRIX findrespmdemo - Response matrix demo ATMAT/ATDEMOS/TRACKING elementpassdemo - Self-running tutorial generateTrackData - Give some initial coordinates. Track through sample lattices testTracking - Test results of tracking against values previously computed trackingdemo - Self-running tutorial ATMAT/ATDEMOS/TRACKWITHIMPEDANCE bbr_gentab - Xr is extent of wake function in m makeFastRingWithBBR - SI units testTrackBBR - Create a fast ring from ESRF lattice ATMAT/ATGUI intelem - Interactive element editor intlat - Interactive AT lattice editor ATMAT/ATMATCH atApplyVariation - Applies a series of variations to variables as described in atDisplayConstraintsChange - This funciton evaluates the contraints defined in Constraints for lattice atDisplayVariableChange - This functions retrives variable Values for two rings to compare atEvaluateConstraints - This funciton evaluates the contraints defined in Constraints for lattice atGetPenalty atGetVariableValue atlinconstraint - Generate a constraint on linear optics for atmatch atmatch - Function [.. atVariableBuilder - AtVarBuilder create a simple variable structure for use with atmatch ATMAT/ATPHYSICS atavedata - Average of optical functions on selected elements findrespm - Computes the change in the closed orbit due to parameter perturbations findspos - Returns longitudinal positions of accelerator lattice elements numdifparams - Global variable in AT (all caps) PhysConstant - Fundamental Physical Constants --- Complete Listing ATMAT/ATPHYSICS/COLLECTIVEEFFECTS atbeam - Generates a particle distribution according to a sigma matrix atsigma - Constructs a beam sigma matrix 2x2 4x4 or 6x6 ATMAT/ATPHYSICS/LINEAROPTICS amat - Find A matrix from one turn map matrix T such that: atTunesAndDampingRatesFromMat - Find tunes and damping rates from one map matrix with radiation beam22 - Computes the beam matrix from the 1-turn transfer matrix beam44 - Computes the coupled beam matrices find_betaoids - [H1 H2 H3]=find_betaoids(A) find_etaoids - Given the normalizing matrix A, we compute the etaoids find_inv_G - This function computes the invariants of a one turn map matrix find_inv_G_fromA - This function computes the invariant matrices G1,G2,G3 findelemm44 - Numerically finds the 4x4 transfer matrix of an element findelemm66 - Numerically finds the 6x6 transfer matrix of an element findm44 - Numerically finds the 4x4 transfer matrix of an accelerator lattice findm66 - Numerically finds the 6x6 transfer matrix of an accelerator lattice get_dispersion_from_etaoids - Computes dispersion functions (x,px,y,py) at refpts jmat - Compute antisymmetric Matrix [O 1; -1 0] mkSRotationMatrix - (PSI) coordinate transformation matrix plotbeta - Plots UNCOUPLED! beta-functions ATMAT/ATPHYSICS/LONGITUDINALDYNAMICS atBunchLength - Bunch length due to the potential well effect atRFacc - Computes RF acceptance of the ring atsetcavity - ATSECAVITY Sets the synchronous phase of the cavity assuming radiation BunchLength - Bunch length due to the potential well effect cavityoff - Turns cavities OFF cavityon - Turns Cavities ON mcf - Momentum compaction factor nus - Computes synchrotron tune from RF parameters phis - Phase = phis(U0MeV,VrfMV) RFacc - Computes the RF acceptance with linear formula ATMAT/ATPHYSICS/NAFFLIB calcnaff - Computes NAFF decomposition for a phase space trajectory naff_cc - Compile nafflibrary for Matlab naff_example - Example to test naff within matlab nafflib - MATLAB to NAFF library ATMAT/ATPHYSICS/NONLINEARDYNAMICS atnuampl - Computes tune shift with amplitude computeRDT - Computes Hamiltonian resonance driving terms (RDTs) tunespaceplot - Draws a tune diagram ATMAT/ATPHYSICS/ORBIT findorbit - Alias to the orbit search functions: (findorbit4, findsyncorbit, findorbit4 - Finds closed orbit in the 4-d transverse phase findorbit6 - Finds closed orbit in the full 6-d phase space findsyncorbit - Finds closed orbit, synchronous with the RF cavity plotcod - Closed Orbit Distortion ATMAT/ATPHYSICS/PARAMETERSUMMARYFUNCTIONS atlinopt - Performs linear analysis of the COUPLED lattices atsummary - - Prints out the paramters of the current AT lattice atx - Computes and displays global information linopt - Performs linear analysis of the COUPLED lattices ringpara - Calculates various ring parameters twissline - Calculates linear optics functions for an UNCOUPLED transport line twissring - Calculates linear optics functions for an UNCOUPLED ring ATMAT/ATPHYSICS/RADIATION atenergy - Gets the lattice energy atgetU0 - Computes Energy loss per turn in eV atradoff - Switches radiation and cavity off atradon - Switches RF and radiation on atsetenergy - (ring,Energy) sets the Energy field in all findelemraddiffm findmpoleraddiffmatrix - FINDMPOLERADDIFFMATIRX calculates radiation diffusion matrix of a multipole element findthickmpoleraddiffm findthinmpoleraddiffm ohmienvelope - Calculates equilibrium beam envelope in a quantumDiff - Compute the radiation-diffusion matrix radiationoff - Turns classical radiation OFF radiationon - Turns classical radiation ON thickmpoleraddiffm - FINDTHICKMPOLERADDIFFM thinmpoleraddiffm - FINDTHINMPOLERADDIFFM ATMAT/ATPHYSICS/RADIATION/PRIVATE lyap - Solve continuous-time Lyapunov equations ATMAT/ATPHYSICS/TOUSCHEKPIWINSKI MomAperture_allRing - All Ring momentum aperture momentum_aperture_at - Function [deltamin, deltamax.. simpletestToucheckLT - Simple example of use of toucheck lifetime formula: TLT_IntPiw - Integral in Piwinski Formula for the Lifetime TLT_IntPiw_k - Integral in Piwinski Formula for the Lifetime with u=tan^2(k) TouschekPiwinskiLifeTime - Function [Tl,contributionsTL]=TouschekPiwinskiLifeTime(r,dpp,Ib) ATMAT/ATPHYSICS/TUNEANDCHROMATICITY findtune - Get the tune value from turn by turn positions fitchrom2 - Fits chromaticity of THERING using 2 sextupole families fittune2 - Fits linear tunes of THERING using 2 quadrupole families intfft - Calculates the tune from interpolated FFT of the trajectory tunechrom - Computes linear tunes and chromaticities for COUPLED or UNCOUPLED lattice ATMAT/ATPLOT atbaseplot - Plots data generated by a user-supplied function atplot - Plots optical functions atplotsyn - Helper function for ATPLOT atreforbit - Computes the coordinates of the local referential ATMAT/ATPLOT/PLOTFUNCTIONS CurlyH - Function [H,Hv]=CurlyH(RING,dp,ind) CurlyHlindata - Function [H,Hv]=CurlyHlindata(lindata) plBeamSize - Plots H and V beam size plClosedOrbit - Plots H and V 4x4 closed orbit plCorrectorStrength - #ok<INUSD> plEmitContrib - Plots H/rho³ at every dipole plenvelope - Plot beam envelope plot_betabeat - Function plot_betabeat(THERING_ref,THERING_mod) plot_trajectory - Plots particle trajectories plotB0curlyh - Left axis plotbetadispcurlyh - Left axis plotRDT - For ii=1:naddvar plotsqrtbetadispcurlyh - Left axis plotWdispP - Plot W functions plPolynomBComp - PlotBn coefficient with normalization plPolynomBSxtOct - Plots Bn for sextupole and octupole magnets plSigmaSigmap - Plots beam sizes and divergences pltouschek - Plots Touschek lifetime contribution plxi - #ok<INUSD> ATMAT/ATTRACK atpass - #ok<STOUT> linepass - Tracks particles through each element of the cell array LINE ringpass - Tracks particles through each element of the cell array RING ATMAT/LATTICE at2py - ELSTR=AT2PY(ELEM) convert AT element tp pyat at2str - Makes the string representation of an AT element ataddmpolecomppoly - Adds a multipole component to an existing polynomial, ataddmpoleerrors - Ataddrandmpole adds a random multipole component to all elements of type atdivelem - LINE=ATDIVELEM(ELEM,FRAC) divide an element into pieces atelem - Makes a new AT element structure from another element, atfastring - Generate simplified AT structures atfitchrom - ATFITTUNE fits chromaticites by scaling 2 sextupol families atfittune - Fits linear tunes by scaling 2 quadrupole families atgetcells - Performs a search on MATLAB cell arrays of structures atgetfieldvalues - Retrieves the field values AT cell array of elements atguessclass - Tries to determine the class of an element atindex - Extracts the information about element families and atinsertelems - Insert elements at given locations in a line atloadfielderrs - Will load a field error structure into a ring atmakefielderrstruct - MAKERNDFIELDERRS will create a field error data structure atreduce - Remove useless elements from an AT structure atsbreak - Insert markers at given s positions in a lattice atsetfieldvalues - Sets the field values of MATLAB cell array of structures atsetRFCavity - - sets the RF Cavity with the passmethod RFCavityPass atsetshift - Sets the misalignment vectors atsettilt - Sets the entrance and exit rotation matrices atshiftelem - Set new displacement parameters atsplitelem - Creates a line by inserting one or more elements into a base element attiltelem - Sets new rotation parameters atwritem - Creates a .m file to store an AT structure atwritepy - Creates a .m file to store an AT structure buildlat - Places elements from FAMLIST into cell array THERING combinebypassmethod - Combines adjacent elements that have the same specified pass method combinelinear45 - Combines adjacent elements that use 4-by-5 PassMethods entrancefields - () Return the list of field names affecting the element entrance exitfields - () Return the list of field names affecting the element exit findcells - Performs a search on MATLAB cell arrays of structures findtags - Looks for string matches in 'Tag' field of AT lattice elements getargs - Process positional arguments from the input arguments getcellstruct - Retrieves the field values MATLAB cell array of structures getflag - Check the presence of a flag in an argument list getoption - Extract a keyword argument from the input arguments insertelem0 - - quick and dirty: insertindrift - Inserts one or more elements into a drift element isatelem - Tests if an input argument is a valid AT element isatlattice - Tests if an input argument is a valid AT lattice mergedrift - Removes a lattice element and merges the two adjacent drift spaces mvelem - (ELEMPOS, DIST) moves an element located at ELEMPOS in THERING mvfield - Move fields from one structure to another parseargs - Check and expands optional argument lists reverse - Reverses the order of elements in a one-dimensional MATLAB ARRAY rmelem0 - Removes elements of length 0 from the accelerator lattice setcellstruct - Sets the field values of MATLAB cell array of structures setshift - Sets the misalignment vectors T1, T2 for elements settags - Sets the 'Tag' field in AT lattice elements settilt - Sets the entrance and exit misalignment matrixes splitdrift - Inserts an element into a drift space symplectify - Makes a matrix more symplectic ATMAT/LATTICE/CONVERTERS readmad - Reads the file output of MAD commands ATMAT/LATTICE/CONVERTERS/AT2ELEGANT AT_2_Elegant - This functions converts the AT lattice AT_ring in elegant form ATMAT/LATTICE/CONVERTERS/AT2G4BL ATtoG4BL - Function [outtext]=ATtoG4BL(P_0,particle,folder) ATMAT/LATTICE/CONVERTERS/AT2MAD8 AT_2_mad8 - Function [elelat,def,lines]=AT_2_mad8(AT_ring,linename) ATMAT/LATTICE/CONVERTERS/AT2MADX AT_2_madX - Function [elelat,defs,lines]=AT_2_madX(AT_ring,linename) ATMAT/LATTICE/CONVERTERS/AT2OPA AT_2_OPA - Function AT_2_OPA(AT_ring,linename) ATMAT/LATTICE/CONVERTERS/ELEGANT2AT ele2at_run_me - Test_elegant_converter elegant2at - Function elegant2at(elegantlattice,E0,outfilename) ParseAtributesELEGANT_2_AT - Determines atribute and sets field in sxs{i} structure AT ATMAT/LATTICE/CONVERTERS/MAD82MADX mad8TOmadx - Converts mad8 sequence files to madX ATMAT/LATTICE/CONVERTERS/MADX2AT atfrommadx - Function atfrommadx(seqfilemadX,E0,outfilename) buildATLattice - Given a list (cell array) of elements with specified field Spos (center of element (madx default)) in a ParseAtributesMADX_2_AT - Determines atribute and sets field in sxs{i} structure AT reshapeToCellArray - If CEL_CEL is a cell array of structures and cell arrays it converts it a ATMAT/LATTICE/CONVERTERS/MADX2AT/EXAMPLES convertMADXtoATExample - Simple lattice test (uncomment to run) ATMAT/LATTICE/CONVERTERS/MADX2G4BL madx2g4bl - Function [outtext]=madx2g4bl(P_0,particle,folder) ATMAT/LATTICE/ELEMENT_CREATION ataperture - Creates a aperture element atbaselem - Create an AT element structure + various checks atcorrector - Creates a drift space element with class 'Corrector' atdampMatElem - Creates an element that applies the global damping matrix atdrift - Creates a drift space element with Class 'Drift' atidtable - (FAMNAME,Nslice,filename,Energy,method) atM66 - (FAMNAME,M66,PASSMETHOD) atM66Tijk - ATM66(FAMNAME,M66,Tijk,PASSMETHOD) atmarker - Creates a marker space element atmonitor - Creates a Beam Position Monitor element with Class 'Monitor' atmultipole - Creates a multipole element atquadrupole - Creates a quadrupole element with Class 'Quadrupole' atQuantDiff - Creates a quantum diffusion element atrbend - Creates a rectangular bending magnet element with class 'Bend' atrfcavity - Creates an rfcavity element with Class 'RFCavity' atringparam - Creates a RingParameter Element which should go at the beginning of the ring atsbend - Creates a sector bending magnet element with class 'Bend' atsextupole - Creates a sextupole element with class 'Sextupole' atskewquad - Creates a skew quadrupole element with Class 'Multipole' atsolenoid - Creates a new solenoid element with Class 'Solenoid' atthinmultipole - Creates a thin multipole element atwiggler - Create a WIGGLER element ATMAT/LATTICE/ELEMENT_CREATION/PRIVATE decodeatargs - Separates arguments and resources ATMAT/LATTICE/PARAMGROUP atparamgroup - PARAMETER GROUP in AT is a general way mkparamgroup - Simplifies creation of AT parameter groups restoreparamgroup - Restores the values of multiple physical saveparamgroup - Saves the values of multiple physical setparamgroup - Modifies a group of parameters ATMAT/LATTICE/SURVEY atgeometry - Computes the 2-D position of all elements (no vertical bend) atgeometry3 - Computes the 3-D position of all elements ATMAT/PUBTOOLS atdynap - Compute the dynamic aperture atmomap - Find momentum aperture at start of ring atsurvey2spos - Returns closest lattics s coordinates to xycoord points atundulator - Define undulator model atvalue - Extract array from lindata structure calc_dppAperture - Calculate the momentum aperture at each location of the ring due to calc_Touschek - TauT = calc_Touschek(THERING, Ib) calc_TouschekPM - TauT = calc_TouschekPM(TD,dppPM,Trf,Ib,U0,coupling, sigE, emit_x) freqsearch - ========================================================================= nlchromplot - Example: nlchromplot(esrf,-.04,.04,30,16,1) ATMAT/PUBTOOLS/APERTURE plotAperture - Plots x and y aperture plotERAperture - Plots RApertures EApertures aperture plotRAperture - Plots Rectangular aperture SetPhysicalAperture - Ringapert=SetPhysicalAperture(ring,apertureX,apertureY) ATMAT/PUBTOOLS/CREATE_ELEMS atidtable_dat - Atidtable(fname, Nslice, filename, Energy, method) ATMAT/PUBTOOLS/DISTANCE2CURVE distance2curve - Gets the minimum distance from a point to a general curvilinear n-dimensional arc ATMAT/PUBTOOLS/HAISSINSKI blength fitgaussian - GAUSSIAN_PARAM FITERR GAUSSFIT SIGERROR]= FITGAUSSIAN(DATA,[property_value_pair]); plothaissinski - [z lambda sigma mu] = HASSINSKYFIT(SIGMA0, R, L) Qval - Gives the unitless Q parameter needed to compute the ATMAT/PUBTOOLS/LATTICE_TOOLS atreadbeta - Reads a BETA file atrotatelattice - Gives a new lattice starting with index as the first atsetglobval - Creates the global variable GLOBVAL and adds Energy scalesext - Newring=scalesext(ring,sextfam,scale) setsext - Newring=setsext(ring,fam,val); setsextall - Newring=setsextall(ring,fam,val); sext_sens_scan - Esrf(:) ATMAT/PUBTOOLS/LATTICETUNINGFUNCTIONS ATMAT/PUBTOOLS/LATTICETUNINGFUNCTIONS/CORRECTION qemsvd_mod - Function dq=qemsvd_mod(a,b,neig,plot) ATMAT/PUBTOOLS/LATTICETUNINGFUNCTIONS/CORRECTION/CHROMATICITY atmatchchromdelta - Function arcchrom0=atmatchchromdelta(arc,c,sxtfams) ATMAT/PUBTOOLS/LATTICETUNINGFUNCTIONS/CORRECTION/CORRECTION_CHAIN CorrectionChain - Corrected lattice DisplayCorrectionEffect - [d0,de,dc]=DisplayCorrectionEffect(.. testcorrectionchain - Test errors and correction functions ATMAT/PUBTOOLS/LATTICETUNINGFUNCTIONS/CORRECTION/DISPERSION atcorrectdispersion - Function [.. testdispersioncorrection - Test errors and correction functions ATMAT/PUBTOOLS/LATTICETUNINGFUNCTIONS/CORRECTION/DISPERSIONFREESTEERING atdispersionfreesteering - Function [.. testdispersionfreesteering - Test errors and correction functions ATMAT/PUBTOOLS/LATTICETUNINGFUNCTIONS/CORRECTION/ORBIT atcorrectorbit testorbitbump - Test errors and correction functions testorbitcorrection - Test errors and correction functions ATMAT/PUBTOOLS/LATTICETUNINGFUNCTIONS/CORRECTION/ORBITBUMPS/MATCHING BumpAtBPM - Function roff=BumpAtBPM(.. BumpAtBPM4D - Function roff=BumpAtBPM(.. testorbitbump - Test matching orbit bump ATMAT/PUBTOOLS/LATTICETUNINGFUNCTIONS/CORRECTION/RDT atavedata_mod - ATAVEDATA Average of optical functions on selected elements atQuadRDTdispersioncorrection - - Make dispersion correction based on RDTs atRDTdispersioncorrection - Makes dispersion correction based on RDTs atRDTdispersionmeasuredcorrection - Makes correction of dispersion based on atSkewRDTdispersioncorrection - Function [.. EquivalentGradientsFromAlignments6D - Estimated normal quad gradients from sext offsets qemrdtresp_mod - QEMRDTRESP compute resonance driving terms at BPM locations semrdtresp_mod - SEMRDT compute resonance driving terms at BPM locations testRDTdispersionfreesteering - Test errors and correction functions ATMAT/PUBTOOLS/LATTICETUNINGFUNCTIONS/CORRECTION/RESPONSE_MATRIX findrespmat - FINDRESPM_mod computes the change in the closed orbit due to parameter perturbations getresponsematrices - 1 AT lattice gettunechromatlinopt - Gets tunes and chromaticities from atlinopt ATMAT/PUBTOOLS/LATTICETUNINGFUNCTIONS/CORRECTION/RFCAVITY atRFcorrection - Function [.. atsetRFCavityErr - ATSETRFCAVITY sets the RF Cavity with the passmethod RFCavityPass testsetRFCavityErr - Test errors and correction functions ATMAT/PUBTOOLS/LATTICETUNINGFUNCTIONS/CORRECTION/TRAJECTORY atfirstturntrajectory - Makes first turn correction MatchLast2CorForFirstBPM - Takes the last two correctors to match the orbit and angle trajectory at Scan2x2DinCOD - [bestinputcoord]=ScanPosAngle(.. testorbitaftertrajectory - Test errors and correction functions testtrajectorycorrection - Test errors and correction functions ATMAT/PUBTOOLS/LATTICETUNINGFUNCTIONS/CORRECTION/TUNE atmatchtunedelta - Function arcchrom0=atmatchtunedelta(arc,c,quadfams) fittunedelta2fam - Rerr=fittunedelta2fam(rerr,r0) testfittunedelta2fam - Test errors and correction functions ATMAT/PUBTOOLS/LATTICETUNINGFUNCTIONS/ERRORS AssignFieldErr - Function r=AssignFieldErr(r,refpos,N,rho,BNn,ANn) atset_s_shift - Implements DS longitudinal position drift atsetbpmerr - Sets the misalignment vectors atsettiltdipole - Sets the entrance and exit rotation matrices bpm_matrices - Computes the transformation matrices for the given BPMs bpm_process - UNTITLED3 Summary of this function goes here finddispersion6Err - Gets 6D dispersion with bpm reading errors findorbit4Err - Gets 4x4 closed orbit with BPM errors findorbit6Err - Findorbit6 with bpm reading errors findtrajectory6Err - [t 6xNbpm array of trajectory setANYshift - Adds to the existing shift errors additional D setFieldIntegralError - Function rerr=setFieldIntegralError(r0,rerr,indx,order,Nsigma,sigmaperc) setGirderError - Rerr=setGirderError(r,pert,errval,mag_group) SetLargeErrorList - Sets given error list setTiltAbout - Sets tilt errors setTiltGirderAbout - Set Tilt error on a magnet setXshift - Set horizontal shifts for a element list ATMAT/PUBTOOLS/LATTICETUNINGFUNCTIONS/ERRORS/BPMERRORS testerr - Load lattice ATMAT/PUBTOOLS/LATTICETUNINGFUNCTIONS/ERRORS/DELTAS testerr - Load lattice ATMAT/PUBTOOLS/LATTICETUNINGFUNCTIONS/ERRORS/DXDY testerr - Load lattice ATMAT/PUBTOOLS/LATTICETUNINGFUNCTIONS/ERRORS/ERRORDISPLAYFUNCTIONS GetMisalignments - This function retrives 3 vectors, for x and y misalignments and tilts pltmisalignments - #ok<INUSD> ATMAT/PUBTOOLS/LATTICETUNINGFUNCTIONS/ERRORS/ERRORSMANIPULATION GetExistingErrors - This function retrives 6 vectors, for x, y,s misalignments, getMagGroupsFromGirderIndex - Gets magnets on a girder getMagGroupsFromMagNum - - Gets magnet from a Magnet group setBpmOffsetOnDipoleRef - Set bpm on curve defined by dipole misalignments SetExistingError - Function SetExistingError(rerr,magindex,X0,Y0,S0,T0,R0,P0,bpm0) SumErrors - Rsum=SumErrors(r1,r2,magindex) ThetaPhiGirder - Rtp=ThetaPhiGirder(r,mag_gr) UniformGirderErrors - Function ring=UniformGirderErrors(ring) UniformMagGroupsErrors - Function ring=UniformMagGroupsErrors(ring) ATMAT/PUBTOOLS/LATTICETUNINGFUNCTIONS/ERRORS/FIELDINTEGRAL testerr - Load lattice ATMAT/PUBTOOLS/LATTICETUNINGFUNCTIONS/ERRORS/GIRDERS testerr - Load lattice ATMAT/PUBTOOLS/LATTICETUNINGFUNCTIONS/ERRORS/LARGEERRLIST testerr - Load lattice ATMAT/PUBTOOLS/LATTICETUNINGFUNCTIONS/ERRORS/LARGEWAVELIST testcor - Load lattice ATMAT/PUBTOOLS/LATTICETUNINGFUNCTIONS/ERRORS/MULTIPOLES testerr - Load lattice ATMAT/PUBTOOLS/LATTICETUNINGFUNCTIONS/ERRORS/RANDOM atsetrandomerrors - Function rerr=atsetrandomerrors(.. seterrorrand - Nominal lattice ATMAT/PUBTOOLS/LATTICETUNINGFUNCTIONS/ERRORS/SURVEY SetESRFAlgeAlignmentError - Function SetESRFAlgeAlignmentError(.. testerr - Load lattice ATMAT/PUBTOOLS/LATTICETUNINGFUNCTIONS/ERRORS/TILT compRotCorVsDip - Load lattice compRotCorVsDipQuad - Load lattice testerr - Load lattice testerrRotCorrector - Load lattice ATMAT/PUBTOOLS/LATTICETUNINGFUNCTIONS/ERRORS/WAVE atsetwaveerrors - Function rerr=atsetwaveerrors(.. seterrorwave - Nominal lattice ATMAT/PUBTOOLS/LOCAL_LATTICE_PARAMS atmakeXYProjectionEllipse - Gives points to plot the contour ellipses machine_at - Machine AT will return the optics of the lattice. Essentially takes what plotContours - Plots contours ATMAT/PUBTOOLS/VACUUMLIFETIME VacLifetimeResidualGass - Coloumb scattering and residual gas Bremsstrahlung Cross sections are This file was generated by updateContents.m on 04 Mar 2018 at 00:00:07.


