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version 1.23, 2013/07/02 20:32:03
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version 1.24, 2014/01/15 19:08:00
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| Line 168 ModuleArgs_t module_args[] = |
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| Line 168 ModuleArgs_t module_args[] = |
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| {ARG_INT, "SINBDIVS", "512", "number of increments in sin latitude from 0 to 1", ""}, /* # of = increments in sinB from sin(0) to sin(PI/2) */ | {ARG_INT, "SINBDIVS", "512", "number of increments in sin latitude from 0 to 1", ""}, /* # of = increments in sinB from sin(0) to sin(PI/2) */ |
| {ARG_FLOAT, "MAPRMAX", "0.95", "maximum image radius", ""}, | {ARG_FLOAT, "MAPRMAX", "0.95", "maximum image radius", ""}, |
| {ARG_INT, "NAN_BEYOND_RMAX", "0", "set to nonzero to set output to DRMS_MISSING outside MAPRMAX, otherwise uses 0.0 outside MAPRMAX"}, /* Non 0 sets data outside RMAX MISSING */ | {ARG_INT, "NAN_BEYOND_RMAX", "0", "set to nonzero to set output to DRMS_MISSING outside MAPRMAX, otherwise uses 0.0 outside MAPRMAX"}, /* Non 0 sets data outside RMAX MISSING */ |
| // {ARG_FLOAT, "BEYONDRMAX", "NaN", "data points outside MAPRMAX will be set to this value"}, |
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| {ARG_FLOAT, "MAPLGMAX", "72.0", "longitude maximum, degrees", ""}, /* degrees */ | {ARG_FLOAT, "MAPLGMAX", "72.0", "longitude maximum, degrees", ""}, /* degrees */ |
| {ARG_FLOAT, "MAPLGMIN", "-72.0", "longitude minimum, degrees", ""}, | {ARG_FLOAT, "MAPLGMIN", "-72.0", "longitude minimum, degrees", ""}, |
| {ARG_FLOAT, "MAPBMAX", "72.0", "latitude maximum, degrees, also used for minimum", ""}, | {ARG_FLOAT, "MAPBMAX", "72.0", "latitude maximum, degrees, also used for minimum", ""}, |
| Line 188 ModuleArgs_t module_args[] = |
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| Line 187 ModuleArgs_t module_args[] = |
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| {ARG_FLOAT, "APX", "1.00", "divide the x position by this before applying apodization", ""}, /* divide the x position by this before applying apodization */ | {ARG_FLOAT, "APX", "1.00", "divide the x position by this before applying apodization", ""}, /* divide the x position by this before applying apodization */ |
| {ARG_FLOAT, "APY", "1.00", "divide the y position by this before applying apodization", ""}, /* divide the y position by this before applying apodization */ | {ARG_FLOAT, "APY", "1.00", "divide the y position by this before applying apodization", ""}, /* divide the y position by this before applying apodization */ |
| {ARG_INT, "VCORLEV", "2", "option for velocity correction: 0=none; 1=subtract a model of differential rotation; 2=also divide by line of sight projection factor for purely radial velocities", ""}, /* 3 levels - see soi_fun.h*/ | {ARG_INT, "VCORLEV", "2", "option for velocity correction: 0=none; 1=subtract a model of differential rotation; 2=also divide by line of sight projection factor for purely radial velocities", ""}, /* 3 levels - see soi_fun.h*/ |
| {ARG_INT, "MCORLEV", "0", "option for magnetic correction: 0=none; 1=line of sight", ""}, /* 2 levels - see soi_fun.h*/ |
{ARG_INT, "MCORLEV", "0", "option for magnetic correction: 0=none; 1=line of sight; 2=radial", ""}, /* 2 levels - see soi_fun.h*/ |
| {ARG_INT, "MOFFSETFLAG", "0", "set to nonzero to get BFITZERO from input record and subtract from data before interpolating", ""}, /* 1=apply BFITZERO correction*/ | {ARG_INT, "MOFFSETFLAG", "0", "set to nonzero to get BFITZERO from input record and subtract from data before interpolating", ""}, /* 1=apply BFITZERO correction*/ |
| {ARG_FLOAT, "OUTSCALE", "1.0", "bscale to use for output", ""}, /* scale for output */ | {ARG_FLOAT, "OUTSCALE", "1.0", "bscale to use for output", ""}, /* scale for output */ |
| {ARG_FLOAT, "OUTBIAS", "0.0", "bzero to use for output", ""}, /* bias for scaled output */ | {ARG_FLOAT, "OUTBIAS", "0.0", "bzero to use for output", ""}, /* bias for scaled output */ |
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