| finish/1 | Finish a span : add duration (current time - timestamp). |
| from_proplist/1 | Convert a proplist to span record. |
| get_duration/1 | Get the duration of a span. |
| get_id/1 | Get the id of a span. |
| get_ids/1 | Get ids (trace id and span id) of a span. |
| get_logs/1 | Get the list of logs (timestamp-text pairs) of a span. |
| get_name/1 | Get the name of a span. |
| get_parent_id/1 | Get the parent id of a span. |
| get_tags/1 | Get the list of tags (key-value pairs) of a span. |
| get_timestamp/1 | Get the start timestamp of a span. |
| get_trace_id/1 | Get the trace id of a span. |
| log/2 | Adds a log message to a span. |
| log/3 | Adds a log message to a span with the specified service information. |
| start/1 | Starts a span with the specified name. |
| start/2 | Starts a span with the specified name and trace id. |
| start/3 | Starts a child span with the specified name, trace id and parent id. |
| start_with_tags/2 | Starts a span with the specified name and initial tags. |
| start_with_tags/3 | Starts a span with the specified name, initial tags and trace id. |
| start_with_tags/4 | Starts a child span with the specified name, trace id and parent id. |
| tag/3 | Adds a tag to a span. |
| tag/4 | Adds a tag to a span with a given service. |
| to_proplist/1 | Convert span record to a proplist. |
Finish a span : add duration (current time - timestamp)
from_proplist(Proplist::list()) -> span()
Convert a proplist to span record. The proplist is expected to have keys : timestamp, duration, id, trace_id, parent_id, name, tags, logs with the correct values as described in the span record in otter.hrl
Get the duration of a span.
Adds a log message to a span with the specified service information.
Starts a span with the specified name. Automatically generates a trace id.
start(Name::info(), TraceId::trace_id()) -> span()
Starts a span with the specified name and trace id
start(Name::info(), TraceId::trace_id(), ParentId::span_id()) -> span()
Starts a child span with the specified name, trace id and parent id
Starts a span with the specified name and initial tags.
start_with_tags(Name::info(), InitialTags::[tag()], TraceId::trace_id()) -> span()
Starts a span with the specified name, initial tags and trace id
start_with_tags(Name::info(), InitialTags::[tag()], TraceId::trace_id(), ParentId::span_id() | undefined) -> span()
Starts a child span with the specified name, trace id and parent id
Adds a tag to a span. If the tag already exists, its value will be overwritten.
Adds a tag to a span with a given service. If the tag already exists, its value will be overwritten.
to_proplist(Span::span()) -> list()
Convert span record to a proplist
Generated by EDoc, May 26 2017, 00:23:00.


CyclesRenderSettings(PropertyGroup)¶
base classes — bpy_struct
, PropertyGroup
-
class
bpy.types.
CyclesRenderSettings
(PropertyGroup)¶ -
aa_samples
¶ Number of antialiasing samples to render for each pixel
Type: int in [1, 2097151], default 4
-
ao_bounces
¶ Approximate indirect light with background tinted ambient occlusion at the specified bounce, 0 disables this feature
Type: int in [0, 1024], default 0
-
ao_bounces_render
¶ Approximate indirect light with background tinted ambient occlusion at the specified bounce, 0 disables this feature
Type: int in [0, 1024], default 0
-
ao_samples
¶ Number of ambient occlusion samples to render for each AA sample
Type: int in [1, 1024], default 1
-
bake_type
¶ Type of pass to bake
Type: enum in [‘COMBINED’, ‘AO’, ‘SHADOW’, ‘NORMAL’, ‘UV’, ‘EMIT’, ‘ENVIRONMENT’, ‘DIFFUSE’, ‘GLOSSY’, ‘TRANSMISSION’, ‘SUBSURFACE’], default ‘COMBINED’
-
blur_glossy
¶ Adaptively blur glossy shaders after blurry bounces, to reduce noise at the cost of accuracy
Type: float in [0, 10], default 0.0
-
camera_cull_margin
¶ Margin for the camera space culling
Type: float in [0, 5], default 0.1
-
caustics_reflective
¶ Use reflective caustics, resulting in a brighter image (more noise but added realism)
Type: boolean, default True
-
caustics_refractive
¶ Use refractive caustics, resulting in a brighter image (more noise but added realism)
Type: boolean, default True
-
debug_bvh_time_steps
¶ Split BVH primitives by this number of time steps to speed up render time in cost of memory
Type: int in [0, 16], default 0
-
debug_bvh_type
¶ Choose between faster updates, or faster render
DYNAMIC_BVH
Dynamic BVH, Objects can be individually updated, at the cost of slower render time.STATIC_BVH
Static BVH, Any object modification requires a complete BVH rebuild, but renders faster.
Type: enum in [‘DYNAMIC_BVH’, ‘STATIC_BVH’], default ‘DYNAMIC_BVH’
-
debug_cancel_timeout
¶ Type: float in [0.01, 10], default 0.1
-
debug_opencl_device_type
¶ Type: enum in [‘NONE’, ‘ALL’, ‘DEFAULT’, ‘CPU’, ‘GPU’, ‘ACCELERATOR’], default ‘ALL’
-
debug_opencl_kernel_single_program
¶ Type: boolean, default True
-
debug_opencl_kernel_type
¶ Type: enum in [‘DEFAULT’, ‘MEGA’, ‘SPLIT’], default ‘DEFAULT’
-
debug_opencl_mem_limit
¶ Artificial limit on OpenCL memory usage in MB (0 to disable limit)
Type: int in [-inf, inf], default 0
-
debug_reset_timeout
¶ Type: float in [0.01, 10], default 0.1
-
debug_text_timeout
¶ Type: float in [0.01, 10], default 1.0
-
debug_tile_size
¶ Type: int in [1, 4096], default 1024
-
debug_use_cpu_avx
¶ Type: boolean, default True
-
debug_use_cpu_avx2
¶ Type: boolean, default True
-
debug_use_cpu_split_kernel
¶ Type: boolean, default False
-
debug_use_cpu_sse2
¶ Type: boolean, default True
-
debug_use_cpu_sse3
¶ Type: boolean, default True
-
debug_use_cpu_sse41
¶ Type: boolean, default True
-
debug_use_cuda_adaptive_compile
¶ Type: boolean, default False
-
debug_use_cuda_split_kernel
¶ Type: boolean, default False
-
debug_use_hair_bvh
¶ Use special type BVH optimized for hair (uses more ram but renders faster)
Type: boolean, default True
-
debug_use_opencl_debug
¶ Type: boolean, default False
-
debug_use_qbvh
¶ Type: boolean, default True
-
debug_use_spatial_splits
¶ Use BVH spatial splits: longer builder time, faster render
Type: boolean, default False
-
device
¶ Device to use for rendering
CPU
CPU, Use CPU for rendering.GPU
GPU Compute, Use GPU compute device for rendering, configured in the system tab in the user preferences.
Type: enum in [‘CPU’, ‘GPU’], default ‘CPU’
-
dicing_rate
¶ Size of a micropolygon in pixels
Type: float in [0.1, 1000], default 1.0
-
diffuse_bounces
¶ Maximum number of diffuse reflection bounces, bounded by total maximum
Type: int in [0, 1024], default 4
-
diffuse_samples
¶ Number of diffuse bounce samples to render for each AA sample
Type: int in [1, 1024], default 1
-
distance_cull_margin
¶ Cull objects which are further away from camera than this distance
Type: float in [0, inf], default 50.0
-
feature_set
¶ Feature set to use for rendering
SUPPORTED
Supported, Only use finished and supported features.EXPERIMENTAL
Experimental, Use experimental and incomplete features that might be broken or change in the future.
Type: enum in [‘SUPPORTED’, ‘EXPERIMENTAL’], default ‘SUPPORTED’
-
film_exposure
¶ Image brightness scale
Type: float in [0, 10], default 1.0
-
film_transparent
¶ World background is transparent with premultiplied alpha
Type: boolean, default False
-
filter_type
¶ Pixel filter type
BOX
Box, Box filter.GAUSSIAN
Gaussian, Gaussian filter.BLACKMAN_HARRIS
Blackman-Harris, Blackman-Harris filter.
Type: enum in [‘BOX’, ‘GAUSSIAN’, ‘BLACKMAN_HARRIS’], default ‘BLACKMAN_HARRIS’
-
filter_width
¶ Pixel filter width
Type: float in [0.01, 10], default 1.5
-
glossy_bounces
¶ Maximum number of glossy reflection bounces, bounded by total maximum
Type: int in [0, 1024], default 4
-
glossy_samples
¶ Number of glossy bounce samples to render for each AA sample
Type: int in [1, 1024], default 1
-
light_sampling_threshold
¶ Probabilistically terminate light samples when the light contribution is below this threshold (more noise but faster rendering). Zero disables the test and never ignores lights
Type: float in [0, 1], default 0.01
-
max_bounces
¶ Total maximum number of bounces
Type: int in [0, 1024], default 12
-
max_subdivisions
¶ Stop subdividing when this level is reached even if the dice rate would produce finer tessellation
Type: int in [0, 16], default 12
-
mesh_light_samples
¶ Number of mesh emission light samples to render for each AA sample
Type: int in [1, 1024], default 1
-
min_bounces
¶ Minimum number of bounces, setting this lower than the maximum enables probabilistic path termination (faster but noisier)
Type: int in [0, 1024], default 3
-
motion_blur_position
¶ Offset for the shutter’s time interval, allows to change the motion blur trails
START
Start on Frame, The shutter opens at the current frame.CENTER
Center on Frame, The shutter is open during the current frame.END
End on Frame, The shutter closes at the current frame.
Type: enum in [‘START’, ‘CENTER’, ‘END’], default ‘CENTER’
-
pixel_filter_type
¶ Pixel filter type
BOX
Box, Box filter.GAUSSIAN
Gaussian, Gaussian filter.BLACKMAN_HARRIS
Blackman-Harris, Blackman-Harris filter.
Type: enum in [‘BOX’, ‘GAUSSIAN’, ‘BLACKMAN_HARRIS’], default ‘BLACKMAN_HARRIS’
-
preview_aa_samples
¶ Number of antialiasing samples to render in the viewport, unlimited if 0
Type: int in [0, 2097151], default 4
-
preview_active_layer
¶ Preview active render layer in viewport
Type: boolean, default False
-
preview_dicing_rate
¶ Size of a micropolygon in pixels during preview render
Type: float in [0.1, 1000], default 8.0
-
preview_pause
¶ Pause all viewport preview renders
Type: boolean, default False
-
preview_samples
¶ Number of samples to render in the viewport, unlimited if 0
Type: int in [0, inf], default 32
-
preview_start_resolution
¶ Resolution to start rendering preview at, progressively increasing it to the full viewport size
Type: int in [8, 16384], default 64
-
progressive
¶ Method to sample lights and materials
BRANCHED_PATH
Branched Path Tracing, Path tracing integrator that branches on the first bounce, giving more control over the number of light and material samples.PATH
Path Tracing, Pure path tracing integrator.
Type: enum in [‘BRANCHED_PATH’, ‘PATH’], default ‘PATH’
-
rolling_shutter_duration
¶ Scanline “exposure” time for the rolling shutter effect
Type: float in [0, 1], default 0.1
-
rolling_shutter_type
¶ Type of rolling shutter effect matching CMOS-based cameras
NONE
None, No rolling shutter effect used.TOP
Top-Bottom, Sensor is being scanned from top to bottom.
Type: enum in [‘NONE’, ‘TOP’], default ‘NONE’
-
sample_all_lights_direct
¶ Sample all lights (for direct samples), rather than randomly picking one
Type: boolean, default True
-
sample_all_lights_indirect
¶ Sample all lights (for indirect samples), rather than randomly picking one
Type: boolean, default True
-
sample_clamp_direct
¶ If non-zero, the maximum value for a direct sample, higher values will be scaled down to avoid too much noise and slow convergence at the cost of accuracy
Type: float in [0, inf], default 0.0
-
sample_clamp_indirect
¶ If non-zero, the maximum value for an indirect sample, higher values will be scaled down to avoid too much noise and slow convergence at the cost of accuracy
Type: float in [0, inf], default 0.0
-
samples
¶ Number of samples to render for each pixel
Type: int in [1, inf], default 128
-
sampling_pattern
¶ Random sampling pattern used by the integrator
SOBOL
Sobol, Use Sobol random sampling pattern.CORRELATED_MUTI_JITTER
Correlated Multi-Jitter, Use Correlated Multi-Jitter random sampling pattern.
Type: enum in [‘SOBOL’, ‘CORRELATED_MUTI_JITTER’], default ‘SOBOL’
-
seed
¶ Seed value for integrator to get different noise patterns
Type: int in [0, inf], default 0
-
shading_system
¶ Use Open Shading Language (CPU rendering only)
Type: boolean, default False
-
subsurface_samples
¶ Number of subsurface scattering samples to render for each AA sample
Type: int in [1, 1024], default 1
-
texture_limit
¶ Limit texture size used by viewport rendering
OFF
No Limit, No texture size limit.128
128, Limit texture size to 128 pixels.256
256, Limit texture size to 256 pixels.512
512, Limit texture size to 512 pixels.1024
1024, Limit texture size to 1024 pixels.2048
2048, Limit texture size to 2048 pixels.4096
4096, Limit texture size to 4096 pixels.8192
8192, Limit texture size to 8192 pixels.
Type: enum in [‘OFF’, ‘128’, ‘256’, ‘512’, ‘1024’, ‘2048’, ‘4096’, ‘8192’], default ‘OFF’
-
texture_limit_render
¶ Limit texture size used by final rendering
OFF
No Limit, No texture size limit.128
128, Limit texture size to 128 pixels.256
256, Limit texture size to 256 pixels.512
512, Limit texture size to 512 pixels.1024
1024, Limit texture size to 1024 pixels.2048
2048, Limit texture size to 2048 pixels.4096
4096, Limit texture size to 4096 pixels.8192
8192, Limit texture size to 8192 pixels.
Type: enum in [‘OFF’, ‘128’, ‘256’, ‘512’, ‘1024’, ‘2048’, ‘4096’, ‘8192’], default ‘OFF’
-
tile_order
¶ Tile order for rendering
CENTER
Center, Render from center to the edges.RIGHT_TO_LEFT
Right to Left, Render from right to left.LEFT_TO_RIGHT
Left to Right, Render from left to right.TOP_TO_BOTTOM
Top to Bottom, Render from top to bottom.BOTTOM_TO_TOP
Bottom to Top, Render from bottom to top.HILBERT_SPIRAL
Hilbert Spiral, Render in a Hilbert Spiral.
Type: enum in [‘CENTER’, ‘RIGHT_TO_LEFT’, ‘LEFT_TO_RIGHT’, ‘TOP_TO_BOTTOM’, ‘BOTTOM_TO_TOP’, ‘HILBERT_SPIRAL’], default ‘HILBERT_SPIRAL’
-
transmission_bounces
¶ Maximum number of transmission bounces, bounded by total maximum
Type: int in [0, 1024], default 12
-
transmission_samples
¶ Number of transmission bounce samples to render for each AA sample
Type: int in [1, 1024], default 1
-
transparent_max_bounces
¶ Maximum number of transparent bounces
Type: int in [0, 1024], default 8
-
transparent_min_bounces
¶ Minimum number of transparent bounces, setting this lower than the maximum enables probabilistic path termination (faster but noisier)
Type: int in [0, 1024], default 8
-
use_animated_seed
¶ Use different seed values (and hence noise patterns) at different frames
Type: boolean, default False
-
use_camera_cull
¶ Allow objects to be culled based on the camera frustum
Type: boolean, default False
-
use_distance_cull
¶ Allow objects to be culled based on the distance from camera
Type: boolean, default False
-
use_layer_samples
¶ How to use per render layer sample settings
USE
Use, Per render layer number of samples override scene samples.BOUNDED
Bounded, Bound per render layer number of samples by global samples.IGNORE
Ignore, Ignore per render layer number of samples.
Type: enum in [‘USE’, ‘BOUNDED’, ‘IGNORE’], default ‘USE’
-
use_progressive_refine
¶ Instead of rendering each tile until it is finished, refine the whole image progressively (this renders somewhat slower, but time can be saved by manually stopping the render when the noise is low enough)
Type: boolean, default False
-
use_square_samples
¶ Square sampling values for easier artist control
Type: boolean, default False
-
use_transparent_shadows
¶ Use transparency of surfaces for rendering shadows
Type: boolean, default True
-
volume_bounces
¶ Maximum number of volumetric scattering events
Type: int in [0, 1024], default 0
-
volume_max_steps
¶ Maximum number of steps through the volume before giving up, to avoid extremely long render times with big objects or small step sizes
Type: int in [2, 65536], default 1024
-
volume_samples
¶ Number of volume scattering samples to render for each AA sample
Type: int in [1, 1024], default 1
-
volume_step_size
¶ Distance between volume shader samples when rendering the volume (lower values give more accurate and detailed results, but also increased render time)
Type: float in [1e-07, 100000], default 0.1
-
Inherited Properties
Inherited Functions
References


Education
High School DiplomaBaccalauréat with honours
2004 – 2006
International semesterZaragoza University (Spain)
2010 – 2011
Webmarketing Master
ESSCA Business School
2006 – 2012
Full Stack Web DevelopmentFree Code Camp
June 2015 - In progress


Our team created site with Lambda students in mind. We believe that we have created a smooth clean interface which allows for easy navigation. Which allows the students to quickly get the help they need.
Our goal is to provide students with a clear and easy way to get help. We do this by allowing all students to easily open, and track their active tickets on their profile. To get started simply click on the button below, or on the "Login / Register" link on the top right corner.
If you have any questions or concerns please feel free to contact us, by clicking down below.
Email us


The Counter component creates a Counters object that can create, store, increment, and retrieve any number of individual counters.
A counter is a persistent value that contains an integer. You can manipulate a counter with the Get, Increment, Set, and Remove methods of the Counters object. Once you create the counter, it persists until you remove it.
Counters do not automatically increment on an event like a page hit. You must manually set or increment counters using the Set and Increment methods.
Counters are not limited in scope. Once you create a counter, any page on your site can retrieve or manipulate its value. For example, if you increment and display a counter named hits in a page called Page1.asp, and you increment hits in another page called Page2.asp, both pages will increment the same counter. If you hit Page1.asp, and increment hits to 34, hitting Page2.asp will increment hits to 35. The next time you hit Page1.asp, hits will increment to 36.
All counters are stored in a single text file, Counters.txt, which is located in the same directory as the Counters.dll file.
| Counters.dll | The Counters component. |
| Counters.txt | The file that stores all individual counters on a site. Counters.txt is a UTF8-encoded file. You can have any Unicode characters in a counter name. |
Create the Counters object one time on your server by adding the following to the Global.asa file:
<OBJECT RUNAT=Server SCOPE=Application ID=Counter PROGID="MSWC.Counters"> </OBJECT>
None.
Only create one Counters object in your site. This single Counters object can create any number of individual counters.
Note For Personal Web Server on Windows 95, a Counters component has already been specified in the Global.asa file in the default virtual directory. You can work with the Counters object the component creates as if it were a built-in object by calling Counters.Get, Counters.Increment, Counters.Remove, and Counters.Set. You should not create another instance of the Counters object.
| Get | Returns the value of the counter. |
| Increment | Increases the counter by 1. |
| Remove | Removes the counter from the Counters.txt file. |
| Set | Sets the value of the counter to a specific integer. |
Create an instance of the Counters object in the Global.asa file with the ID
attribute set to Counter
:
<OBJECT RUNAT=Server SCOPE=Application ID=Counter PROGID="MSWC.Counters"> </OBJECT>
You can then use that Counters object on one page to create all the counters you need:
There have been <%= Counter.Increment('defaultPageHits') %> to this site.
Then on another page you can increment the counter in the following manner:
You are visitor number<%= Counter.Increment('LinksPageHits') %> to this page.


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This course provides a general introduction to cartography, broadly defined as the art, science, and ethics of mapmaking and map use. It – and the UW Cartography curriculum in general – focuses upon the design of maps, drawing from research and practice on graphic design, information visualization, and semiotics, perspectives that students are unlikely to receive in other GIS courses. Specifically, the course emphasizes mapmaking over map use (compared to 170) and print mapping over web-based or interactive mapping (compared to 572 and 575, respectively). The course is divided into two components: lectures and labs.
Check out past syllabi and finals projects below!
Instructor: Robert E. Roth
TA: Chelsesa Nestel, Robin Tolochko
Douglas Adams
William Anthony
Evan Applegate
Tiffany Bougie
Constanza Bravo
Corey Breseman
Martin Brubaker
Joe Bushell
Rose Carlson
Jake Cassidy
Alexis Clausen
Kayla Cooke
Gillian Cooper
Eoin Cottrell
Caitlin Craighead
Tyler Dedrick
Michael Dickens
Clara Dockter
Nathan Durgin
Trevor Elifritz
Mark Engel
Benjamin Fehr
Mikayla Fehring
Jackson Ferrick
Hannah Friedrich
Maria Giannopoulos
Daniel Grant
Woody Groves
Emma Gunderson
Andrew Hahn
Ben Hanchette
Haley Henschel
Eredio Hyseni
Mitchell Johnson
Anthony Kitchen
Stephen Kochaver
Jake Kohn
Phoebe Krawczyk
Austin Lanners
Helen Lauermann
Mengyu Liang
Aisha Liebenow
Lingwei Li
Daniel Linton
Sierra Livesey
Ethan Maes
Ashtin Massie
Matthew Mayeshiba
Jonathan Mchugh
HuJ Michelle
Chris Morgan
Ekaterina Mullendore
Breana Nehls
Adam Philibeck
Ian Richards
Thomas Rider
Lia Risser
Chris Scheele
Juliana Schmidt
Molly Schumacher
Zach Stalter-Clouse
Laura Szymanski
Ashley Thode
Jamie Touhill
Clare Trainor
Kara Tricarico
Charles Urena
Katie Van Dyne
Kristen Vincent
Schuyler Williams
Alissa Wilson
Zidong Zhang


This is the minimal HTML element required to perform {{data.template}}.
Reset password custom ]]>Hi ${user.firstName} ${user.lastName},
You have requested to reset your password.
Click here to change it.
This link will expire in <#if expireAfterSeconds gte 3600>${expireAfterSeconds / 3600} hour(s)<#else>${expireAfterSeconds / 60} minutes(s)#if>. After that, you must submit a new request to ask for a new password.
Registration confirmation custom ]]>Hi ${user.firstName} ${user.lastName},
You have been successfully registered.
Click here to confirm your registration.
This link will expire in <#if expireAfterSeconds gte 3600>${expireAfterSeconds / 3600} hour(s)<#else>${expireAfterSeconds / 60} minutes(s)#if>. After that, you must submit a new request to your Administrators to resend a new account activation email.
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Verification Code <#include "header.html" /> ]]>Hi ${user.firstName} ${user.lastName},
Your ${client.clientName} verification code is ${code}
This code will expire in <#if expireAfterSeconds gte 3600>${expireAfterSeconds / 3600} hour(s)<#else>${expireAfterSeconds / 60} minutes(s)#if>.


Forced reset immediately on getting to work. Now there's a way to slow your morning down.
4/20/2009, 8:47:00 AM
Favs: 0
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link--- layout: tweet ---
Forced reset immediately on getting to work. Now there's a way to slow your morning down.
4/20/2009, 8:47:00 AM
Favs: 0
Retweets: 0
link


21 September 1998
Disease Outbreak Reported
The Ministry of Health of Kyrgyzstan has informed WHO that an outbreak of typhoid fever has occurred in Osh Oblast. Since 7 September, 458 patients have been hospitalized and 46 cases have been confirmed as typhoid fever. WHO is in close contact with the Ministry of Health to control the further spread of the disease.


Videos
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Showreel 2013 - m.rckmn.nl
Video headline 2
Video with longer headline
Video with extra long headline to demonstrate line breaking


The repository will be maintained and expanded for the duration of the pandemic (and beyond). To contribute data simply upload it! To contribute code and/or workflows see the project repository. For more information see the FAQ and the paper


Chiefs Boss: ‘We Have To Look Back And See…’
by Soccer LadumaErnst Middendorp thinks that to really appreciate Kaizer Chiefs’ form this season, you have to look back at where they were at the end of last season…
Read: Chiefs’ Award-Winner Chats PSL Award
The Glamour Boys are flying high in the Absa Premiership at present, and with 12 games played are 10 points clear at the top of the league table, and already just eight points away from equalling their points tally from their 2018/19 campaign.
Middendorp, who has been largely credited with their turnaround, says that it is completely a team effort that has led to their success, and therefore refused to take full credit as he was given the Coach of the Month award for September and October by the Premier Soccer League.
Speaking about his award this week, as quoted by the club’s official website, the German said, “Everybody working with the team is a recipient of this award. My technical and coaching staff, all the other support staff and the players, everybody has had a role to play in our success and this is recognition to all of them and the club as a whole.
“I think we have to look back and see where we were a few months ago. We ended last season in ninth place and what we have achieved since then is phenomenal. We brought in new players, had players return from injury and everyone has done very well. That is why we as a team are receiving this recognition.”
Read: Africa's Best - South Africa Represented In CAF Awards
Middendorp now has a bit of time to work with his players as they look to make it eight games in a row against Bloemfontein Celtic, with that game only being played on December 7.
Download The Soccer Laduma Social Media App & Earn Airtime for Selfies!


This is mouse rotate & zoom & camera movement with random box generator
1. Select a Texture you prefer
2. Generate a box at random space.
3. Find the box by rotating and zooming with your mouse.
4. You move the camera back('s') and front('w') with your keyboard.
5. You can double-click to reset.
1. You can remove the center box with radio button.
2. You can generate more than 1 box.
3. you can limit box generation range.
4. mouse drag to rotate & mouse scroll to zoom


Find the perfect doctor to fit your needs in
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TABLE OF INTERACTIONS WITH
THEOPHYLLINE
See also: medications at risk when withdrawing from tobacco
See also: theophylline (and by extrapolation, aminophylline)
From the French ANSM drug interactions document of September 2016, p. 216
THEOPHYLLINE RxNorm: 10438 ATC: R03DA04 |
LITHIUM RxNorm: 6448 ATC: D11AX04 |
Decrease of the the plasma concentrations of lithium with risk of reduction of the therapeutic effectiveness |
Precaution for use Strict monitoring of the the plasma concentrations of lithium and possible adjustment of the dosage of the lithium. |
THEOPHYLLINE RxNorm: 10438 ATC: R03DA04 |
PROPAFENONE RxNorm: 8754 ATC: C01BC03 |
Risk of increase of the theophyllinemia due to decrease of its hepatic metabolism by the propafenone |
Precaution for use Clinical monitoring and possibly monitoring of the theophyllinemia. |
THEOPHYLLINE RxNorm: 10438 ATC: R03DA04 |
VEMURAFENIB RxNorm: 1147220 ATC: L01XE1 |
Large increase of the concentrations of theophylline, with risks of increase of its undesirable effects. |
Precaution for use Clinical monitoring and adjustment of the dosage of the theophylline during the treatment with vemurafenib and after it is stopped. |


{{#package}}Developed by {{{authors}}}.{{/package}}
Site built with pkgdown {{#pkgdown}}{{version}}{{/pkgdown}}.


test compiled and minified CSS -->
Animals
Mammals
Cows
Donkeys
Dogs
Tigers
Other
Snakes
Birds
Lizards
Fishes
Aquarium
Guppy
Angelfish
Sea
Sea trout


--- layout: post title: Needle on RubyForge post_id: 338 categories: - announcements date: 2004-10-12 07:12:00.000000000 -06:00 author: Jamis permalink: 2004/10/12/needle-on-rubyforge.html ---
That is to say, the source code is in CVS on RubyForge… still no packaged releases, but now that it is in CVS I feel better about hacking on it. I can now rollback to previous versions if my experiments go sour. :)
(For those of you that don’t know: Needle is my new dependency injection container for Ruby. It’s coming along quite nicely!)


What we have here
I am an Assistant Professor of Classics at the University of California, Santa Cruz. This site hosts some of my digital works-in-progress.Some links
- Classical Studies at UCSC
- UCSC Classics (Psappho Pslug) on Instagram
- My Twitch stream (more info here)
- My Github page


Because we could expect the mean and median to be close in a state that has not been gerrymandered, the mean-median difference produces a measure of skew between the two. The mean-median difference can help to identify district plans that are likely to have been crafted with partisan influence. The test for significance presented here is more effective in states where the vote is closely divided ([4.12.49], with some discussion of this in [4.12.42]). Unlike the efficiency gap, this test does not indicate how many more seats the gerrymandering party won. We note here again that both of these measures only use party affiliation and election results, with no accounting for other factors that may be influential.
in-context


This was an extremely old website I made when I knew pretty much nothing about programming. I like to think I've come a long way since then.
My website thetechrobo.ca has since replaced it. Please go there instead, I beg of you.
Existing links should continue to function.


lmeSplines: Add smoothing spline modelling capability to nlme
Add smoothing spline modelling capability to nlme. Fit
smoothing spline terms in Gaussian linear and nonlinear
mixed-effects models
| Version: |
1.1-10 |
| Depends: |
nlme (≥ 3.1-29) |
| Published: |
2013-08-04 |
| Author: |
Rod Ball |
| Maintainer: |
Andrzej Galecki <agalecki at umich.edu> |
| License: |
GPL-2 | GPL-3 [expanded from: GPL (≥ 2)] |
| NeedsCompilation: |
no |
| In views: |
SocialSciences |
| CRAN checks: |
lmeSplines results |
Downloads:
Reverse dependencies:
Linking:
Please use the canonical form
https://CRAN.R-project.org/package=lmeSplines
to link to this page.


Hi, my name is Ted. I am a full-stack software engineer with a focus in Javascript and functional programming. I have extensive experience building applications with Node.js, AngularJS, and MySQL. I enjoy exploring new technologies while simultaneously maintaining a strong handle on CS fundamentals. Using software to solve complex problems, designing algorithms, and building apps to improve efficiencies are my passion.
Advanced Software Engineering Immersive Program (2016)
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Financial Advisor (2014-2016)
IT & ADP Support (2014)
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Plot marginal effects for interactions estimated from linear models.
| Version: | 0.1.5 |
| Imports: | ggplot2, interactionTest |
| Published: | 2018-05-28 |
| Author: | Christopher Gandrud [aut, cre] |
| Maintainer: | Christopher Gandrud <christopher.gandrud at gmail.com> |
| BugReports: | https://github.com/christophergandrud/plotMElm/issues |
| License: | GPL (≥ 3) |
| NeedsCompilation: | no |
| Materials: | README NEWS |
| CRAN checks: | plotMElm results |
| Reference manual: | plotMElm.pdf |
| Package source: | plotMElm_0.1.5.tar.gz |
| Windows binaries: | r-devel: plotMElm_0.1.5.zip, r-release: plotMElm_0.1.5.zip, r-oldrel: plotMElm_0.1.5.zip |
| OS X binaries: | r-release: plotMElm_0.1.5.tgz, r-oldrel: plotMElm_0.1.5.tgz |
| Old sources: | plotMElm archive |
Please use the canonical form https://CRAN.R-project.org/package=plotMElm to link to this page.


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The agency arose from the desire to develop a 100% digital business, without borders, without headquarters, but fully capable of bringing people together and engaging brands through creative solutions.
We are fascinated by digital and we believe that no matter where you are, our team will deliver all the quality and agility that technology provides:
What sets us apart from other agencies is digital nomadism. We offer Digital Marketing services from anywhere in the world. Our employees are from different regions and add regional cultural richness in addition to professional qualifications.
Our team works with planning, commitment and dedication to value the most precious you have: time. To achieve this, we hold meetings online, even when the parties are in the same city. We believe that technology put people together and still provides the time saving, something vital nowadays.
We accept and encourage Bitcoin payment. Cryptocurrencies provide greater freedom for people to do business with each other without interference from third parties.
Passionate about innovation and technology, the team Olá! has been providing services of communication, design and marketing in large companies for over 15 years.
Journalist, graduated in 2008 from UEPB, has been working with communication for 11 years. She has international experience, lived for almost three years in Vancouver, Canada. What she likes most about life is writing, traveling, practicing Stand Up Paddle and occasionally she takes the risk with cooking.
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Umweltmeteorologie Albert-Ludwigs-Universität Freiburg
The urban heat island of Freiburg mapped on bicycles
25 bicycles run concurrently through Freiburg with our open-source
Meteobike Sensors
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Relative Humidity Difference (%)
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June 19, 2018 (21:15-22:30 h)
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About Prog109
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Prog 109
This is about my introduction to programming class that i am taking at Bellevue College.


I am fascinated with the intersection of intelligent design and human behavior. I want to challenge the idea of user centered products by understanding human behavior. I plan to use linguistics and psychology with experience and practice in design to solve these problems
Away from the whiteboard, I go on quests to find new restaurants, hiking trails, recipes, and music! Reach out for meet ups and more information :)


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Convenience factory to generate a
BatchSubmitter
.
BatchRequestsFactory(BatchWriter<T>, List<QueueAndLock<T>>, int, int, long)
- Constructor for class batchrequests.
BatchRequestsFactory
Constructor with validation.
BatchRequestsFactory.BatchRequestsFactoryBuilder
<
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A builder with the required parameters as constructor arguments and the optional parameter as builder setters.
BatchRequestsFactoryBuilder(BatchWriter<T>)
- Constructor for class batchrequests.
BatchRequestsFactory.BatchRequestsFactoryBuilder
BatchSubmitter
<
T
> - Class in
batchrequests
Main interface for submitting a record to be batched.
BatchSubmitter(List<QueueAndLock<T>>)
- Constructor for class batchrequests.
BatchSubmitter
BatchWriter
<
T
> - Interface in
batchrequests
The writer that will perform the batch write to the desired source.
build()
- Method in class batchrequests.
BatchRequestsFactory.BatchRequestsFactoryBuilder
D
DEFAULT_MAX_BATCH_SIZE
- Static variable in class batchrequests.
BatchRequestsFactory
Value: 25
DEFAULT_MAX_BUFFER_TIME_MS
- Static variable in class batchrequests.
BatchRequestsFactory
Value: 1000L
DEFAULT_NUM_QUEUES
- Static variable in class batchrequests.
BatchRequestsFactory
Value: 1
DEFAULT_NUM_WORKERS_PER_QUEUE
- Static variable in class batchrequests.
BatchRequestsFactory
Value: 1
G
getBatchSubmitter()
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P
put(T)
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BatchSubmitter
Q
QueueAndLock
<
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A class that represents a queue and a lock to synchronize access to that queue.
QueueAndLock()
- Constructor for class batchrequests.
QueueAndLock
W
withBatchSize(int)
- Method in class batchrequests.
BatchRequestsFactory.BatchRequestsFactoryBuilder
withMaxBufferTimeMs(long)
- Method in class batchrequests.
BatchRequestsFactory.BatchRequestsFactoryBuilder
withNumPollingWorkersPerQueue(int)
- Method in class batchrequests.
BatchRequestsFactory.BatchRequestsFactoryBuilder
Sets the number of polling workers per queue.
withNumQueues(int)
- Method in class batchrequests.
BatchRequestsFactory.BatchRequestsFactoryBuilder
Requests are sent to queues to be batched.
write(Collection<T>)
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Table 4-7 provides an alphabetical listing of Microsoft SQL Server-supported functions.
|
Function |
Description |
|---|---|
|
abs(numeric_expression) |
Returns absolute value. |
|
acos( float_expression) |
Returns angle (in radians) whose cosine is the specified argument. |
|
app_name( ) |
Returns application name for current session; set by application. |
|
ascii(character_expression) |
Converts character to a numeric ASCII code. |
|
asin( float_expression) |
Returns angle (in radians) whose sine is the specified argument. |
|
atan( float_expression) |
Returns angle (in radians) whose tangent is the specified argument. |
|
atn2( float_expression, float_expressioin) |
Returns angle (in radians) whose tangent is
|
|
avg([ All| Distinct] Expression) |
Computes average of a column. |
|
binary_checksum(* | expression [,...n]) |
Returns binary checksum for list of expressions or row of a table. |
|
cast(Expression as
|
Converts a valid SQL Server expression to the specified datatype. |
|
ceiling(numeric_expression) |
Returns smallest integer greater than or equal to the argument. |
|
char(integer_expression) |
Converts a numeric ASCII code to a character. |
|
charindex(expression1, expression2 [, start_location]) |
Returns position of the first occurrence of a substring in a string. |
|
checksum(* |
|
Returns checksum value (computed over row values or expressions provided). |
|
checksum_agg([ALL | Distinct] expression) |
Returns checksum of the values in group. |
|
coalesce(expression [,...n]) |
Returns the first non-NULL argument from a list of arguments. |
|
col_length(`table', `column') |
Returns column length in bytes. |
|
col_name(table_id, column_id) |
Returns column name, given table ID and column ID. |
|
contains({column | }, `contains_search_condition'}) |
Searches columns on exact or "fuzzy" matches of contains_seach_criteria. It is an elaborate function used to perform full-text searches. Refer to the vendor documentation for more information. |
|
containsable(table, column, contains_search_condition) |
Returns a table with exact and "fuzzy" matches of contains_search_condition. It is an elaborate function used to perform full-text searches. Refer to the vendor documentation for more information. |
|
convert(data_type [(length)], expression
|
Converts data from one datatype to another. |
|
cos(float_expression) |
Returns cosine. |
|
cot(float_expression) |
Returns cotangent. |
|
count({[All |
|
Counts rows. |
|
count(*) |
Computes the number of rows, including those with NULL values. |
|
count( DISTINCT expression ) |
Calculates the number of distinct non-NULL values in a column or expression. Each group of rows with the same value of expression adds 1 to the result. |
|
count( expression ) |
Returns the number of rows with non-NULL values in a certain column or expression. |
|
count_big([All | Distinct] expression) |
Same as count except returns big integer. |
|
current_timestamp |
Returns current date and time. |
|
current_user |
Returns username in the current database of the current session. |
|
datalength(expression) |
Returns number of bytes in a character or binary string. |
|
databasepropertyex(database, property) |
Returns database option or property. |
|
dateadd(datepart, number, date) |
Adds a number of dateparts (e.g., days) to a datetime value. |
|
datediff(datepart, startdate, enddate) |
Calculates difference between two datetime values expressed in certain dateparts. |
|
datename(datepart, date) |
Returns name of a datepart (e.g., month) of a datetime argument. |
|
datepart(datepart, date) |
Returns value of a datepart (e.g., hour) of a datetime argument. |
|
day(date) |
Returns an integer value representing the day of the date provided as a parameter. |
|
db_id(`[database_name]') |
Returns database ID and given name. |
|
db_name(database_id) |
Returns the database name. |
|
degrees(numeric_expression) |
Converts radians to degrees. |
|
difference(character_expression, character_expression) |
Compares how two arguments sound and returns a number from 0 to 4. Higher result indicates better phonetic match. |
|
exp(float_expression) |
Returns exponential value. |
|
floor(numeric_expression) |
Returns largest integer less than or equal to the argument. |
|
file_id(`file_name') |
Returns the file ID for the logical filename. |
|
file_name(file_id) |
Returns the logical filename for file ID. |
|
filegroup_id
|
Returns filegroup ID for the logical filegroup name. |
|
filegroup_name
|
Returns the logical filegroup name for filegroup ID. |
|
filegroupproperty
|
Returns filegroup property value for the specified property. |
|
fileproperty
|
Returns file property value for the specified property. |
|
fulltextcatalog
|
Returns full-text catalog properties. |
|
fulltextservice
|
Returns full-text service level properties. |
|
formatmessage
|
Constructs a message from an existing message in SYSMESSAGES table (similar to RAISERROR). |
|
freetexttable(table
|
Used for full-text search; returns a table with columns that match the meaning but don't exactly match value of freetext_string. |
|
getdate( ) |
Returns current date and time. |
|
getansinull([`database']) |
Returns default nullability setting for new columns. |
|
getutcdate( ) |
Returns Universal Time Coordinate (UTC) date. |
|
grouping(column_name) |
Returns 1 when the row is added by CUBE or ROLLUP; otherwise, returns 0. |
|
host_id( ) |
Returns workstation ID of a given process. |
|
host_name( ) |
Returns process hostname. |
|
ident_incr
|
Returns identity-column increment value. |
|
ident_seed
|
Returns identity seed value. |
|
ident_current
|
Returns the last identity value generated for the specified table. |
|
identity(data_type [, seed, increment]) As column_name |
Used in SELECT INTO statement to insert an identity column into the destination table. |
|
index_col(`table',
|
Returns index column name, given table ID, index ID, and column sequential number in the index key. |
|
indexproperty(table_id, index, property) |
Returns index property (such as Fillfactor). |
|
isdate(expression) |
Validates if a character string can be converted to DATETIME. |
|
is_member({`group' | `role'}) |
Returns true or false (1 or 0) depending on whether user is a member of NT group or SQL Server role. |
|
is_srvrolemember
|
Returns true or false (1 or 0) depending on whether user is a member of specified server role. |
|
isnull(check_expression, replacement_value) |
Returns the first argument if it is not NULL; otherwise, returns the second argument. |
|
isnumeric(expression) |
Validates if a character string can be converted to NUMERIC. |
|
left(character_expression, integer_expression) |
Returns a portion of a character expression, starting at integer_expression from left. |
|
len(string_expression) |
Returns the number of characters in the expression. |
|
log(float_expression) |
Returns natural logarithm. |
|
log10(float_expression) |
Returns base-10 logarithm. |
|
lower(character_expression) |
Converts a string to lowercase. |
|
ltrim(character_expression) |
Trims leading-space characters. |
|
max([All | Distinct] expression) |
Finds maximum value in a column. |
|
min([All | Distinct] expression) |
Finds minimum value in a column. |
|
month(date) |
Returns month part of the date provided. |
|
nchar(integer_expression) |
Returns the unicode character with the given integer code. |
|
newid( ) |
Creates a new unique identifier of type uniqueidentifier. |
|
nullif(expression, expression) |
Returns NULL if two specified expressions are equivalent. |
|
object_id(`object') |
Returns object ID and given name. |
|
object_name(object_id) |
Returns object name and given ID. |
|
objectproperty
|
Returns properties of objects in the current database. |


Chelsea backed to ‘catch’ Liverpool and win Champions League
by Buzz ContributorChelsea remain in the hunt for Premier League and Champions League glory - and former Blue Shaun Wright-Phillips is tipping them for big things this season.
Chelsea have been backed to eclipse Liverpool in the race for the Premier League title, as well as being given a chance of winning the Champions League by former player Shaun Wright-Phillips.
Frank Lampard’s young guns have been firing on all cylinders recently, and sit above this evening’s opponents Manchester City in the table.
The Blues look set for a comfortable top four finish, and are expected to qualify for the knockout stages of the Champions League.
But ex-England winger and Stamford Bridge favourite Wright-Phillips has challenged his old side to push the boundaries even further this term.
When asked what he considered would be a successful season for Chelsea, Wright-Phillips told Sportingbet: “With the way that Chelsea have started the season, the sky is the limit.
“I do believe that if they can have a strong festive period, there is no reason that they can’t catch up with Liverpool – it is still a long season ahead.
“Saying that, even if they end up finishing in the top four this season, that would still be exceptional.
“With the new manager coming in and the transfer ban, that would be more than most people would have expected at the start of the season.”
Wright-Phillips doesn’t necessarily think the Blues will be limited to domestic success either, giving them an outside chance for Champions League success if things go their way.
“Chelsea have the quality to win the Champions League this season,” he continued.
“If they get the luck of the draw, they could be in with an outside chance of progressing far in the competition.”
Man City vs Chelsea gets underway from 5:30pm at the Etihad this evening.


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Copy the downloaded workout files to the Zwift/Workouts folder in your Documents folder.
- The 30
The 30 has been designed to increase a cyclists VO2 Max using short intensive intervals.
Workout Breakdown
- 8 mins warmup
- 12x 30secs @ 120% ftp and 12x 30secs @ rest
- 4 mins @ rest
- 12x 30secs @ 120% ftp and 12x 30secs @ rest
- 4 mins @ rest
- 12x 30secs @ 120% ftp and 12x 30secs @ rest
- 8 mins cooldown
- The Alternator
The Alternator has been designed to target over and unders with a leg snapper at the end of each set
Workout Breakdown
-
8 minute warmup.
-
1st set = 2x 2 mins @ 95% ftp, 2x 2 mins @ 105% ftp, 1x 1 min @ 90% and 1x 30 seconds @ 170% ftp.
-
5 minutes @ rest.
-
2nd set = 2x 2 mins @ 95% ftp, 2x 2 mins @ 105% ftp, 1x 1min @ 90% and 1x 30 seconds @ 170% ftp.
-
5 minutes @ rest
-
3rd set = 2x 2 mins @ 95% ftp, 2x 2 mins @ 105% ftp, 1x 1 min @ 90% ftp and 1x 30 seconds @ 170% ftp.
-
8 minute cooldown.
- The Blade
The Blade has been designed to work on a rider's threshold/VO2 max zone.
Workout Breakdown
-
8 minute warmup.
-
Each set comprises of 60 second blocks @ 120%, 100%, 90%, 100% and 120-140% ftp.
-
4 minutes @ rest between each set.
-
Final set comprises of 60 second blocks @ 120-130%, 100-110%, 90-100%, 100-110% and 120-160% ftp.
-
8 minute cooldown.
- The Burst
The Burst has been designed to focus on a cross between sweet spot and neuromuscular training within a 60
minute window.
Workout Breakdown
-
8 min warm up
-
2 min @ 115-120% ftp
-
4 min @ rest
-
3x 15 seconds @ 150% ftp with 3x 5 min @ 90% ftp
-
5 min @ rest
-
3x 15 seconds@ 150% ftp with 3x 5 min @ 90% ftp
-
8 min cool down
- The Castle
The Castle has been designed to work on a rider's threshold zone.
Workout Breakdown
-
8 minute warmup.
-
3x 1:30 minutes @ 105% ftp with 3x 1 minute @ 95% ftp.
-
3x 4 minutes @ rest btween each set.
-
8 minute cooldown.
- The Charge
The Charge has been designed to work on a rider's VO2 max.
Workout Breakdown
-
8 minute warmup.
-
10x 30 second sprints @ 120% ftp with 15 seconds rest.
-
4 mins @ rest.
-
10x 30 second sprints @ 120% ftp with 15 seconds rest.
-
4 mins @ rest.
-
10x 30 second sprints @ 120% ftp with 15 seconds rest.
-
4 mins @ rest.
-
10x 30 second sprints @ 120% ftp with 15 seconds rest.
-
8 minute cooldown.
- The Cross
The Cross workout has been designed to focus on RAB's within an approximate 60 min window.
Workout Breakdown
-
8 min warm up
-
3 min @ 90-110% ftp
-
4 min @ rest
-
(4x) 8x 15secs @ 125% ftp and 8x 20secs @ 90% ftp with 4mins rest between each interval set.
-
8 min cool down
- The Descent
The Descent has been designed to focus on sweet spot training within an approximate 60 minute window.

Workout Breakdown
-
8 min warm up
-
5 min @ 100% ftp
-
5 min @ rest
-
2x 10 min @ 95-105% ftp with 1x 5 min @ rest
-
8 min cool down
- The Factory
The Factory has been designed to work on a rider's threshold zone.
Workout Description
-
8 minute warmup.
-
(4x) 8 minutes @ 90-100% ftp.
-
(3x) 4 minutes @ rest inbewteen efforts.
-
8 minute cooldown.
- The Fortress
The Fortress has been designed to work on a rider's threshold zone.
Workout Breakdown
-
8 minute warmup.
-
16 minute set alternating between 100% & 95% ftp every 2 mins.
-
8 minutes @ rest
-
16 minute set alternating between 105% & 90% ftp every 2 mins.
-
8 minute cooldown.
- The Gate
The Gate has been designed to work on a rider's threshold power.

- The Goat
The Goat workout has been designed to focus on hill training within an approximate 60 min window.
Workout Breakdown
-
8 min warm up
-
8x 1:30 mins @ 140% ftp with 7x @ rest
-
8 min cool down
- The Grip
The Grip has been designed to work on a rider's threshold zone.
Workout Description
-
8 minute warmup.
-
(x6) 3 minutes @ 110% ftp and 1 minute @ 100% ftp.
-
3 minutes @ rest between each set.
-
8 minute cooldown.
- The Maximus
The Maximus workout has been designed to focus on VO2 training within an approximate 60 min window.
Workout Breakdown
-
8 min warm up
-
4 min @ 100% ftp
-
4 min @ rest
-
4x 3 min @ 120% with 4x 4 min @ rest
-
4 min @ 100% ftp
-
8 min cool down
- The Micro
The Micro workout has been designed to focus on neuromuscular training within an approximate 60 min window.
Workout Breakdown
-
8 min warm up
-
10 min micro burst intervals (15 seconds on @ 150% ftp & 30 second off)
-
4 min @ rest
-
10 min micro burst intervals (15 seconds on @ 150% ftp & 30 seconds off)
-
4 min @ rest
-
10 min micro burst intervals (15 seconds on @ 150% ftp & 30 seconds off)
-
8 min cool down
- The Onslaught
The Onslaught workout has been designed to focus on Zwift racing preparation within an approximate 60 min
window.
Workout Breakdown
-
8 min warmup.
-
(5x) 30 seconds @ 200% ftp, 3 minutes @ 100-105% ftp and 15 seconds @ 250% ftp
-
(4x) 5 minutes @ rest inbetween each set.
-
8 min cooldown.
- The Peaks
The Peaks has been design around hill climbing and the infamous ramp test.
Workout Breakdown
-
8 minute warmup.
-
1st set ramps from 85% ftp to 120% ftp in 1 minute increments.
-
5 minute rest.
-
2nd set ramps from 85% ftp to 120% ftp in 1 minute increments.
-
5 minute rest
-
3rd set ramps from 85% ftp to 120% ftp in 1 minute increments.
-
8 minute cooldown.
- The Power Hour
The Power Hour workout has been designed to focus on pushing a rider's limits within an approximate 60 min
window.
Workout Breakdown
-
8 min warm up
-
10 min @ 90-110% ftp
-
5 min @ rest
-
10 min @ 105% ftp
-
5 min @ rest
-
10 min @ 90-110% ftp
-
8 min cool down
- The Punch
The Punch has been designed to get you race ready for Zwift races. The focus is on sustained 4 minute and 1
minute power surges with an FTP drop off to allow you to settle back into the pack or over the top of a
climb.
Workout Breakdown
-
8 min warm up
-
4x 4 min @ 125% ftp
-
30 sec @ 100% ftp
-
4 min @ rest after each block
-
3x 1 min @ 150% ftp
-
30 sec @ 100% ftp
-
2:30 min @ rest after each block
-
Finishing with an 8 min cool down
- The Rapids
The Rapids has been designed to improve sprinting capabilities. It is advised to hit these using a high
cadence (100+ rpm).
Workout Breakdown
-
8 minute warmup.
-
10x sprints @ 165% ftp with 40 second rests.
-
5 minutes @ rest
-
6x sprints @ 225% ftp with 60 second rests.
-
5 minutes @ rest
-
4x sprints @ 280% ftp with 90 second rests.
-
8 minute cooldown.
- The Sickener
The Sickener has been designed to target a cyclists neuromuscular zone to increase anaerobic capacity. This
workout is best carried out on fresh, rested legs.
Workout Breakdown
-
8 min warmup
-
8x 20secs @ 170% ftp and 7x 20secs @ rest
-
8 min @ rest
-
8x 20secs @ 170% ftp and 7x 20secs @ rest
-
8 min @ rest
-
8x 20secs @ 170% ftp and 7x 20secs @ rest
-
8 min cooldown
- The Spark
The Spark has been designed to replicate an attack effort in a Zwift race within a 60 minute window.
Workout Description
-
8 minute warmup.
-
(3x) 2 minutes @ 120-150% ftp, 4 minutes @ 105-95% ftp and 6 minutes @ 95-85% ftp.
-
(2x) 5 minutes @ rest between sets.
-
8 minute cooldown.
- The Sphinx
The Sphinx workout has been designed to focus on threshold training within an approximate 60 min window.

Workout Breakdown
-
8 min warm up
-
(2x) 3 min @ 100% and 2 min @ 105-120% ftp
-
4 min @ rest
-
(2x) 3 min @ 100% and 2 min @ 105-120% ftp
-
4 min @ rest
-
(2x) 3 min @ 100% and 2 min @ 105-120% ftp
-
30 seconds @ 170% ftp
-
30 seconds @ 200% ftp
-
30 seconds @ 250% ftp
-
8 min cool down
- The Surge
The Surge workout has been designed to focus on climbing training within an approximate 60 min window.
Workout Breakdown
-
8 min warm up
-
(4x) 4 min @ 90% ftp and (4x) 1 min @ 110% ftp
-
4 min @ rest
-
(4x) 4 min @ 90% ftp and (4x) 1 min @ 110% ftp
-
8 min cool down
- The Sweet Pot
The Sweet Pot workout has been designed to focus on sweet spot training within an approximate 60 min window.
Workout Breakdown
-
8 min warm up
-
5 min @ 100% ftp
-
2x 10 min @ 90-95% with 3x 4 min @ rest
-
5 min @ 100% ftp
-
8 min cool down
- The Switcher
The Switcher has been designed to improve a rider's threshold and VO2 max.
Workout Breakdown
-
8 minute warmup.
-
Each set comprises of 2 mins @ 95%, 90%, 110% and 105% ftp.
-
Between each set is 4 minutes @ rest.
-
8 minute cooldown.
- The Triangle
The Triangle has been designed to focus on sweet spot training within a 60 min window.


Cleveland Browns' Myles Garrett to appeal indefinite suspension this week: reports
by Ryan GaydosCleveland Browns star Myles Garrett will appeal his unprecedented indefinite suspension early this week, according to multiple reports
Garrett was suspended for at least the last six games of the season and playoff games -- should the Browns make it that far -- for ripping Pittsburgh Steelers quarterback Mason Rudolph’s helmet off and hitting him over the head with it in a scuffle on Thursday night.
MYLES GARRETT APOLOGIZES FOR HITTING STEELERS' MASON RUDOLPH IN HEAD WITH HELMET
The NFL suspended Garrett indefinitely and he could be reinstated next season on condition he meets with commissioner Roger Goodell.
The league is expected to hear Garrett’s appeal early this week, the Associated Press reported. Steelers center Maurkice Pouncey and Browns defensive tackle Larry Ogunjobi will also have their appeals heard. Pouncey was suspended for three games and Ogunjobi was suspended one game.
The players’ appeals are expected to be heard by league officers Derrick Brooks and James Thrash. Both men are former players and have a history of reducing suspension in the past.
Thrash reduced Vontaze Burfict’s 2017 suspension from five games to three and Aqib Talib’s 2017 two-game suspension from two games to one. Brooks reduced Danny Trevathan’s 2017 two-game suspension to one game and Michael Crabtree’s 2017 two-game suspension to one.
Brooks upheld Burfict’s 2019 season-long suspension earlier this year. Burfict was suspended for a brutal helmet-to-helmet hit on Indianapolis Colts tight end Jack Doyle.
The players have until their next game to get their appeals heard.
Garrett’s suspension was the longest handed down by the NFL. Former Tennessee Titans defensive tackle Albert Haynesworth’s suspension was previously the longest. He received a five-game ban in 2006 for stepping on a player’s face.
Garrett apologized for his actions Friday.
CLICK HERE FOR MORE SPORTS COVERAGE ON FOXNEWS.COM
“I know that we are all responsible for our actions and I can only prove my true character through my actions moving forward,” he said. “I want to apologize to Mason Rudolph, my teammates, our entire organization, our fans and to the NFL. I know I have to be accountable for what happened, learn from my mistake and I fully intend to do so.”
The Associated Press contributed to this report.


Laravel is an open-source project and anyone may contribute to Laravel for its improvement. We welcome contributors, regardless of skill level, gender, race, religion, or nationality. Having a diverse, vibrant community is one of the core values of the framework!
To encourage active collaboration, Laravel currently only accepts pull requests, not bug reports. "Bug reports" may be sent in the form of a pull request containing a failing unit test. Alternatively, a demonstration of the bug within a sandbox Laravel application may be sent as a pull request to the main Laravel repository. A failing unit test or sandbox application provides the development team "proof" that the bug exists, and, after the development team addresses the bug, serves as a reliable indicator that the bug remains fixed.
The Laravel source code is managed on Github, and there are repositories for each of the Laravel projects:

Discussion regarding bugs, new features, and implementation of existing features takes place in the #laravel-dev
IRC channel (Freenode). Taylor Otwell, the maintainer of Laravel, is typically present in the channel on weekdays from 8am-5pm (UTC-06:00 or America/Chicago), and sporadically present in the channel at other times.
The #laravel-dev
IRC channel is open to all. All are welcome to join the channel either to participate or simply observe the discussions!

Before sending pull requests for new features, please contact Taylor Otwell via the #laravel-dev
IRC channel (Freenode). If the feature is found to be a good fit for the framework, you are free to make a pull request. If the feature is rejected, don't give up! You are still free to turn your feature into a package which can be released to the world via Packagist.
When adding new features, don't forget to add unit tests! Unit tests help ensure the stability and reliability of the framework as new features are added.

Pull requests for bugs may be sent without prior discussion with the Laravel development team. When submitting a bug fix, try to include a unit test that ensures the bug never appears again!
If you believe you have found a bug in the framework, but are unsure how to fix it, please send a pull request containing a failing unit test. A failing unit test provides the development team "proof" that the bug exists, and, after the development team addresses the bug, serves as a reliable indicator that the bug remains fixed.
If are unsure how to write a failing unit test for a bug, review the other unit tests included with the framework. If you're still lost, you may ask for help in the #laravel
IRC channel (Freenode).
If you aren't able to write a unit test for your issue, Laravel Liferaft allows you to create a demo application that recreates the issue. Liferaft can even automate the forking and sending of pull requests to the Laravel repository. Once your Liferaft application is submitted, a Laravel maintainer can run your application on Homestead and review your issue.

Laravel Liferaft provides a fresh, innovative way to contribute to Laravel. First, you will need to install the Liferaft CLI tool via Composer:
composer global require "laravel/liferaft=~1.0"
Make sure to place the ~/.composer/vendor/bin
directory in your PATH so the liferaft
executable is found when you run the liferaft
command in your terminal.
Before getting started with Liferaft, you need to register a GitHub personal access token. You can generate a personal access token from your GitHub settings panel. The default scopes selected by GitHub will be sufficient; however, if you wish, you may grant the delete_repo
scope so Liferaft can delete your old sandbox applications.
liferaft auth my-github-token
To create a new Liferaft application, just use the new
command:
liferaft new my-bug-fix
This command will do several things. First, it will fork the Laravel GitHub repository to your GitHub account. Next, it will clone the forked repository to your machine and install the Composer dependencies. Once the repository has been installed, you can begin recreating your issue within the Liferaft application!
After creating a Liferaft application, simply recreate your issue. You are free to define routes, create Eloquent models, and even create database migrations! The only requirement is that your application is able to run on a fresh Laravel Homestead virtual machine. This allows Laravel maintainers to easily run your application on their own machines.
Once you have recreated your issue within the Liferaft application, you're ready to send it back to the Laravel repository for review!
Once you have recreated your issue, it's almost time to send it for review! However, you should first complete the liferaft.md
file that was generated in your Liferaft application. The first line of this file will be the title of your pull request. The remaining content will be included in the pull request body. Of course, GitHub Flavored Markdown is supported.
After completing the liferaft.md
file, push all of your changes to your GitHub repository. Next, just run the Liferaft throw
command from your application's directory:
liferaft throw
This command will create a pull request against the Laravel GitHub repository. A Laravel maintainer can easily grab your application and run it in their own Homestead environment!

Intrested in contributing to Laravel? Liferaft makes it painless to install Liferaft applications and view them on your own Homestead environment.
First, for convenience, clone the laravel/laravel into a liferaft
directory on your machine:
git clone https://github.com/laravel/laravel.git liferaft
Next, check out the develop
branch so you will be able to install Liferaft applications that target both stable and upcoming Laravel releases:
git checkout -b develop origin/develop
Next, you can run the Liferaft grab
command from your repository directory. For example, if you want to install the Liferaft application associated with pull request #3000, you should run the following command:
liferaft grab 3000
The grab
command will create a new branch on your Liferaft directory, and pull in the changes for the specified pull request. Once the Liferaft application is installed, simply serve the directory through your Homestead virtual machine! Once you debug the issue, don't forget to send a pull request to the laravel/framework repository with the proper fix!
Have an extra hour and want to solve a random issue? Just run grab
without a pull request ID:
liferaft grab

Note: This section primarly applies to those sending pull requests to the laravel/framework repository, not Liferaft applications.
All bug fixes should be sent to the latest stable branch. Bug fixes should never be sent to the master
branch unless they fix features that exist only in the upcoming release.
Minor features that are fully backwards compatible with the current Laravel release may be sent to the latest stable branch.
Major new features should always be sent to the master
branch, which contains the upcoming Laravel release.
If you are unsure if your feature qualifies as a major or minor, please ask Taylor Otwell in the #laravel-dev
IRC channel (Freenode).

If you discover a security vulnerability within Laravel, please send an e-mail to Taylor Otwell at <a href="mailto:taylorotwell<EMAIL_ADDRESS>All security vulnerabilities will be promptly addressed.

Laravel follows the PSR-0 and PSR-1 coding standards. In addition to these standards, the following coding standards should be followed:
<?php
.{
must be on the same line as the class name.


--- title: "Reviewing covidexplorer" author: "Panagiotis Stylianos" date: "2020-10-25" output: bookdown::html_document2: theme: journal number_sections: false abstract: "In this blog-post I will review as objectively as possible the R package of my colleague; Jimmy Effendy; named __covidexplorer__." ---
In this blog-post I will review a new R package named covidexplorer authored by my colleague Jimmy Effendy. This package was developed as part of an assignment for unit ETC5523: Communicating with Data; a core unit in the master of Business Analytics at Monash University. The main purpose of the package is to launch a Shiny app that allows the user to explore data relating to COVID-19. More specifically, the Shiny app a provides users with insights of the spread of COVID-19 in the US through interactive plots and tables.
For more inforamtion you can refer to this link, or use the below browser.
\(\color{green}\checkmark\) Installation
devtools::install_github("etc5523-2020/r-package-assessment-j-effendy")
Of to a good start. The package was installed quickly and without any errors or warnings.
Now let’s look at the exported datasets and functions.
\(\color{green}\checkmark\) Datasets
ALl datasets can be accessed and their relevant documentation offers explanations about their variables and it is very thorough and accurate.
For reference the package exports three datasets named:
More info on how to use them can be found here
The final step is to check the exported functions,
\(\color{red}\bigotimes\) launch_app()
Unfortunately, I couldn’t get the app to launch as I was getting an error.
Error Produced when using covidexplorer::launch_app()
here() starts at /Library/Frameworks/R.framework/Versions/4.0/Resources/library/covidexplorer
Warning in readChar(con, 5L, useBytes = TRUE) : cannot open compressed file
/Library/Frameworks/R.framework/Versions/4.0/Resources/library/covidexplorer/data/covid.rda',
probable reason 'No such file or directory'
Error in readChar(con, 5L, useBytes = TRUE) : cannot open the connection
So, unfortunately I am not able to review the app inside the package.
However, I should mention that the error is not probably significant and it is due to a missing .rda object that I am sure will be fixed in a future update. Perhps the script that produces the shiny app needs to source this dataset at the beginning.
Other than resolving the issue with the launch_app() function, let’s see on what else can be further improved. The documentation of the package is excellent and details are provided for every function. I would suggest adding the link to the vignettes site next to the repository on GitHub in the About section. Unfortunately, I can’t provide any constructive feedback for the shiny app since I can’t launch it.
In conclusion, it is evident that Jimmy put a lot of effort in developing this package and thoroughly documenting everything. Based on, what I see in the README the shiny app also provides many insights on the state of coronavirus in USA. What I learned is how prone R packages are to errors and how hard might be to debug them. I am guessing that the package worked perfectly for Jimmy at his local system, but a problem arises when somebody else downloads it from GitHub. The fact that I encouraged similar problems when I developed mine(without knowing if they are fixed at the moment) highlights the importance of developing packages in collaboration with others cause the burden of doing all the work at your own might be overwhelming, especially in the first stages of your development career.
Kudos to Jimmy Effendy for his hard work!! Can’t wait to see more of his next work.
The package includes all the following forms of documentation:


Truncated Sums, Matrix Iteration
This class was divided in two parts,
- truncated summation of modal responses (mostly a recapitulation of modal analysis) and
- matrix iteration procedures, i.e., efficient numerical techniques for computing all the eigenvalues and eigenvectors needed in a dynamical analysis.
Revisiting the modal superposition procedure, particular attention was given to damping matrix construction and to modal truncation. In modal truncation, approximation effectiveness is different between displacements and internal forces, the latter requiring more modal contributes to be accurately described
Matrix Iteration is an iterative numerical procedure that permits building a sequence of eigenvalues/eigenvectors, from lower to higher frequencies.
Proof was given for the convergence of the iterative procedure to the first, or fundamental, eigenvector.
Iteration with sweeps and iteration with shifts are two different procedures that can be used to find all the eigenvectors/values of a dynamic system.
Inverse Iteration is a numerical technique, based on LU decomposition of K, that can significantly speed up the matrix iteration procedure.
Rayleigh Quotient can be applied to discrete systems. We have seen what happens when the shape vector is described by a restricted base, known as Ritz base. A new, reduced eigenproblem in Ritz coordinates must be solved. The Ritz eigenvalues are approximations of structural eigenvalues, the Ritz eigenvectors give place to structural shapes that have all the orthogonality properties that are required for the modal superposition procedure.
Subspace Iteration is a crossover of Matrix Iteration and Rayleigh-Ritz procedures, and is the procedure of choice for large dynamical systems. At every iteration the Ritz base is changed to have a better agreement between inertial forces and elastic forces.
Material available for this class:
- the slides
- a ready-to-print version of the slides
- the source code of a Python program I used to compute the results of modal superposition for displacements and forces.